{"data":{"allCmsApiProducts":{"edges":[{"node":{"alternative_id":6811,"link":"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/","acf_data":"{\n  \"permalink\": \"/mhealth-and-home-monitoring\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"13th Edition\",\n    \"main_product_category\": 30,\n    \"short_description\": \"This report gives first-hand insights into the adoption of wireless solutions for health monitoring.\",\n    \"full_description\": [\n      \"How should the mobile industry address the vast business opportunity in wireless healthcare monitoring? The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n            \"attributes\": []\n          },\n          \"\",\n          \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n          \"\",\n          \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n          \"\",\n          \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n          \"\",\n          \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n          \"\",\n          \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n          \"\",\n          \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 3806,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-06-17 14:24:10\",\n          \"post_date_gmt\": \"2023-06-17 12:24:10\",\n          \"post_content\": \"\",\n          \"post_title\": \"Vatsala Raina\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"vatsala-raina\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2023-10-03 12:26:57\",\n          \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"313\",\n    \"variations\": [\n      {\n        \"id\": 6815,\n        \"name\": \"mHealth and Home Monitoring - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": 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operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": 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Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n          \"\",\n          \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n          \"\",\n          \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n          \"\",\n          \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n          \"\",\n          \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3108,\n          \"post_author\": \"3\",\n          \"post_date\": \"2022-06-28 11:46:08\",\n          \"post_date_gmt\": \"2022-06-28 09:46:08\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Cederqvist\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-cederqvist\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:52:45\",\n          \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 4799,\n          \"post_author\": \"3\",\n          \"post_date\": \"2024-08-06 12:03:06\",\n          \"post_date_gmt\": \"2024-08-06 10:03:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Erica Rickard\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"erica-rickard\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:53:34\",\n          \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"312\",\n    \"variations\": [\n      {\n        \"id\": 6800,\n        \"name\": \"The Global Robotaxi Market - 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Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": 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                      \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": 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           {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      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           \"main_product_category\": 27,\n                  \"short_description\": \"A comprehensive analysis of 25 major car OEMs and their telematics solutions.\",\n                  \"full_description\": [\n                    \"What are the latest trends on the global car OEM telematics market? Berg Insight estimates that 83 percent of all cars sold worldwide in 2025 were equipped with OEM embedded telematics. Examples of applications include eCall and roadside assistance, stolen vehicle tracking, vehicle diagnostics, connected navigation and infotainment, Wi-Fi hotspot, convenience applications, over-the-air updates, in-vehicle payments, usage-based insurance, leasing and rental fleet management, as well as electronic road charging. Get up to date with the latest industry trends in this new 270-page report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/18143958/bi-oemtelematics11-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Global Passenger Car Market\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tPassenger cars in use by region\\r\\n1.1.2\\tNew passenger car registration trends\\r\\n1.2\\tCar manufacturers\\r\\n1.2.1\\tPassenger car registrations in Europe by manufacturer\\r\\n1.2.2\\tPassenger car registrations in North America by manufacturer\\r\\n1.2.3\\tPassenger car registrations in China by manufacturer\\r\\n1.2.4\\tPassenger car registrations in Japan by manufacturer\\r\\n1.2.5\\tPassenger car and light vehicle registrations in South Korea by manufacturer\\r\\n1.3\\tOverview of car OEM telematics services\\r\\n1.3.1\\tOEM connected car services in Europe\\r\\n1.3.2\\tOEM connected car services in North America\\r\\n1.3.3\\tOEM connected car services in Asia-Pacific\\r\\n1.3.4\\tOEM connected car services in Latin America\\r\\n1.3.5\\tOEM connected car services in the Middle East and Africa\\r\\n1.3.6\\tBusiness models\\r\\n1.4\\tRegulatory compliance\\r\\n1.4.1\\tVehicle security, safety and emergency call regulations\\r\\n1.4.2\\tData governance and cybersecurity\\r\\n1.5\\tMarket trends\\r\\n1.5.1\\tHybrid Battery electric and plug-in hybrid electric vehicles\\r\\n1.5.2\\tThe software-defined vehicle\\r\\n1.5.3\\tADAS and autonomous driving technologies\\r\\n1.5.4\\tVehicle-to-Everything (V2X) communications\\r\\n1.5.5\\tCarsharing and personal transportation as a service\\r\\n2\\tConnected Car Solutions\\r\\n2.1\\tCar telematics infrastructure\\r\\n2.1.1\\tVehicle segment\\r\\n2.1.2\\tTracking segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tService segment\\r\\n2.2\\tConnected car services\\r\\n2.2.1\\teCall and roadside assistance\\r\\n2.2.2\\tStolen vehicle tracking\\r\\n2.2.3\\tMotor insurance telematics\\r\\n2.2.4\\tVehicle diagnostics and maintenance\\r\\n2.2.5\\tOver-the-air updates\\r\\n2.2.6\\tLeasing and rental fleet management\\r\\n2.2.7\\tRemote control and convenience services\\r\\n2.2.8\\tConnected navigation and infotainment\\r\\n2.2.9\\tConnected in-vehicle payments\\r\\n2.2.10\\tWi-Fi hotspots\\r\\n2.2.11\\tConnected and AI-powered in-car personal assistants\\r\\n2.3\\tConnectivity options\\r\\n2.3.1\\tEmbedded connectivity solutions\\r\\n2.3.2\\tIntegrated smartphone solutions\\r\\n2.3.3\\tTethered devices\\r\\n3\\tOEM Telematics Offerings\\r\\n3.1\\tBMW Group\\r\\n3.1.1\\tOverview of BMW passenger car models\\r\\n3.1.2\\tOverview of BMW ConnectedDrive services\\r\\n3.1.3\\tBMW and MINI CarData\\r\\n3.1.4\\tMINI connected car services\\r\\n3.2\\tBYD Auto\\r\\n3.2.1\\tOverview of BYD passenger car models\\r\\n3.2.2\\tBYD connected car services\\r\\n3.3\\tChangan Motors\\r\\n3.3.1\\tOverview of Changan Motors passenger car models\\r\\n3.3.2\\tOverview of Changan Motors connected car services\\r\\n3.4\\tChery Group\\r\\n3.4.1\\tOverview of Chery passenger car models\\r\\n3.4.2\\tChery connected car service offerings\\r\\n3.5\\tFord Motor Company\\r\\n3.5.1\\tOverview of Ford passenger car models\\r\\n3.5.2\\tFordPass Connect and Lincoln connected car services\\r\\n3.5.3\\tFord Pro commercial offerings\\r\\n3.6\\tGeely\\r\\n3.6.1\\tOverview of Geely passenger car models\\r\\n3.6.2\\tGeely connected car services\\r\\n3.7\\tGeneral Motors\\r\\n3.7.1\\tOverview of the main GM passenger car brands\\r\\n3.7.2\\tGM OnStar Connected Vehicle services\\r\\n3.8\\tGreat Wall Motors\\r\\n3.8.1\\tOverview of Great Wall Motors passenger car models\\r\\n3.8.2\\tGWM connected car platforms and services\\r\\n3.9\\tHonda Motor Company\\r\\n3.9.1\\tOverview of Honda and Acura passenger car models\\r\\n3.9.2\\tOverview of Honda and Acura connected car services\\r\\n3.10\\tHyundai Motor Group\\r\\n3.10.1\\tOverview of Hyundai and Kia passenger car models\\r\\n3.10.2\\tOverview of Hyundai Motor Group’s connected car platforms\\r\\n3.10.3\\tHyundai BlueLink services\\r\\n3.10.4\\tKia Connect Services\\r\\n3.11\\tJaguar Land Rover\\r\\n3.11.1\\tOverview of Jaguar Land Rover passenger car models\\r\\n3.11.2\\tJaguar Land Rover connected car services\\r\\n3.12\\tLeapmotor\\r\\n3.12.1\\tOverview of Leapmotor passenger car models\\r\\n3.12.2\\tLeapmotor connected car service offerings\\r\\n3.13\\tLi Auto\\r\\n3.13.1\\tOverview of Li Auto passenger car models\\r\\n3.13.2\\tLi Auto connected car service offerings\\r\\n3.14\\tMazda Motor Corporation\\r\\n3.14.1\\tOverview of Mazda passenger car models\\r\\n3.14.2\\tMazda Connected Services\\r\\n3.15\\tMercedes-Benz Group\\r\\n3.15.1\\tOverview of Mercedes-Benz passenger car models\\r\\n3.15.2\\tMercedes Me connect services\\r\\n3.16\\tNIO\\r\\n3.16.1\\tOverview of NIO passenger car models\\r\\n3.16.2\\tNIO connected car service offerings\\r\\n3.17\\tNissan Motor Company\\r\\n3.17.1\\tOverview of Nissan and Infiniti passenger car models\\r\\n3.17.2\\tNissanConnect Services\\r\\n3.18\\tRenault Group\\r\\n3.18.1\\tOverview of Renault and Dacia passenger car models\\r\\n3.18.2\\tRenault connected car services\\r\\n3.19\\tSAIC Motor\\r\\n3.19.1\\tOverview of SAIC Motor passenger car models\\r\\n3.19.2\\tOverview of SAIC connected car services\\r\\n3.20\\tStellantis\\r\\n3.20.1\\tOverview of Stellantis passenger car models\\r\\n3.20.2\\tOverview of Stellantis’ technology platforms\\r\\n3.20.3\\tChrysler, Jeep, Dodge, Ram and Fiat connected car services\\r\\n3.20.4\\tPeugeot, Citroën, DS, Vauxhall and Opel connected car services\\r\\n3.20.5\\tMobilisights Connect\\r\\n3.21\\tSubaru\\r\\n3.21.1\\tOverview of Subaru passenger car models\\r\\n3.21.2\\tOverview of Subaru connected services offerings\\r\\n3.22\\tTesla\\r\\n3.22.1\\tOverview of Tesla passenger car models\\r\\n3.22.2\\tTesla connected car services\\r\\n3.23\\tToyota Motor Corporation\\r\\n3.23.1\\tOverview of Toyota and Lexus passenger car models\\r\\n3.23.2\\tOverview of Toyota and Lexus connected car services\\r\\n3.23.3\\tThe T-Connect and G-LINK connected car services for the Japanese market\\r\\n3.23.5\\tToyota and Lexus connected car services in the Middle East\\r\\n3.23.6\\tToyota connected car services in Australia\\r\\n3.23.7\\tToyota and Lexus connected car services in Europe\\r\\n3.24\\tVolkswagen Group\\r\\n3.24.1\\tOverview of Volkswagen Group passenger car brands and models\\r\\n3.24.2\\tOverview of Volkswagen Group connected car platforms and strategies\\r\\n3.24.3\\tVolkswagen connected car services\\r\\n3.24.4\\tAudi connected car services\\r\\n3.24.5\\tPorsche connected car services\\r\\n3.24.6\\tŠkoda connected car services\\r\\n3.25\\tVolvo Cars\\r\\n3.25.1\\tOverview of Volvo passenger car models\\r\\n3.25.2\\tVolvo connected car services\\r\\n4\\tConnected Car Ecosystem Players\\r\\n4.1\\tConnected vehicle platform and service providers\\r\\n4.1.1\\tBeijing Yesway Information Technology\\r\\n4.1.2\\tBosch\\r\\n4.1.3\\tCerence AI\\r\\n4.1.4\\tForvia\\r\\n4.1.5\\tHarman International\\r\\n4.1.6\\tHERE Technologies\\r\\n4.1.7\\tMapbox\\r\\n4.1.8\\tPATEO\\r\\n4.1.9\\tSibros\\r\\n4.1.10\\tSiriusXM Connect\\r\\n4.1.11\\tSonatus\\r\\n4.1.12\\tTomTom\\r\\n4.1.13\\tValtech Mobility\\r\\n4.1.14\\tWirelessCar\\r\\n4.2\\tData-as-a-Service marketplaces and developer platforms\\r\\n4.2.1\\tCaruso\\r\\n4.2.2\\tHigh Mobility\\r\\n4.2.3\\tLexisNexis Risk Solutions\\r\\n4.2.4\\tMotorq\\r\\n4.2.5\\tSmartcar\\r\\n4.3\\tMobile operators\\r\\n4.3.1\\tAmérica Móvil\\r\\n4.3.2\\tAT&T\\r\\n4.3.3\\tChina Mobile\\r\\n4.3.4\\tChina Unicom\\r\\n4.3.5\\tDeutsche Telekom\\r\\n4.3.6\\tKDDI\\r\\n4.3.7\\tOrange\\r\\n4.3.8\\tSingtel\\r\\n4.3.9\\tTele2\\r\\n4.3.10\\tTelefónica\\r\\n4.3.11\\tTelenor\\r\\n4.3.12\\tVerizon\\r\\n4.3.13\\tVodafone\\r\\n4.4\\tIoT managed service providers\\r\\n4.4.1\\tAirnity\\r\\n4.4.2\\tCubic\\r\\n4.4.3\\tLenovo Connect\\r\\n4.4.4\\tNTT\\r\\n4.4.5\\tTata Communications\\r\\n4.5\\tConnectivity management platform providers\\r\\n4.5.1\\tAeris\\r\\n4.5.2\\tAirlinq\\r\\n4.5.3\\tCisco\\r\\n4.5.4\\tLolo Company\\r\\n5\\tMarket Forecasts and Trends\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCar sales forecast\\r\\n5.1.2\\tConnected car forecast\\r\\n5.1.3\\tThe connected car market in the EU27+EFTA+UK and Eastern Europe\\r\\n5.1.4\\tThe connected car market in North America\\r\\n5.1.5\\tThe connected car market in Latin America\\r\\n5.1.6\\tThe connected car market in China\\r\\n5.1.7\\tThe connected car market in rest of Asia-Pacific\\r\\n5.1.8\\tThe connected car market in the Middle East and Africa\\r\\n5.1.9\\tAnalysis of connected car services by OEM\\r\\n5.1.10\\tConnected car hardware and service revenue forecast\\r\\n5.1.11\\tEmbedded TCU shipments by technology\\r\\n5.1.12\\tConnected car data consumption analysis\\r\\n5.2\\tValue chain analysis\\r\\n5.2.1\\tTCU, NAD and SoC suppliers\\r\\n5.2.2\\tConnected vehicle platform and service providers\\r\\n5.2.3\\tCar manufacturers\\r\\n5.2.4\\tAutomotive connectivity providers\\r\\n5.2.5\\tCloud, application and content suppliers\\r\\n5.3\\tMarket trends\\r\\n5.3.1\\tConnectivity as an enabler for the software-defined vehicle\\r\\n5.3.2\\tOver-the-air (OTA) updates are now mainstream in new connected vehicles\\r\\n5.3.3\\tLocalisation becomes more important for connected vehicle services\\r\\n5.3.4\\tSGP.32 enables scalable automotive connectivity management for OEMs\\r\\n5.3.5\\t5G RedCap creates a lower-cost migration path from 4G to 5G\\r\\n5.3.6\\tSatellite connectivity emerges as a coverage extension for connected vehicles\\r\\n5.3.7\\tMass market safety services driven by regional mandates\\r\\n5.3.8\\tOEM SVT services compete with aftermarket services in many countries\\r\\n5.3.9\\tConnected navigation faces competition from free smartphone apps\\r\\n5.3.10\\tGen AI-powered in-car personal assistants to improve driving experiences\\r\\n5.3.11\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n5.3.12\\tOEMs increasingly involved in usage-based insurance products\\r\\n5.3.13\\tChinese OEMs raise customer expectations for connected services in Europe\\r\\n5.3.14\\tWestern OEMs adopt new strategies for the Chinese market\\r\\n5.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/18144007/bi-oemtelematics11-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected cars with embedded OEM telematics systems is expected to reach 580 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Several categories of connected car applications are now offered by carmakers. Examples include eCall and roadside assistance, stolen vehicle tracking (SVT), vehicle diagnostics, over-the-air (OTA) updates, connected navigation and infotainment, entertainment services such as music and video streaming, convenience services, Wi-Fi hotspots as well as AI personal assistance services. Virtually all of the world’s leading carmakers have launched mass-market connected services in key regions today. Berg Insight estimates that 83 percent of all new cars sold worldwide in 2025 were equipped with embedded connectivity, up from 79 percent in 2024. The eCall mandate in EU27+EFTA+UK has accelerated the adoption of connected car technology, making it a standard feature in all new cars sold in the region in 2025. North America is an advanced market in terms of connected car services with an estimated attach rate of 94 percent. In China, the attach rate reached an estimated 90 percent in 2025. Other developed markets include Russia and CIS, Japan and South Korea. In other regions, the attach rate is still around 30–40 percent. \",\n                        \"\",\n                        \"Since many volume brands such as Toyota, GM, Stellantis, Ford, Volkswagen, Hyundai/Kia, Honda and Nissan now offer connected services for free in their main markets, they will constitute a large part of the growth of connected cars in the coming years. Premium brands such as BMW, Mercedes-Benz and Audi have offered connected services as a standard feature across models and geographies for more than a decade and have a considerable number of connected cars today. Other major car brands offering connected services on a broad scale include Tesla, Renault, Geely, BYD, Volvo Cars, Mazda, JLR, SAIC, GWM, Chery, Subaru, Skoda, Porsche, Lexus and Changan Motors. Relatively newly founded brands in China such as Leapmotor, Li Auto and NIO also offer embedded connected services.\",\n                        \"\",\n                        \"Berg Insight estimates that total shipments of cars equipped with embedded connectivity reached 72.6 million units worldwide in 2025. Shipments are expected to reach 82.6 million units in 2030. During the same time, the attach rate of embedded connectivity is forecasted to increase from about 83 percent in 2025 to 91 percent in 2030. The number of active OEM telematics SIM cards is forecasted to grow at a CAGR of 11.5 percent from 338.0 million in 2025 to 583.1 million in 2030.\",\n                        \"\",\n                        \"Car manufacturers rely on services provided by mobile network operators, MVNOs, connectivity management platform providers and connected vehicle software and platform providers. Mobile operators and MVNOs such as AT&T, Vodafone, China Unicom, China Mobile, KDDI, Deutsche Telekom, Orange, Verizon, Cubic3 and NTT are leading connectivity providers in the automotive segment. Connectivity management platforms is also an important part of the connected car ecosystem enabling features such as provisioning, subscription management, cost monitoring and event management. Leading connectivity management platforms players in the automotive industry include Cisco, Aeris, Airlinq and Lolo Company.\",\n                        \"\",\n                        \"Connected vehicle platform and service providers support OEMs in the development, deployment and operation of connected car services. The category includes connected vehicle platform providers offering cloud back-end, vehicle-to-cloud connectivity, OTA updates, diagnostics, data management and service orchestration capabilities. It also includes automotive technology suppliers providing infotainment, telematics, digital cockpit, voice assistant and connected-service software. Leading providers in this segment include Beijing Yesway Information, Bosch, Cerence AI, Forvia, Harman International, HERE Technologies, Mapbox, PATEO, Sibros, SiriusXM Connect, Sonatus, TomTom, Valtech Mobility and WirelessCar. There are also companies specialising in building connected car services and applications upon connected car data. Examples of such companies include Caruso, High Mobility, LexisNexis Risk Solutions, Motorq and Smartcar.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/18144015/bi-oemtelematics11-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"304\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on car populations and new car registrations worldwide\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the connected car value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 25 major car OEMs and their connected car offerings. \"\n                      },\n                      {\n                        \"bullet_point\": \"Updated market forecasts by region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Car OEM 11th\",\n                \"src\": \"https://media.berginsight.com/2026/07/18144047/Car-OEM-11th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-automotive-oem-telematics-market-6/\",\n              \"name\": \"The Global Automotive OEM Telematics Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": 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The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n          \"\",\n          \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n          \"\",\n          \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"311\",\n    \"variations\": [\n      {\n        \"id\": 6784,\n        \"name\": \"The Satellite IoT Communications Market - 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Enterprise license\",\n        \"slug\": \"the-satellite-iot-communications-market-enterprise-license-6\",\n        \"date_created\": {\n          \"date\": \"2026-10-02 15:52:55.000000\",\n          \"timezone_type\": 3,\n          \"timezone\": \"Europe/Stockholm\"\n        },\n        \"date_modified\": {\n          \"date\": \"2026-10-02 15:53:33.000000\",\n          \"timezone_type\": 3,\n          \"timezone\": \"Europe/Stockholm\"\n        },\n        \"status\": \"publish\",\n        \"featured\": false,\n        \"catalog_visibility\": \"visible\",\n        \"description\": \"\",\n        \"short_description\": \"\",\n        \"sku\": \"\",\n        \"global_unique_id\": \"\",\n        \"price\": \"3000\",\n        \"regular_price\": \"3000\",\n        \"sale_price\": \"\",\n        \"date_on_sale_from\": null,\n        \"date_on_sale_to\": null,\n        \"total_sales\": \"0\",\n        \"tax_status\": \"taxable\",\n        \"tax_class\": \"parent\",\n        \"manage_stock\": false,\n        \"stock_quantity\": null,\n        \"stock_status\": \"instock\",\n        \"backorders\": \"no\",\n        \"low_stock_amount\": \"\",\n        \"sold_individually\": false,\n        \"weight\": \"\",\n        \"length\": \"\",\n        \"width\": \"\",\n        \"height\": \"\",\n        \"upsell_ids\": [],\n        \"cross_sell_ids\": [],\n        \"parent_id\": 6779,\n        \"reviews_allowed\": false,\n        \"purchase_note\": \"\",\n        \"attributes\": {\n          \"pa_licence\": \"enterprise-license\"\n        },\n        \"default_attributes\": [],\n        \"menu_order\": 3,\n        \"post_password\": \"\",\n        \"virtual\": true,\n        \"downloadable\": true,\n        \"category_ids\": [],\n        \"tag_ids\": [],\n        \"brand_ids\": [],\n        \"shipping_class_id\": 0,\n        \"downloads\": [],\n        \"image_id\": 0,\n        \"gallery_image_ids\": [],\n        \"download_limit\": -1,\n        \"download_expiry\": -1,\n        \"rating_counts\": [],\n        \"average_rating\": 0,\n        \"review_count\": 0,\n        \"cogs_value\": null,\n        \"attribute_summary\": \"Licence: Enterprise license\",\n        \"cogs_value_is_additive\": false,\n        \"meta_data\": [\n          {\n            \"id\": 133598,\n            \"key\": \"_vies_product_is_service\",\n            \"value\": \"no\"\n          }\n        ]\n      }\n    ]\n  },\n  \"product_info_sections\": [\n    {\n      \"heading\": \"Highlights from the report:\",\n      \"bullet_points\": [\n        {\n          \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n        },\n        {\n          \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n        },\n        {\n          \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n        },\n        {\n          \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n        },\n        {\n          \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n        },\n        {\n          \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n        }\n      ],\n      \"module\": \"list_section\"\n    }\n  ],\n  \"page_content\": [\n    {\n      \"data\": {\n        \"\": null,\n        \"mode\": \"latest_category\",\n        \"show_prices\": true,\n        \"heading\": \"You may also be interested in:\",\n        \"link\": null,\n        \"category\": 25,\n        \"products\": [\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-m2miot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"11th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"Our flagship report covering the latest trends and developments in cellular IoT, satellite IoT and low power wireless networking.\",\n                  \"full_description\": [\n                    \"Berg Insight estimates that the global number of cellular IoT subscribers increased by 11 percent during 2025 to reach 4.2 billion at the end of the year. Until 2030, the number of cellular IoT subscribers is forecasted to grow at a compound annual growth rate (CAGR) of 9.3 percent to reach 6.5 billion at the end of the period. This report covers in-depth the mobile operator perspective on the global M2M/IoT communications market. Get up to date with the latest trends from all main regions and vertical markets with this unique 260-page report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/27171620/bi-globaliot11-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tWide Area Networks for the Internet of Things\\r\\n1.1\\t3GPP family of cellular technologies\\r\\n1.1.1\\t3GPP Release 13 (2016) – Introducing LTE-M and NB-IoT\\r\\n1.1.2\\t3GPP Release 14 (2017) – IoT enhancements and C-V2X\\r\\n1.1.3\\t3GPP Release 15 (2019) – The first phase of 5G specifications\\r\\n1.1.4\\t3GPP Release 16 (2020) – URLLC and 5G NR C-V2X\\r\\n1.1.5\\t3GPP Release 17 (2022) – RedCap and NTN communications\\r\\n1.1.6\\t3GPP Release 18 (2024) – The first 5G-Advanced specifications and eRedCap\\r\\n1.1.7\\t3GPP Release 19 (2025) – Ambient IoT as a new low-power cellular IoT class\\r\\n1.1.8\\tNetwork footprint\\r\\n1.1.9\\t2G/3G mobile networks\\r\\n1.1.10\\t4G mobile networks\\r\\n1.1.11\\t4G/5G mobile IoT networks (LTE-M and NB-IoT)\\r\\n1.1.12\\t5G mobile networks\\r\\n1.2\\tLPWA and satellite technologies\\r\\n1.2.1\\tLoRa\\r\\n1.2.2\\tSigfox\\r\\n1.2.3\\tSatellite networks\\r\\n1.3\\tIoT connectivity management platforms and eSIM solutions\\r\\n1.3.1\\tIoT connectivity management platforms\\r\\n1.3.2\\tSIM and eSIM solutions\\r\\n1.4\\tInternational coverage and alliances\\r\\n1.4.1\\tRoaming and international coverage\\r\\n1.4.2\\tMobile operator alliances\\r\\n2\\tEurope\\r\\n2.1\\tRegional market trends\\r\\n2.1.1\\tWestern Europe\\r\\n2.1.2\\tCentral and Eastern Europe\\r\\n2.2\\tMobile operators\\r\\n2.2.1\\tA1 Telekom Austria\\r\\n2.2.2\\tAltice Group\\r\\n2.2.3\\tBouygues Telecom\\r\\n2.2.4\\tBT Group\\r\\n2.2.5\\tCK Hutchison Group Telecom\\r\\n2.2.6\\tDeutsche Telekom\\r\\n2.2.7\\tKPN\\r\\n2.2.8\\tOV (Manx Telecom)\\r\\n2.2.9\\tMegaFon\\r\\n2.2.10\\tMTS\\r\\n2.2.11\\tOrange\\r\\n2.2.12\\tDEEP (POST Luxembourg)\\r\\n2.2.13\\tProximus\\r\\n2.2.14\\tTele2\\r\\n2.2.15\\tTelecom Italia\\r\\n2.2.16\\tTelefónica\\r\\n2.2.17\\tTelenor\\r\\n2.2.18\\tTelia Company\\r\\n2.2.19\\tVodafone\\r\\n2.3\\tIoT managed service providers\\r\\n2.3.1\\t1GLOBAL\\r\\n2.3.2\\t1NCE\\r\\n2.3.3\\t1oT\\r\\n2.3.4\\tAirnity\\r\\n2.3.5\\tBICS\\r\\n2.3.6\\tCom4 (Wireless Logic)\\r\\n2.3.7\\tCSL Group\\r\\n2.3.8\\tCubic3\\r\\n2.3.9\\temnify\\r\\n2.3.10\\tEseye\\r\\n2.3.11\\tfloLIVE\\r\\n2.3.12\\tFreeeway\\r\\n2.3.13\\tGiesecke+Devrient\\r\\n2.3.14\\tiBASIS\\r\\n2.3.15\\tOnomondo\\r\\n2.3.16\\tPelion\\r\\n2.3.17\\tVelos IoT\\r\\n2.3.18\\tWireless Logic\\r\\n2.4\\tLPWA networks\\r\\n2.4.1\\tLoRa networks\\r\\n2.4.2\\tSigfox and network partners\\r\\n3\\tThe Americas\\r\\n3.1\\tRegional market trends\\r\\n3.1.1\\tUnited States and Canada\\r\\n3.1.2\\tBrazil\\r\\n3.1.3\\tRest of Latin America\\r\\n3.2\\tMobile operators\\r\\n3.2.1\\tAT&T\\r\\n3.2.2\\tBell\\r\\n3.2.3\\tVerizon\\r\\n3.2.4\\tT-Mobile USA\\r\\n3.2.5\\tRogers Communications\\r\\n3.2.6\\tTELUS\\r\\n3.2.7\\tAmérica Móvil\\r\\n3.2.8\\tVivo (Telefónica Brasil)\\r\\n3.2.9\\tOther mobile operators in Latin America\\r\\n3.3\\tIoT managed service providers\\r\\n3.3.1\\tAeris\\r\\n3.3.2\\tHologram\\r\\n3.3.3\\tKajeet\\r\\n3.3.4\\tKORE Wireless\\r\\n3.3.5\\tMonogoto\\r\\n3.3.6\\tSemtech\\r\\n3.3.7\\tSimplex Wireless\\r\\n3.3.8\\tTeal\\r\\n3.3.9\\tTelit Cinterion\\r\\n3.4\\tLPWA networks\\r\\n3.4.1\\tLoRa networks\\r\\n3.4.2\\tSigfox and network partners\\r\\n4\\tAsia-Pacific\\r\\n4.1\\tRegional market trends\\r\\n4.1.1\\tChina\\t\\r\\n4.1.2\\tIndia\\r\\n4.1.3\\tJapan and South Korea\\r\\n4.1.4\\tAustralia and New Zealand\\r\\n4.1.5\\tSoutheast Asia\\r\\n4.2\\tMobile operators\\r\\n4.2.1\\tChina Mobile\\r\\n4.2.2\\tChina Unicom\\r\\n4.2.3\\tChina Telecom\\r\\n4.2.4\\tKDDI\\r\\n4.2.5\\tKT\\r\\n4.2.6\\tNTT\\r\\n4.2.7\\tSingtel\\r\\n4.2.8\\tSK Telecom\\r\\n4.2.9\\tSoftBank\\r\\n4.2.10\\tTelstra\\r\\n4.2.11\\tVodafone Idea\\r\\n4.3\\tIoT managed service providers\\r\\n4.3.1\\tLenovo Connect\\r\\n4.3.2\\tPlintron\\r\\n4.3.3\\tQuectel\\r\\n4.3.4\\tSoracom\\r\\n4.3.5\\tTata Communications\\r\\n4.4\\tLPWA networks\\r\\n4.4.1\\tLoRa networks\\r\\n4.4.2\\tSigfox networks\\r\\n5\\tMiddle East & Africa\\r\\n5.1\\tRegional market trends\\r\\n5.1.1\\tMiddle East\\r\\n5.1.2\\tAfrica\\r\\n5.2\\tMobile operators\\r\\n5.2.1\\te&\\r\\n5.2.2\\tMTN\\r\\n5.2.3\\tOoredoo\\r\\n5.2.4\\tTurkcell\\r\\n5.2.5\\tVodacom\\r\\n5.2.6\\tZain\\r\\n5.3\\tIoT managed service providers\\r\\n5.3.1\\tSIMcontrol\\r\\n5.4\\tLPWA networks\\r\\n5.4.1\\tLoRa networks\\r\\n5.4.2\\tSigfox networks\\r\\n6\\tSatellite IoT Communications\\r\\n6.1\\tIntroduction to satellite IoT networks\\r\\n6.2\\tMarket analysis\\r\\n6.3\\tSatellite IoT operator market shares\\r\\n6.4\\tEuropean satellite operators\\r\\n6.4.1\\tAstrocast\\r\\n6.4.2\\tKineis\\r\\n6.4.3\\tLacuna Space\\r\\n6.4.4\\tOQ Technology\\r\\n6.4.5\\tSateliot\\r\\n6.4.6\\tSES\\r\\n6.4.7\\tAdditional satellite connectivity providers\\r\\n6.5\\tNorth American satellite operators\\r\\n6.5.1\\tGlobalstar\\r\\n6.5.2\\tIridium\\r\\n6.5.3\\tLigado Networks\\r\\n6.5.4\\tLynk\\r\\n6.5.5\\tOrbcomm\\r\\n6.5.6\\tSkylo\\r\\n6.5.7\\tStarlink (SpaceX)\\r\\n6.5.8\\tViasat\\r\\n6.5.9\\tAdditional satellite connectivity providers\\r\\n6.6\\tChinese satellite operators\\r\\n6.6.1\\tCommsat\\r\\n6.6.2\\tGalaxy Space\\r\\n6.6.3\\tGuowang\\r\\n6.6.4\\tHead Aerospace\\r\\n6.6.5\\tHonghu-3\\r\\n6.6.6\\tQianfan\\r\\n6.6.7\\tAdditional satellite connectivity providers\\r\\n6.7\\tRest of World satellite operators\\r\\n6.7.1\\tInnova Space\\r\\n6.7.2\\tMyriota\\r\\n6.7.3\\tPlan-S\\r\\n6.7.4\\tThuraya (Space42)\\r\\n6.7.5\\tAdditional satellite connectivity providers\\r\\n7\\tMarket Forecasts and Trends\\r\\n7.1\\tIndustry trends\\r\\n7.1.1\\tTop ten connectivity providers manage 3.7 billion cellular IoT connections\\r\\n7.1.2\\tIoT connectivity revenues continue to grow slower than connections\\r\\n7.1.3\\tIoT managed service providers connect 250+ million cellular devices\\r\\n7.1.4\\tThe international connectivity segment is evolving\\r\\n7.1.5\\teSIMs and fragmentation of CMPs drive the need for orchestration capabilities\\r\\n7.1.6\\tIoT MVNOs are driving consolidation in the IoT connectivity market\\r\\n7.1.7\\tSGP.32 disaggregates the IoT connectivity value chain\\r\\n7.1.8\\tSatellite IoT players leverage mobile operators and MVNOs as sales channel\\r\\n7.1.9\\tNew entrants disrupt distribution channels\\r\\n7.2\\tGeographic markets\\r\\n7.2.1\\tGlobal market summary\\r\\n7.2.2\\tEurope\\r\\n7.2.3\\tNorth America\\r\\n7.2.4\\tLatin America\\r\\n7.2.5\\tAsia-Pacific\\r\\n7.2.6\\tMiddle East & Africa\\r\\n7.3\\tVertical markets\\r\\n7.3.1\\tConnected cars on the rise\\r\\n7.3.2\\tData consumption of connected cars will grow significantly\\r\\n7.3.3\\tMotor-powered two-wheeler telematics adoption picks up speed\\r\\n7.3.4\\tTelematics giants increasingly dominate the fleet management industry\\r\\n7.3.5\\tThe opportunity to create smarter and safer cities\\r\\n7.3.6\\tSmart metering turns to new LPWA options for deployments in the 2020s\\r\\n7.3.7\\tAsset tracking to drive the second wave of LPWA deployments\\r\\n7.3.8\\tConnected healthcare reaches the masses\\r\\n7.3.9\\tSteady uptake of cellular connectivity in the POS terminal market\\r\\n7.3.10\\tHome energy and EV charging solutions to become new volume segments\\r\\n7.4\\tTechnology trends\\r\\n7.4.1\\tCellular technologies dominate wireless IoT\\r\\n7.4.2\\tIoT CMPs move towards AI-assisted operations\\r\\n7.4.3\\tNB-IoT uptake is growing on a project-by-project basis\\r\\n7.4.4\\tRedCap will accelerate the adoption of 5G in IoT\\r\\n7.4.5\\tDistributed core networks facilitate global IoT connectivity services\\r\\n7.4.6\\tThe SGP.32 specification will lower the barriers for eSIM adoption in IoT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/27171629/bi-globaliot11-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Global cellular IoT connections reached 4.2 billion in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Berg Insight estimates that the global number of cellular IoT connections increased by 11 percent during 2025 to reach 4.2 billion at the end of the year – corresponding to around 32 percent of all mobile subscriptions. Until 2030, the number of cellular IoT connections is forecasted to grow at a compound annual growth rate (CAGR) of 9.3 percent to reach 6.5 billion at the end of the period. During the same period, cellular IoT connectivity revenues are forecasted to grow at a CAGR of 8.1 percent from € 14.5 billion in 2025 to approximately € 21.5 billion in 2030. Meanwhile the monthly ARPU is expected to drop from € 0.31 to € 0.28.\",\n                        \"\",\n                        \"China is the world’s largest market for cellular IoT connectivity services by volume. According to data from the national telecom regulator, the installed base in the country grew by 5 percent year-on-year to reach 2.9 billion IoT connections at the end of 2025. This corresponded to about 70 percent of the global installed base. Berg Insight believes that the role of the Chinese government is the main explanation for why China is ahead of the rest of the world in the adoption of IoT. Authorities actively endorse large-scale IoT deployments as a method for addressing problems affecting the society, whether it is crime, fire safety, energy conservation or traffic management. The private sector is directed and encouraged to do the same.\",\n                        \"\",\n                        \"North America and Western Europe ranks as the second and third largest markets for IoT connectivity with 321 million and 313 million IoT connections respectively at the end of 2025. In contrast to China, developments in these regions are largely driven by commercial interests. The connected car is currently one of the strongest trends with more than 90 percent of new cars sold featuring embedded cellular connectivity in the regions. Other key application areas are fleet management of commercial vehicles, smart utility metering and monitored alarm systems. South Asia, Latin America and Central & Eastern Europe had in the range of 93–142 million IoT connections, while Middle East, Africa and Southeast Asia had between 41–53 million. Australia & Oceania was the smallest region with approximately 22 million IoT connections.\",\n                        \"\",\n                        \"China Mobile is the world’s largest provider of cellular IoT connectivity services. At the end of 2025, the operator reported 1.48 billion cellular IoT connections and a year-on-year growth rate of 5 percent. China Telecom and China Unicom ranked second and third with 746 million and 723 million connections respectively. Vodafone ranked first among the Western operators and fourth overall with 234 million connections, followed by AT&T with 160 million in fifth place. Airtel in India recorded the highest yearly growth rate, with IoT connections increasing to 69 million. Verizon and Deutsche Telekom had in the range of 62–69 million cellular IoT connections each. Telefónica and KDDI Orange were the last players in the top ten with about 59 million and 58 million connections respectively. The installed bases of the largest IoT connectivity providers grew at a rate of 5–115 percent annually.\",\n                        \"\",\n                        \"IoT managed service providers play a key role in the ecosystem with a combined installed base of more than 250 million cellular IoT connections. While the distinction between mobile operators’ IoT businesses and IoT managed service providers is becoming less clear, the latter benefit their network-agnostic positioning and ability to aggregate multiple mobile networks through roaming agreements, sponsored IMSIs and eSIM profiles. Due to the nature of their business, the players are becoming increasingly international, supporting customers in many parts of the world. Important players in this category include 1GLOBAL, 1NCE, 1oT, Aeris, Airnity, BICS, CSL Group, Cubic, emnify, Eseye, floLIVE, Giesecke+Devrient, Hologram, Kajeet, KORE, Lenovo Connect, Monogoto, Onomondo, Pelion, Semtech, Soracom, Tata Communications, Teal, Telit Cinterion, Velos IoT and Wireless Logic.\",\n                        \"\",\n                        \"IoT connectivity revenues are growing at a slower rate than the number of connections. Berg Insight estimates that global IoT connectivity revenues increased by 5 percent during 2025, while the monthly ARPU dropped by 7 percent. IoT connectivity revenues accounted for 1–4 percent of service revenues for the largest mobile operator groups. As the value in IoT lies in value-added services rather than connectivity, IoT connectivity service providers increasingly focus on boosting their IoT portfolios by adding cloud services, security capabilities and devices on top of their connectivity offering to capture a larger share of the market.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/27171637/bi-globaliot11-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 885,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:06:06\",\n                        \"post_date_gmt\": \"2021-01-12 15:06:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Fredrik Stålbrand\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"fredrik-stalbrand\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:49:59\",\n                        \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"305\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the cellular IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Update on the adoption of 5G and LPWA standards for IoT networking.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the IoT strategies of the leading IoT connectivity providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of industry trends in all world regions.\"\n                      },\n                      {\n                        \"bullet_point\": \"IoT business KPIs for leading global mobile operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Statistical data on cellular IoT connections in all world regions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"The Global M2M_IoT Communications Market 11\",\n                \"src\": \"https://media.berginsight.com/2026/07/27171524/The-Global-M2M_IoT-Communications-Market-11.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-m2m-iot-communications-market-7/\",\n              \"name\": \"The Global M2M/IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-cellular-iot-and-lpwa-chipset-and-module-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"10th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"This report gives a comprehensive overview of the main wide area networking technologies for the Internet of Things – 2G/3G/4G/5G cellular, LoRa, Sigfox as well as a group of emerging low-power IoT technologies including 802.15.4-based protocols, Wirepas Mesh, DECT-2020 NR and Mioty.\",\n                  \"full_description\": [\n                    \"Global demand for IoT wide area networking technology is in a growth phase. Berg Insight forecasts that annual shipments of cellular and non-3GPP LPWA IoT modules will grow at a compound annual growth rate (CAGR) of 7.7 percent from 909 million units in 2025 to 1.32 billion units in 2030. Get up to date with the latest trends from all vertical markets with this unique 150-page report and database covering cellular IoT chipset and module shipments across 30+ device types, 10 technologies and 6 regional markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/26123439/bi-chipsetmodule10-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tWide Area Networks for the Internet of Things\\r\\n1.1\\tWhich things will be connected to wide area networks?\\r\\n1.1.1\\tUtility meters\\r\\n1.1.2\\tMotor vehicles\\r\\n1.1.3\\tBuildings\\r\\n1.1.4\\tAsset tracking and supply chain visibility\\r\\n1.1.5\\tThe opportunity to create smarter and safer cities\\r\\n1.1.6\\tThe convergence of IoT and AI\\r\\n1.2\\tWhat are the technology options?\\r\\n1.2.1\\tNetwork deployment models\\r\\n1.2.2\\tLicensed and unlicensed frequency bands\\r\\n1.2.3\\tCost comparison for cellular and LPWA technologies\\r\\n1.3\\tWhich are the leading technology ecosystems?\\r\\n2\\t3GPP Ecosystem\\r\\n2.1\\tTechnology characteristics\\r\\n2.1.1\\t3GPP Release 13 (2016) – Introducing LTE-M and NB-IoT\\r\\n2.1.2\\t3GPP Release 14 (2017) – IoT enhancements and C-V2X\\r\\n2.1.3\\t3GPP Release 15 (2019) – The first phase of 5G specifications\\r\\n2.1.4\\t3GPP Release 16 (2020) – URLLC and 5G NR C-V2X\\r\\n2.1.5\\t3GPP Release 17 (2022) – RedCap and NTN communications\\r\\n2.1.6\\t3GPP Release 18 (2024) – The first 5G-Advanced specifications and eRedCap\\r\\n2.1.7\\t3GPP Release 19 (2025) – Ambient IoT as a new low-power cellular IoT class\\r\\n2.2\\tNetwork footprint\\r\\n2.2.1\\t2G/3G mobile networks\\r\\n2.2.2\\t4G LTE mobile networks\\r\\n2.2.3\\t4G/5G mobile IoT networks (LTE-M and NB-IoT)\\r\\n2.2.4\\t5G mobile networks\\r\\n2.3\\tSemiconductor vendors\\r\\n2.3.1\\tAltair Semiconductor\\r\\n2.3.2\\tASR Microelectronics\\r\\n2.3.3\\tEigencomm\\r\\n2.3.4\\tHiSilicon\\r\\n2.3.5\\tMediaTek\\r\\n2.3.6\\tMLINK\\r\\n2.3.7\\tQualcomm\\r\\n2.3.8\\tSamsung Electronics\\r\\n2.3.9\\tSequans Communications\\r\\n2.3.10\\tUNISOC\\r\\n2.3.11\\tXinyi Information Technology\\r\\n2.3.12\\tOther semiconductor vendors\\r\\n2.4\\tModule vendors\\r\\n2.4.1\\tCavli Wireless\\r\\n2.4.2\\tChina Mobile IoT\\r\\n2.4.3\\tEagle Wireless\\r\\n2.4.4\\tFibocom\\r\\n2.4.5\\tKontron\\r\\n2.4.6\\tLierda\\r\\n2.4.7\\tMeiG Smart Technology\\r\\n2.4.8\\tMurata\\r\\n2.4.9\\tNeoway\\r\\n2.4.10\\tNordic Semiconductor\\r\\n2.4.11\\tQuectel\\r\\n2.4.12\\tRolling Wireless\\r\\n2.4.13\\tSemtech\\r\\n2.4.14\\tSunsea AIoT (SIMCom & Longsung)\\r\\n2.4.15\\tTelit Cinterion\\r\\n2.4.16\\tTrasna\\r\\n2.4.17\\tZxInfoTek\\r\\n2.4.18\\tOther cellular IoT module vendors\\r\\n3\\tLoRa and LoRaWAN Ecosystem\\r\\n3.1\\tTechnology characteristics\\r\\n3.2\\tNetwork footprint\\r\\n3.2.1\\tEurope\\r\\n3.2.2\\tAsia-Pacific\\r\\n3.2.3\\tThe Americas\\r\\n3.2.4\\tMiddle East & Africa\\r\\n3.3\\tSemiconductor and module vendors\\r\\n3.3.1\\tSemtech\\r\\n3.3.2\\tOther semiconductor vendors\\r\\n3.3.3\\tLoRa module vendors\\r\\n4\\tSigfox Ecosystem\\r\\n4.1\\tTechnology characteristics\\r\\n4.2\\tNetwork footprint\\r\\n4.2.1\\tEurope\\r\\n4.2.2\\tThe Americas\\r\\n4.2.3\\tAsia-Pacific\\r\\n4.2.4\\tMiddle East & Africa\\r\\n4.2.5\\tUnaBiz partners with the LoRaWAN ecosystem\\r\\n4.2.6\\tExamples of major Sigfox use cases\\r\\n4.3\\tSemiconductor and module vendors\\r\\n4.3.1\\tSemiconductor vendors\\r\\n4.3.2\\tSigfox module vendors\\r\\n5\\tEmerging Low-Power IoT Connectivity Ecosystems\\r\\n5.1\\tIEEE 802.15.4\\r\\n5.1.1\\tConnectivity stacks based on 802.15.4\\r\\n5.1.2\\tNetwork footprint\\r\\n5.2\\tWirepas Mesh\\r\\n5.3\\tDECT-2020 NR (NR+)\\r\\n5.4\\tMioty\\r\\n5.5\\tChipset and module vendors\\r\\n6\\tMarket Forecasts and Trends\\r\\n6.1\\tMarket summary\\r\\n6.2\\tThe cellular IoT device market\\r\\n6.2.1\\tThe cellular IoT chipset market shares\\r\\n6.2.2\\tCellular IoT module market shares\\r\\n6.2.3\\tAutomotive cellular IoT chipset market shares\\r\\n6.2.4\\tNAD module market shares\\r\\n6.3\\tThe cellular IoT technology landscape\\r\\n6.4\\tCellular IoT regional market trends\\r\\n6.4.1\\tEurope\\r\\n6.4.2\\tNorth America\\r\\n6.4.3\\tLatin America\\r\\n6.4.4\\tChina\\r\\n6.4.5\\tRest of Asia-Pacific\\r\\n6.4.6\\tMiddle East & Africa\\r\\n6.5\\tThe LoRa device market\\r\\n6.6\\tThe Sigfox device market\\r\\n6.7\\tEmerging low-power IoT connectivity technologies\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/26123447/bi-chipsetmodule10-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Cellular IoT module shipments reached 612 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The Internet of Things is continuously evolving and expanding into new domains. By the end of 2025, approximately 4.8 billion devices were connected to wide area networks based on cellular or low-power IoT technologies. The market is highly diverse and divided into multiple ecosystems. This report focuses on the most prominent technology ecosystems for wide area IoT networking – the 3GPP ecosystem of cellular technologies and the LPWA technologies LoRa and Sigfox – as well as a group of other low-power IoT technologies including IEEE 802.15.4-based protocols, Wirepas Mesh, DECT-2020 NR (NR+) and Mioty.\",\n                        \"\",\n                        \"The 3GPP family of cellular technologies supports the largest ecosystem in wide area IoT networking. The cellular IoT chipset and module market can be divided into two main segments with distinct supply chains: general IoT solutions and automotive-grade solutions. Yearly shipments of cellular IoT modules excluding automotive NAD modules amounted to 612 million units in 2025, up 33 percent year-on-year. Annual cellular IoT module revenues grew by 19 percent to US$ 5.6 billion. The five largest cellular module vendors – Quectel, Fibocom, Telit Cinterion, MeiG and China Mobile IoT – held a market share of 73 percent in terms of revenues. The China-based vendors Quectel, China Mobile IoT, Sunsea AIoT, Lierda and Fibocom rank as the volume leaders, benefitting from the massive scale of the domestic market. ZXInfoTek has also rapidly emerged as a prominent vendor with a strong position in the POS terminal segment. ASR Microelectronics, Qualcomm, Eigencomm, UNISOC, Xinyi and MediaTek are the main cellular IoT chipset suppliers. Cellular IoT module shipments are forecasted to grow at a compound annual growth rate (CAGR) of 7.2 percent to reach 976 million units by 2030.\",\n                        \"\",\n                        \"Automotive-grade modules, or NAD modules, are provided by specialised cellular module providers, ODMs and TCU vendors. Quectel is the leading provider of NAD modules with a volume market share of 27 percent, followed by Rolling Wireless with a market share of 13 percent. Other major NAD module vendors include the TCU vendors LG Electronics and Aumovio, as well as Kontron, Favalon (Fibocom), MeiG and Compal. The automotive-grade chipset segment is dominated by Qualcomm, while MediaTek ranks second. NAD module shipments are forecasted to grow at a CAGR of 4.6 percent from 78 million units in 2025 to 98 million units in 2030. \",\n                        \"\",\n                        \"LoRa is gaining momentum as a global connectivity platform for IoT devices. Cumulative shipments of LoRa end nodes reached 500 million at the beginning of 2026. The majority of demand comes from devices deployed in private networks, which remain the dominant deployment model for LoRa networks. The major volume application segments are smart gas and water metering, followed by local area IoT deployments for networking of smart sensors and tracking devices in cities, industrial plants and commercial buildings. Smart home is expected to become a major application area in the coming years, driven by Amazon’s Sidewalk network that is expanding beyond the US. Berg Insight estimates that yearly shipments of LoRa devices amounted to 90 million units in 2025. Until 2030, yearly shipments are forecasted to grow at a CAGR of 17.5 percent to reach 202 million units.\",\n                        \"\",\n                        \"Other low-power IoT device ecosystems such as IEEE 802.15.4, Wirepas Mesh, Sigfox, Mioty and NR+ have the potential to grow into significant IoT networking platforms in the coming years. So far, IEEE 802.15.4 has achieved the most widespread adoption. The technology is the most mature in the group and has gained support from several of the leading smart metering vendors. Wirepas Mesh reached an installed base of over 20 million in early 2026 and has been used in a number of large-scale projects. Sigfox had an installed base of 15 million at year-end 2025. The Singapore-based Sigfox operator UnaBiz took over as the new owner of Sigfox in 2022, setting a new direction for the Sigfox technology and operating model for the business. Berg Insight believes that the critical test for Sigfox will be how the technology is received in the asset tracking segment. Mioty has in the last few years started to gain traction within smart water metering and has reached an installed base of over 1 million. DECT-2020 NR (NR+) is at an even earlier stage of development, with deployments still primarily limited to pilot projects and early commercial implementations.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/26123456/bi-chipsetmodule10-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 885,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:06:06\",\n                        \"post_date_gmt\": \"2021-01-12 15:06:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Fredrik Stålbrand\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"fredrik-stalbrand\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:49:59\",\n                        \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4800,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:04:27\",\n                        \"post_date_gmt\": \"2024-08-06 10:04:27\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Melvin Sörum\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"melvin-sorum\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 16:11:12\",\n                        \"post_modified_gmt\": \"2026-01-06 15:11:12\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4800\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"299\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the main IoT wide area networking ecosystems. \"\n                      },\n                      {\n                        \"bullet_point\": \"Cellular IoT chipset and module data by region, vertical, device type and technology from 2018–2030.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market shares for cellular IoT chipset and module vendors.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comparison of technologies and standards. \"\n                      },\n                      {\n                        \"bullet_point\": \"Updated profiles of the main suppliers of IoT chipsets and modules. \"\n                      },\n                      {\n                        \"bullet_point\": \"Adoption trends for 5G technologies including 5G eMBB, 5G RedCap and 5G eRedCap, as well as LPWA technologies including NB-IoT, LTE-M, LoRa and Sigfox. \"\n                      },\n                      {\n                        \"bullet_point\": \"Cellular and non-3GPP LPWA IoT device market forecasts until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"The Cellular IoT and LPWA Chipset and Module Market 10th\",\n                \"src\": \"https://media.berginsight.com/2026/06/26123752/The-Cellular-IoT-and-LPWA-Chipset-and-Module-Market-10th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-cellular-iot-and-lpwa-chipset-and-module-market/\",\n              \"name\": \"The Cellular IoT and LPWA Chipset and Module Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6762,"link":"https://cms.berginsight.com/report/the-global-smart-street-lighting-market-4/","acf_data":"{\n  \"permalink\": \"/the-global-smart-street-lighting-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"4th Edition\",\n    \"main_product_category\": 32,\n    \"short_description\": \"A comprehensive analysis of the global smart street lighting market covering 45 key solution vendors.\",\n    \"full_description\": [\n      \"This study investigates the latest developments on the smart street lighting market. The global installed base of individually controlled smart street lights amounted to 38.5 million units at the end of 2025. Growing at a CAGR of 17.9 percent, the number will reach 87.6 million in 2030. Europe is the leading adopter and today accounts for around 36 percent of the global installed base. North America is the second largest, closely followed by Asia-Pacific. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/09/23160837/bi-streetlighting4-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Smart Street Lighting\\r\\n1.1\\tThe transition to LED and adaptive lighting\\r\\n1.2\\tStreet lighting management models\\r\\n1.3\\tSmart street lighting\\r\\n1.3.1\\tRemote control and monitoring\\r\\n1.3.2\\tPreventive maintenance and real-time fault reporting\\r\\n1.3.3\\tEnergy consumption metering and billing\\r\\n1.3.4\\tSmart street lighting as a city platform\\r\\n1.4\\tSmart street lighting infrastructure\\r\\n1.4.1\\tDimmable luminaires and lighting control units\\r\\n1.4.2\\tNetwork infrastructure\\r\\n1.4.3\\tCentral management system\\r\\n2\\tCompany Profiles and Strategies\\r\\n2.1\\tLighting control vendors\\r\\n2.1.1\\tAcuity Brands\\r\\n2.1.2\\tAlgorab\\r\\n2.1.3\\tBH Technologies\\r\\n2.1.4\\tC2 SmartLight\\r\\n2.1.5\\tCITiLIGHT\\r\\n2.1.6\\tCityLight.net\\r\\n2.1.7\\tCurrent Lighting\\r\\n2.1.8\\tDatek Light Control\\r\\n2.1.9\\tDigitalPlatforms (formerly UMPI)\\r\\n2.1.10\\tDimonoff\\r\\n2.1.11\\teSave\\r\\n2.1.12\\tEXELIOT\\r\\n2.1.13\\tFagerhult Group\\r\\n2.1.14\\tFlashnet (Lucy Group)\\r\\n2.1.15\\tFonda Technology\\r\\n2.1.16\\tgridComm\\r\\n2.1.17\\tItron\\r\\n2.1.18\\tLACROIX\\r\\n2.1.19\\tLED Roadway Lighting\\r\\n2.1.20\\tLandis+Gyr\\r\\n2.1.21\\tLixtec\\r\\n2.1.22\\tLucy Zodion (Lucy Group)\\r\\n2.1.23\\tLusety\\r\\n2.1.24\\tM2M Telemetria\\r\\n2.1.25\\tMinebeaMitsumi & Paradox Engineering\\r\\n2.1.26\\tOPPLE\\r\\n2.1.27\\tRevetec\\r\\n2.1.28\\tRongwen Energy Technology Group\\r\\n2.1.29\\tSchréder\\r\\n2.1.30\\tSignify\\r\\n2.1.31\\tSmartmation\\r\\n2.1.32\\tSSE\\r\\n2.1.33\\tST Engineering Telematics Wireless\\r\\n2.1.34\\tTVILIGHT\\r\\n2.1.35\\tUbicquia\\r\\n2.1.36\\tUrban Control (DW Windsor)\\r\\n2.1.37\\tDomestic Chinese Vendors\\r\\n2.2\\tSoftware and network platform specialists\\r\\n2.2.1\\tCisco\\r\\n2.2.2\\tCitégestion (EDF)\\r\\n2.2.3\\tCityLinx\\r\\n2.2.4\\tExati\\r\\n2.2.5\\tDhyan\\r\\n2.2.6\\tLuminext\\r\\n2.2.7\\tNetmore\\r\\n2.2.8\\tTerraGo\\r\\n2.2.9\\tTrilliant\\r\\n3\\tMarket Profiles\\r\\n3.1\\tEurope\\r\\n3.1.1\\tAustria\\r\\n3.1.2\\tBelgium\\r\\n3.1.3\\tCyprus\\r\\n3.1.4\\tCzech Republic\\r\\n3.1.5\\tFrance\\r\\n3.1.6\\tGermany\\r\\n3.1.7\\tGreece\\r\\n3.1.8\\tHungary\\r\\n3.1.9\\tItaly\\r\\n3.1.10\\tNetherlands\\r\\n3.1.11\\tNordics\\r\\n3.1.12\\tPoland\\r\\n3.1.13\\tPortugal\\r\\n3.1.14\\tRomania\\r\\n3.1.15\\tSpain\\r\\n3.1.16\\tSwitzerland\\r\\n3.1.17\\tUnited Kingdom\\r\\n3.1.18\\tRest of Europe\\r\\n3.2\\tNorth America\\t\\r\\n3.2.1\\tUnited States\\r\\n3.2.2\\tCanada\\r\\n3.3\\tThe Middle East\\r\\n3.3.1\\tKingdom of Saudi Arabia\\r\\n3.3.2\\tUnited Arab Emirates\\t\\r\\n3.3.3\\tRest of the Middle East\\r\\n3.4\\tAfrica\\r\\n3.4.1\\tKenya\\r\\n3.4.2\\tSouth Africa\\r\\n3.4.3\\tRest of Africa\\r\\n3.5\\tLatin America\\r\\n3.5.1\\tArgentina\\r\\n3.5.2\\tBrazil\\r\\n3.5.3\\tChile\\r\\n3.5.4\\tColombia\\r\\n3.5.5\\tEcuador\\r\\n3.5.6\\tMexico\\r\\n3.5.7\\tUruguay\\r\\n3.5.8\\tRest of Latin America\\r\\n3.6\\tAsia-Pacific\\r\\n3.6.1\\tChina\\r\\n3.6.2\\tAustralia\\r\\n3.6.3\\tNew Zealand\\r\\n3.6.4\\tIndia\\r\\n3.6.5\\tRest of Asia-Pacific\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tMarket forecasts\\r\\n4.2\\tIndustry analysis\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tThe smart street lighting market has begun its consolidation journey\\r\\n4.3.2\\tCellular technologies gain ground as a popular connectivity alternative\\r\\n4.3.3\\tThe growing strategic importance of software and AI in smart street lighting\\r\\n4.3.4\\tSmart lighting vendors bet on the broader smart cities market\\r\\n4.3.5\\tGrowing adoption of D4i and Zhaga\\r\\n4.3.6\\tOpen and interoperable solutions gain importance\\r\\n4.3.7\\tSecond-wave smart street lighting deployments are picking up pace\\r\\n4.3.8\\tWeakening business case for smart pole solutions\\r\\n4.3.9\\tCabinet-control solutions remain an important market segment\\r\\n4.3.10\\tSensor-controller nodes emerge for selected lighting applications\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/09/23160848/bi-streetlighting4-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"What are the latest developments on the global smart street lighting market?\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Electrified public street lighting infrastructure has been around since the late 19th century to improve vehicle and pedestrian safety as well as to provide increased comfort to all users of the streets. Today, several hundred million street lights have been installed worldwide and the technology is now close to ubiquitous in all major urban areas of the developed world. The street lighting infrastructure however often constitutes major cost centres in terms of energy consumption and maintenance work, and also accounts for a significant share of the total greenhouse gas emissions that a city generates. In addition, static lighting schemes contribute to unnecessary light pollution, which could have harmful impacts on both humans and environmental ecosystems. Along with the developments in IoT communications and energy-efficient LED technology, smart street lighting systems that enable remote monitoring, control and management of street lighting networks have emerged to address these issues and allow authorities and utilities to achieve significant cost and energy savings while at the same time improving the societal benefits provided to citizens. In recent years, smart street lighting infrastructure has moreover emerged as a promising platform for the management of a variety of additional smart city devices.\",\n          \"\",\n          \"Berg Insight estimates that the global installed base of individually controlled smart street lights amounted to 38.5 million units at the end of 2025. Growing at a CAGR of 17.9 percent, the number will reach 87.6 million in 2030. Europe is the leading adopter and today accounts for around 36 percent of the global installed base. North America is meanwhile the second largest market representing 29 percent of the global installed base. A variety of proprietary RF networking platforms together account for 52 percent of the individually controlled street lights while cellular, and public and private LoRa communications are the second and third most common connectivity technologies respectively. The majority of the LoRa deployments are leveraging LoRaWAN networks. At the end of 2025, the leading smart street lighting vendor was Signify with an installed base of about 6.2 million lighting controls, followed by US-based Itron and the Chinese vendor Fonda Technology.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/09/23160859/bi-streetlighting4-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 5735,\n          \"post_author\": \"3\",\n          \"post_date\": \"2025-08-15 19:02:30\",\n          \"post_date_gmt\": \"2025-08-15 17:02:30\",\n          \"post_content\": \"\",\n          \"post_title\": \"Filip Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"filip-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-06-17 18:34:34\",\n          \"post_modified_gmt\": \"2026-06-17 16:34:34\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=5735\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"310\",\n    \"variations\": [\n      {\n        \"id\": 6767,\n        \"name\": \"The Global Smart Street Lighting Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6745,"link":"https://cms.berginsight.com/report/the-home-energy-management-systems-market-4/","acf_data":"{\n  \"permalink\": \"/the-home-energy-management-systems-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"4th Edition\",\n    \"main_product_category\": 34,\n    \"short_description\": \"A comprehensive analysis of the home energy management systems market in Europe and North America covering product categories such as solar PV and battery storage.\",\n    \"full_description\": [\n      \"How should the utility and mobile industries address the vast business opportunity in home energy management systems? Berg Insight estimates that the installed base of HEMS in Europe and North America will grow at a compound annual growth rate of 18.9 percent from 6.0 million in 2025 to 14.2 million in 2030. Get a 360-degree perspective on the rapid evolution of the HEMS market in this comprehensive 210-page strategy report.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/09/15164612/bi-homeenergy4-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction\\r\\n1.1\\tHome Energy Management Systems (HEMS)\\r\\n1.1.1\\tSolar PV panels\\r\\n1.1.2\\tInverters and power optimisers\\r\\n1.1.3\\tBattery storage systems\\r\\n1.1.4\\tSmart electrical panels, load controllers and energy managers\\r\\n1.1.5\\tEV chargers\\r\\n1.1.6\\tHeat pumps and home appliances\\r\\n1.1.7\\tSmart meters and dynamic electricity pricing\\r\\n1.1.8\\tManagement portal and smartphone app\\r\\n1.1.9\\tLevelized Cost of Energy (LCOE) and household investment economics\\r\\n1.1.10\\tValue chain\\r\\n1.2\\tThe electricity market\\r\\n1.2.1\\tEurope\\t\\r\\n1.2.2\\tNorth America\\r\\n1.2.3\\tSmart grids\\r\\n1.3\\tSolar power generation\\r\\n1.3.1\\tResidential solar PV system installations and shipments\\r\\n1.4\\tMarket drivers for HEMS\\r\\n1.4.1\\tGovernment subsidies and incentives\\r\\n1.4.2\\tNet metering and feed-in tariffs\\r\\n1.4.3\\tLoad management, demand response and VPP programmes\\r\\n1.4.4\\tRising electricity prices\\r\\n1.4.5\\tDeclining costs of solar PV and battery storage solutions\\r\\n1.4.6\\tGrid independence and power outage protection\\r\\n1.4.7\\tGrowth of EVs and electrical heating systems\\r\\n2\\tCommunications Technologies and Standards\\r\\n2.1\\t3GPP cellular and LPWA technologies\\r\\n2.1.1\\t2G/3G/4G/5G cellular technologies and IoT\\r\\n2.1.2\\tLoRa and LoRaWAN\\r\\n2.1.3\\tSigfox\\r\\n2.2\\tHome networking technologies and standards\\r\\n2.2.1\\tBluetooth\\r\\n2.2.2\\tEEBus\\r\\n2.2.3\\tHome Connectivity Alliance (HCA)\\r\\n2.2.4\\tKNX\\r\\n2.2.5\\tMatter\\r\\n2.2.6\\tModbus\\r\\n2.2.7\\tOpenADR\\r\\n2.2.8\\tOpen Charge Point Protocol (OCPP)\\r\\n2.2.9\\tOpenTherm\\r\\n2.2.10\\tSG-Ready\\r\\n2.2.11\\tSunSpec\\r\\n2.2.12\\tThread\\r\\n2.2.13\\tWi-Fi\\r\\n2.2.14\\tZigbee\\r\\n2.2.15\\tZ-Wave\\r\\n3\\tHome Battery Storage System Providers\\r\\n3.1\\tEuropean companies\\r\\n3.1.1\\tE3/DC (Hager Group)\\r\\n3.1.2\\tEmaldo\\r\\n3.1.3\\tFenecon\\r\\n3.1.4\\tFerroamp\\r\\n3.1.5\\tFimer (Motion Applied)\\r\\n3.1.6\\tFronius\\r\\n3.1.7\\tKostal\\r\\n3.1.8\\tMyenergi\\r\\n3.1.9\\tPolarium Energy Solutions\\r\\n3.1.10\\tPowervault Plus (EBIS GB Holdings)\\r\\n3.1.11\\tPuredrive Energy\\r\\n3.1.12\\tRCT Power\\r\\n3.1.13\\tSAX Power\\r\\n3.1.14\\tSenec (EnBW)\\r\\n3.1.15\\tSMA Solar Technology\\r\\n3.1.16\\tSolarwatt\\r\\n3.1.17\\tSonnen\\r\\n3.1.18\\tVARTA\\r\\n3.1.19\\tViessmann Climate Solutions (Carrier)\\r\\n3.2\\tNorth American companies\\r\\n3.2.1\\tBase Power\\r\\n3.2.2\\tBriggs & Stratton Energy Solutions\\r\\n3.2.3\\tCanadian Solar\\r\\n3.2.4\\tEnphase Energy\\r\\n3.2.5\\tFortress Power\\r\\n3.2.6\\tFranklinWH Energy Storage\\r\\n3.2.7\\tGenerac\\r\\n3.2.8\\tLunar Energy\\r\\n3.2.9\\tNeoVolta\\r\\n3.2.10\\tSavant Systems\\r\\n3.2.11\\tTesla\\r\\n3.2.12\\tTigo Energy\\r\\n3.3\\tRest of World companies\\r\\n3.3.1\\tAlphaESS\\r\\n3.3.2\\tAPsystems (Yuneng Technology)\\r\\n3.3.3\\tBluetti Power (PowerOak Newener)\\r\\n3.3.4\\tBYD Electronic\\r\\n3.3.5\\tEcoFlow\\r\\n3.3.6\\tGoodWe\\r\\n3.3.7\\tGrowatt New Energy\\r\\n3.3.8\\tHanwha Qcells\\r\\n3.3.9\\tHuawei\\r\\n3.3.10\\tJinkoSolar\\r\\n3.3.11\\tLG Energy Solution\\r\\n3.3.12\\tPylon Technologies\\r\\n3.3.13\\tSamsung SDI\\r\\n3.3.14\\tSigenergy\\r\\n3.3.15\\tSolarEdge\\r\\n3.3.16\\tSolaX Power Network Technology\\r\\n3.3.17\\tSungrow Power Supply\\r\\n3.3.18\\tTeraHive (Liteon Technology)\\r\\n4\\tHome Energy Management Solution Providers\\r\\n4.1\\tHEMS platform providers and integrators\\r\\n4.1.1\\t1KOMMA5°\\r\\n4.1.2\\tBeegy\\r\\n4.1.3\\tClever-PV\\r\\n4.1.4\\tConsolinno Energy\\r\\n4.1.5\\tCurrentt\\r\\n4.1.6\\tDerapi\\r\\n4.1.7\\tEniris\\r\\n4.1.8\\tEnjoyelec\\r\\n4.1.9\\tEnode\\r\\n4.1.10\\tEnpal\\r\\n4.1.11\\tGridX (E.ON)\\r\\n4.1.12\\tKiwigrid\\r\\n4.1.13\\tReduxi FlexCo\\r\\n4.1.14\\tSaveeye\\r\\n4.1.15\\tSolar Manager\\r\\n4.1.16\\tXemex\\r\\n4.1.17\\tZerofy\\r\\n4.2\\tSmart home, electrical panel and load control solution providers\\r\\n4.2.1\\tEaton\\r\\n4.2.2\\tHomey (LG Electronics)\\r\\n4.2.3\\tLegrand\\r\\n4.2.4\\tLeviton\\r\\n4.2.5\\tLoxone\\r\\n4.2.6\\tLumin (ABB)\\r\\n4.2.7\\tSchneider Electric\\r\\n4.2.8\\tShelly Group\\r\\n4.2.9\\tSmappee\\r\\n4.2.10\\tSPAN\\r\\n4.2.11\\tTheben\\r\\n4.3\\tElectricity retailers\\r\\n4.3.1\\tGreenely\\r\\n4.3.2\\tOctopus Energy\\r\\n4.3.3\\tOstrom\\r\\n4.3.4\\tTibber\\r\\n5\\tMarket Analysis and Trends\\r\\n5.1\\tMarket forecasts\\r\\n5.2\\tValue chain analysis\\r\\n5.2.1\\tLeading home battery storage system providers\\r\\n5.2.2\\tCompanies from other industry sectors enter the HEMS market\\r\\n5.3\\tTrends\\r\\n5.3.1\\tLower solar export compensation boosts battery storage demand\\r\\n5.3.2\\tVirtual power plants to become more powerful as more DERs are connected\\r\\n5.3.3\\tEV batteries emerge as a source of home backup power\\r\\n5.3.4\\tInteroperability will be key for the adoption of wider HEMS\\r\\n5.3.5\\tEnergy aggregation and trading create new revenue opportunities\\r\\n5.3.6\\tSmall-scale HEMS increases in popularity in Europe\\r\\n5.3.7\\tIntelligent and AI-driven solutions simplify home energy management\\r\\n5.3.8\\tEnergy-as-a-Service removes investment barriers for households\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/09/15164624/bi-homeenergy4-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of Home Energy Management Systems in Europe and North America reached 6.0 million in 2025\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The residential sector accounts for around 25 percent of the total energy consumption in Europe and 15 percent in North America. Household electricity consumption is anticipated to increase substantially during the coming years due to the continued adoption of electric vehicles and heat pumps. Solutions that enable homeowners to reduce their overall energy consumption, optimise when electricity is consumed and increase the share of energy coming from renewable sources therefore play a vital role in the transition to carbon neutrality and mitigating climate change. In order to support this transition, governments in Europe and North America have introduced targeted incentives and subsidies to encourage residential investments in renewable energy and energy optimisation technologies. Higher and increasingly volatile electricity prices in some markets during recent years, combined with concerns over grid reliability and more frequent power outages in certain regions, have also strengthened homeowners’ incentives to invest in such solutions.\",\n          \"\",\n          \"In this report, a home energy management system (HEMS) is defined as a system that at a minimum consists of a solar PV system, battery storage system and a web-based management portal or smartphone app that enables remote monitoring and control of the system. A wider HEMS also integrates backup generators, EV chargers, heat pumps, home appliances and other connected devices and systems in the home. A HEMS enables households to actively participate in the electricity market, reduce their monthly electricity bills and help alleviate strain on the electricity grid during periods of high demand.\",\n          \"\",\n          \"At the end of 2025, there were an estimated 5.1 million HEMS installed in European homes. An estimated 1.3 million systems were added to the installed base in 2025. This figure includes both new installations of solar PV + battery storage systems as well as installations of battery storage systems in existing solar PV systems (i.e. retrofits). The penetration rate is still low in Europe, at around 4.3 percent. Germany is by far the leading market, accounting for close to half of the installed base and shipments in Europe. Growing at a CAGR of 19.4 percent, the installed base of HEMS in Europe is estimated to reach 12.5 million systems at the end of 2030. This corresponds to a penetration rate of 10.0 percent. \",\n          \"\",\n          \"The North American HEMS market is smaller in terms of the number of installed and shipped systems compared to Europe. At the end of 2025, there were an estimated 850,000 HEMS installed in North American homes. Shipments, including both new installations and retrofits, reached 200,000 systems in 2025. About 0.7 percent of the houses and MDUs in the region had a HEMS installed at the end of the year. The US is estimated to account for about 95 percent of the North American market while Canada accounts for about 5 percent. California, Texas, Hawaii, Arizona and Puerto Rico are among the largest HEMS markets in the US. Growing at a CAGR of 15.2 percent, the installed base of HEMS in North America is estimated to reach over 1.7 million systems at the end of 2030. This will correspond to a penetration rate of 1.4 percent. \",\n          \"\",\n          \"The HEMS value chain includes a diverse range of companies operating across different parts of the residential energy ecosystem. Some companies offer complete HEMS solutions that combine proprietary hardware, software and energy management capabilities. Other companies specialise in individual components, such as battery storage systems, inverters, EV chargers or energy management hardware, which can be integrated with third-party products to form a complete HEMS. There are also companies that focus primarily on software and energy management platforms, enabling hardware manufacturers, utilities and other market participants to integrate, monitor and optimise distributed energy resources in the home. Leading US-based players include Tesla, Enphase Energy, Generac, FranklinWH Energy Storage, Base Power, Lunar Energy and Savant Systems. Leading Germany-based companies include E3/DC (Hager Group), Sonnen, Senec (EnBW), Solarwatt, SMA Solar, RCT Power, Fenecon and Viessmann Climate Solutions (Carrier). Austrian Fronius, UK-based Puredrive Energy and Denmark-based Emaldo are also leading providers. Several major players on the HEMS market in North America and Europe are based outside of the two regions. These include China-based Huawei, Growatt, Sungrow, Sigenergy, AlphaESS, and BYD Electronic; Israel-based SolarEdge; and South Korea-based LG Energy Solution.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/09/15164634/bi-homeenergy4-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"309\",\n    \"variations\": [\n      {\n        \"id\": 6750,\n        \"name\": \"The Home Energy Management Systems Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6729,"link":"https://cms.berginsight.com/report/fleet-management-in-the-middle-east/","acf_data":"{\n  \"permalink\": \"/fleet-management-in-the-middle-east\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in the Middle East.\",\n    \"full_description\": [\n      \"How will the market for fleet management systems for commercial vehicles in the Middle East evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n          \"\",\n          \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n          \"\",\n          \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n          \"\",\n          \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n          \"\",\n          \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"308\",\n    \"variations\": [\n      {\n        \"id\": 6734,\n        \"name\": \"Fleet Management in the Middle East - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": 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\"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": 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humanoid robot market worldwide.\",\n    \"full_description\": [\n      \"This study investigates the worldwide market for humanoid robots in both B2C and B2B use cases. The active installed base of humanoid robots is forecasted to grow at a compound annual growth rate of 73.7 percent from 21,000 units at the end of 2025 to 83.0 million units by 2040. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/09/03192912/bi-humanoid1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Humanoid Robotics\\r\\n1.1\\tIntroduction\\r\\n1.2\\tDefinitions and classifications\\r\\n1.3\\tBrief history of humanoid robotics\\r\\n1.4\\tUse cases – B2C & B2B\\r\\n1.4.1\\tDomestic and private applications (B2C)\\r\\n1.4.2\\tService and retail applications (B2B)\\r\\n1.4.3\\tManufacturing applications (B2B)\\r\\n1.5\\tInvestments and company transactions\\r\\n1.5.1\\tInvestments and venture capital\\r\\n1.5.2\\tMergers and acquisitions\\r\\n2\\tHumanoid Robot Technologies\\r\\n2.1\\tHardware\\r\\n2.1.1\\tMechanical structure and design\\r\\n2.1.2\\tActuators and motion systems\\r\\n2.1.3\\tSensors and perception hardware\\r\\n2.1.4\\tPower systems and energy efficiency\\r\\n2.1.5\\tLocomotion and mobility\\r\\n2.2\\tSoftware\\r\\n2.2.1\\tRobotic operating systems (ROS & ROS 2)\\r\\n2.2.2\\tProprietary robotic systems\\r\\n2.2.3\\tArtificial intelligence and machine learning\\r\\n2.2.4\\tPerception and computer vision\\r\\n2.2.5\\tMotion planning and control\\r\\n2.2.6\\tHuman-robot interaction (HRI)\\r\\n2.2.7\\tWireless connectivity technologies and cloud integration\\r\\n2.3\\tSystem architecture\\r\\n2.3.1\\tSensing, planning and acting\\t\\r\\n2.3.2\\tSystem integration and control architecture\\r\\n3\\tMarket Analysis and Forecasts\\r\\n3.1\\tCurrent and future use cases\\r\\n3.1.1\\tDomestic and private applications\\r\\n3.1.2\\tService and retail applications\\r\\n3.1.3\\tManufacturing applications\\r\\n3.1.4\\tApplication complexity and deployment environment\\r\\n3.2\\tBusiness models\\r\\n3.3\\tMarket landscape and key vendors\\r\\n3.3.1\\tRegional market landscape\\r\\n3.3.2\\tTop humanoid robot companies\\r\\n3.4\\tMarket forecasts\\r\\n3.4.1\\tInstalled base and unit shipments\\r\\n3.4.2\\tCellular connectivity in humanoid robots\\r\\n3.4.3\\tMarket value\\r\\n3.5\\tMarket drivers and barriers\\r\\n3.5.1\\tStrategic funding accelerates commercialisation\\r\\n3.5.2\\tFlexible automation demand drives adoption\\r\\n3.5.3\\tTechnological advances expand robot capabilities\\r\\n3.5.4\\tEcosystem maturity enables industrial scalability\\r\\n3.5.5\\tTechnical limitations constrain commercial adoption\\r\\n3.5.6\\tRegulatory requirements increase commercialisation complexity\\r\\n3.5.7\\tSocial acceptance and trust shape market adoption\\r\\n3.5.8\\tAlternative automation technologies challenge humanoid robot adoption\\r\\n3.6\\tMarket trends\\r\\n3.6.1\\tIncreasing government support for humanoid robotics\\r\\n3.6.2\\tAI expands the capabilities of humanoid robots\\r\\n3.6.3\\tGlobal workforce shifts are increasing the demand for humanoid robots\\r\\n3.6.4\\tCommercial deployment is gaining momentum\\r\\n3.6.5\\tFrom standalone robots to connected intelligent systems\\r\\n3.6.6\\tPartnerships and ecosystem development reshape the competitive landscape\\r\\n3.6.7\\tEV makers move into humanoid robotics at industrial scale\\r\\n4\\tCompany Profiles and Strategies\\r\\n4.1\\t1X Technologies\\r\\n4.2\\tAeiROBOT\\r\\n4.3\\tAgiBot\\r\\n4.4\\tAgile Robots\\r\\n4.5\\tAgility\\r\\n4.6\\tApptronik\\r\\n4.7\\tBooster Robotics\\r\\n4.8\\tBoston Dynamics\\r\\n4.9\\tCASBOT\\r\\n4.10\\tClone Robotics\\r\\n4.11\\tDEEP Robotics\\r\\n4.12\\tEngineAI\\r\\n4.13\\tEngineered Arts\\r\\n4.14\\tFigure AI\\r\\n4.15\\tFourier Intelligence\\r\\n4.16\\tHexagon\\r\\n4.17\\tHumanoid\\r\\n4.18\\tKepler Exploration Robotics\\r\\n4.19\\tLeju Robotics\\r\\n4.20\\tLimX Dynamics\\r\\n4.21\\tNeura Robotics\\r\\n4.22\\tNoetix Robotics\\r\\n4.23\\tPAL Robotics\\r\\n4.24\\tPUDU Robotics\\r\\n4.25\\tROBOTERA\\r\\n4.26\\tSanctuary AI\\r\\n4.27\\tTesla\\r\\n4.28\\tUBTECH Robotics\\r\\n4.29\\tUnitree Robotics\\r\\n4.30\\tXiaomi\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/09/03192922/bi-humanoid1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Shipments of humanoid robots to reach 26 million by 2040\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Humanoid robots are robotic systems designed to resemble the human body and movements, operating in environments originally built for humans. The most significant advantage of humanoid robots compared with traditional industrial robots is their ability to perform a wide variety of tasks, navigate complex surroundings and use existing tools without requiring extensive modification to the existing infrastructure. Recent advances in crucial technology linked to humanoid robotics, including actuators, foundation models and battery technology, have significantly accelerated the development of the humanoid robotics market. These improvements enable robots to perform increasingly complex tasks with higher levels of autonomy across sectors such as manufacturing, warehousing, logistics and retail applications, while opening opportunities for future use in domestic environments. In addition, labour shortages, ageing populations and the need for flexible automation are expected to become important long-term drivers for the adoption of humanoid robots.\",\n          \"\",\n          \"Berg Insight considers the humanoid robotics industry to have entered the early stages of a long-term growth phase. During 2025 and 2026, the industry experienced a shift from primarily research- and prototype-oriented activities towards pilot deployments, initial commercial deliveries and investments in large-scale manufacturing capabilities. This transition has been supported by increasing activity among both established technology companies and specialised humanoid robotics start-ups, contributing to the development of commercial solutions and a broader market ecosystem. Although commercial deployments remain limited, increasing technological maturity and substantial investment activity suggest that the market is approaching an important commercial inflection point.\",\n          \"\",\n          \"Berg Insight estimates that annual humanoid robot shipments will grow from 16,000 units in 2025 to 26 million units by 2040, corresponding to a compound annual growth rate (CAGR) of 63.7 percent. During the same period, the global market value is forecasted to increase from US$ 890 million to approximately US$ 554 billion. Use cases in manufacturing, logistics and warehousing are expected to account for the majority of deployments during the forecast period, while domestic applications are anticipated to emerge gradually as robot capabilities improve and hardware costs decline.\",\n          \"\",\n          \"The number of market participants has increased rapidly in recent years, resulting in a highly fragmented competitive landscape with more than 100 companies currently developing humanoid robots. Only a limited number of vendors have entered early commercial production or begun scaling manufacturing capacity. The competitive dynamics differ across regions. China currently represents the largest market, followed by the US and Europe. Chinese companies generally leverage cost-effective manufacturing, established domestic supply chains and rapid commercialisation, while US-based companies have a stronger focus on software capabilities and strategic partnerships with leading technology companies. The European vendor landscape represents an emerging but important part of the market, leveraging strengths in industrial automation, robotics research and specialised technology development.\",\n          \"\",\n          \"The humanoid robotics industry has experienced unprecedented investment activity during 2025–2026. Multiple funding rounds have exceeded US$ 1 billion, reflecting growing investor confidence in the commercial potential of humanoid robotics. Venture capital firms are increasingly joined by strategic investors including NVIDIA, Microsoft, Google, Amazon, Hyundai, OpenAI and other major technology companies. Investment activity has also shifted towards later-stage financing, supporting manufacturing expansion, production scaling and commercial deployment rather than early-stage research alone.\",\n          \"\",\n          \"Artificial Intelligence (AI) has become one of the most important competitive factors in the humanoid robotics industry. Competition is increasingly driven by proprietary embodied AI, foundation models, robot operating systems and software ecosystems rather than hardware performance alone. Strategic partnerships between humanoid robotics companies and leading AI technology providers are therefore becoming increasingly important for accelerating commercialisation and improving robot capabilities. At the same time, manufacturers are making substantial investments in production facilities designed to manufacture tens of thousands of humanoid robots annually, reflecting expectations of future large-scale demand.\",\n          \"\",\n          \"The leading vendors in the humanoid robotics industry include Figure AI, Tesla, Agility, Boston Dynamics, Apptronik, 1X Technologies, NEURA Robotics, Unitree Robotics, UBTECH Robotics, AgiBot, Leju Robotics, EngineAI, RobotEra and several other rapidly growing companies. Competition is expected to intensify significantly in the next years as companies transition from pilot deployments to large-scale commercial production.\",\n          \"\",\n          \"Overall, Berg Insight believes that humanoid robotics has moved beyond the experimental stage and entered the early phase of commercialisation. Although significant technical challenges related to reliability, dexterity, battery performance and safety remain, continued advances in AI, increasing manufacturing capacity and record levels of investment indicate that humanoid robots have the potential to develop into a major new technology and product category over the coming decades.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/09/03192931/bi-humanoid1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 3808,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-06-17 14:26:41\",\n          \"post_date_gmt\": \"2023-06-17 12:26:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Julia Wahlén\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"julia-wahlen\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-06-06 23:01:33\",\n          \"post_modified_gmt\": \"2026-06-06 21:01:33\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3808\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"307\",\n    \"variations\": [\n      {\n        \"id\": 6720,\n        \"name\": \"The Future of Humanoid Robots - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6644,"link":"https://cms.berginsight.com/report/the-global-industrial-wireless-solutions-market/","acf_data":"{\n  \"permalink\": \"/the-global-industrial-wireless-solutions-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"6th Edition\",\n    \"main_product_category\": 28,\n    \"short_description\": \"This strategy report analyses the latest developments on the market for wireless IoT applications in industrial automation worldwide.\",\n    \"full_description\": [\n      \"This study investigates the worldwide market for wireless IoT applications in industrial automation. The installed base of active wireless IoT devices in the industrial automation industry is forecasted to grow at a compound annual growth rate of 5.5 percent from 56.5 million units at the end of 2023 to 74.0 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/07/30163805/bi-ia6-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Industrial Automation Industry\\r\\n1.1\\tIntroduction to industrial automation\\r\\n1.2\\tFactory and process automation\\r\\n1.3\\tFactory and process operations\\r\\n1.4\\tIndustrial automation architecture overview\\r\\n1.5\\tIndustrial automation market segments\\r\\n1.5.1\\tAutomation equipment and instrumentation\\r\\n1.5.2\\tIndustrial robots\\r\\n1.5.3\\tIndustrial control systems\\r\\n1.5.4\\tIndustrial software\\r\\n1.6\\tIndustrial automation evolution\\r\\n2\\tIndustrial Wireless Networking and Communications\\r\\n2.1\\tIndustrial communications infrastructure\\r\\n2.1.1\\tField segment\\r\\n2.1.2\\tControl segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tBackoffice segment\\r\\n2.2\\tOperations management\\r\\n2.2.1\\tProduction and process management\\r\\n2.2.2\\tBusiness management\\r\\n2.3\\tEquipment management and regulatory compliance\\r\\n2.3.1\\tEquipment diagnostics and maintenance planning\\r\\n2.3.2\\tSecurity and safety\\r\\n2.3.3\\tRegulatory compliance\\r\\n2.4\\tBusiness models and project strategies\\r\\n3\\tMarket Analysis\\r\\n3.1\\tIndustrial automation market value\\r\\n3.2\\tMarket leading vendors\\r\\n3.2.1\\tAutomation equipment and instrumentation vendors\\r\\n3.2.2\\tIndustrial control systems vendors\\r\\n3.2.3\\tIndustrial networking equipment vendors\\r\\n3.3\\tMarket forecasts\\r\\n3.3.1\\tInstalled base and unit shipments\\r\\n3.3.2\\tWireless technologies\\r\\n3.3.3\\tRegional markets\\r\\n3.4\\tMarket drivers and barriers\\r\\n3.4.1\\tMacroeconomic environment\\t\\r\\n3.4.2\\tRegulatory environment\\r\\n3.4.3\\tCompetitive environment\\r\\n3.4.4\\tTechnology environment\\r\\n3.5\\tValue chain analysis\\r\\n3.5.1\\tIndustrial automation industry players\\r\\n3.5.2\\tIndustrial communications and control industry players\\r\\n3.5.3\\tIoT platform and IT industry players\\r\\n3.6\\tMarket trends\\r\\n3.6.1\\tPartnerships continue to be an integral part of business strategies\\r\\n3.6.2\\tAI set to optimise industrial operations\\r\\n3.6.3\\tExpansion of wireless capabilities in modular devices enables flexibility\\r\\n3.6.4\\tThe maturing landscape of private LTE/5G networks at industrial site\\r\\n3.6.5\\tAdoption of LPWAN technologies is increasing in process industries\\r\\n3.6.6\\tCybersecurity at the top of the agenda\\r\\n4\\tGlobal Automation Vendors\\r\\n4.1\\tABB\\r\\n4.2\\tBosch\\r\\n4.3\\tEmerson\\r\\n4.4\\tFANUC\\r\\n4.5\\tHoneywell Technologies\\r\\n4.6\\tKUKA\\r\\n4.7\\tMitsubishi Electric\\r\\n4.8\\tOMRON\\r\\n4.9\\tRockwell Automation\\r\\n4.10\\tSchneider Electric\\r\\n4.11\\tSiemens\\r\\n4.12\\tYaskawa Electric\\r\\n4.13\\tYokogawa\\r\\n5\\tIndustrial Device Vendors\\r\\n5.1\\tIndustrial sensing solution vendors\\r\\n5.1.1\\tBalluff\\r\\n5.1.2\\tBanner Engineering\\r\\n5.1.3\\tEndress+Hauser\\r\\n5.1.4\\tifm electronic\\r\\n5.1.5\\tKeyence\\r\\n5.1.6\\tKROHNE\\r\\n5.1.7\\tPepperl+Fuchs\\r\\n5.1.8\\tSICK\\r\\n5.1.9\\tsteute Technologies\\r\\n5.1.10\\tTurck\\r\\n5.1.11\\tVEGA\\r\\n5.2\\tIndustrial control solution and embedded computing vendors\\r\\n5.2.1\\tAAEON Technology\\r\\n5.2.2\\tADLINK Technology\\r\\n5.2.3\\tAdvantech\\r\\n5.2.4\\tAxiomtek\\r\\n5.2.5\\tBeckhoff Automation\\r\\n5.2.6\\tContec (Daifuku)\\r\\n5.2.7\\tIEI Integration\\r\\n5.2.8\\tKontron\\r\\n5.2.9\\tNexcom\\r\\n5.2.10\\tOnLogic\\r\\n5.2.11\\tPhoenix Contact\\r\\n5.2.12\\tWago\\r\\n5.2.13\\tWeidmüller\\r\\n5.3\\tIndustrial wireless networking vendors\\r\\n5.3.1\\tBEC Technologies (Billion Electric)\\r\\n5.3.2\\tBelden\\r\\n5.3.3\\tCisco\\r\\n5.3.4\\tDigi International\\r\\n5.3.5\\tEpendion\\r\\n5.3.6\\tEurotech\\r\\n5.3.7\\tFour-Faith Communication Technology\\r\\n5.3.8\\tHMS Networks\\r\\n5.3.9\\tHongdian\\r\\n5.3.10\\tInHand Networks\\r\\n5.3.11\\tINSYS icom\\r\\n5.3.12\\tiXnov Group\\r\\n5.3.13\\tIXON\\r\\n5.3.14\\tMoxa\\r\\n5.3.15\\tMultiTech\\r\\n5.3.16\\tNokia\\r\\n5.3.17\\tORing Industrial Networking\\r\\n5.3.18\\tRAD\\r\\n5.3.19\\tRobustel\\r\\n5.3.20\\tSecomea\\r\\n5.3.21\\tSemtech\\r\\n5.3.22\\tTeltonika Networks\\r\\n5.3.23\\tWelotec (Westermo)\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/07/30163815/bi-ia6-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Shipments of wireless devices in industrial automation to reach 8.5 million by 2030\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Industrial communications systems form the backbone of modern automation architectures, facilitating real-time monitoring, control and optimisation of industrial processes. While many of the early fieldbus technologies remain in operation today, the market has increasingly shifted towards Industrial Ethernet-based networking solutions capable of supporting higher bandwidths, greater scalability and integration with enterprise IT systems. Although wired networking solutions are still predominantly used for industrial communications between sensors, controllers and systems, wireless solutions are widely used as wire replacements in hard-to-reach or hazardous areas, on moving machine parts and on portable equipment. Standardised technologies such as Wi-Fi, IEEE 802.15.4 and Bluetooth have advanced to become the leading wireless technologies for industrial applications.\",\n          \"\",\n          \"Wireless technologies are integrated into a wide range of devices that can be used throughout an automation system. The devices can be broadly divided into two segments: automation equipment and network equipment. In the automation equipment segment, high-volume product categories featuring wireless communication capabilities include instrumentation such as industrial sensors. Important product categories within the network equipment segment are access points, gateways, routers and switches. Berg Insight estimates that annual shipments of wireless devices for industrial automation applications including both network and automation equipment reached 5.8 million units worldwide in 2025, accounting for approximately 6 percent of all new connected nodes. Growing at a compound annual growth rate (CAGR) of 8.1 percent, annual shipments are expected to reach 8.5 million in 2030. The installed base of wireless devices in industrial automation applications is forecasted to grow from an estimated 56.6 million connections at the end of 2025 to 74.0 million connected devices by 2030.\",\n          \"\",\n          \"Multiple large automation vendors now provide industrial network equipment including wireless solutions. Siemens is one of the few vendors that offer networking solutions for all levels of an automation system with a broad industrial wireless portfolio and an increasing focus on WLAN and 5G solutions. Several companies with a strong position in the process automation market offer wireless field devices based on WirelessHART and ISA100.11a. Emerson became the first company to market WirelessHART products in 2008 and has today an installed base of over 12 million wireless pressure transmitters worldwide. Other major industrial automation vendors that provide wireless field devices include ABB, Honeywell Technologies, OMRON, Rockwell Automation, Schneider Electric and Yokogawa. \",\n          \"\",\n          \"Instrumentation for industrial automation is particularly important in process industries where continuous monitoring and precise control of process variables are essential. Field instruments are also used in factory automation applications such as machine and condition monitoring, quality control and production automation. Suppliers of industrial wireless sensing solutions for primarily factory automation include Balluff, Banner Engineering, ifm electronic, SICK and Turck. Endress+Hauser, KROHNE and VEGA offer wireless instrumentation and measurement solutions for process industries, while Pepperl+Fuchs supplies both factory and process automation solutions. \",\n          \"\",\n          \"Major providers of wired industrial network equipment also offer wireless solutions to enable customers to monitor and control devices wirelessly in parts of the plant that are normally not connected to the control room due to accessibility or wiring costs. These include Siemens, Cisco, Belden, Moxa and Phoenix Contact, all of which offer industrial wireless devices such as routers, gateways and access points, along with their wired solutions. Cellular devices are typically used for data acquisition and backhaul communications in distributed automation applications. The largest providers of cellular IoT gateways and routers in the industrial space include Teltonika Networks, Cisco, Moxa, Siemens, HMS Networks, Phoenix Contact, Advantech, Robustel, Digi International and InHand Networks. In addition to the leading industrial WLAN solution suppliers Cisco, Belden, Siemens and Moxa, other providers of WLAN devices include Phoenix Contact, Westermo (Ependion), Advantech, HMS Networks and ACKSYS (part of iXnov Group). \",\n          \"\",\n          \"As manufacturers deploy more sensors, connected machinery and digitalisation initiatives, industrial PCs become increasingly important for collecting, processing and analysing operational data. Many automation vendors now position industrial PCs as part of broader control and edge computing ecosystems rather than as standalone hardware products. Suppliers of industrial computing with a global scale include Advantech, Siemens and Beckhoff Automation. Additional vendors of industrial control solutions and embedded computing include ADLINK Technology, AAEON, IEI Integration, Kontron, Nexcom, OnLogic, Wago and Weidmuller.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/07/30163825/bi-ia6-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 885,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:06:06\",\n          \"post_date_gmt\": \"2021-01-12 15:06:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Fredrik Stålbrand\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"fredrik-stalbrand\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:49:59\",\n          \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 3933,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-08-25 15:56:31\",\n          \"post_date_gmt\": \"2023-08-25 13:56:31\",\n          \"post_content\": \"\",\n          \"post_title\": \"Veronika Barta\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"veronika-barta\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2023-10-03 12:24:32\",\n          \"post_modified_gmt\": \"2023-10-03 10:24:32\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3933\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"306\",\n    \"variations\": [\n      {\n        \"id\": 6649,\n        \"name\": \"The Global Industrial Wireless Solutions Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6625,"link":"https://cms.berginsight.com/report/the-global-m2m-iot-communications-market-7/","acf_data":"{\n  \"permalink\": \"/the-global-m2miot-communications-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"11th Edition\",\n    \"main_product_category\": 25,\n    \"short_description\": \"Our flagship report covering the latest trends and developments in cellular IoT, satellite IoT and low power wireless networking.\",\n    \"full_description\": [\n      \"Berg Insight estimates that the global number of cellular IoT subscribers increased by 11 percent during 2025 to reach 4.2 billion at the end of the year. Until 2030, the number of cellular IoT subscribers is forecasted to grow at a compound annual growth rate (CAGR) of 9.3 percent to reach 6.5 billion at the end of the period. This report covers in-depth the mobile operator perspective on the global M2M/IoT communications market. Get up to date with the latest trends from all main regions and vertical markets with this unique 260-page report.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/07/27171620/bi-globaliot11-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tWide Area Networks for the Internet of Things\\r\\n1.1\\t3GPP family of cellular technologies\\r\\n1.1.1\\t3GPP Release 13 (2016) – Introducing LTE-M and NB-IoT\\r\\n1.1.2\\t3GPP Release 14 (2017) – IoT enhancements and C-V2X\\r\\n1.1.3\\t3GPP Release 15 (2019) – The first phase of 5G specifications\\r\\n1.1.4\\t3GPP Release 16 (2020) – URLLC and 5G NR C-V2X\\r\\n1.1.5\\t3GPP Release 17 (2022) – RedCap and NTN communications\\r\\n1.1.6\\t3GPP Release 18 (2024) – The first 5G-Advanced specifications and eRedCap\\r\\n1.1.7\\t3GPP Release 19 (2025) – Ambient IoT as a new low-power cellular IoT class\\r\\n1.1.8\\tNetwork footprint\\r\\n1.1.9\\t2G/3G mobile networks\\r\\n1.1.10\\t4G mobile networks\\r\\n1.1.11\\t4G/5G mobile IoT networks (LTE-M and NB-IoT)\\r\\n1.1.12\\t5G mobile networks\\r\\n1.2\\tLPWA and satellite technologies\\r\\n1.2.1\\tLoRa\\r\\n1.2.2\\tSigfox\\r\\n1.2.3\\tSatellite networks\\r\\n1.3\\tIoT connectivity management platforms and eSIM solutions\\r\\n1.3.1\\tIoT connectivity management platforms\\r\\n1.3.2\\tSIM and eSIM solutions\\r\\n1.4\\tInternational coverage and alliances\\r\\n1.4.1\\tRoaming and international coverage\\r\\n1.4.2\\tMobile operator alliances\\r\\n2\\tEurope\\r\\n2.1\\tRegional market trends\\r\\n2.1.1\\tWestern Europe\\r\\n2.1.2\\tCentral and Eastern Europe\\r\\n2.2\\tMobile operators\\r\\n2.2.1\\tA1 Telekom Austria\\r\\n2.2.2\\tAltice Group\\r\\n2.2.3\\tBouygues Telecom\\r\\n2.2.4\\tBT Group\\r\\n2.2.5\\tCK Hutchison Group Telecom\\r\\n2.2.6\\tDeutsche Telekom\\r\\n2.2.7\\tKPN\\r\\n2.2.8\\tOV (Manx Telecom)\\r\\n2.2.9\\tMegaFon\\r\\n2.2.10\\tMTS\\r\\n2.2.11\\tOrange\\r\\n2.2.12\\tDEEP (POST Luxembourg)\\r\\n2.2.13\\tProximus\\r\\n2.2.14\\tTele2\\r\\n2.2.15\\tTelecom Italia\\r\\n2.2.16\\tTelefónica\\r\\n2.2.17\\tTelenor\\r\\n2.2.18\\tTelia Company\\r\\n2.2.19\\tVodafone\\r\\n2.3\\tIoT managed service providers\\r\\n2.3.1\\t1GLOBAL\\r\\n2.3.2\\t1NCE\\r\\n2.3.3\\t1oT\\r\\n2.3.4\\tAirnity\\r\\n2.3.5\\tBICS\\r\\n2.3.6\\tCom4 (Wireless Logic)\\r\\n2.3.7\\tCSL Group\\r\\n2.3.8\\tCubic3\\r\\n2.3.9\\temnify\\r\\n2.3.10\\tEseye\\r\\n2.3.11\\tfloLIVE\\r\\n2.3.12\\tFreeeway\\r\\n2.3.13\\tGiesecke+Devrient\\r\\n2.3.14\\tiBASIS\\r\\n2.3.15\\tOnomondo\\r\\n2.3.16\\tPelion\\r\\n2.3.17\\tVelos IoT\\r\\n2.3.18\\tWireless Logic\\r\\n2.4\\tLPWA networks\\r\\n2.4.1\\tLoRa networks\\r\\n2.4.2\\tSigfox and network partners\\r\\n3\\tThe Americas\\r\\n3.1\\tRegional market trends\\r\\n3.1.1\\tUnited States and Canada\\r\\n3.1.2\\tBrazil\\r\\n3.1.3\\tRest of Latin America\\r\\n3.2\\tMobile operators\\r\\n3.2.1\\tAT&T\\r\\n3.2.2\\tBell\\r\\n3.2.3\\tVerizon\\r\\n3.2.4\\tT-Mobile USA\\r\\n3.2.5\\tRogers Communications\\r\\n3.2.6\\tTELUS\\r\\n3.2.7\\tAmérica Móvil\\r\\n3.2.8\\tVivo (Telefónica Brasil)\\r\\n3.2.9\\tOther mobile operators in Latin America\\r\\n3.3\\tIoT managed service providers\\r\\n3.3.1\\tAeris\\r\\n3.3.2\\tHologram\\r\\n3.3.3\\tKajeet\\r\\n3.3.4\\tKORE Wireless\\r\\n3.3.5\\tMonogoto\\r\\n3.3.6\\tSemtech\\r\\n3.3.7\\tSimplex Wireless\\r\\n3.3.8\\tTeal\\r\\n3.3.9\\tTelit Cinterion\\r\\n3.4\\tLPWA networks\\r\\n3.4.1\\tLoRa networks\\r\\n3.4.2\\tSigfox and network partners\\r\\n4\\tAsia-Pacific\\r\\n4.1\\tRegional market trends\\r\\n4.1.1\\tChina\\t\\r\\n4.1.2\\tIndia\\r\\n4.1.3\\tJapan and South Korea\\r\\n4.1.4\\tAustralia and New Zealand\\r\\n4.1.5\\tSoutheast Asia\\r\\n4.2\\tMobile operators\\r\\n4.2.1\\tChina Mobile\\r\\n4.2.2\\tChina Unicom\\r\\n4.2.3\\tChina Telecom\\r\\n4.2.4\\tKDDI\\r\\n4.2.5\\tKT\\r\\n4.2.6\\tNTT\\r\\n4.2.7\\tSingtel\\r\\n4.2.8\\tSK Telecom\\r\\n4.2.9\\tSoftBank\\r\\n4.2.10\\tTelstra\\r\\n4.2.11\\tVodafone Idea\\r\\n4.3\\tIoT managed service providers\\r\\n4.3.1\\tLenovo Connect\\r\\n4.3.2\\tPlintron\\r\\n4.3.3\\tQuectel\\r\\n4.3.4\\tSoracom\\r\\n4.3.5\\tTata Communications\\r\\n4.4\\tLPWA networks\\r\\n4.4.1\\tLoRa networks\\r\\n4.4.2\\tSigfox networks\\r\\n5\\tMiddle East & Africa\\r\\n5.1\\tRegional market trends\\r\\n5.1.1\\tMiddle East\\r\\n5.1.2\\tAfrica\\r\\n5.2\\tMobile operators\\r\\n5.2.1\\te&\\r\\n5.2.2\\tMTN\\r\\n5.2.3\\tOoredoo\\r\\n5.2.4\\tTurkcell\\r\\n5.2.5\\tVodacom\\r\\n5.2.6\\tZain\\r\\n5.3\\tIoT managed service providers\\r\\n5.3.1\\tSIMcontrol\\r\\n5.4\\tLPWA networks\\r\\n5.4.1\\tLoRa networks\\r\\n5.4.2\\tSigfox networks\\r\\n6\\tSatellite IoT Communications\\r\\n6.1\\tIntroduction to satellite IoT networks\\r\\n6.2\\tMarket analysis\\r\\n6.3\\tSatellite IoT operator market shares\\r\\n6.4\\tEuropean satellite operators\\r\\n6.4.1\\tAstrocast\\r\\n6.4.2\\tKineis\\r\\n6.4.3\\tLacuna Space\\r\\n6.4.4\\tOQ Technology\\r\\n6.4.5\\tSateliot\\r\\n6.4.6\\tSES\\r\\n6.4.7\\tAdditional satellite connectivity providers\\r\\n6.5\\tNorth American satellite operators\\r\\n6.5.1\\tGlobalstar\\r\\n6.5.2\\tIridium\\r\\n6.5.3\\tLigado Networks\\r\\n6.5.4\\tLynk\\r\\n6.5.5\\tOrbcomm\\r\\n6.5.6\\tSkylo\\r\\n6.5.7\\tStarlink (SpaceX)\\r\\n6.5.8\\tViasat\\r\\n6.5.9\\tAdditional satellite connectivity providers\\r\\n6.6\\tChinese satellite operators\\r\\n6.6.1\\tCommsat\\r\\n6.6.2\\tGalaxy Space\\r\\n6.6.3\\tGuowang\\r\\n6.6.4\\tHead Aerospace\\r\\n6.6.5\\tHonghu-3\\r\\n6.6.6\\tQianfan\\r\\n6.6.7\\tAdditional satellite connectivity providers\\r\\n6.7\\tRest of World satellite operators\\r\\n6.7.1\\tInnova Space\\r\\n6.7.2\\tMyriota\\r\\n6.7.3\\tPlan-S\\r\\n6.7.4\\tThuraya (Space42)\\r\\n6.7.5\\tAdditional satellite connectivity providers\\r\\n7\\tMarket Forecasts and Trends\\r\\n7.1\\tIndustry trends\\r\\n7.1.1\\tTop ten connectivity providers manage 3.7 billion cellular IoT connections\\r\\n7.1.2\\tIoT connectivity revenues continue to grow slower than connections\\r\\n7.1.3\\tIoT managed service providers connect 250+ million cellular devices\\r\\n7.1.4\\tThe international connectivity segment is evolving\\r\\n7.1.5\\teSIMs and fragmentation of CMPs drive the need for orchestration capabilities\\r\\n7.1.6\\tIoT MVNOs are driving consolidation in the IoT connectivity market\\r\\n7.1.7\\tSGP.32 disaggregates the IoT connectivity value chain\\r\\n7.1.8\\tSatellite IoT players leverage mobile operators and MVNOs as sales channel\\r\\n7.1.9\\tNew entrants disrupt distribution channels\\r\\n7.2\\tGeographic markets\\r\\n7.2.1\\tGlobal market summary\\r\\n7.2.2\\tEurope\\r\\n7.2.3\\tNorth America\\r\\n7.2.4\\tLatin America\\r\\n7.2.5\\tAsia-Pacific\\r\\n7.2.6\\tMiddle East & Africa\\r\\n7.3\\tVertical markets\\r\\n7.3.1\\tConnected cars on the rise\\r\\n7.3.2\\tData consumption of connected cars will grow significantly\\r\\n7.3.3\\tMotor-powered two-wheeler telematics adoption picks up speed\\r\\n7.3.4\\tTelematics giants increasingly dominate the fleet management industry\\r\\n7.3.5\\tThe opportunity to create smarter and safer cities\\r\\n7.3.6\\tSmart metering turns to new LPWA options for deployments in the 2020s\\r\\n7.3.7\\tAsset tracking to drive the second wave of LPWA deployments\\r\\n7.3.8\\tConnected healthcare reaches the masses\\r\\n7.3.9\\tSteady uptake of cellular connectivity in the POS terminal market\\r\\n7.3.10\\tHome energy and EV charging solutions to become new volume segments\\r\\n7.4\\tTechnology trends\\r\\n7.4.1\\tCellular technologies dominate wireless IoT\\r\\n7.4.2\\tIoT CMPs move towards AI-assisted operations\\r\\n7.4.3\\tNB-IoT uptake is growing on a project-by-project basis\\r\\n7.4.4\\tRedCap will accelerate the adoption of 5G in IoT\\r\\n7.4.5\\tDistributed core networks facilitate global IoT connectivity services\\r\\n7.4.6\\tThe SGP.32 specification will lower the barriers for eSIM adoption in IoT\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/07/27171629/bi-globaliot11-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Global cellular IoT connections reached 4.2 billion in 2025\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Berg Insight estimates that the global number of cellular IoT connections increased by 11 percent during 2025 to reach 4.2 billion at the end of the year – corresponding to around 32 percent of all mobile subscriptions. Until 2030, the number of cellular IoT connections is forecasted to grow at a compound annual growth rate (CAGR) of 9.3 percent to reach 6.5 billion at the end of the period. During the same period, cellular IoT connectivity revenues are forecasted to grow at a CAGR of 8.1 percent from € 14.5 billion in 2025 to approximately € 21.5 billion in 2030. Meanwhile the monthly ARPU is expected to drop from € 0.31 to € 0.28.\",\n          \"\",\n          \"China is the world’s largest market for cellular IoT connectivity services by volume. According to data from the national telecom regulator, the installed base in the country grew by 5 percent year-on-year to reach 2.9 billion IoT connections at the end of 2025. This corresponded to about 70 percent of the global installed base. Berg Insight believes that the role of the Chinese government is the main explanation for why China is ahead of the rest of the world in the adoption of IoT. Authorities actively endorse large-scale IoT deployments as a method for addressing problems affecting the society, whether it is crime, fire safety, energy conservation or traffic management. The private sector is directed and encouraged to do the same.\",\n          \"\",\n          \"North America and Western Europe ranks as the second and third largest markets for IoT connectivity with 321 million and 313 million IoT connections respectively at the end of 2025. In contrast to China, developments in these regions are largely driven by commercial interests. The connected car is currently one of the strongest trends with more than 90 percent of new cars sold featuring embedded cellular connectivity in the regions. Other key application areas are fleet management of commercial vehicles, smart utility metering and monitored alarm systems. South Asia, Latin America and Central & Eastern Europe had in the range of 93–142 million IoT connections, while Middle East, Africa and Southeast Asia had between 41–53 million. Australia & Oceania was the smallest region with approximately 22 million IoT connections.\",\n          \"\",\n          \"China Mobile is the world’s largest provider of cellular IoT connectivity services. At the end of 2025, the operator reported 1.48 billion cellular IoT connections and a year-on-year growth rate of 5 percent. China Telecom and China Unicom ranked second and third with 746 million and 723 million connections respectively. Vodafone ranked first among the Western operators and fourth overall with 234 million connections, followed by AT&T with 160 million in fifth place. Airtel in India recorded the highest yearly growth rate, with IoT connections increasing to 69 million. Verizon and Deutsche Telekom had in the range of 62–69 million cellular IoT connections each. Telefónica and KDDI Orange were the last players in the top ten with about 59 million and 58 million connections respectively. The installed bases of the largest IoT connectivity providers grew at a rate of 5–115 percent annually.\",\n          \"\",\n          \"IoT managed service providers play a key role in the ecosystem with a combined installed base of more than 250 million cellular IoT connections. While the distinction between mobile operators’ IoT businesses and IoT managed service providers is becoming less clear, the latter benefit their network-agnostic positioning and ability to aggregate multiple mobile networks through roaming agreements, sponsored IMSIs and eSIM profiles. Due to the nature of their business, the players are becoming increasingly international, supporting customers in many parts of the world. Important players in this category include 1GLOBAL, 1NCE, 1oT, Aeris, Airnity, BICS, CSL Group, Cubic, emnify, Eseye, floLIVE, Giesecke+Devrient, Hologram, Kajeet, KORE, Lenovo Connect, Monogoto, Onomondo, Pelion, Semtech, Soracom, Tata Communications, Teal, Telit Cinterion, Velos IoT and Wireless Logic.\",\n          \"\",\n          \"IoT connectivity revenues are growing at a slower rate than the number of connections. Berg Insight estimates that global IoT connectivity revenues increased by 5 percent during 2025, while the monthly ARPU dropped by 7 percent. IoT connectivity revenues accounted for 1–4 percent of service revenues for the largest mobile operator groups. As the value in IoT lies in value-added services rather than connectivity, IoT connectivity service providers increasingly focus on boosting their IoT portfolios by adding cloud services, security capabilities and devices on top of their connectivity offering to capture a larger share of the market.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/07/27171637/bi-globaliot11-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 885,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:06:06\",\n          \"post_date_gmt\": \"2021-01-12 15:06:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Fredrik Stålbrand\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"fredrik-stalbrand\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:49:59\",\n          \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"305\",\n    \"variations\": [\n      {\n        \"id\": 6630,\n        \"name\": \"The Global M2M/IoT Communications Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n       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         \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": 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                },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6576,"link":"https://cms.berginsight.com/report/the-global-automotive-oem-telematics-market-6/","acf_data":"{\n  \"permalink\": \"/the-global-automotive-oem-telematics-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"11th Edition\",\n    \"main_product_category\": 27,\n    \"short_description\": \"A comprehensive analysis of 25 major car OEMs and their telematics solutions.\",\n    \"full_description\": [\n      \"What are the latest trends on the global car OEM telematics market? Berg Insight estimates that 83 percent of all cars sold worldwide in 2025 were equipped with OEM embedded telematics. Examples of applications include eCall and roadside assistance, stolen vehicle tracking, vehicle diagnostics, connected navigation and infotainment, Wi-Fi hotspot, convenience applications, over-the-air updates, in-vehicle payments, usage-based insurance, leasing and rental fleet management, as well as electronic road charging. Get up to date with the latest industry trends in this new 270-page report.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/07/18143958/bi-oemtelematics11-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Global Passenger Car Market\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tPassenger cars in use by region\\r\\n1.1.2\\tNew passenger car registration trends\\r\\n1.2\\tCar manufacturers\\r\\n1.2.1\\tPassenger car registrations in Europe by manufacturer\\r\\n1.2.2\\tPassenger car registrations in North America by manufacturer\\r\\n1.2.3\\tPassenger car registrations in China by manufacturer\\r\\n1.2.4\\tPassenger car registrations in Japan by manufacturer\\r\\n1.2.5\\tPassenger car and light vehicle registrations in South Korea by manufacturer\\r\\n1.3\\tOverview of car OEM telematics services\\r\\n1.3.1\\tOEM connected car services in Europe\\r\\n1.3.2\\tOEM connected car services in North America\\r\\n1.3.3\\tOEM connected car services in Asia-Pacific\\r\\n1.3.4\\tOEM connected car services in Latin America\\r\\n1.3.5\\tOEM connected car services in the Middle East and Africa\\r\\n1.3.6\\tBusiness models\\r\\n1.4\\tRegulatory compliance\\r\\n1.4.1\\tVehicle security, safety and emergency call regulations\\r\\n1.4.2\\tData governance and cybersecurity\\r\\n1.5\\tMarket trends\\r\\n1.5.1\\tHybrid Battery electric and plug-in hybrid electric vehicles\\r\\n1.5.2\\tThe software-defined vehicle\\r\\n1.5.3\\tADAS and autonomous driving technologies\\r\\n1.5.4\\tVehicle-to-Everything (V2X) communications\\r\\n1.5.5\\tCarsharing and personal transportation as a service\\r\\n2\\tConnected Car Solutions\\r\\n2.1\\tCar telematics infrastructure\\r\\n2.1.1\\tVehicle segment\\r\\n2.1.2\\tTracking segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tService segment\\r\\n2.2\\tConnected car services\\r\\n2.2.1\\teCall and roadside assistance\\r\\n2.2.2\\tStolen vehicle tracking\\r\\n2.2.3\\tMotor insurance telematics\\r\\n2.2.4\\tVehicle diagnostics and maintenance\\r\\n2.2.5\\tOver-the-air updates\\r\\n2.2.6\\tLeasing and rental fleet management\\r\\n2.2.7\\tRemote control and convenience services\\r\\n2.2.8\\tConnected navigation and infotainment\\r\\n2.2.9\\tConnected in-vehicle payments\\r\\n2.2.10\\tWi-Fi hotspots\\r\\n2.2.11\\tConnected and AI-powered in-car personal assistants\\r\\n2.3\\tConnectivity options\\r\\n2.3.1\\tEmbedded connectivity solutions\\r\\n2.3.2\\tIntegrated smartphone solutions\\r\\n2.3.3\\tTethered devices\\r\\n3\\tOEM Telematics Offerings\\r\\n3.1\\tBMW Group\\r\\n3.1.1\\tOverview of BMW passenger car models\\r\\n3.1.2\\tOverview of BMW ConnectedDrive services\\r\\n3.1.3\\tBMW and MINI CarData\\r\\n3.1.4\\tMINI connected car services\\r\\n3.2\\tBYD Auto\\r\\n3.2.1\\tOverview of BYD passenger car models\\r\\n3.2.2\\tBYD connected car services\\r\\n3.3\\tChangan Motors\\r\\n3.3.1\\tOverview of Changan Motors passenger car models\\r\\n3.3.2\\tOverview of Changan Motors connected car services\\r\\n3.4\\tChery Group\\r\\n3.4.1\\tOverview of Chery passenger car models\\r\\n3.4.2\\tChery connected car service offerings\\r\\n3.5\\tFord Motor Company\\r\\n3.5.1\\tOverview of Ford passenger car models\\r\\n3.5.2\\tFordPass Connect and Lincoln connected car services\\r\\n3.5.3\\tFord Pro commercial offerings\\r\\n3.6\\tGeely\\r\\n3.6.1\\tOverview of Geely passenger car models\\r\\n3.6.2\\tGeely connected car services\\r\\n3.7\\tGeneral Motors\\r\\n3.7.1\\tOverview of the main GM passenger car brands\\r\\n3.7.2\\tGM OnStar Connected Vehicle services\\r\\n3.8\\tGreat Wall Motors\\r\\n3.8.1\\tOverview of Great Wall Motors passenger car models\\r\\n3.8.2\\tGWM connected car platforms and services\\r\\n3.9\\tHonda Motor Company\\r\\n3.9.1\\tOverview of Honda and Acura passenger car models\\r\\n3.9.2\\tOverview of Honda and Acura connected car services\\r\\n3.10\\tHyundai Motor Group\\r\\n3.10.1\\tOverview of Hyundai and Kia passenger car models\\r\\n3.10.2\\tOverview of Hyundai Motor Group’s connected car platforms\\r\\n3.10.3\\tHyundai BlueLink services\\r\\n3.10.4\\tKia Connect Services\\r\\n3.11\\tJaguar Land Rover\\r\\n3.11.1\\tOverview of Jaguar Land Rover passenger car models\\r\\n3.11.2\\tJaguar Land Rover connected car services\\r\\n3.12\\tLeapmotor\\r\\n3.12.1\\tOverview of Leapmotor passenger car models\\r\\n3.12.2\\tLeapmotor connected car service offerings\\r\\n3.13\\tLi Auto\\r\\n3.13.1\\tOverview of Li Auto passenger car models\\r\\n3.13.2\\tLi Auto connected car service offerings\\r\\n3.14\\tMazda Motor Corporation\\r\\n3.14.1\\tOverview of Mazda passenger car models\\r\\n3.14.2\\tMazda Connected Services\\r\\n3.15\\tMercedes-Benz Group\\r\\n3.15.1\\tOverview of Mercedes-Benz passenger car models\\r\\n3.15.2\\tMercedes Me connect services\\r\\n3.16\\tNIO\\r\\n3.16.1\\tOverview of NIO passenger car models\\r\\n3.16.2\\tNIO connected car service offerings\\r\\n3.17\\tNissan Motor Company\\r\\n3.17.1\\tOverview of Nissan and Infiniti passenger car models\\r\\n3.17.2\\tNissanConnect Services\\r\\n3.18\\tRenault Group\\r\\n3.18.1\\tOverview of Renault and Dacia passenger car models\\r\\n3.18.2\\tRenault connected car services\\r\\n3.19\\tSAIC Motor\\r\\n3.19.1\\tOverview of SAIC Motor passenger car models\\r\\n3.19.2\\tOverview of SAIC connected car services\\r\\n3.20\\tStellantis\\r\\n3.20.1\\tOverview of Stellantis passenger car models\\r\\n3.20.2\\tOverview of Stellantis’ technology platforms\\r\\n3.20.3\\tChrysler, Jeep, Dodge, Ram and Fiat connected car services\\r\\n3.20.4\\tPeugeot, Citroën, DS, Vauxhall and Opel connected car services\\r\\n3.20.5\\tMobilisights Connect\\r\\n3.21\\tSubaru\\r\\n3.21.1\\tOverview of Subaru passenger car models\\r\\n3.21.2\\tOverview of Subaru connected services offerings\\r\\n3.22\\tTesla\\r\\n3.22.1\\tOverview of Tesla passenger car models\\r\\n3.22.2\\tTesla connected car services\\r\\n3.23\\tToyota Motor Corporation\\r\\n3.23.1\\tOverview of Toyota and Lexus passenger car models\\r\\n3.23.2\\tOverview of Toyota and Lexus connected car services\\r\\n3.23.3\\tThe T-Connect and G-LINK connected car services for the Japanese market\\r\\n3.23.5\\tToyota and Lexus connected car services in the Middle East\\r\\n3.23.6\\tToyota connected car services in Australia\\r\\n3.23.7\\tToyota and Lexus connected car services in Europe\\r\\n3.24\\tVolkswagen Group\\r\\n3.24.1\\tOverview of Volkswagen Group passenger car brands and models\\r\\n3.24.2\\tOverview of Volkswagen Group connected car platforms and strategies\\r\\n3.24.3\\tVolkswagen connected car services\\r\\n3.24.4\\tAudi connected car services\\r\\n3.24.5\\tPorsche connected car services\\r\\n3.24.6\\tŠkoda connected car services\\r\\n3.25\\tVolvo Cars\\r\\n3.25.1\\tOverview of Volvo passenger car models\\r\\n3.25.2\\tVolvo connected car services\\r\\n4\\tConnected Car Ecosystem Players\\r\\n4.1\\tConnected vehicle platform and service providers\\r\\n4.1.1\\tBeijing Yesway Information Technology\\r\\n4.1.2\\tBosch\\r\\n4.1.3\\tCerence AI\\r\\n4.1.4\\tForvia\\r\\n4.1.5\\tHarman International\\r\\n4.1.6\\tHERE Technologies\\r\\n4.1.7\\tMapbox\\r\\n4.1.8\\tPATEO\\r\\n4.1.9\\tSibros\\r\\n4.1.10\\tSiriusXM Connect\\r\\n4.1.11\\tSonatus\\r\\n4.1.12\\tTomTom\\r\\n4.1.13\\tValtech Mobility\\r\\n4.1.14\\tWirelessCar\\r\\n4.2\\tData-as-a-Service marketplaces and developer platforms\\r\\n4.2.1\\tCaruso\\r\\n4.2.2\\tHigh Mobility\\r\\n4.2.3\\tLexisNexis Risk Solutions\\r\\n4.2.4\\tMotorq\\r\\n4.2.5\\tSmartcar\\r\\n4.3\\tMobile operators\\r\\n4.3.1\\tAmérica Móvil\\r\\n4.3.2\\tAT&T\\r\\n4.3.3\\tChina Mobile\\r\\n4.3.4\\tChina Unicom\\r\\n4.3.5\\tDeutsche Telekom\\r\\n4.3.6\\tKDDI\\r\\n4.3.7\\tOrange\\r\\n4.3.8\\tSingtel\\r\\n4.3.9\\tTele2\\r\\n4.3.10\\tTelefónica\\r\\n4.3.11\\tTelenor\\r\\n4.3.12\\tVerizon\\r\\n4.3.13\\tVodafone\\r\\n4.4\\tIoT managed service providers\\r\\n4.4.1\\tAirnity\\r\\n4.4.2\\tCubic\\r\\n4.4.3\\tLenovo Connect\\r\\n4.4.4\\tNTT\\r\\n4.4.5\\tTata Communications\\r\\n4.5\\tConnectivity management platform providers\\r\\n4.5.1\\tAeris\\r\\n4.5.2\\tAirlinq\\r\\n4.5.3\\tCisco\\r\\n4.5.4\\tLolo Company\\r\\n5\\tMarket Forecasts and Trends\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCar sales forecast\\r\\n5.1.2\\tConnected car forecast\\r\\n5.1.3\\tThe connected car market in the EU27+EFTA+UK and Eastern Europe\\r\\n5.1.4\\tThe connected car market in North America\\r\\n5.1.5\\tThe connected car market in Latin America\\r\\n5.1.6\\tThe connected car market in China\\r\\n5.1.7\\tThe connected car market in rest of Asia-Pacific\\r\\n5.1.8\\tThe connected car market in the Middle East and Africa\\r\\n5.1.9\\tAnalysis of connected car services by OEM\\r\\n5.1.10\\tConnected car hardware and service revenue forecast\\r\\n5.1.11\\tEmbedded TCU shipments by technology\\r\\n5.1.12\\tConnected car data consumption analysis\\r\\n5.2\\tValue chain analysis\\r\\n5.2.1\\tTCU, NAD and SoC suppliers\\r\\n5.2.2\\tConnected vehicle platform and service providers\\r\\n5.2.3\\tCar manufacturers\\r\\n5.2.4\\tAutomotive connectivity providers\\r\\n5.2.5\\tCloud, application and content suppliers\\r\\n5.3\\tMarket trends\\r\\n5.3.1\\tConnectivity as an enabler for the software-defined vehicle\\r\\n5.3.2\\tOver-the-air (OTA) updates are now mainstream in new connected vehicles\\r\\n5.3.3\\tLocalisation becomes more important for connected vehicle services\\r\\n5.3.4\\tSGP.32 enables scalable automotive connectivity management for OEMs\\r\\n5.3.5\\t5G RedCap creates a lower-cost migration path from 4G to 5G\\r\\n5.3.6\\tSatellite connectivity emerges as a coverage extension for connected vehicles\\r\\n5.3.7\\tMass market safety services driven by regional mandates\\r\\n5.3.8\\tOEM SVT services compete with aftermarket services in many countries\\r\\n5.3.9\\tConnected navigation faces competition from free smartphone apps\\r\\n5.3.10\\tGen AI-powered in-car personal assistants to improve driving experiences\\r\\n5.3.11\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n5.3.12\\tOEMs increasingly involved in usage-based insurance products\\r\\n5.3.13\\tChinese OEMs raise customer expectations for connected services in Europe\\r\\n5.3.14\\tWestern OEMs adopt new strategies for the Chinese market\\r\\n5.4\\tMergers and acquisitions\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/07/18144007/bi-oemtelematics11-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of connected cars with embedded OEM telematics systems is expected to reach 580 million by 2030\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Several categories of connected car applications are now offered by carmakers. Examples include eCall and roadside assistance, stolen vehicle tracking (SVT), vehicle diagnostics, over-the-air (OTA) updates, connected navigation and infotainment, entertainment services such as music and video streaming, convenience services, Wi-Fi hotspots as well as AI personal assistance services. Virtually all of the world’s leading carmakers have launched mass-market connected services in key regions today. Berg Insight estimates that 83 percent of all new cars sold worldwide in 2025 were equipped with embedded connectivity, up from 79 percent in 2024. The eCall mandate in EU27+EFTA+UK has accelerated the adoption of connected car technology, making it a standard feature in all new cars sold in the region in 2025. North America is an advanced market in terms of connected car services with an estimated attach rate of 94 percent. In China, the attach rate reached an estimated 90 percent in 2025. Other developed markets include Russia and CIS, Japan and South Korea. In other regions, the attach rate is still around 30–40 percent. \",\n          \"\",\n          \"Since many volume brands such as Toyota, GM, Stellantis, Ford, Volkswagen, Hyundai/Kia, Honda and Nissan now offer connected services for free in their main markets, they will constitute a large part of the growth of connected cars in the coming years. Premium brands such as BMW, Mercedes-Benz and Audi have offered connected services as a standard feature across models and geographies for more than a decade and have a considerable number of connected cars today. Other major car brands offering connected services on a broad scale include Tesla, Renault, Geely, BYD, Volvo Cars, Mazda, JLR, SAIC, GWM, Chery, Subaru, Skoda, Porsche, Lexus and Changan Motors. Relatively newly founded brands in China such as Leapmotor, Li Auto and NIO also offer embedded connected services.\",\n          \"\",\n          \"Berg Insight estimates that total shipments of cars equipped with embedded connectivity reached 72.6 million units worldwide in 2025. Shipments are expected to reach 82.6 million units in 2030. During the same time, the attach rate of embedded connectivity is forecasted to increase from about 83 percent in 2025 to 91 percent in 2030. The number of active OEM telematics SIM cards is forecasted to grow at a CAGR of 11.5 percent from 338.0 million in 2025 to 583.1 million in 2030.\",\n          \"\",\n          \"Car manufacturers rely on services provided by mobile network operators, MVNOs, connectivity management platform providers and connected vehicle software and platform providers. Mobile operators and MVNOs such as AT&T, Vodafone, China Unicom, China Mobile, KDDI, Deutsche Telekom, Orange, Verizon, Cubic3 and NTT are leading connectivity providers in the automotive segment. Connectivity management platforms is also an important part of the connected car ecosystem enabling features such as provisioning, subscription management, cost monitoring and event management. Leading connectivity management platforms players in the automotive industry include Cisco, Aeris, Airlinq and Lolo Company.\",\n          \"\",\n          \"Connected vehicle platform and service providers support OEMs in the development, deployment and operation of connected car services. The category includes connected vehicle platform providers offering cloud back-end, vehicle-to-cloud connectivity, OTA updates, diagnostics, data management and service orchestration capabilities. It also includes automotive technology suppliers providing infotainment, telematics, digital cockpit, voice assistant and connected-service software. Leading providers in this segment include Beijing Yesway Information, Bosch, Cerence AI, Forvia, Harman International, HERE Technologies, Mapbox, PATEO, Sibros, SiriusXM Connect, Sonatus, TomTom, Valtech Mobility and WirelessCar. There are also companies specialising in building connected car services and applications upon connected car data. Examples of such companies include Caruso, High Mobility, LexisNexis Risk Solutions, Motorq and Smartcar.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/07/18144015/bi-oemtelematics11-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3108,\n          \"post_author\": \"3\",\n          \"post_date\": \"2022-06-28 11:46:08\",\n          \"post_date_gmt\": \"2022-06-28 09:46:08\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Cederqvist\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-cederqvist\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:52:45\",\n          \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"304\",\n    \"variations\": [\n      {\n        \"id\": 6581,\n        \"name\": \"The Global Automotive OEM Telematics Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n       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\"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6563,"link":"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/","acf_data":"{\n  \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"4th Edition\",\n    \"main_product_category\": 27,\n    \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n    \"full_description\": [\n      \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n          \"\",\n          \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n          \"\",\n          \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n          \"\",\n          \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n          \"\",\n          \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 4799,\n          \"post_author\": \"3\",\n          \"post_date\": \"2024-08-06 12:03:06\",\n          \"post_date_gmt\": \"2024-08-06 10:03:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Erica Rickard\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"erica-rickard\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:53:34\",\n          \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"303\",\n    \"variations\": [\n      {\n        \"id\": 6568,\n        \"name\": \"Telematics for Rental and Leasing Fleets - 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Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-automotive-oem-telematics-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"11th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"A comprehensive analysis of 25 major car OEMs and their telematics solutions.\",\n                  \"full_description\": [\n                    \"What are the latest trends on the global car OEM telematics market? Berg Insight estimates that 83 percent of all cars sold worldwide in 2025 were equipped with OEM embedded telematics. Examples of applications include eCall and roadside assistance, stolen vehicle tracking, vehicle diagnostics, connected navigation and infotainment, Wi-Fi hotspot, convenience applications, over-the-air updates, in-vehicle payments, usage-based insurance, leasing and rental fleet management, as well as electronic road charging. Get up to date with the latest industry trends in this new 270-page report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/18143958/bi-oemtelematics11-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Global Passenger Car Market\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tPassenger cars in use by region\\r\\n1.1.2\\tNew passenger car registration trends\\r\\n1.2\\tCar manufacturers\\r\\n1.2.1\\tPassenger car registrations in Europe by manufacturer\\r\\n1.2.2\\tPassenger car registrations in North America by manufacturer\\r\\n1.2.3\\tPassenger car registrations in China by manufacturer\\r\\n1.2.4\\tPassenger car registrations in Japan by manufacturer\\r\\n1.2.5\\tPassenger car and light vehicle registrations in South Korea by manufacturer\\r\\n1.3\\tOverview of car OEM telematics services\\r\\n1.3.1\\tOEM connected car services in Europe\\r\\n1.3.2\\tOEM connected car services in North America\\r\\n1.3.3\\tOEM connected car services in Asia-Pacific\\r\\n1.3.4\\tOEM connected car services in Latin America\\r\\n1.3.5\\tOEM connected car services in the Middle East and Africa\\r\\n1.3.6\\tBusiness models\\r\\n1.4\\tRegulatory compliance\\r\\n1.4.1\\tVehicle security, safety and emergency call regulations\\r\\n1.4.2\\tData governance and cybersecurity\\r\\n1.5\\tMarket trends\\r\\n1.5.1\\tHybrid Battery electric and plug-in hybrid electric vehicles\\r\\n1.5.2\\tThe software-defined vehicle\\r\\n1.5.3\\tADAS and autonomous driving technologies\\r\\n1.5.4\\tVehicle-to-Everything (V2X) communications\\r\\n1.5.5\\tCarsharing and personal transportation as a service\\r\\n2\\tConnected Car Solutions\\r\\n2.1\\tCar telematics infrastructure\\r\\n2.1.1\\tVehicle segment\\r\\n2.1.2\\tTracking segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tService segment\\r\\n2.2\\tConnected car services\\r\\n2.2.1\\teCall and roadside assistance\\r\\n2.2.2\\tStolen vehicle tracking\\r\\n2.2.3\\tMotor insurance telematics\\r\\n2.2.4\\tVehicle diagnostics and maintenance\\r\\n2.2.5\\tOver-the-air updates\\r\\n2.2.6\\tLeasing and rental fleet management\\r\\n2.2.7\\tRemote control and convenience services\\r\\n2.2.8\\tConnected navigation and infotainment\\r\\n2.2.9\\tConnected in-vehicle payments\\r\\n2.2.10\\tWi-Fi hotspots\\r\\n2.2.11\\tConnected and AI-powered in-car personal assistants\\r\\n2.3\\tConnectivity options\\r\\n2.3.1\\tEmbedded connectivity solutions\\r\\n2.3.2\\tIntegrated smartphone solutions\\r\\n2.3.3\\tTethered devices\\r\\n3\\tOEM Telematics Offerings\\r\\n3.1\\tBMW Group\\r\\n3.1.1\\tOverview of BMW passenger car models\\r\\n3.1.2\\tOverview of BMW ConnectedDrive services\\r\\n3.1.3\\tBMW and MINI CarData\\r\\n3.1.4\\tMINI connected car services\\r\\n3.2\\tBYD Auto\\r\\n3.2.1\\tOverview of BYD passenger car models\\r\\n3.2.2\\tBYD connected car services\\r\\n3.3\\tChangan Motors\\r\\n3.3.1\\tOverview of Changan Motors passenger car models\\r\\n3.3.2\\tOverview of Changan Motors connected car services\\r\\n3.4\\tChery Group\\r\\n3.4.1\\tOverview of Chery passenger car models\\r\\n3.4.2\\tChery connected car service offerings\\r\\n3.5\\tFord Motor Company\\r\\n3.5.1\\tOverview of Ford passenger car models\\r\\n3.5.2\\tFordPass Connect and Lincoln connected car services\\r\\n3.5.3\\tFord Pro commercial offerings\\r\\n3.6\\tGeely\\r\\n3.6.1\\tOverview of Geely passenger car models\\r\\n3.6.2\\tGeely connected car services\\r\\n3.7\\tGeneral Motors\\r\\n3.7.1\\tOverview of the main GM passenger car brands\\r\\n3.7.2\\tGM OnStar Connected Vehicle services\\r\\n3.8\\tGreat Wall Motors\\r\\n3.8.1\\tOverview of Great Wall Motors passenger car models\\r\\n3.8.2\\tGWM connected car platforms and services\\r\\n3.9\\tHonda Motor Company\\r\\n3.9.1\\tOverview of Honda and Acura passenger car models\\r\\n3.9.2\\tOverview of Honda and Acura connected car services\\r\\n3.10\\tHyundai Motor Group\\r\\n3.10.1\\tOverview of Hyundai and Kia passenger car models\\r\\n3.10.2\\tOverview of Hyundai Motor Group’s connected car platforms\\r\\n3.10.3\\tHyundai BlueLink services\\r\\n3.10.4\\tKia Connect Services\\r\\n3.11\\tJaguar Land Rover\\r\\n3.11.1\\tOverview of Jaguar Land Rover passenger car models\\r\\n3.11.2\\tJaguar Land Rover connected car services\\r\\n3.12\\tLeapmotor\\r\\n3.12.1\\tOverview of Leapmotor passenger car models\\r\\n3.12.2\\tLeapmotor connected car service offerings\\r\\n3.13\\tLi Auto\\r\\n3.13.1\\tOverview of Li Auto passenger car models\\r\\n3.13.2\\tLi Auto connected car service offerings\\r\\n3.14\\tMazda Motor Corporation\\r\\n3.14.1\\tOverview of Mazda passenger car models\\r\\n3.14.2\\tMazda Connected Services\\r\\n3.15\\tMercedes-Benz Group\\r\\n3.15.1\\tOverview of Mercedes-Benz passenger car models\\r\\n3.15.2\\tMercedes Me connect services\\r\\n3.16\\tNIO\\r\\n3.16.1\\tOverview of NIO passenger car models\\r\\n3.16.2\\tNIO connected car service offerings\\r\\n3.17\\tNissan Motor Company\\r\\n3.17.1\\tOverview of Nissan and Infiniti passenger car models\\r\\n3.17.2\\tNissanConnect Services\\r\\n3.18\\tRenault Group\\r\\n3.18.1\\tOverview of Renault and Dacia passenger car models\\r\\n3.18.2\\tRenault connected car services\\r\\n3.19\\tSAIC Motor\\r\\n3.19.1\\tOverview of SAIC Motor passenger car models\\r\\n3.19.2\\tOverview of SAIC connected car services\\r\\n3.20\\tStellantis\\r\\n3.20.1\\tOverview of Stellantis passenger car models\\r\\n3.20.2\\tOverview of Stellantis’ technology platforms\\r\\n3.20.3\\tChrysler, Jeep, Dodge, Ram and Fiat connected car services\\r\\n3.20.4\\tPeugeot, Citroën, DS, Vauxhall and Opel connected car services\\r\\n3.20.5\\tMobilisights Connect\\r\\n3.21\\tSubaru\\r\\n3.21.1\\tOverview of Subaru passenger car models\\r\\n3.21.2\\tOverview of Subaru connected services offerings\\r\\n3.22\\tTesla\\r\\n3.22.1\\tOverview of Tesla passenger car models\\r\\n3.22.2\\tTesla connected car services\\r\\n3.23\\tToyota Motor Corporation\\r\\n3.23.1\\tOverview of Toyota and Lexus passenger car models\\r\\n3.23.2\\tOverview of Toyota and Lexus connected car services\\r\\n3.23.3\\tThe T-Connect and G-LINK connected car services for the Japanese market\\r\\n3.23.5\\tToyota and Lexus connected car services in the Middle East\\r\\n3.23.6\\tToyota connected car services in Australia\\r\\n3.23.7\\tToyota and Lexus connected car services in Europe\\r\\n3.24\\tVolkswagen Group\\r\\n3.24.1\\tOverview of Volkswagen Group passenger car brands and models\\r\\n3.24.2\\tOverview of Volkswagen Group connected car platforms and strategies\\r\\n3.24.3\\tVolkswagen connected car services\\r\\n3.24.4\\tAudi connected car services\\r\\n3.24.5\\tPorsche connected car services\\r\\n3.24.6\\tŠkoda connected car services\\r\\n3.25\\tVolvo Cars\\r\\n3.25.1\\tOverview of Volvo passenger car models\\r\\n3.25.2\\tVolvo connected car services\\r\\n4\\tConnected Car Ecosystem Players\\r\\n4.1\\tConnected vehicle platform and service providers\\r\\n4.1.1\\tBeijing Yesway Information Technology\\r\\n4.1.2\\tBosch\\r\\n4.1.3\\tCerence AI\\r\\n4.1.4\\tForvia\\r\\n4.1.5\\tHarman International\\r\\n4.1.6\\tHERE Technologies\\r\\n4.1.7\\tMapbox\\r\\n4.1.8\\tPATEO\\r\\n4.1.9\\tSibros\\r\\n4.1.10\\tSiriusXM Connect\\r\\n4.1.11\\tSonatus\\r\\n4.1.12\\tTomTom\\r\\n4.1.13\\tValtech Mobility\\r\\n4.1.14\\tWirelessCar\\r\\n4.2\\tData-as-a-Service marketplaces and developer platforms\\r\\n4.2.1\\tCaruso\\r\\n4.2.2\\tHigh Mobility\\r\\n4.2.3\\tLexisNexis Risk Solutions\\r\\n4.2.4\\tMotorq\\r\\n4.2.5\\tSmartcar\\r\\n4.3\\tMobile operators\\r\\n4.3.1\\tAmérica Móvil\\r\\n4.3.2\\tAT&T\\r\\n4.3.3\\tChina Mobile\\r\\n4.3.4\\tChina Unicom\\r\\n4.3.5\\tDeutsche Telekom\\r\\n4.3.6\\tKDDI\\r\\n4.3.7\\tOrange\\r\\n4.3.8\\tSingtel\\r\\n4.3.9\\tTele2\\r\\n4.3.10\\tTelefónica\\r\\n4.3.11\\tTelenor\\r\\n4.3.12\\tVerizon\\r\\n4.3.13\\tVodafone\\r\\n4.4\\tIoT managed service providers\\r\\n4.4.1\\tAirnity\\r\\n4.4.2\\tCubic\\r\\n4.4.3\\tLenovo Connect\\r\\n4.4.4\\tNTT\\r\\n4.4.5\\tTata Communications\\r\\n4.5\\tConnectivity management platform providers\\r\\n4.5.1\\tAeris\\r\\n4.5.2\\tAirlinq\\r\\n4.5.3\\tCisco\\r\\n4.5.4\\tLolo Company\\r\\n5\\tMarket Forecasts and Trends\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCar sales forecast\\r\\n5.1.2\\tConnected car forecast\\r\\n5.1.3\\tThe connected car market in the EU27+EFTA+UK and Eastern Europe\\r\\n5.1.4\\tThe connected car market in North America\\r\\n5.1.5\\tThe connected car market in Latin America\\r\\n5.1.6\\tThe connected car market in China\\r\\n5.1.7\\tThe connected car market in rest of Asia-Pacific\\r\\n5.1.8\\tThe connected car market in the Middle East and Africa\\r\\n5.1.9\\tAnalysis of connected car services by OEM\\r\\n5.1.10\\tConnected car hardware and service revenue forecast\\r\\n5.1.11\\tEmbedded TCU shipments by technology\\r\\n5.1.12\\tConnected car data consumption analysis\\r\\n5.2\\tValue chain analysis\\r\\n5.2.1\\tTCU, NAD and SoC suppliers\\r\\n5.2.2\\tConnected vehicle platform and service providers\\r\\n5.2.3\\tCar manufacturers\\r\\n5.2.4\\tAutomotive connectivity providers\\r\\n5.2.5\\tCloud, application and content suppliers\\r\\n5.3\\tMarket trends\\r\\n5.3.1\\tConnectivity as an enabler for the software-defined vehicle\\r\\n5.3.2\\tOver-the-air (OTA) updates are now mainstream in new connected vehicles\\r\\n5.3.3\\tLocalisation becomes more important for connected vehicle services\\r\\n5.3.4\\tSGP.32 enables scalable automotive connectivity management for OEMs\\r\\n5.3.5\\t5G RedCap creates a lower-cost migration path from 4G to 5G\\r\\n5.3.6\\tSatellite connectivity emerges as a coverage extension for connected vehicles\\r\\n5.3.7\\tMass market safety services driven by regional mandates\\r\\n5.3.8\\tOEM SVT services compete with aftermarket services in many countries\\r\\n5.3.9\\tConnected navigation faces competition from free smartphone apps\\r\\n5.3.10\\tGen AI-powered in-car personal assistants to improve driving experiences\\r\\n5.3.11\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n5.3.12\\tOEMs increasingly involved in usage-based insurance products\\r\\n5.3.13\\tChinese OEMs raise customer expectations for connected services in Europe\\r\\n5.3.14\\tWestern OEMs adopt new strategies for the Chinese market\\r\\n5.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/18144007/bi-oemtelematics11-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected cars with embedded OEM telematics systems is expected to reach 580 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Several categories of connected car applications are now offered by carmakers. Examples include eCall and roadside assistance, stolen vehicle tracking (SVT), vehicle diagnostics, over-the-air (OTA) updates, connected navigation and infotainment, entertainment services such as music and video streaming, convenience services, Wi-Fi hotspots as well as AI personal assistance services. Virtually all of the world’s leading carmakers have launched mass-market connected services in key regions today. Berg Insight estimates that 83 percent of all new cars sold worldwide in 2025 were equipped with embedded connectivity, up from 79 percent in 2024. The eCall mandate in EU27+EFTA+UK has accelerated the adoption of connected car technology, making it a standard feature in all new cars sold in the region in 2025. North America is an advanced market in terms of connected car services with an estimated attach rate of 94 percent. In China, the attach rate reached an estimated 90 percent in 2025. Other developed markets include Russia and CIS, Japan and South Korea. In other regions, the attach rate is still around 30–40 percent. \",\n                        \"\",\n                        \"Since many volume brands such as Toyota, GM, Stellantis, Ford, Volkswagen, Hyundai/Kia, Honda and Nissan now offer connected services for free in their main markets, they will constitute a large part of the growth of connected cars in the coming years. Premium brands such as BMW, Mercedes-Benz and Audi have offered connected services as a standard feature across models and geographies for more than a decade and have a considerable number of connected cars today. Other major car brands offering connected services on a broad scale include Tesla, Renault, Geely, BYD, Volvo Cars, Mazda, JLR, SAIC, GWM, Chery, Subaru, Skoda, Porsche, Lexus and Changan Motors. Relatively newly founded brands in China such as Leapmotor, Li Auto and NIO also offer embedded connected services.\",\n                        \"\",\n                        \"Berg Insight estimates that total shipments of cars equipped with embedded connectivity reached 72.6 million units worldwide in 2025. Shipments are expected to reach 82.6 million units in 2030. During the same time, the attach rate of embedded connectivity is forecasted to increase from about 83 percent in 2025 to 91 percent in 2030. The number of active OEM telematics SIM cards is forecasted to grow at a CAGR of 11.5 percent from 338.0 million in 2025 to 583.1 million in 2030.\",\n                        \"\",\n                        \"Car manufacturers rely on services provided by mobile network operators, MVNOs, connectivity management platform providers and connected vehicle software and platform providers. Mobile operators and MVNOs such as AT&T, Vodafone, China Unicom, China Mobile, KDDI, Deutsche Telekom, Orange, Verizon, Cubic3 and NTT are leading connectivity providers in the automotive segment. Connectivity management platforms is also an important part of the connected car ecosystem enabling features such as provisioning, subscription management, cost monitoring and event management. Leading connectivity management platforms players in the automotive industry include Cisco, Aeris, Airlinq and Lolo Company.\",\n                        \"\",\n                        \"Connected vehicle platform and service providers support OEMs in the development, deployment and operation of connected car services. The category includes connected vehicle platform providers offering cloud back-end, vehicle-to-cloud connectivity, OTA updates, diagnostics, data management and service orchestration capabilities. It also includes automotive technology suppliers providing infotainment, telematics, digital cockpit, voice assistant and connected-service software. Leading providers in this segment include Beijing Yesway Information, Bosch, Cerence AI, Forvia, Harman International, HERE Technologies, Mapbox, PATEO, Sibros, SiriusXM Connect, Sonatus, TomTom, Valtech Mobility and WirelessCar. There are also companies specialising in building connected car services and applications upon connected car data. Examples of such companies include Caruso, High Mobility, LexisNexis Risk Solutions, Motorq and Smartcar.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/18144015/bi-oemtelematics11-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"304\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on car populations and new car registrations worldwide\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the connected car value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 25 major car OEMs and their connected car offerings. \"\n                      },\n                      {\n                        \"bullet_point\": \"Updated market forecasts by region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Car OEM 11th\",\n                \"src\": \"https://media.berginsight.com/2026/07/18144047/Car-OEM-11th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-automotive-oem-telematics-market-6/\",\n              \"name\": \"The Global Automotive OEM Telematics Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6550,"link":"https://cms.berginsight.com/report/smart-metering-in-europe-6/","acf_data":"{\n  \"permalink\": \"/smart-metering-in-europe\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"20th Edition\",\n    \"main_product_category\": 29,\n    \"short_description\": \"This is the twentieth consecutive report from Berg Insight analysing the latest developments for smart metering (electricity and gas) in Europe.\",\n    \"full_description\": [\n      \"Are you looking for detailed information and comprehensive data about the European smart metering market (electricity and gas)? Berg Insight’s analyst team has been covering smart metering continuously for more than twenty years. Smart Metering in Europe is our flagship 350-page report covering AMM in EU27+3. Learn more about the EU energy policies driving the adoption of smart metering and the latest market developments in Europe. Extensive data Excel is included.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/07/10191009/bi-sm20-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\t\\r\\n1\\tElectricity and Gas Markets in Europe\\r\\n1.1\\tEnergy industry players\\r\\n1.2\\tElectricity market\\r\\n1.3\\tGas market\\r\\n2\\tSmart Metering Solutions\\r\\n2.1\\tIntroduction to smart grids\\r\\n2.2\\tSmart metering\\r\\n2.2.1\\tSmart metering applications\\r\\n2.2.2\\tSmart metering infrastructure\\t\\r\\n2.2.3\\tBenefits of smart metering\\r\\n2.3\\tProject strategies\\r\\n2.3.1\\tSystem design and sourcing\\r\\n2.3.2\\tRollout and integration\\r\\n2.3.3\\tImplementation and operation\\r\\n2.3.4\\tCommunicating with customers\\r\\n2.4\\tRegulatory issues\\r\\n2.4.1\\tModels for the introduction of smart meters\\r\\n2.4.2\\tStandards and guidelines\\r\\n2.4.3\\tIndividual rights issues\\r\\n3\\tIoT Networks and Communications Technologies\\r\\n3.1\\tIoT network technologies\\r\\n3.1.1\\tNetwork architecture\\r\\n3.1.2\\tUnlicensed and licensed frequency bands\\r\\n3.2\\tPLC technology and standards\\r\\n3.2.1\\tInternational standards organisations\\r\\n3.2.2\\tG3-PLC\\r\\n3.2.3\\tPRIME\\r\\n3.2.4\\tMeters & More\\r\\n3.2.5\\tOSGP\\r\\n3.3\\t3GPP cellular and LPWA technologies\\r\\n3.3.1\\t2G/3G/4G/5G cellular technologies and IoT\\r\\n3.3.2\\tLTE-M and NB-IoT\\r\\n3.3.3\\tThe role of cellular networks in smart meter communications\\r\\n3.3.4\\tLoRa and LoRaWAN\\r\\n3.3.5\\tSigfox\\r\\n3.4\\tOther RF technologies and standards\\r\\n3.4.1\\tIEEE 802.15.4\\r\\n3.4.2\\tWi-SUN\\r\\n3.4.3\\tProprietary IPv6 connectivity stacks based on 802.15.4\\r\\n3.4.4\\tEN 13757\\r\\n4\\tSmart Metering Industry Players\\r\\n4.1\\tMeter vendors\\r\\n4.1.1\\tItron\\r\\n4.1.2\\tEYKON (Landis+Gyr EMEA)\\r\\n4.1.3\\tAclara (Hubbell)\\r\\n4.1.4\\tADD Grup\\r\\n4.1.5\\tAEM\\r\\n4.1.6\\tAidon (Gridspertise)\\r\\n4.1.7\\tApator\\r\\n4.1.8\\tCircutor\\r\\n4.1.9\\tDiehl Metering\\r\\n4.1.10\\tEDMI (Osaki Electric)\\r\\n4.1.11\\tEFR\\r\\n4.1.12\\tElgama Elektronika (Linyang Energy)\\r\\n4.1.13\\tEMH Metering\\r\\n4.1.14\\tFlonidan\\r\\n4.1.15\\tGridspertise\\r\\n4.1.16\\tHexing Electrical\\r\\n4.1.17\\tHoneywell\\r\\n4.1.18\\tHolley Technology\\r\\n4.1.19\\tIskraemeco\\r\\n4.1.20\\tKaifa Technology\\r\\n4.1.21\\tKamstrup\\r\\n4.1.22\\tMeter&Control\\r\\n4.1.23\\tMeteRSIT\\r\\n4.1.24\\tNetworked Energy Services\\r\\n4.1.25\\tNIK\\r\\n4.1.26\\tPietro Fiorentini\\r\\n4.1.27\\tSagemcom\\r\\n4.1.28\\tSanxing Electric\\r\\n4.1.29\\tWasion\\r\\n4.1.30\\tZIV\\r\\n4.1.31\\tZPA Smart Energy (El Sewedy Electrometer)\\r\\n4.1.32\\tZTE Corporation\\r\\n4.2\\tCommunications solution providers\\r\\n4.2.1\\tAPKAPPA\\r\\n4.2.2\\tCorinex\\r\\n4.2.3\\tCyanConnode\\r\\n4.2.4\\tDevolo\\r\\n4.2.5\\tNuriFlex\\r\\n4.2.6\\tOrmazabal\\r\\n4.2.7\\tPower Plus Communications\\r\\n4.2.8\\tSensus International\\r\\n4.2.9\\tTheben Smart Energy\\r\\n4.2.10\\tToshiba\\r\\n4.2.11\\tTrilliant\\r\\n4.2.12\\tWirepas\\r\\n4.2.13\\tXemex\\r\\n4.3\\tSoftware solution providers\\r\\n4.3.1\\tAvance Metering\\r\\n4.3.2\\tAtlantica Digital\\r\\n4.3.3\\tCuculus\\r\\n4.3.4\\tEnergyworx (Gridspertise)\\r\\n4.3.5\\tEmbriq\\r\\n4.3.6\\tHansen Technologies\\r\\n4.3.7\\tFerranti\\r\\n4.3.8\\tKisters\\r\\n4.3.9\\tOracle\\r\\n4.3.10\\tRobotron Datenbank-Software\\r\\n4.3.11\\tSAP\\r\\n4.3.12\\tSiemens\\r\\n4.3.13\\tTelecontrol STM\\r\\n4.3.14\\tTerranova Software\\r\\n4.3.15\\tVIVAVIS\\r\\n4.4\\tSystem integrators and communications service providers\\r\\n4.4.1\\tA1 Telekom Austria\\r\\n4.4.2\\tArqiva\\r\\n4.4.3\\tALTEN (Worldgrid)\\r\\n4.4.4\\tCapgemini\\r\\n4.4.5\\tCGI\\r\\n4.4.6\\tCom4\\r\\n4.4.7\\tGE Vernova\\r\\n4.4.8\\tIBM\\r\\n4.4.9\\tTelecom Italia\\r\\n4.4.10\\tKPN\\r\\n4.4.11\\tTelefónica\\r\\n4.4.12\\tTelenor\\r\\n4.4.13\\tTelia Company\\r\\n4.4.14\\tUtility Connect\\r\\n4.4.15\\tVodafone\\r\\n5\\tMarket Profiles\\r\\n5.1\\tRegional summary\\r\\n5.1.1\\tEU energy strategy\\r\\n5.1.2\\tEU policies related to smart metering\\r\\n5.1.3\\tSmart metering policies on the national level\\r\\n5.1.4\\tTop smart metering projects in EU27+3 countries\\r\\n5.2\\tAustria\\r\\n5.2.1\\tElectricity and gas distribution structure\\r\\n5.2.2\\tMetering regulatory environment\\r\\n5.2.3\\tSmart metering market developments\\r\\n5.2.4\\tSecond-wave rollout preparations\\r\\n5.3\\tBelgium\\r\\n5.3.1\\tElectricity and gas distribution industry structure\\r\\n5.3.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.4\\tBulgaria\\r\\n5.4.1\\tElectricity and gas distribution industry structure\\r\\n5.4.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.5\\tCroatia\\t\\r\\n5.5.1\\tElectricity and gas distribution industry structure\\r\\n5.5.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.6\\tCyprus\\r\\n5.6.1\\tElectricity distribution industry structure\\r\\n5.6.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.7\\tCzech Republic\\r\\n5.7.1\\tElectricity and gas distribution industry structure\\r\\n5.7.2\\tMetering regulatory environment\\r\\n5.7.3\\tSmart metering market developments\\r\\n5.8\\tDenmark\\r\\n5.8.1\\tElectricity and gas distribution industry structure\\r\\n5.8.2\\tMetering regulatory environment\\r\\n5.8.3\\tSmart metering market developments\\r\\n5.9\\tEstonia\\r\\n5.9.1\\tElectricity and gas distribution industry structure\\r\\n5.9.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.10\\tFinland\\r\\n5.10.1\\tElectricity distribution industry structure\\r\\n5.10.2\\tFirst wave of smart metering 2004–2013\\r\\n5.10.3\\tSecond-wave of smart metering\\r\\n5.11\\tFrance\\r\\n5.11.1\\tElectricity and gas distribution industry structure\\r\\n5.11.2\\tNationwide program for smart electricity metering\\r\\n5.11.3\\tNationwide program for smart gas metering\\r\\n5.12\\tGermany\\r\\n5.12.1\\tElectricity and gas distribution industry structure\\r\\n5.12.2\\tMetering regulatory environment\\r\\n5.12.3\\tTechnical standardization of smart meters\\r\\n5.12.4\\tSmart metering market developments\\r\\n5.13\\tGreece\\r\\n5.13.1\\tElectricity and gas distribution industry structure\\r\\n5.13.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.14\\tHungary\\r\\n5.14.1\\tElectricity and gas distribution industry structure\\r\\n5.14.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.15\\tIreland\\r\\n5.15.1\\tElectricity and gas distribution structure\\r\\n5.15.2\\tNationwide program for deployment of smart meters\\r\\n5.16\\tItaly\\r\\n5.16.1\\tElectricity and gas distribution industry structure\\r\\n5.16.2\\tFirst stage of smart metering adoption 2001–2013\\r\\n5.16.3\\tSecond stage of smart metering adoption 2014–2024\\r\\n5.17\\tLatvia\\r\\n5.17.1\\tElectricity and gas distribution industry structure\\r\\n5.17.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.18\\tLithuania\\r\\n5.18.1\\tElectricity and gas distribution industry structure\\r\\n5.18.2\\tSmart metering market developments\\r\\n5.19\\tLuxembourg\\r\\n5.19.1\\tElectricity and gas distribution industry structure\\r\\n5.19.2\\tMetering regulatory environment and smart metering rollout plans\\r\\n5.20\\tMalta\\r\\n5.20.1\\tUtility industry structure\\r\\n5.20.2\\tNational smart grid project and rollout of second-generation smart meters\\r\\n5.21\\tNetherlands\\r\\n5.21.1\\tElectricity and gas distribution industry structure\\r\\n5.21.2\\tMetering regulatory environment\\r\\n5.21.3\\tSmart metering market developments\\r\\n5.21.4\\tSecond-wave rollout preparations\\r\\n5.21.5\\tNextGen project timeline\\r\\n5.22\\tNorway\\r\\n5.22.1\\tElectricity distribution industry structure\\r\\n5.22.2\\tMetering regulatory environment\\r\\n5.22.3\\tSmart metering market developments and first wave tender results\\r\\n5.22.4\\tSecond-wave rollout preparations\\r\\n5.23\\tPoland\\r\\n5.23.1\\tElectricity and gas distribution industry structure\\r\\n5.23.2\\tMetering regulatory environment\\r\\n5.23.3\\tSmart metering projects\\r\\n5.24\\tPortugal\\r\\n5.24.1\\tElectricity and gas distribution industry structure\\r\\n5.24.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.25\\tRomania\\r\\n5.25.1\\tElectricity and gas distribution industry structure\\r\\n5.25.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.26\\tSlovakia\\r\\n5.26.1\\tElectricity and gas distribution industry structure\\r\\n5.26.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.27\\tSlovenia\\r\\n5.27.1\\tElectricity and gas distribution industry structure\\r\\n5.27.2\\tSmart metering market developments\\r\\n5.28\\tSpain\\r\\n5.28.1\\tElectricity and gas distribution industry structure\\r\\n5.28.2\\tMetering regulatory environment\\r\\n5.28.3\\tSmart metering market developments\\r\\n5.29\\tSweden\\r\\n5.29.1\\tElectricity distribution industry structure\\r\\n5.29.2\\tFirst wave of smart metering 2003–2009\\r\\n5.29.3\\tSecond wave of smart metering 2018–2024\\r\\n5.30\\tSwitzerland\\r\\n5.30.1\\tElectricity distribution industry structure\\r\\n5.30.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.31\\tUnited Kingdom\\r\\n5.31.1\\tElectricity and gas industry structure\\r\\n5.31.2\\tMetering regulatory environment\\r\\n5.31.3\\tGreat Britain’s planned nationwide smart metering system\\r\\n5.31.4\\tSmart meter criticism and regulatory framework revision\\r\\n5.31.5\\tSmart meter rollout\\r\\n5.31.6\\tSmart metering in Northern Ireland, the Channel Islands and Gibraltar\\r\\n6\\tCase Studies: Smart Metering Projects in Europe\\r\\n6.1\\tEnel\\r\\n6.1.1\\tEnel Open Meter and the second-generation rollout in Italy\\r\\n6.1.2\\tEndesa’s smart metering project in Spain\\r\\n6.1.3\\tSmart meter rollout in Romania\\r\\n6.2\\tEnedis\\r\\n6.2.1\\tThe Linky Programme\\r\\n6.2.2\\tSystem development and large-scale pilot\\r\\n6.2.3\\tFull-scale rollout\\r\\n6.3\\tCurrent smart meter projects in five European countries\\r\\n6.3.1\\tAustria – Wiener Netze\\r\\n6.3.2\\tBelgium – Fluvius\\r\\n6.3.3\\tIreland – ESB Networks\\r\\n6.3.4\\tLithuania – ESO\\r\\n6.3.5\\tGreece – HEDNO\\r\\n6.4\\tPioneering next-generation smart meter rollouts\\r\\n6.4.1\\tE.ON Sweden\\r\\n6.4.2\\tElenia\\r\\n6.5\\tSmart gas meter rollouts in France and Italy\\r\\n6.5.1\\tGRDF\\r\\n6.5.2\\t2i Rete (Italgas)\\r\\n6.6\\tSmart meter communications platforms in Germany and the UK\\r\\n6.6.1\\tGermany\\r\\n6.6.2\\tUnited Kingdom\\r\\n6.7\\tSmart metering in Eastern Europe and the Balkans\\r\\n7\\tMarket Forecasts and Trends\\r\\n7.1\\tMarket trends\\r\\n7.1.1\\tSecond-wave rollouts to account for a substantial share of shipments\\r\\n7.1.2\\tGrowth increasingly driven by CEE and Southeast European projects\\r\\n7.1.3\\tSmart metering systems shift towards more granular data and modularity\\r\\n7.1.4\\tAdoption of LTE-M and NB-IoT connectivity continues to increase\\r\\n7.1.5\\tSecurity has become an operational requirement\\r\\n7.1.6\\tSupplier dynamics evolve in Europe\\r\\n7.1.7\\tRethinking the smart metering offering to respond to emerging utility needs\\r\\n7.1.8\\tEurope’s gas networks prepare for a low-carbon future\\r\\n7.2\\tSmart electricity metering market forecast\\r\\n7.2.1\\tCapital expenditure forecast\\r\\n7.2.2\\tCommunications technology market shares\\r\\n7.3\\tSmart gas metering market forecast\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/07/10191019/bi-sm20-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of smart energy meters to reach 360 million across Europe by 2031\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Two thirds of all electricity customers in EU27+3 had a smart meter at the end of 2025 – a figure that is forecasted to increase to as much as 85 percent in 2031. In terms of shipments, smart meters accounted for around 85 percent of total EU27+3 electricity meter shipments in 2025. Poland, which is currently in the midst of a nationwide rollout, was the largest market in terms of shipments with around 2.5 million units installed during the year. The second largest market was Germany, which after lengthy delays saw an acceleration of deployments and ended the year with annual shipments of more than 1.9 million units. The United Kingdom was the third largest market by volume with yearly shipments of nearly 1.8 million units, a number that should have been higher if the British utilities met their installation targets for the year. France and Spain were also in the top five in terms of shipment volumes, driven by second-generation replacements. Other markets with large installation volumes during the year included Italy, Belgium, Switzerland, Romania and Finland. The smart metering market in Europe remains promising and is set for robust growth in the coming years with over 130 million smart electricity meters forecasted to be deployed across the region during 2025–2031.\",\n          \"\",\n          \"In addition to major first-generation deployments in countries such as Germany, the UK, Poland, Greece, Romania, Belgium and the Czech Republic, second-generation rollouts in countries such as Spain, France and the Netherlands will contribute with substantial shipment volumes throughout the forecast period. Poland will continue to be a significant contributor to annual shipment volumes until 2030, although Germany is expected to overtake the role as Europe’s largest market in terms of first-generation smart meter shipments towards the end of the decade. Greece is also expected to be one of the largest markets with estimated annual shipments in the range of 1–1.5 million units between 2026–2030. From 2026 and forward, the ramp-up of second-generation installations in Spain, the Netherlands and France will be the most important drivers for yearly shipment volumes. In total, replacements of first-generation smart meters are expected to be in the range of 20–50 percent of total smart meter shipments in Europe throughout the next five years, or 4.0–9.0 million units annually.\",\n          \"\",\n          \"As the rollouts in many countries in Western Europe and the Nordics are now either well-advanced or completed, the focus continues to shift to Central, East and Southeast Europe. The outlook for the region has improved significantly over the past five years with multiple major rollouts now underway. Overall, the CEE and Southeast European region accounted for over 50 percent of annual EU27+3 smart meter shipments in 2025, up from 32 percent in 2024. Looking only at the growth in annual shipment volumes of first-generation smart meter projects, nine of the ten fastest growing markets can be found in CEE and Southeast Europe.\",\n          \"\",\n          \"The rapid development of new wireless technologies for IoT communications has a major impact on the smart metering market in Europe. DSOs planning for new smart grid projects and rollouts in the mid-2020s have a wide range of increasingly sophisticated wireless technologies to choose from for their networking platforms. Wireless technologies have a number of advantages compared to PLC technologies which dominated the first wave of smart electricity deployments in Europe. Supported by massive R&D investments in the mobile communications industry in combination with decreasing mobile subscription costs, 3GPP-based LPWA technologies such as LTE-M and NB-IoT are now rapidly gaining traction in the electricity, gas and water utilities space. Several major deployments utilising these technologies are now either completed, underway or about to begin in the Benelux, the Nordics, the Baltics and Southern Europe. 3GPP-based LPWA will more than double its smart meter connectivity market share throughout the forecast period. Various forms of PLC will remain the dominant technology group in terms of installed base although purely wireless communications options are forecasted to account for over 50 percent of shipment volumes during most of the forecast period – peaking at around 62 percent in 2028.\",\n          \"\",\n          \"Adoption of smart metering is also growing fast in the European gas distribution market. At the end of 2025, around 48 percent of the natural gas customers in EU27+3 had been equipped with a smart gas meter. Berg Insight estimates that the number of natural gas customers with a smart gas meter will increase to 78.8 million in 2031, equal to a penetration rate of over 62 percent. Annual shipments of smart gas meters in the EU27+3 amounted to 3.2 million units in 2025. This represented an increase of nearly 0.3 million units compared to 2024, which was largely due to the start of a large-scale project in Poland which made the country the second largest market by shipment volume in 2025. Despite installations in the UK again having proceeded at a slower pace than anticipated, the country was nevertheless the most active market in 2025 with over 1.4 million units installed. Italy and Belgium were also significant markets, accounting for around 0.5 and 0.3 million shipments respectively during the year. Annual shipment volumes of smart gas meters are projected to remain stable at around 5–6 million units throughout the forecast period, with an expected peak of 5.9 million units during 2028/2029. Driven by Italgas’ second-generation rollout, Italy is forecasted to emerge as the largest market in Europe by shipment volume in 2027 and to maintain that position throughout the forecast period. The UK is expected to remain one of the region’s largest markets as well, with shipment volumes supported by continued installations in line with the government’s revised ambition to complete the nationwide rollout by 2030. Significant volumes are also anticipated in additional countries over the coming years, particularly Spain, the Netherlands, Poland, France, Greece and Belgium, where the former will account for 22 percent of yearly shipment volumes in Europe by 2031.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/07/10191028/bi-sm20-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3928,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-08-22 09:48:16\",\n          \"post_date_gmt\": \"2023-08-22 07:48:16\",\n          \"post_content\": \"\",\n          \"post_title\": \"Felix Linderum\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"felix-linderum\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-03-25 20:49:18\",\n          \"post_modified_gmt\": \"2026-03-25 19:49:18\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3928\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"302\",\n    \"variations\": [\n      {\n        \"id\": 6555,\n        \"name\": \"Smart Metering in Europe - 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The global installed base of individually controlled smart street lights amounted to 38.5 million units at the end of 2025. Growing at a CAGR of 17.9 percent, the number will reach 87.6 million in 2030. Europe is the leading adopter and today accounts for around 36 percent of the global installed base. North America is the second largest, closely followed by Asia-Pacific. 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infrastructure\\r\\n1.4.3\\tCentral management system\\r\\n2\\tCompany Profiles and Strategies\\r\\n2.1\\tLighting control vendors\\r\\n2.1.1\\tAcuity Brands\\r\\n2.1.2\\tAlgorab\\r\\n2.1.3\\tBH Technologies\\r\\n2.1.4\\tC2 SmartLight\\r\\n2.1.5\\tCITiLIGHT\\r\\n2.1.6\\tCityLight.net\\r\\n2.1.7\\tCurrent Lighting\\r\\n2.1.8\\tDatek Light Control\\r\\n2.1.9\\tDigitalPlatforms (formerly UMPI)\\r\\n2.1.10\\tDimonoff\\r\\n2.1.11\\teSave\\r\\n2.1.12\\tEXELIOT\\r\\n2.1.13\\tFagerhult Group\\r\\n2.1.14\\tFlashnet (Lucy Group)\\r\\n2.1.15\\tFonda Technology\\r\\n2.1.16\\tgridComm\\r\\n2.1.17\\tItron\\r\\n2.1.18\\tLACROIX\\r\\n2.1.19\\tLED Roadway Lighting\\r\\n2.1.20\\tLandis+Gyr\\r\\n2.1.21\\tLixtec\\r\\n2.1.22\\tLucy Zodion (Lucy Group)\\r\\n2.1.23\\tLusety\\r\\n2.1.24\\tM2M Telemetria\\r\\n2.1.25\\tMinebeaMitsumi & Paradox Engineering\\r\\n2.1.26\\tOPPLE\\r\\n2.1.27\\tRevetec\\r\\n2.1.28\\tRongwen Energy Technology Group\\r\\n2.1.29\\tSchréder\\r\\n2.1.30\\tSignify\\r\\n2.1.31\\tSmartmation\\r\\n2.1.32\\tSSE\\r\\n2.1.33\\tST Engineering Telematics Wireless\\r\\n2.1.34\\tTVILIGHT\\r\\n2.1.35\\tUbicquia\\r\\n2.1.36\\tUrban Control (DW Windsor)\\r\\n2.1.37\\tDomestic Chinese Vendors\\r\\n2.2\\tSoftware and network platform specialists\\r\\n2.2.1\\tCisco\\r\\n2.2.2\\tCitégestion (EDF)\\r\\n2.2.3\\tCityLinx\\r\\n2.2.4\\tExati\\r\\n2.2.5\\tDhyan\\r\\n2.2.6\\tLuminext\\r\\n2.2.7\\tNetmore\\r\\n2.2.8\\tTerraGo\\r\\n2.2.9\\tTrilliant\\r\\n3\\tMarket Profiles\\r\\n3.1\\tEurope\\r\\n3.1.1\\tAustria\\r\\n3.1.2\\tBelgium\\r\\n3.1.3\\tCyprus\\r\\n3.1.4\\tCzech Republic\\r\\n3.1.5\\tFrance\\r\\n3.1.6\\tGermany\\r\\n3.1.7\\tGreece\\r\\n3.1.8\\tHungary\\r\\n3.1.9\\tItaly\\r\\n3.1.10\\tNetherlands\\r\\n3.1.11\\tNordics\\r\\n3.1.12\\tPoland\\r\\n3.1.13\\tPortugal\\r\\n3.1.14\\tRomania\\r\\n3.1.15\\tSpain\\r\\n3.1.16\\tSwitzerland\\r\\n3.1.17\\tUnited Kingdom\\r\\n3.1.18\\tRest of Europe\\r\\n3.2\\tNorth America\\t\\r\\n3.2.1\\tUnited States\\r\\n3.2.2\\tCanada\\r\\n3.3\\tThe Middle East\\r\\n3.3.1\\tKingdom of Saudi Arabia\\r\\n3.3.2\\tUnited Arab Emirates\\t\\r\\n3.3.3\\tRest of the Middle East\\r\\n3.4\\tAfrica\\r\\n3.4.1\\tKenya\\r\\n3.4.2\\tSouth Africa\\r\\n3.4.3\\tRest of Africa\\r\\n3.5\\tLatin America\\r\\n3.5.1\\tArgentina\\r\\n3.5.2\\tBrazil\\r\\n3.5.3\\tChile\\r\\n3.5.4\\tColombia\\r\\n3.5.5\\tEcuador\\r\\n3.5.6\\tMexico\\r\\n3.5.7\\tUruguay\\r\\n3.5.8\\tRest of Latin America\\r\\n3.6\\tAsia-Pacific\\r\\n3.6.1\\tChina\\r\\n3.6.2\\tAustralia\\r\\n3.6.3\\tNew Zealand\\r\\n3.6.4\\tIndia\\r\\n3.6.5\\tRest of Asia-Pacific\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tMarket forecasts\\r\\n4.2\\tIndustry analysis\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tThe smart street lighting market has begun its consolidation journey\\r\\n4.3.2\\tCellular technologies gain ground as a popular connectivity alternative\\r\\n4.3.3\\tThe growing strategic importance of software and AI in smart street lighting\\r\\n4.3.4\\tSmart lighting vendors bet on the broader smart cities market\\r\\n4.3.5\\tGrowing adoption of D4i and Zhaga\\r\\n4.3.6\\tOpen and interoperable solutions gain importance\\r\\n4.3.7\\tSecond-wave smart street lighting deployments are picking up pace\\r\\n4.3.8\\tWeakening business case for smart pole solutions\\r\\n4.3.9\\tCabinet-control solutions remain an important market segment\\r\\n4.3.10\\tSensor-controller nodes emerge for selected lighting applications\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/23160848/bi-streetlighting4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"What are the latest developments on the global smart street lighting market?\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Electrified public street lighting infrastructure has been around since the late 19th century to improve vehicle and pedestrian safety as well as to provide increased comfort to all users of the streets. Today, several hundred million street lights have been installed worldwide and the technology is now close to ubiquitous in all major urban areas of the developed world. The street lighting infrastructure however often constitutes major cost centres in terms of energy consumption and maintenance work, and also accounts for a significant share of the total greenhouse gas emissions that a city generates. In addition, static lighting schemes contribute to unnecessary light pollution, which could have harmful impacts on both humans and environmental ecosystems. Along with the developments in IoT communications and energy-efficient LED technology, smart street lighting systems that enable remote monitoring, control and management of street lighting networks have emerged to address these issues and allow authorities and utilities to achieve significant cost and energy savings while at the same time improving the societal benefits provided to citizens. In recent years, smart street lighting infrastructure has moreover emerged as a promising platform for the management of a variety of additional smart city devices.\",\n                        \"\",\n                        \"Berg Insight estimates that the global installed base of individually controlled smart street lights amounted to 38.5 million units at the end of 2025. Growing at a CAGR of 17.9 percent, the number will reach 87.6 million in 2030. Europe is the leading adopter and today accounts for around 36 percent of the global installed base. North America is meanwhile the second largest market representing 29 percent of the global installed base. A variety of proprietary RF networking platforms together account for 52 percent of the individually controlled street lights while cellular, and public and private LoRa communications are the second and third most common connectivity technologies respectively. The majority of the LoRa deployments are leveraging LoRaWAN networks. At the end of 2025, the leading smart street lighting vendor was Signify with an installed base of about 6.2 million lighting controls, followed by US-based Itron and the Chinese vendor Fonda Technology.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/23160859/bi-streetlighting4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 5735,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2025-08-15 19:02:30\",\n                        \"post_date_gmt\": \"2025-08-15 17:02:30\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Filip Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                      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     {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 20 interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"360-degree overview of smart street lighting technology.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive coverage by region with in-depth market profiles of 37 countries.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 45 key players in the smart street lighting market.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of vendor market shares and competitive dynamics.\"\n                      },\n                      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household investment economics\\r\\n1.1.10\\tValue chain\\r\\n1.2\\tThe electricity market\\r\\n1.2.1\\tEurope\\t\\r\\n1.2.2\\tNorth America\\r\\n1.2.3\\tSmart grids\\r\\n1.3\\tSolar power generation\\r\\n1.3.1\\tResidential solar PV system installations and shipments\\r\\n1.4\\tMarket drivers for HEMS\\r\\n1.4.1\\tGovernment subsidies and incentives\\r\\n1.4.2\\tNet metering and feed-in tariffs\\r\\n1.4.3\\tLoad management, demand response and VPP programmes\\r\\n1.4.4\\tRising electricity prices\\r\\n1.4.5\\tDeclining costs of solar PV and battery storage solutions\\r\\n1.4.6\\tGrid independence and power outage protection\\r\\n1.4.7\\tGrowth of EVs and electrical heating systems\\r\\n2\\tCommunications Technologies and Standards\\r\\n2.1\\t3GPP cellular and LPWA technologies\\r\\n2.1.1\\t2G/3G/4G/5G cellular technologies and IoT\\r\\n2.1.2\\tLoRa and LoRaWAN\\r\\n2.1.3\\tSigfox\\r\\n2.2\\tHome networking technologies and standards\\r\\n2.2.1\\tBluetooth\\r\\n2.2.2\\tEEBus\\r\\n2.2.3\\tHome Connectivity Alliance (HCA)\\r\\n2.2.4\\tKNX\\r\\n2.2.5\\tMatter\\r\\n2.2.6\\tModbus\\r\\n2.2.7\\tOpenADR\\r\\n2.2.8\\tOpen Charge Point Protocol (OCPP)\\r\\n2.2.9\\tOpenTherm\\r\\n2.2.10\\tSG-Ready\\r\\n2.2.11\\tSunSpec\\r\\n2.2.12\\tThread\\r\\n2.2.13\\tWi-Fi\\r\\n2.2.14\\tZigbee\\r\\n2.2.15\\tZ-Wave\\r\\n3\\tHome Battery Storage System Providers\\r\\n3.1\\tEuropean companies\\r\\n3.1.1\\tE3/DC (Hager Group)\\r\\n3.1.2\\tEmaldo\\r\\n3.1.3\\tFenecon\\r\\n3.1.4\\tFerroamp\\r\\n3.1.5\\tFimer (Motion Applied)\\r\\n3.1.6\\tFronius\\r\\n3.1.7\\tKostal\\r\\n3.1.8\\tMyenergi\\r\\n3.1.9\\tPolarium Energy Solutions\\r\\n3.1.10\\tPowervault Plus (EBIS GB Holdings)\\r\\n3.1.11\\tPuredrive Energy\\r\\n3.1.12\\tRCT Power\\r\\n3.1.13\\tSAX Power\\r\\n3.1.14\\tSenec (EnBW)\\r\\n3.1.15\\tSMA Solar Technology\\r\\n3.1.16\\tSolarwatt\\r\\n3.1.17\\tSonnen\\r\\n3.1.18\\tVARTA\\r\\n3.1.19\\tViessmann Climate Solutions (Carrier)\\r\\n3.2\\tNorth American companies\\r\\n3.2.1\\tBase Power\\r\\n3.2.2\\tBriggs & Stratton Energy Solutions\\r\\n3.2.3\\tCanadian Solar\\r\\n3.2.4\\tEnphase Energy\\r\\n3.2.5\\tFortress Power\\r\\n3.2.6\\tFranklinWH Energy Storage\\r\\n3.2.7\\tGenerac\\r\\n3.2.8\\tLunar Energy\\r\\n3.2.9\\tNeoVolta\\r\\n3.2.10\\tSavant Systems\\r\\n3.2.11\\tTesla\\r\\n3.2.12\\tTigo Energy\\r\\n3.3\\tRest of World companies\\r\\n3.3.1\\tAlphaESS\\r\\n3.3.2\\tAPsystems (Yuneng Technology)\\r\\n3.3.3\\tBluetti Power (PowerOak Newener)\\r\\n3.3.4\\tBYD Electronic\\r\\n3.3.5\\tEcoFlow\\r\\n3.3.6\\tGoodWe\\r\\n3.3.7\\tGrowatt New Energy\\r\\n3.3.8\\tHanwha Qcells\\r\\n3.3.9\\tHuawei\\r\\n3.3.10\\tJinkoSolar\\r\\n3.3.11\\tLG Energy Solution\\r\\n3.3.12\\tPylon Technologies\\r\\n3.3.13\\tSamsung SDI\\r\\n3.3.14\\tSigenergy\\r\\n3.3.15\\tSolarEdge\\r\\n3.3.16\\tSolaX Power Network Technology\\r\\n3.3.17\\tSungrow Power Supply\\r\\n3.3.18\\tTeraHive (Liteon Technology)\\r\\n4\\tHome Energy Management Solution Providers\\r\\n4.1\\tHEMS platform providers and integrators\\r\\n4.1.1\\t1KOMMA5°\\r\\n4.1.2\\tBeegy\\r\\n4.1.3\\tClever-PV\\r\\n4.1.4\\tConsolinno Energy\\r\\n4.1.5\\tCurrentt\\r\\n4.1.6\\tDerapi\\r\\n4.1.7\\tEniris\\r\\n4.1.8\\tEnjoyelec\\r\\n4.1.9\\tEnode\\r\\n4.1.10\\tEnpal\\r\\n4.1.11\\tGridX (E.ON)\\r\\n4.1.12\\tKiwigrid\\r\\n4.1.13\\tReduxi FlexCo\\r\\n4.1.14\\tSaveeye\\r\\n4.1.15\\tSolar Manager\\r\\n4.1.16\\tXemex\\r\\n4.1.17\\tZerofy\\r\\n4.2\\tSmart home, electrical panel and load control solution providers\\r\\n4.2.1\\tEaton\\r\\n4.2.2\\tHomey (LG Electronics)\\r\\n4.2.3\\tLegrand\\r\\n4.2.4\\tLeviton\\r\\n4.2.5\\tLoxone\\r\\n4.2.6\\tLumin (ABB)\\r\\n4.2.7\\tSchneider Electric\\r\\n4.2.8\\tShelly Group\\r\\n4.2.9\\tSmappee\\r\\n4.2.10\\tSPAN\\r\\n4.2.11\\tTheben\\r\\n4.3\\tElectricity retailers\\r\\n4.3.1\\tGreenely\\r\\n4.3.2\\tOctopus Energy\\r\\n4.3.3\\tOstrom\\r\\n4.3.4\\tTibber\\r\\n5\\tMarket Analysis and Trends\\r\\n5.1\\tMarket forecasts\\r\\n5.2\\tValue chain analysis\\r\\n5.2.1\\tLeading home battery storage system providers\\r\\n5.2.2\\tCompanies from other industry sectors enter the HEMS market\\r\\n5.3\\tTrends\\r\\n5.3.1\\tLower solar export compensation boosts battery storage demand\\r\\n5.3.2\\tVirtual power plants to become more powerful as more DERs are connected\\r\\n5.3.3\\tEV batteries emerge as a source of home backup power\\r\\n5.3.4\\tInteroperability will be key for the adoption of wider HEMS\\r\\n5.3.5\\tEnergy aggregation and trading create new revenue opportunities\\r\\n5.3.6\\tSmall-scale HEMS increases in popularity in Europe\\r\\n5.3.7\\tIntelligent and AI-driven solutions simplify home energy management\\r\\n5.3.8\\tEnergy-as-a-Service removes investment barriers for households\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/15164624/bi-homeenergy4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of Home Energy Management Systems in Europe and North America reached 6.0 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The residential sector accounts for around 25 percent of the total energy consumption in Europe and 15 percent in North America. Household electricity consumption is anticipated to increase substantially during the coming years due to the continued adoption of electric vehicles and heat pumps. Solutions that enable homeowners to reduce their overall energy consumption, optimise when electricity is consumed and increase the share of energy coming from renewable sources therefore play a vital role in the transition to carbon neutrality and mitigating climate change. In order to support this transition, governments in Europe and North America have introduced targeted incentives and subsidies to encourage residential investments in renewable energy and energy optimisation technologies. Higher and increasingly volatile electricity prices in some markets during recent years, combined with concerns over grid reliability and more frequent power outages in certain regions, have also strengthened homeowners’ incentives to invest in such solutions.\",\n                        \"\",\n                        \"In this report, a home energy management system (HEMS) is defined as a system that at a minimum consists of a solar PV system, battery storage system and a web-based management portal or smartphone app that enables remote monitoring and control of the system. A wider HEMS also integrates backup generators, EV chargers, heat pumps, home appliances and other connected devices and systems in the home. A HEMS enables households to actively participate in the electricity market, reduce their monthly electricity bills and help alleviate strain on the electricity grid during periods of high demand.\",\n                        \"\",\n                        \"At the end of 2025, there were an estimated 5.1 million HEMS installed in European homes. An estimated 1.3 million systems were added to the installed base in 2025. This figure includes both new installations of solar PV + battery storage systems as well as installations of battery storage systems in existing solar PV systems (i.e. retrofits). The penetration rate is still low in Europe, at around 4.3 percent. Germany is by far the leading market, accounting for close to half of the installed base and shipments in Europe. Growing at a CAGR of 19.4 percent, the installed base of HEMS in Europe is estimated to reach 12.5 million systems at the end of 2030. This corresponds to a penetration rate of 10.0 percent. \",\n                        \"\",\n                        \"The North American HEMS market is smaller in terms of the number of installed and shipped systems compared to Europe. At the end of 2025, there were an estimated 850,000 HEMS installed in North American homes. Shipments, including both new installations and retrofits, reached 200,000 systems in 2025. About 0.7 percent of the houses and MDUs in the region had a HEMS installed at the end of the year. The US is estimated to account for about 95 percent of the North American market while Canada accounts for about 5 percent. California, Texas, Hawaii, Arizona and Puerto Rico are among the largest HEMS markets in the US. Growing at a CAGR of 15.2 percent, the installed base of HEMS in North America is estimated to reach over 1.7 million systems at the end of 2030. This will correspond to a penetration rate of 1.4 percent. \",\n                        \"\",\n                        \"The HEMS value chain includes a diverse range of companies operating across different parts of the residential energy ecosystem. Some companies offer complete HEMS solutions that combine proprietary hardware, software and energy management capabilities. Other companies specialise in individual components, such as battery storage systems, inverters, EV chargers or energy management hardware, which can be integrated with third-party products to form a complete HEMS. There are also companies that focus primarily on software and energy management platforms, enabling hardware manufacturers, utilities and other market participants to integrate, monitor and optimise distributed energy resources in the home. Leading US-based players include Tesla, Enphase Energy, Generac, FranklinWH Energy Storage, Base Power, Lunar Energy and Savant Systems. Leading Germany-based companies include E3/DC (Hager Group), Sonnen, Senec (EnBW), Solarwatt, SMA Solar, RCT Power, Fenecon and Viessmann Climate Solutions (Carrier). Austrian Fronius, UK-based Puredrive Energy and Denmark-based Emaldo are also leading providers. Several major players on the HEMS market in North America and Europe are based outside of the two regions. These include China-based Huawei, Growatt, Sungrow, Sigenergy, AlphaESS, and BYD Electronic; Israel-based SolarEdge; and South Korea-based LG Energy Solution.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/15164634/bi-homeenergy4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 889,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:12:24\",\n                        \"post_date_gmt\": \"2021-01-12 15:12:24\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Apelgren\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-backman\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2024-08-05 20:32:46\",\n                        \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"309\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 20 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the HEMS value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Statistical data on residential solar PV system adoption in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 81 companies active in the solar PV, battery storage and HEMS industry.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed market sizing and forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Home Energy Management 4\",\n                \"src\": \"https://media.berginsight.com/2026/09/15164500/Home-Energy-Management-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-home-energy-management-systems-market-4/\",\n              \"name\": \"The Home Energy Management Systems Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Smart Buildings\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/smart-metering-in-europe\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"20th Edition\",\n                  \"main_product_category\": 29,\n                  \"short_description\": \"This is the twentieth consecutive report from Berg Insight analysing the latest developments for smart metering (electricity and gas) in Europe.\",\n                  \"full_description\": [\n                    \"Are you looking for detailed information and comprehensive data about the European smart metering market (electricity and gas)? Berg Insight’s analyst team has been covering smart metering continuously for more than twenty years. Smart Metering in Europe is our flagship 350-page report covering AMM in EU27+3. Learn more about the EU energy policies driving the adoption of smart metering and the latest market developments in Europe. Extensive data Excel is included.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/10191009/bi-sm20-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\t\\r\\n1\\tElectricity and Gas Markets in Europe\\r\\n1.1\\tEnergy industry players\\r\\n1.2\\tElectricity market\\r\\n1.3\\tGas market\\r\\n2\\tSmart Metering Solutions\\r\\n2.1\\tIntroduction to smart grids\\r\\n2.2\\tSmart metering\\r\\n2.2.1\\tSmart metering applications\\r\\n2.2.2\\tSmart metering infrastructure\\t\\r\\n2.2.3\\tBenefits of smart metering\\r\\n2.3\\tProject strategies\\r\\n2.3.1\\tSystem design and sourcing\\r\\n2.3.2\\tRollout and integration\\r\\n2.3.3\\tImplementation and operation\\r\\n2.3.4\\tCommunicating with customers\\r\\n2.4\\tRegulatory issues\\r\\n2.4.1\\tModels for the introduction of smart meters\\r\\n2.4.2\\tStandards and guidelines\\r\\n2.4.3\\tIndividual rights issues\\r\\n3\\tIoT Networks and Communications Technologies\\r\\n3.1\\tIoT network technologies\\r\\n3.1.1\\tNetwork architecture\\r\\n3.1.2\\tUnlicensed and licensed frequency bands\\r\\n3.2\\tPLC technology and standards\\r\\n3.2.1\\tInternational standards organisations\\r\\n3.2.2\\tG3-PLC\\r\\n3.2.3\\tPRIME\\r\\n3.2.4\\tMeters & More\\r\\n3.2.5\\tOSGP\\r\\n3.3\\t3GPP cellular and LPWA technologies\\r\\n3.3.1\\t2G/3G/4G/5G cellular technologies and IoT\\r\\n3.3.2\\tLTE-M and NB-IoT\\r\\n3.3.3\\tThe role of cellular networks in smart meter communications\\r\\n3.3.4\\tLoRa and LoRaWAN\\r\\n3.3.5\\tSigfox\\r\\n3.4\\tOther RF technologies and standards\\r\\n3.4.1\\tIEEE 802.15.4\\r\\n3.4.2\\tWi-SUN\\r\\n3.4.3\\tProprietary IPv6 connectivity stacks based on 802.15.4\\r\\n3.4.4\\tEN 13757\\r\\n4\\tSmart Metering Industry Players\\r\\n4.1\\tMeter vendors\\r\\n4.1.1\\tItron\\r\\n4.1.2\\tEYKON (Landis+Gyr EMEA)\\r\\n4.1.3\\tAclara (Hubbell)\\r\\n4.1.4\\tADD Grup\\r\\n4.1.5\\tAEM\\r\\n4.1.6\\tAidon (Gridspertise)\\r\\n4.1.7\\tApator\\r\\n4.1.8\\tCircutor\\r\\n4.1.9\\tDiehl Metering\\r\\n4.1.10\\tEDMI (Osaki Electric)\\r\\n4.1.11\\tEFR\\r\\n4.1.12\\tElgama Elektronika (Linyang Energy)\\r\\n4.1.13\\tEMH Metering\\r\\n4.1.14\\tFlonidan\\r\\n4.1.15\\tGridspertise\\r\\n4.1.16\\tHexing Electrical\\r\\n4.1.17\\tHoneywell\\r\\n4.1.18\\tHolley Technology\\r\\n4.1.19\\tIskraemeco\\r\\n4.1.20\\tKaifa Technology\\r\\n4.1.21\\tKamstrup\\r\\n4.1.22\\tMeter&Control\\r\\n4.1.23\\tMeteRSIT\\r\\n4.1.24\\tNetworked Energy Services\\r\\n4.1.25\\tNIK\\r\\n4.1.26\\tPietro Fiorentini\\r\\n4.1.27\\tSagemcom\\r\\n4.1.28\\tSanxing Electric\\r\\n4.1.29\\tWasion\\r\\n4.1.30\\tZIV\\r\\n4.1.31\\tZPA Smart Energy (El Sewedy Electrometer)\\r\\n4.1.32\\tZTE Corporation\\r\\n4.2\\tCommunications solution providers\\r\\n4.2.1\\tAPKAPPA\\r\\n4.2.2\\tCorinex\\r\\n4.2.3\\tCyanConnode\\r\\n4.2.4\\tDevolo\\r\\n4.2.5\\tNuriFlex\\r\\n4.2.6\\tOrmazabal\\r\\n4.2.7\\tPower Plus Communications\\r\\n4.2.8\\tSensus International\\r\\n4.2.9\\tTheben Smart Energy\\r\\n4.2.10\\tToshiba\\r\\n4.2.11\\tTrilliant\\r\\n4.2.12\\tWirepas\\r\\n4.2.13\\tXemex\\r\\n4.3\\tSoftware solution providers\\r\\n4.3.1\\tAvance Metering\\r\\n4.3.2\\tAtlantica Digital\\r\\n4.3.3\\tCuculus\\r\\n4.3.4\\tEnergyworx (Gridspertise)\\r\\n4.3.5\\tEmbriq\\r\\n4.3.6\\tHansen Technologies\\r\\n4.3.7\\tFerranti\\r\\n4.3.8\\tKisters\\r\\n4.3.9\\tOracle\\r\\n4.3.10\\tRobotron Datenbank-Software\\r\\n4.3.11\\tSAP\\r\\n4.3.12\\tSiemens\\r\\n4.3.13\\tTelecontrol STM\\r\\n4.3.14\\tTerranova Software\\r\\n4.3.15\\tVIVAVIS\\r\\n4.4\\tSystem integrators and communications service providers\\r\\n4.4.1\\tA1 Telekom Austria\\r\\n4.4.2\\tArqiva\\r\\n4.4.3\\tALTEN (Worldgrid)\\r\\n4.4.4\\tCapgemini\\r\\n4.4.5\\tCGI\\r\\n4.4.6\\tCom4\\r\\n4.4.7\\tGE Vernova\\r\\n4.4.8\\tIBM\\r\\n4.4.9\\tTelecom Italia\\r\\n4.4.10\\tKPN\\r\\n4.4.11\\tTelefónica\\r\\n4.4.12\\tTelenor\\r\\n4.4.13\\tTelia Company\\r\\n4.4.14\\tUtility Connect\\r\\n4.4.15\\tVodafone\\r\\n5\\tMarket Profiles\\r\\n5.1\\tRegional summary\\r\\n5.1.1\\tEU energy strategy\\r\\n5.1.2\\tEU policies related to smart metering\\r\\n5.1.3\\tSmart metering policies on the national level\\r\\n5.1.4\\tTop smart metering projects in EU27+3 countries\\r\\n5.2\\tAustria\\r\\n5.2.1\\tElectricity and gas distribution structure\\r\\n5.2.2\\tMetering regulatory environment\\r\\n5.2.3\\tSmart metering market developments\\r\\n5.2.4\\tSecond-wave rollout preparations\\r\\n5.3\\tBelgium\\r\\n5.3.1\\tElectricity and gas distribution industry structure\\r\\n5.3.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.4\\tBulgaria\\r\\n5.4.1\\tElectricity and gas distribution industry structure\\r\\n5.4.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.5\\tCroatia\\t\\r\\n5.5.1\\tElectricity and gas distribution industry structure\\r\\n5.5.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.6\\tCyprus\\r\\n5.6.1\\tElectricity distribution industry structure\\r\\n5.6.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.7\\tCzech Republic\\r\\n5.7.1\\tElectricity and gas distribution industry structure\\r\\n5.7.2\\tMetering regulatory environment\\r\\n5.7.3\\tSmart metering market developments\\r\\n5.8\\tDenmark\\r\\n5.8.1\\tElectricity and gas distribution industry structure\\r\\n5.8.2\\tMetering regulatory environment\\r\\n5.8.3\\tSmart metering market developments\\r\\n5.9\\tEstonia\\r\\n5.9.1\\tElectricity and gas distribution industry structure\\r\\n5.9.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.10\\tFinland\\r\\n5.10.1\\tElectricity distribution industry structure\\r\\n5.10.2\\tFirst wave of smart metering 2004–2013\\r\\n5.10.3\\tSecond-wave of smart metering\\r\\n5.11\\tFrance\\r\\n5.11.1\\tElectricity and gas distribution industry structure\\r\\n5.11.2\\tNationwide program for smart electricity metering\\r\\n5.11.3\\tNationwide program for smart gas metering\\r\\n5.12\\tGermany\\r\\n5.12.1\\tElectricity and gas distribution industry structure\\r\\n5.12.2\\tMetering regulatory environment\\r\\n5.12.3\\tTechnical standardization of smart meters\\r\\n5.12.4\\tSmart metering market developments\\r\\n5.13\\tGreece\\r\\n5.13.1\\tElectricity and gas distribution industry structure\\r\\n5.13.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.14\\tHungary\\r\\n5.14.1\\tElectricity and gas distribution industry structure\\r\\n5.14.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.15\\tIreland\\r\\n5.15.1\\tElectricity and gas distribution structure\\r\\n5.15.2\\tNationwide program for deployment of smart meters\\r\\n5.16\\tItaly\\r\\n5.16.1\\tElectricity and gas distribution industry structure\\r\\n5.16.2\\tFirst stage of smart metering adoption 2001–2013\\r\\n5.16.3\\tSecond stage of smart metering adoption 2014–2024\\r\\n5.17\\tLatvia\\r\\n5.17.1\\tElectricity and gas distribution industry structure\\r\\n5.17.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.18\\tLithuania\\r\\n5.18.1\\tElectricity and gas distribution industry structure\\r\\n5.18.2\\tSmart metering market developments\\r\\n5.19\\tLuxembourg\\r\\n5.19.1\\tElectricity and gas distribution industry structure\\r\\n5.19.2\\tMetering regulatory environment and smart metering rollout plans\\r\\n5.20\\tMalta\\r\\n5.20.1\\tUtility industry structure\\r\\n5.20.2\\tNational smart grid project and rollout of second-generation smart meters\\r\\n5.21\\tNetherlands\\r\\n5.21.1\\tElectricity and gas distribution industry structure\\r\\n5.21.2\\tMetering regulatory environment\\r\\n5.21.3\\tSmart metering market developments\\r\\n5.21.4\\tSecond-wave rollout preparations\\r\\n5.21.5\\tNextGen project timeline\\r\\n5.22\\tNorway\\r\\n5.22.1\\tElectricity distribution industry structure\\r\\n5.22.2\\tMetering regulatory environment\\r\\n5.22.3\\tSmart metering market developments and first wave tender results\\r\\n5.22.4\\tSecond-wave rollout preparations\\r\\n5.23\\tPoland\\r\\n5.23.1\\tElectricity and gas distribution industry structure\\r\\n5.23.2\\tMetering regulatory environment\\r\\n5.23.3\\tSmart metering projects\\r\\n5.24\\tPortugal\\r\\n5.24.1\\tElectricity and gas distribution industry structure\\r\\n5.24.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.25\\tRomania\\r\\n5.25.1\\tElectricity and gas distribution industry structure\\r\\n5.25.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.26\\tSlovakia\\r\\n5.26.1\\tElectricity and gas distribution industry structure\\r\\n5.26.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.27\\tSlovenia\\r\\n5.27.1\\tElectricity and gas distribution industry structure\\r\\n5.27.2\\tSmart metering market developments\\r\\n5.28\\tSpain\\r\\n5.28.1\\tElectricity and gas distribution industry structure\\r\\n5.28.2\\tMetering regulatory environment\\r\\n5.28.3\\tSmart metering market developments\\r\\n5.29\\tSweden\\r\\n5.29.1\\tElectricity distribution industry structure\\r\\n5.29.2\\tFirst wave of smart metering 2003–2009\\r\\n5.29.3\\tSecond wave of smart metering 2018–2024\\r\\n5.30\\tSwitzerland\\r\\n5.30.1\\tElectricity distribution industry structure\\r\\n5.30.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.31\\tUnited Kingdom\\r\\n5.31.1\\tElectricity and gas industry structure\\r\\n5.31.2\\tMetering regulatory environment\\r\\n5.31.3\\tGreat Britain’s planned nationwide smart metering system\\r\\n5.31.4\\tSmart meter criticism and regulatory framework revision\\r\\n5.31.5\\tSmart meter rollout\\r\\n5.31.6\\tSmart metering in Northern Ireland, the Channel Islands and Gibraltar\\r\\n6\\tCase Studies: Smart Metering Projects in Europe\\r\\n6.1\\tEnel\\r\\n6.1.1\\tEnel Open Meter and the second-generation rollout in Italy\\r\\n6.1.2\\tEndesa’s smart metering project in Spain\\r\\n6.1.3\\tSmart meter rollout in Romania\\r\\n6.2\\tEnedis\\r\\n6.2.1\\tThe Linky Programme\\r\\n6.2.2\\tSystem development and large-scale pilot\\r\\n6.2.3\\tFull-scale rollout\\r\\n6.3\\tCurrent smart meter projects in five European countries\\r\\n6.3.1\\tAustria – Wiener Netze\\r\\n6.3.2\\tBelgium – Fluvius\\r\\n6.3.3\\tIreland – ESB Networks\\r\\n6.3.4\\tLithuania – ESO\\r\\n6.3.5\\tGreece – HEDNO\\r\\n6.4\\tPioneering next-generation smart meter rollouts\\r\\n6.4.1\\tE.ON Sweden\\r\\n6.4.2\\tElenia\\r\\n6.5\\tSmart gas meter rollouts in France and Italy\\r\\n6.5.1\\tGRDF\\r\\n6.5.2\\t2i Rete (Italgas)\\r\\n6.6\\tSmart meter communications platforms in Germany and the UK\\r\\n6.6.1\\tGermany\\r\\n6.6.2\\tUnited Kingdom\\r\\n6.7\\tSmart metering in Eastern Europe and the Balkans\\r\\n7\\tMarket Forecasts and Trends\\r\\n7.1\\tMarket trends\\r\\n7.1.1\\tSecond-wave rollouts to account for a substantial share of shipments\\r\\n7.1.2\\tGrowth increasingly driven by CEE and Southeast European projects\\r\\n7.1.3\\tSmart metering systems shift towards more granular data and modularity\\r\\n7.1.4\\tAdoption of LTE-M and NB-IoT connectivity continues to increase\\r\\n7.1.5\\tSecurity has become an operational requirement\\r\\n7.1.6\\tSupplier dynamics evolve in Europe\\r\\n7.1.7\\tRethinking the smart metering offering to respond to emerging utility needs\\r\\n7.1.8\\tEurope’s gas networks prepare for a low-carbon future\\r\\n7.2\\tSmart electricity metering market forecast\\r\\n7.2.1\\tCapital expenditure forecast\\r\\n7.2.2\\tCommunications technology market shares\\r\\n7.3\\tSmart gas metering market forecast\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/10191019/bi-sm20-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of smart energy meters to reach 360 million across Europe by 2031\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Two thirds of all electricity customers in EU27+3 had a smart meter at the end of 2025 – a figure that is forecasted to increase to as much as 85 percent in 2031. In terms of shipments, smart meters accounted for around 85 percent of total EU27+3 electricity meter shipments in 2025. Poland, which is currently in the midst of a nationwide rollout, was the largest market in terms of shipments with around 2.5 million units installed during the year. The second largest market was Germany, which after lengthy delays saw an acceleration of deployments and ended the year with annual shipments of more than 1.9 million units. The United Kingdom was the third largest market by volume with yearly shipments of nearly 1.8 million units, a number that should have been higher if the British utilities met their installation targets for the year. France and Spain were also in the top five in terms of shipment volumes, driven by second-generation replacements. Other markets with large installation volumes during the year included Italy, Belgium, Switzerland, Romania and Finland. The smart metering market in Europe remains promising and is set for robust growth in the coming years with over 130 million smart electricity meters forecasted to be deployed across the region during 2025–2031.\",\n                        \"\",\n                        \"In addition to major first-generation deployments in countries such as Germany, the UK, Poland, Greece, Romania, Belgium and the Czech Republic, second-generation rollouts in countries such as Spain, France and the Netherlands will contribute with substantial shipment volumes throughout the forecast period. Poland will continue to be a significant contributor to annual shipment volumes until 2030, although Germany is expected to overtake the role as Europe’s largest market in terms of first-generation smart meter shipments towards the end of the decade. Greece is also expected to be one of the largest markets with estimated annual shipments in the range of 1–1.5 million units between 2026–2030. From 2026 and forward, the ramp-up of second-generation installations in Spain, the Netherlands and France will be the most important drivers for yearly shipment volumes. In total, replacements of first-generation smart meters are expected to be in the range of 20–50 percent of total smart meter shipments in Europe throughout the next five years, or 4.0–9.0 million units annually.\",\n                        \"\",\n                        \"As the rollouts in many countries in Western Europe and the Nordics are now either well-advanced or completed, the focus continues to shift to Central, East and Southeast Europe. The outlook for the region has improved significantly over the past five years with multiple major rollouts now underway. Overall, the CEE and Southeast European region accounted for over 50 percent of annual EU27+3 smart meter shipments in 2025, up from 32 percent in 2024. Looking only at the growth in annual shipment volumes of first-generation smart meter projects, nine of the ten fastest growing markets can be found in CEE and Southeast Europe.\",\n                        \"\",\n                        \"The rapid development of new wireless technologies for IoT communications has a major impact on the smart metering market in Europe. DSOs planning for new smart grid projects and rollouts in the mid-2020s have a wide range of increasingly sophisticated wireless technologies to choose from for their networking platforms. Wireless technologies have a number of advantages compared to PLC technologies which dominated the first wave of smart electricity deployments in Europe. Supported by massive R&D investments in the mobile communications industry in combination with decreasing mobile subscription costs, 3GPP-based LPWA technologies such as LTE-M and NB-IoT are now rapidly gaining traction in the electricity, gas and water utilities space. Several major deployments utilising these technologies are now either completed, underway or about to begin in the Benelux, the Nordics, the Baltics and Southern Europe. 3GPP-based LPWA will more than double its smart meter connectivity market share throughout the forecast period. Various forms of PLC will remain the dominant technology group in terms of installed base although purely wireless communications options are forecasted to account for over 50 percent of shipment volumes during most of the forecast period – peaking at around 62 percent in 2028.\",\n                        \"\",\n                        \"Adoption of smart metering is also growing fast in the European gas distribution market. At the end of 2025, around 48 percent of the natural gas customers in EU27+3 had been equipped with a smart gas meter. Berg Insight estimates that the number of natural gas customers with a smart gas meter will increase to 78.8 million in 2031, equal to a penetration rate of over 62 percent. Annual shipments of smart gas meters in the EU27+3 amounted to 3.2 million units in 2025. This represented an increase of nearly 0.3 million units compared to 2024, which was largely due to the start of a large-scale project in Poland which made the country the second largest market by shipment volume in 2025. Despite installations in the UK again having proceeded at a slower pace than anticipated, the country was nevertheless the most active market in 2025 with over 1.4 million units installed. Italy and Belgium were also significant markets, accounting for around 0.5 and 0.3 million shipments respectively during the year. Annual shipment volumes of smart gas meters are projected to remain stable at around 5–6 million units throughout the forecast period, with an expected peak of 5.9 million units during 2028/2029. Driven by Italgas’ second-generation rollout, Italy is forecasted to emerge as the largest market in Europe by shipment volume in 2027 and to maintain that position throughout the forecast period. The UK is expected to remain one of the region’s largest markets as well, with shipment volumes supported by continued installations in line with the government’s revised ambition to complete the nationwide rollout by 2030. Significant volumes are also anticipated in additional countries over the coming years, particularly Spain, the Netherlands, Poland, France, Greece and Belgium, where the former will account for 22 percent of yearly shipment volumes in Europe by 2031.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/10191028/bi-sm20-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3928,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-08-22 09:48:16\",\n                        \"post_date_gmt\": \"2023-08-22 07:48:16\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Felix Linderum\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"felix-linderum\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-03-25 20:49:18\",\n                        \"post_modified_gmt\": \"2026-03-25 19:49:18\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3928\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"302\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Full coverage of the European market with in-depth market profiles of all countries in EU27+3.\"\n                      },\n                      {\n                        \"bullet_point\": \"Case studies of smart electricity and gas metering projects by the leading energy groups in Europe. \"\n                      },\n                      {\n                        \"bullet_point\": \"360-degree overview of next-generation PLC, RF and cellular standards for smart grid communications.\"\n                      },\n                      {\n                        \"bullet_point\": \"Updated profiles of the key players in the metering industry.\"\n                      },\n                      {\n                        \"bullet_point\": \"New detailed forecasts for smart electricity and gas meters in 30 countries until 2031.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest developments in the European energy industry.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 29,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"sm europe 20th\",\n                \"src\": \"https://media.berginsight.com/2026/07/10191118/sm-europe-20th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/smart-metering-in-europe-6/\",\n              \"name\": \"Smart Metering in Europe\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Smart Utilities\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6537,"link":"https://cms.berginsight.com/report/the-global-adas-and-autonomous-car-market-2/","acf_data":"{\n  \"permalink\": \"/the-global-adas-and-autonomous-car-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"2nd Edition\",\n    \"main_product_category\": 27,\n    \"short_description\": \"This strategy report covers the latest developments on the self-driving car market worldwide.\",\n    \"full_description\": [\n      \"How will the market for ADAS evolve in the next years? The report covers the latest trends and developments covering detailed descriptions about the major ADAS and self-driving car projects worldwide. Berg Insight forecasts that 76.9 percent of all new passenger cars sold globally in 2031 will fulfil requirements for SAE Level 1–3 driving automation. Get up to date with the latest information about vendors, products and markets in this new 230-page report.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/07/06204102/bi-adas2-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction to ADAS and Automated Driving\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tThe history of ADAS and autonomous cars\\r\\n1.3\\tADAS functions\\r\\n1.4\\tThe global passenger car market\\r\\n1.4.1\\tPassenger cars in use by region\\r\\n1.4.2\\tNew passenger car registration trends\\r\\n1.4.3\\tBattery electric and plug-in hybrid electric vehicle sales\\r\\n1.5\\tCar manufacturers\\r\\n1.5.1\\tPassenger car registrations in Europe by manufacturer\\r\\n1.5.2\\tPassenger car registrations in North America by manufacturer\\r\\n1.5.3\\tPassenger car registrations in China by manufacturer\\r\\n1.5.4\\tPassenger car registrations in Japan by manufacturer\\r\\n1.5.5\\tPassenger car and light vehicle registrations in South Korea by manufacturer\\r\\n2\\tThe ADAS Technology Stack\\r\\n2.1\\tThe Sense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic and infrared sensors\\r\\n2.2.5\\tInertial navigation system\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe ADAS and automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tExecution and related technologies\\r\\n2.5.1\\tElectronic control units\\r\\n2.5.2\\tHuman machine interfaces\\r\\n2.5.3\\tDriver monitoring systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tLocation tracking\\r\\n2.6.2\\tMaps\\r\\n2.6.3\\tVehicle-to-Everything (V2X) communications\\r\\n3\\tOEM ADAS Offerings\\r\\n3.1\\tBMW Group\\r\\n3.1.1\\tOverview of BMW passenger car models\\r\\n3.1.2\\tADAS offerings\\r\\n3.2\\tBYD Auto\\r\\n3.2.1\\tOverview of BYD passenger car models\\r\\n3.2.2\\tADAS offerings\\r\\n3.3\\tChangan Motors\\r\\n3.3.1\\tOverview of Changan Motors passenger car models\\r\\n3.3.2\\tADAS offerings\\r\\n3.4\\tChery Group\\r\\n3.4.1\\tOverview of Chery passenger car models\\r\\n3.4.2\\tADAS offerings\\r\\n3.5\\tFord Motor Company\\r\\n3.5.1\\tOverview of Ford passenger car models\\r\\n3.5.2\\tADAS offerings\\r\\n3.6\\tGeely\\r\\n3.6.1\\tOverview of Geely passenger car models\\r\\n3.6.2\\tADAS offerings\\r\\n3.7\\tGeneral Motors\\r\\n3.7.1\\tOverview of the main GM passenger car brands\\r\\n3.7.2\\tADAS offerings\\r\\n3.8\\tGreat Wall Motor\\r\\n3.8.1\\tOverview of Great Wall Motor passenger car models\\r\\n3.8.2\\tADAS offerings\\r\\n3.9\\tHonda Motor Company\\r\\n3.9.1\\tOverview of Honda and Acura passenger car models\\r\\n3.9.2\\tADAS offerings\\r\\n3.10\\tHyundai Motor Group\\r\\n3.10.1\\tOverview of Hyundai and Kia passenger car models\\r\\n3.10.2\\tADAS offerings\\r\\n3.11\\tJaguar Land Rover\\r\\n3.11.1\\tOverview of Jaguar Land Rover passenger car models\\r\\n3.11.2\\tADAS offerings\\r\\n3.12\\tLeapmotor\\r\\n3.12.1\\tOverview of Leapmotor passenger car models\\r\\n3.12.2\\tADAS offerings\\r\\n3.13\\tLi Auto\\r\\n3.13.1\\tOverview of Li Auto passenger car models\\r\\n3.13.2\\tADAS offerings\\r\\n3.14\\tMazda Motor Corporation\\r\\n3.14.1\\tOverview of Mazda passenger car models\\r\\n3.14.2\\tADAS offerings\\r\\n3.15\\tMercedes-Benz Group\\r\\n3.15.1\\tOverview of Mercedes-Benz passenger car models\\r\\n3.15.2\\tADAS offerings\\r\\n3.16\\tNIO\\r\\n3.16.1\\tOverview of NIO passenger car models\\r\\n3.16.2\\tADAS offerings\\r\\n3.17\\tNissan Motor Company\\r\\n3.17.1\\tOverview of Nissan and Infiniti passenger car models\\r\\n3.17.2\\tADAS offerings\\r\\n3.18\\tRenault Group\\r\\n3.18.1\\tOverview of Renault and Dacia passenger car models\\r\\n3.18.2\\tADAS offerings\\r\\n3.19\\tSAIC Motor\\r\\n3.19.1\\tOverview of SAIC Motor passenger car models\\r\\n3.19.2\\tADAS offerings\\r\\n3.20\\tStellantis\\r\\n3.20.1\\tOverview of Stellantis passenger car models\\r\\n3.20.2\\tADAS offerings\\r\\n3.21\\tSubaru\\r\\n3.21.1\\tOverview of Subaru passenger car models\\r\\n3.21.2\\tADAS offerings\\r\\n3.22\\tTesla\\r\\n3.22.1\\tOverview of Tesla passenger car models\\r\\n3.22.2\\tADAS offerings\\r\\n3.23\\tToyota Motor Corporation\\r\\n3.23.1\\tOverview of Toyota and Lexus passenger car models\\r\\n3.23.2\\tADAS offerings\\r\\n3.24\\tVolkswagen Group\\r\\n3.24.1\\tOverview of Volkswagen Group passenger car brands and models\\r\\n3.24.2\\tVolkswagen Group’s ADAS strategy\\r\\n3.24.3\\tVolkswagen’s ADAS offerings\\r\\n3.24.4\\tAudi’s ADAS offerings\\r\\n3.24.5\\tPorsche’s ADAS offerings\\r\\n3.25\\tVolvo Cars\\r\\n3.25.1\\tOverview of Volvo passenger car models\\r\\n3.25.2\\tADAS offerings\\r\\n3.25.3\\tZenseact\\r\\n3.26\\tXPeng\\r\\n3.26.1\\tOverview of XPeng passenger car models\\r\\n3.26.2\\tADAS offerings\\r\\n4\\tTechnology Vendors\\r\\n4.1\\tTier 1 suppliers\\r\\n4.1.1\\tAptiv\\r\\n4.1.2\\tAstemo\\r\\n4.1.3\\tAumovio\\r\\n4.1.4\\tBosch\\r\\n4.1.5\\tDenso\\r\\n4.1.6\\tDesay SV\\r\\n4.1.7\\tForvia\\r\\n4.1.8\\tHL Klemove\\r\\n4.1.9\\tHyundai Mobis\\r\\n4.1.10\\tJingwei HiRain\\r\\n4.1.11\\tMagna International\\r\\n4.1.12\\tValeo\\r\\n4.1.13\\tZF Group\\r\\n4.2\\tSemiconductor solution providers\\r\\n4.2.1\\tAdvanced Micro Devices (AMD)\\r\\n4.2.2\\tAmbarella\\r\\n4.2.3\\tBlack Sesame Technologies\\r\\n4.2.4\\tHorizon Robotics\\r\\n4.2.5\\tInfineon\\r\\n4.2.6\\tMobileye\\r\\n4.2.7\\tNVIDIA\\r\\n4.2.8\\tNXP Semiconductors\\r\\n4.2.9\\tQualcomm\\r\\n4.2.10\\tRenesas Electronics\\r\\n4.2.11\\tSTMicroelectronics\\r\\n4.2.12\\tTexas Instruments\\r\\n4.3\\tADAS software and integrated driving solution providers\\r\\n4.3.1\\tDeeproute.ai\\r\\n4.3.2\\tHuawei\\r\\n4.3.3\\tMomenta\\r\\n4.3.4\\tQCraft\\r\\n4.3.5\\tWayve\\r\\n4.3.6\\tWeRide\\r\\n4.3.7\\tZhuoyu Technology (ZYT)\\r\\n4.4\\tLiDAR providers\\r\\n4.4.1\\tHesai Technology\\r\\n4.4.2\\tInnoviz\\r\\n4.4.3\\tRoboSense\\r\\n4.4.4\\tSeyond\\r\\n4.5\\tMapping and navigation platforms\\r\\n4.5.1\\tAmap (AutoNavi)\\r\\n4.5.2\\tDynamic Map Platform\\r\\n4.5.3\\tHERE Technologies\\r\\n4.5.4\\tMapbox\\r\\n4.5.5\\tNavInfo\\r\\n4.5.6\\tTomTom\\r\\n5\\tMarket Forecasts and Trends\\t\\r\\n5.1\\tCar sales forecast\\r\\n5.2\\tADAS passenger car sales forecast\\r\\n5.2.1\\tThe ADAS passenger car market in EU27+EFTA+UK\\r\\n5.2.2\\tThe ADAS passenger car market in North America\\r\\n5.2.3\\tThe ADAS passenger car market in China\\r\\n5.2.4\\tThe ADAS passenger car market in Japan\\r\\n5.2.5\\tThe ADAS passenger car market in South Korea\\r\\n5.2.6\\tThe ADAS passenger car market in RoW\\r\\n5.2.7\\tL2+ passenger car sales forecast\\r\\n5.2.8\\tFuture outlook: Shipments of Level 4 and Level 5 personal vehicles\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tCompetitive environment\\r\\n5.3.2\\tTechnology environment\\r\\n5.3.3\\tRegulatory environment\\r\\n5.3.4\\tMacroeconomic environment\\t\\r\\n5.4\\tValue chain analysis\\r\\n5.4.1\\tAutomotive OEMs\\r\\n5.4.2\\tTier 1 system integrators\\r\\n5.4.3\\tSemiconductor solution providers\\r\\n5.4.4\\tSensor suppliers\\r\\n5.4.5\\tADAS software and integrated driving solution providers\\r\\n5.4.6\\tMapping and navigation platform vendors\\r\\n5.5\\tMarket trends\\r\\n5.5.1\\tOEMs shift focus from L3 to L2+ in the near term\\r\\n5.5.2\\tOEMs are expected to experiment with various sensor configurations\\r\\n5.5.3\\tEnd-to-end AI powers advanced ADAS development\\r\\n5.5.4\\tNCAP assessment programmes drive demand for ADAS\\r\\n5.5.5\\tOTA updates enable continuous ADAS improvement and monetisation\\r\\n5.5.6\\tSemiconductor companies move higher up in the value chain\\r\\n5.5.7\\tAutomotive autonomy companies diversifying into robotics\\r\\n5.5.8\\tAutomotive OEMs pursue different robotaxi strategies\\r\\n5.6\\tMergers and acquisitions\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/07/06204112/bi-adas2-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Berg Insight forecasts rapid growth for ADAS in new passenger cars\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The introduction of more sophisticated ADAS functions in modern vehicles is one of the major technology trends affecting the automotive industry. Common ADAS functions range from more basic safety functions to advanced automated driving capabilities such as adaptive cruise control, lane centering, automated lane changes, automated parking and hands-free driver assistance systems. Such functions are no longer limited to premium vehicles. Mass-market manufacturers are also prioritising ADAS as safety ratings, regulatory requirements and competitive pressure make advanced driver assistance increasingly important across vehicle segments. The regulatory environment for ADAS and automated driving plays a major role in shaping the future for the industry. The field of automated driving is heavily regulated as the safety aspect is considered important by legal stakeholders.\",\n          \"\",\n          \"In 2025, Berg Insight estimates that 55.6 percent of all new passenger cars sold globally fulfilled requirements for SAE Level 1–3 driving automation. About 20.0 percent of all vehicles sold in 2025 were categorised under the L1 segment while 35.6 percent were categorised under the L2 segment. Only a very small percentage of cars sold in 2025 could be categorised as L3. L3 availability was limited to a few premium models, including Mercedes-Benz S-Class and EQS models in Germany and in select US states, as well as select BMW 7 Series models in Germany. In 2031, Berg Insight forecasts that 76.9 percent of all new passenger cars sold globally will fulfil requirements for L1–L3 driving automation. About 14.8 percent of all new cars sold in 2031 are expected to be categorised as L1 and 57.3 percent as L2. As a subset of the L2 category, L2+ provides additional features compared to L2 systems. Berg Insight estimates that 8.0 million new passenger cars sold globally in 2025 were equipped with L2+ ADAS capabilities, corresponding to an attach rate of 9.2 percent. This number is expected to reach 28.4 million units in 2031, corresponding to an attach rate of 31.0 percent. About 4.8 percent of all new cars, corresponding to 4.4 million vehicles, are expected to be sold with L3 capabilities in 2031. Passenger car L4 vehicles are not expected to scale in meaningful volumes before 2031. \",\n          \"\",\n          \"Advanced ADAS has become a major differentiator. Today, automakers mainly focus on L1 and L2/L2+ ADAS functions. BMW and Mercedes-Benz have both offered L3 systems, but have recently reduced their near-term emphasis on L3 and shifted focus towards more scalable L2+ systems. Chinese OEMs are among the most active in the deployment of sophisticated L2/L2+ ADAS. Leading Chinese OEMs include BYD Auto, Changan, Chery, Geely, GWM, Leapmotor, Li Auto, NIO, SAIC and XPeng. Other global OEMs offering sophisticated ADAS include for example Tesla with Full Self-Driving (Supervised), Ford with BlueCruise, General Motors with Super Cruise, Nissan with ProPILOT 2.0/2.1, Toyota with Teammate Advanced Drive, Hyundai Motor Group with Highway Driving Assist 2, Volkswagen with IQ.DRIVE/Travel Assist and Audi with Adaptive Driving Assistant Plus.\",\n          \"\",\n          \"There are a number of categories of suppliers serving the market including Tier 1s, semiconductor solution providers, AD software companies, LiDAR suppliers and map providers. Leading global Tier 1 suppliers include Aptiv, Astemo, Aumovio (formerly Continental), Bosch, Denso, Desay SV, Forvia, HL Klemove, Hyundai Mobis, Jingwei Hirain, Magna International, Valeo and ZF Group. \",\n          \"\",\n          \"Suppliers of SoCs and related technologies are at the core of the progress in automated driving, as they provide the high-performance computing, AI capabilities and related semiconductor content needed to power vehicles with advanced automated driving functions. Leading providers in this segment include AMD, Ambarella, Black Sesame Technologies, Horizon Robotics, Infineon, Mobileye, NVIDIA, NXP Semiconductors, Qualcomm, Renesas Electronics, STMicroelectronics and Texas Instruments. The automotive semiconductor ecosystem for automated driving includes vendors of high-performance compute platforms as well as suppliers of microcontrollers, sensors, power semiconductors and other enabling semiconductor technologies.\",\n          \"\",\n          \"Automated driving software and integrated driving solution providers such as Deeproute.ai, Huawei, Momenta, QCraft, Wayve, WeRide and Zhuoyu Technology develop automated driving stacks, perception software and turnkey assisted driving systems for OEMs. There are moreover companies specialising in LiDAR sensors for higher-end ADAS and automated driving applications. Leading LiDAR sensor providers include Hesai Technology, Innoviz, RoboSense and Seyond. Mapping and navigation platform providers such as Amap (AutoNavi), Dynamic Map Platform, HERE Technologies, Mapbox , NavInfo and TomTom provide mapping, navigation and localisation solutions.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/07/06204121/bi-adas2-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3108,\n          \"post_author\": \"3\",\n          \"post_date\": \"2022-06-28 11:46:08\",\n          \"post_date_gmt\": \"2022-06-28 09:46:08\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Cederqvist\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-cederqvist\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:52:45\",\n          \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"301\",\n    \"variations\": [\n      {\n        \"id\": 6542,\n        \"name\": \"The Global ADAS and Autonomous Car Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6519,"link":"https://cms.berginsight.com/report/fleet-management-in-latin-america-2/","acf_data":"{\n  \"permalink\": \"/fleet-management-in-latin-america\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"2nd Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n    \"full_description\": [\n      \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n          \"\",\n          \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n          \"\",\n          \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n          \"\",\n          \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n          \"\",\n          \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n          \"\",\n          \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"300\",\n    \"variations\": [\n      {\n        \"id\": 6523,\n        \"name\": \"Fleet Management in Latin America - 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This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        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\"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        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\"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        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Berg Insight forecasts that annual shipments of cellular and non-3GPP LPWA IoT modules will grow at a compound annual growth rate (CAGR) of 7.7 percent from 909 million units in 2025 to 1.32 billion units in 2030. Get up to date with the latest trends from all vertical markets with this unique 150-page report and database covering cellular IoT chipset and module shipments across 30+ device types, 10 technologies and 6 regional markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/06/26123439/bi-chipsetmodule10-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tWide Area Networks for the Internet of Things\\r\\n1.1\\tWhich things will be connected to wide area networks?\\r\\n1.1.1\\tUtility meters\\r\\n1.1.2\\tMotor vehicles\\r\\n1.1.3\\tBuildings\\r\\n1.1.4\\tAsset tracking and supply chain visibility\\r\\n1.1.5\\tThe opportunity to create smarter and safer cities\\r\\n1.1.6\\tThe convergence of IoT and AI\\r\\n1.2\\tWhat are the technology options?\\r\\n1.2.1\\tNetwork deployment models\\r\\n1.2.2\\tLicensed and unlicensed frequency bands\\r\\n1.2.3\\tCost comparison for cellular and LPWA technologies\\r\\n1.3\\tWhich are the leading technology ecosystems?\\r\\n2\\t3GPP Ecosystem\\r\\n2.1\\tTechnology characteristics\\r\\n2.1.1\\t3GPP Release 13 (2016) – Introducing LTE-M and NB-IoT\\r\\n2.1.2\\t3GPP Release 14 (2017) – IoT enhancements and C-V2X\\r\\n2.1.3\\t3GPP Release 15 (2019) – The first phase of 5G specifications\\r\\n2.1.4\\t3GPP Release 16 (2020) – URLLC and 5G NR C-V2X\\r\\n2.1.5\\t3GPP Release 17 (2022) – RedCap and NTN communications\\r\\n2.1.6\\t3GPP Release 18 (2024) – The first 5G-Advanced specifications and eRedCap\\r\\n2.1.7\\t3GPP Release 19 (2025) – Ambient IoT as a new low-power cellular IoT class\\r\\n2.2\\tNetwork footprint\\r\\n2.2.1\\t2G/3G mobile networks\\r\\n2.2.2\\t4G LTE mobile networks\\r\\n2.2.3\\t4G/5G mobile IoT networks (LTE-M and NB-IoT)\\r\\n2.2.4\\t5G mobile networks\\r\\n2.3\\tSemiconductor vendors\\r\\n2.3.1\\tAltair Semiconductor\\r\\n2.3.2\\tASR Microelectronics\\r\\n2.3.3\\tEigencomm\\r\\n2.3.4\\tHiSilicon\\r\\n2.3.5\\tMediaTek\\r\\n2.3.6\\tMLINK\\r\\n2.3.7\\tQualcomm\\r\\n2.3.8\\tSamsung Electronics\\r\\n2.3.9\\tSequans Communications\\r\\n2.3.10\\tUNISOC\\r\\n2.3.11\\tXinyi Information Technology\\r\\n2.3.12\\tOther semiconductor vendors\\r\\n2.4\\tModule vendors\\r\\n2.4.1\\tCavli Wireless\\r\\n2.4.2\\tChina Mobile IoT\\r\\n2.4.3\\tEagle Wireless\\r\\n2.4.4\\tFibocom\\r\\n2.4.5\\tKontron\\r\\n2.4.6\\tLierda\\r\\n2.4.7\\tMeiG Smart Technology\\r\\n2.4.8\\tMurata\\r\\n2.4.9\\tNeoway\\r\\n2.4.10\\tNordic Semiconductor\\r\\n2.4.11\\tQuectel\\r\\n2.4.12\\tRolling Wireless\\r\\n2.4.13\\tSemtech\\r\\n2.4.14\\tSunsea AIoT (SIMCom & Longsung)\\r\\n2.4.15\\tTelit Cinterion\\r\\n2.4.16\\tTrasna\\r\\n2.4.17\\tZxInfoTek\\r\\n2.4.18\\tOther cellular IoT module vendors\\r\\n3\\tLoRa and LoRaWAN Ecosystem\\r\\n3.1\\tTechnology characteristics\\r\\n3.2\\tNetwork footprint\\r\\n3.2.1\\tEurope\\r\\n3.2.2\\tAsia-Pacific\\r\\n3.2.3\\tThe Americas\\r\\n3.2.4\\tMiddle East & Africa\\r\\n3.3\\tSemiconductor and module vendors\\r\\n3.3.1\\tSemtech\\r\\n3.3.2\\tOther semiconductor vendors\\r\\n3.3.3\\tLoRa module vendors\\r\\n4\\tSigfox Ecosystem\\r\\n4.1\\tTechnology characteristics\\r\\n4.2\\tNetwork footprint\\r\\n4.2.1\\tEurope\\r\\n4.2.2\\tThe Americas\\r\\n4.2.3\\tAsia-Pacific\\r\\n4.2.4\\tMiddle East & Africa\\r\\n4.2.5\\tUnaBiz partners with the LoRaWAN ecosystem\\r\\n4.2.6\\tExamples of major Sigfox use cases\\r\\n4.3\\tSemiconductor and module vendors\\r\\n4.3.1\\tSemiconductor vendors\\r\\n4.3.2\\tSigfox module vendors\\r\\n5\\tEmerging Low-Power IoT Connectivity Ecosystems\\r\\n5.1\\tIEEE 802.15.4\\r\\n5.1.1\\tConnectivity stacks based on 802.15.4\\r\\n5.1.2\\tNetwork footprint\\r\\n5.2\\tWirepas Mesh\\r\\n5.3\\tDECT-2020 NR (NR+)\\r\\n5.4\\tMioty\\r\\n5.5\\tChipset and module vendors\\r\\n6\\tMarket Forecasts and Trends\\r\\n6.1\\tMarket summary\\r\\n6.2\\tThe cellular IoT device market\\r\\n6.2.1\\tThe cellular IoT chipset market shares\\r\\n6.2.2\\tCellular IoT module market shares\\r\\n6.2.3\\tAutomotive cellular IoT chipset market shares\\r\\n6.2.4\\tNAD module market shares\\r\\n6.3\\tThe cellular IoT technology landscape\\r\\n6.4\\tCellular IoT regional market trends\\r\\n6.4.1\\tEurope\\r\\n6.4.2\\tNorth America\\r\\n6.4.3\\tLatin America\\r\\n6.4.4\\tChina\\r\\n6.4.5\\tRest of Asia-Pacific\\r\\n6.4.6\\tMiddle East & Africa\\r\\n6.5\\tThe LoRa device market\\r\\n6.6\\tThe Sigfox device market\\r\\n6.7\\tEmerging low-power IoT connectivity technologies\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/06/26123447/bi-chipsetmodule10-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Cellular IoT module shipments reached 612 million in 2025\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The Internet of Things is continuously evolving and expanding into new domains. By the end of 2025, approximately 4.8 billion devices were connected to wide area networks based on cellular or low-power IoT technologies. The market is highly diverse and divided into multiple ecosystems. This report focuses on the most prominent technology ecosystems for wide area IoT networking – the 3GPP ecosystem of cellular technologies and the LPWA technologies LoRa and Sigfox – as well as a group of other low-power IoT technologies including IEEE 802.15.4-based protocols, Wirepas Mesh, DECT-2020 NR (NR+) and Mioty.\",\n          \"\",\n          \"The 3GPP family of cellular technologies supports the largest ecosystem in wide area IoT networking. The cellular IoT chipset and module market can be divided into two main segments with distinct supply chains: general IoT solutions and automotive-grade solutions. Yearly shipments of cellular IoT modules excluding automotive NAD modules amounted to 612 million units in 2025, up 33 percent year-on-year. Annual cellular IoT module revenues grew by 19 percent to US$ 5.6 billion. The five largest cellular module vendors – Quectel, Fibocom, Telit Cinterion, MeiG and China Mobile IoT – held a market share of 73 percent in terms of revenues. The China-based vendors Quectel, China Mobile IoT, Sunsea AIoT, Lierda and Fibocom rank as the volume leaders, benefitting from the massive scale of the domestic market. ZXInfoTek has also rapidly emerged as a prominent vendor with a strong position in the POS terminal segment. ASR Microelectronics, Qualcomm, Eigencomm, UNISOC, Xinyi and MediaTek are the main cellular IoT chipset suppliers. Cellular IoT module shipments are forecasted to grow at a compound annual growth rate (CAGR) of 7.2 percent to reach 976 million units by 2030.\",\n          \"\",\n          \"Automotive-grade modules, or NAD modules, are provided by specialised cellular module providers, ODMs and TCU vendors. Quectel is the leading provider of NAD modules with a volume market share of 27 percent, followed by Rolling Wireless with a market share of 13 percent. Other major NAD module vendors include the TCU vendors LG Electronics and Aumovio, as well as Kontron, Favalon (Fibocom), MeiG and Compal. The automotive-grade chipset segment is dominated by Qualcomm, while MediaTek ranks second. NAD module shipments are forecasted to grow at a CAGR of 4.6 percent from 78 million units in 2025 to 98 million units in 2030. \",\n          \"\",\n          \"LoRa is gaining momentum as a global connectivity platform for IoT devices. Cumulative shipments of LoRa end nodes reached 500 million at the beginning of 2026. The majority of demand comes from devices deployed in private networks, which remain the dominant deployment model for LoRa networks. The major volume application segments are smart gas and water metering, followed by local area IoT deployments for networking of smart sensors and tracking devices in cities, industrial plants and commercial buildings. Smart home is expected to become a major application area in the coming years, driven by Amazon’s Sidewalk network that is expanding beyond the US. Berg Insight estimates that yearly shipments of LoRa devices amounted to 90 million units in 2025. Until 2030, yearly shipments are forecasted to grow at a CAGR of 17.5 percent to reach 202 million units.\",\n          \"\",\n          \"Other low-power IoT device ecosystems such as IEEE 802.15.4, Wirepas Mesh, Sigfox, Mioty and NR+ have the potential to grow into significant IoT networking platforms in the coming years. So far, IEEE 802.15.4 has achieved the most widespread adoption. The technology is the most mature in the group and has gained support from several of the leading smart metering vendors. Wirepas Mesh reached an installed base of over 20 million in early 2026 and has been used in a number of large-scale projects. Sigfox had an installed base of 15 million at year-end 2025. The Singapore-based Sigfox operator UnaBiz took over as the new owner of Sigfox in 2022, setting a new direction for the Sigfox technology and operating model for the business. Berg Insight believes that the critical test for Sigfox will be how the technology is received in the asset tracking segment. Mioty has in the last few years started to gain traction within smart water metering and has reached an installed base of over 1 million. DECT-2020 NR (NR+) is at an even earlier stage of development, with deployments still primarily limited to pilot projects and early commercial implementations.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/06/26123456/bi-chipsetmodule10-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 885,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:06:06\",\n          \"post_date_gmt\": \"2021-01-12 15:06:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Fredrik Stålbrand\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"fredrik-stalbrand\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:49:59\",\n          \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 4800,\n          \"post_author\": \"3\",\n          \"post_date\": \"2024-08-06 12:04:27\",\n          \"post_date_gmt\": \"2024-08-06 10:04:27\",\n          \"post_content\": \"\",\n          \"post_title\": \"Melvin Sörum\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"melvin-sorum\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 16:11:12\",\n          \"post_modified_gmt\": \"2026-01-06 15:11:12\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4800\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"299\",\n    \"variations\": [\n      {\n        \"id\": 6512,\n        \"name\": \"The Cellular IoT and LPWA Chipset and Module Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6497,"link":"https://cms.berginsight.com/report/the-carsharing-telematics-market-5/","acf_data":"{\n  \"permalink\": \"/the-carsharing-telematics-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"8th Edition\",\n    \"main_product_category\": 27,\n    \"short_description\": \"This report gives a comprehensive overview of the carsharing telematics value chain covering 36 carsharing technology vendors and 65 carsharing initiatives from specialist carsharing operators, car rental companies and car OEMs.\",\n    \"full_description\": [\n      \"What are the latest developments on the carsharing market? Berg Insight estimates that global carsharing membership will grow at a CAGR of 9.2 percent from 91.0 million at the end of 2025 to 141.1 million by 2030. This report explains all segments including station-based and free-floating public carsharing as well as corporate carsharing. Get up to date with the latest information about carsharing organisations, vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/06/22181547/bi-carsharing8-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tPassenger cars in use by region\\r\\n1.1.2\\tNew passenger car registration trends\\r\\n1.2\\tGlobal trends influencing the automotive industry\\r\\n1.2.1\\tPeak car use and car ownership\\r\\n1.2.2\\tThe sharing economy\\r\\n1.3\\tCar-based mobility services\\r\\n1.3.1\\tOverview of carsharing services\\r\\n1.3.2\\tCarsharing operational models\\r\\n1.4\\tCarsharing services worldwide\\r\\n1.4.1\\tCarsharing in Europe\\r\\n1.4.2\\tCarsharing in North America\\r\\n1.4.3\\tCarsharing in Asia-Pacific\\r\\n1.4.4\\tCarsharing in ROW\\r\\n1.4.5\\tOverview of carsharing service providers\\r\\n1.5\\tCar telematics infrastructure\\r\\n1.5.1\\tVehicle segment\\r\\n1.5.2\\tTracking segment\\r\\n1.5.3\\tNetwork segment\\r\\n1.5.4\\tService segment\\r\\n2\\tCarsharing Organisations\\r\\n2.1\\tSpecialist carsharing companies in Europe\\r\\n2.1.1\\t4Mobility\\r\\n2.1.2\\tAnytime (Czech Republic)\\r\\n2.1.3\\tBolt Drive\\r\\n2.1.4\\tCambio\\r\\n2.1.5\\tCitiz\\r\\n2.1.6\\tCityBee\\r\\n2.1.7\\tCo Wheels\\r\\n2.1.8\\tDeer\\r\\n2.1.9\\tEnjoy\\r\\n2.1.10\\tFlinkster\\r\\n2.1.11\\tGreenMobility\\r\\n2.1.12\\tGreenwheels\\r\\n2.1.13\\tHyre\\r\\n2.1.14\\tMiles\\r\\n2.1.15\\tMobility Cooperative\\r\\n2.1.16\\tMOL Limo\\r\\n2.1.17\\tMyWheels\\r\\n2.1.18\\tOKQ8 Bilpool\\r\\n2.1.19\\tPoppy\\r\\n2.1.20\\tRideNow\\r\\n2.1.21\\tSpark\\r\\n2.1.22\\tStadtmobil\\r\\n2.1.23\\tTraficar\\r\\n2.1.24\\tVoltio\\r\\n2.2\\tSpecialist carsharing companies in North America\\r\\n2.2.1\\tBlink Mobility (BlueLA)\\r\\n2.2.2\\tCommunauto\\r\\n2.2.3\\tEnvoy\\r\\n2.2.4\\tEvo Car Share\\r\\n2.2.5\\tHourcar and Evie\\r\\n2.2.6\\tModo\\r\\n2.2.7\\tPeg City Co-op\\r\\n2.3\\tSpecialist carsharing companies in Asia-Pacific\\r\\n2.3.1\\tFlexar (BlueSG)\\r\\n2.3.2\\tGetGo\\r\\n2.3.3\\tGoGet\\r\\n2.3.4\\tLiandongyun\\r\\n2.3.5\\tMevo\\r\\n2.3.6\\tMitsui Car Shares\\r\\n2.3.7\\tPopcar\\r\\n2.3.8\\tSocar\\r\\n2.3.9\\tTimes Car\\r\\n2.4\\tSpecialist carsharing companies in ROW\\r\\n2.4.1\\tDelimobil\\r\\n2.4.2\\tGoTo\\r\\n2.4.3\\tTikTak\\r\\n2.4.4\\tTurbi\\r\\n2.4.5\\tUdrive\\r\\n2.4.6\\tYandex Drive\\r\\n3\\tCar Rental and Leasing Companies\\r\\n3.1\\tAvis Budget Group\\r\\n3.1.1\\tZipcar\\r\\n3.2\\tDrivalia\\r\\n3.2.1\\tE+Share Drivalia\\r\\n3.3\\tEnterprise Mobility\\r\\n3.3.1\\tEnterprise Car Share\\r\\n3.3.2\\tEnterprise Car Club\\r\\n3.4\\tEuropcar Mobility Group\\r\\n3.4.1\\tEuropcar On Demand\\r\\n3.4.2\\tGoCar\\r\\n3.5\\tHertz Global Holdings\\r\\n3.5.1\\tHertz 24/7\\r\\n3.6\\tLotte Rental\\r\\n3.6.1\\tG Car\\r\\n3.7\\tORIX Auto Corporation\\r\\n3.7.1\\tORIX CarShare\\r\\n3.8\\tSixt Group\\r\\n3.8.1\\tSixt Share\\r\\n3.9\\tAlphabet\\r\\n3.10\\tArval\\r\\n3.11\\tAyvens\\r\\n4\\tCar OEM Mobility Service Initiatives\\r\\n4.1\\tFord’s mobility projects and services\\r\\n4.2\\tHyundai motor Group’s carsharing and mobility programmes\\r\\n4.3\\tNissan’s carsharing services\\r\\n4.4\\tRenault Group’s carsharing initiatives and Mobilize\\r\\n4.5\\tStellantis and its mobility brand Free2move\\r\\n4.6\\tToyota mobility services platform and Kinto services\\r\\n4.7\\tVolkswagen Group’s mobility initiatives\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end carsharing system providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tBMW Group\\r\\n5.1.3\\tHumax Mobility\\r\\n5.1.4\\tIturanmob (Ituran)\\r\\n5.1.5\\tMobility Tech Green\\r\\n5.1.6\\tMoboKey\\r\\n5.1.7\\tMovitronic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tOptimum (by Shiftmove)\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWorld Wide Mobility\\r\\n5.2\\tCarsharing software platform providers\\r\\n5.2.1\\tAtom Mobility\\r\\n5.2.2\\tAutofleet\\r\\n5.2.3\\tCantamen\\r\\n5.2.4\\tCT Mobility\\r\\n5.2.5\\tFleetster\\r\\n5.2.6\\tGlide.io\\r\\n5.2.7\\tGood Travel Software\\r\\n5.2.8\\tLaunch Mobility\\r\\n5.2.9\\tMOQO\\r\\n5.2.10\\tOpenFleet\\r\\n5.2.11\\tRentalMatics\\r\\n5.2.12\\tWeGo Carsharing\\r\\n5.2.13\\tWunder Mobility\\r\\n5.2.14\\tZemtu\\r\\n5.3\\tCarsharing hardware solution providers\\r\\n5.3.1\\tAstus\\r\\n5.3.2\\tBosch\\r\\n5.3.3\\tConvadis\\t\\r\\n5.3.4\\tGeotab\\r\\n5.3.5\\tInvers\\r\\n5.3.6\\tMunic\\r\\n5.3.7\\tMySmartObject\\r\\n5.3.8\\tRuptela\\r\\n5.3.9\\tTeltonika Telematics\\r\\n5.3.10\\tWITTE:digital\\r\\n6\\tMarket Forecasts and Trends\\r\\n6.1\\tCarsharing market forecasts\\r\\n6.1.1\\tCarsharing in the EU+EFTA+UK\\r\\n6.1.2\\tCarsharing in North America\\r\\n6.1.3\\tCarsharing in Asia-Pacific\\r\\n6.1.4\\tCarsharing in ROW\\r\\n6.1.5\\tLeading carsharing fleets\\r\\n6.1.6\\tLeading carsharing technology vendors\\r\\n6.1.7\\tCarsharing technology forecast\\r\\n6.1.8\\tCorporate carsharing forecast\\r\\n6.2\\tMergers and acquisitions in the carsharing telematics space\\r\\n6.3\\tMarket trends\\r\\n6.3.1\\tCarsharing becomes increasingly integrated with other mobility services\\r\\n6.3.2\\tCarsharing operators collaborate with each other to expand coverage\\r\\n6.3.3\\tCarsharing and public transport services to converge\\r\\n6.3.4\\tRelationships with cities are increasingly important for carsharing operators\\r\\n6.3.5\\tElectric cars are a natural fit for carsharing\\r\\n6.3.6\\tV2G solutions are gaining traction in the electric carsharing market\\r\\n6.3.7\\tFree-floating carsharing services continue to expand\\r\\n6.3.8\\tHybrid station-based and free-floating models show promise\\r\\n6.3.9\\tAutonomous cars are expected to change the playing field for carsharing\\r\\n6.3.10\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n6.3.11\\tCarsharing is increasingly incorporated into new housing projects\\r\\n6.3.12\\tVehicle delivery and last mile carsharing add-on services are emerging\\r\\n6.3.13\\tCarsharing operators introduce new pricing models\\r\\n6.3.14\\tShared mobility operators are increasingly offering more similar services\\r\\n6.3.15\\tCarsharing operators focus increasingly on profitability\\r\\n6.3.16\\tMoving vehicles between different services improves the utilisation rate\\r\\n6.3.17\\tAI-powered solutions are increasingly leveraged by carsharing operators\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/06/22181558/bi-carsharing8-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The public carsharing fleet reached 511,000 vehicles worldwide in 2025\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Passenger cars and light trucks are the main modes of transportation in most industrialised countries. The vast majority of car trips in metropolitan areas are drive-alone trips with only one person in the car and vehicles are used for only about one hour per day on average. Carsharing is one of many car-based mobility services available for people who occasionally want to complement other modes of transportation with car-based mobility. Examples of other car-based mobility services include traditional car rental, carpooling, ridesharing, taxi and ridesourcing services. Many of these mobility services aim to decrease the cost of car-based transportation, create convenience through fewer ownership responsibilities, as well as reduce traffic congestion and environmental impact.\",\n          \"\",\n          \"Carsharing is a decentralised car rental service focusing on short-term rentals that supplements other modes of transport including walking, cycling and public transport. Carsharing aims to provide an alternative to individual car ownership without restricting mobility by offering affordable access to cars. Carsharing organisations offer members access to a fleet of shared cars from unattended self-service locations. Today, most carsharing operators worldwide use station-based networks with round-trip rental. This operational model requires members to return a vehicle to the same designated station from which it was accessed. Many carsharing operators also offer one-way carsharing, allowing users to return the car to any station operated by the carsharing service. Another model that has gained in popularity is free-floating carsharing, which allows members to pick up and drop off cars anywhere within a designated area or zone. The ability to access available cars instantly without prior booking and no need to schedule a return time makes this type of service attractive for short trips. In some regions, more cars are now dedicated to free-floating carsharing than station-based carsharing.\",\n          \"\",\n          \"Telematics systems and smartphones are key enablers of carsharing services. In-car hardware technologies for carsharing services include a telematics device to capture trip data, enable fleet management and grant access to the car through a smartphone app or RFID smartcards. Additional hardware solutions such as damage sensors and smoke detectors can be installed to protect the vehicles, improve user behaviour and reduce accidents. Software platforms include complete IT systems that can support all the operational activities of a carsharing organisation ranging from management of in-vehicle equipment, fleet management, booking management, billing, as well as operations supervision via dashboards and data analytics. Leading vendors of hardware solutions and software platforms include Invers, Vulog, Convadis, Targa Telematics, Optimum (by Shiftmove), Mobility Tech Green, Atom Mobility, CT Mobility, Cantamen, MOQO, WeGo Carsharing, 2hire, Bosch and Astus. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela also serve the market. Several carsharing technology vendors focus on the corporate carsharing market that aims to increase corporate carpool availability and reduce mobility costs. Many carsharing technology vendors partner with other actors to expand their offerings and strengthen their value proposition. \",\n          \"\",\n          \"Commercial carsharing services are offered by specialist carsharing companies, car rental companies, carmakers and other actors such as public transport operators. Examples of specialised carsharing operators include Times Car in Japan; Socar in South Korea; Communauto and Evo Car Share in Canada; Miles, Stadtmobil and Cambio in Germany; MyWheels and Greenwheels in the Netherlands; Enjoy in Italy; Mobility Cooperative in Switzerland; Citiz in France; Traficar in Poland; TikTak in Turkey; Turbi in Brazil; and GoGet in Australia. Carsharing services by car rental companies include Sixt Share (by Sixt), Zipcar (by Avis Budget Group), ORIX CarShare (by ORIX Auto Corporation) and G Car (by Lotte Rental). Examples of leading carsharing services backed by carmakers include Free2move (owned by Stellantis), Kinto Share (owned by Toyota) and Wible (owned by Kia).\",\n          \"\",\n          \"The carsharing market is expected to grow in the coming years. Berg Insight estimates that the total number of carsharing members worldwide reached 91.0 million at the end of 2025. At the same time, the total carsharing fleet had reached about 511,000 vehicles. Berg Insight forecasts that carsharing membership will grow to about 141.1 million globally by the end of 2030 and the total carsharing fleet will then reach about 768,000 cars. The corporate carsharing market was moreover estimated at 154,000 vehicles at year-end 2025 and is forecasted to reach about 250,000 vehicles in 2030. Europe and Asia-Pacific account for the majority of all carsharing programmes and the number of carsharing vehicles internationally. The front-running markets include Germany, France, the Netherlands, Canada, Japan, South Korea, China, Russia, Turkey and Brazil.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/06/22181606/bi-carsharing8-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 4799,\n          \"post_author\": \"3\",\n          \"post_date\": \"2024-08-06 12:03:06\",\n          \"post_date_gmt\": \"2024-08-06 10:03:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Erica Rickard\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"erica-rickard\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:53:34\",\n          \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"298\",\n    \"variations\": [\n      {\n        \"id\": 6502,\n        \"name\": \"The Carsharing Telematics Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6482,"link":"https://cms.berginsight.com/report/smart-water-metering-in-europe-and-north-america-5/","acf_data":"{\n  \"permalink\": \"/smart-water-metering-in-europe-and-north-america\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"5th Edition\",\n    \"main_product_category\": 29,\n    \"short_description\": \"A comprehensive analysis of the development of AMI and AMR technologies in the water utilities industry.\",\n    \"full_description\": [\n      \"Are you looking for detailed information and comprehensive data about the smart water metering market in Europe and North America? This report covers the latest developments in the markets for advanced metering infrastructure (AMI) and automated meter reading (AMR) technologies. The installed base of water utility AMI endpoints in Europe and North America amounted to 79.1 million units in 2025 and is forecasted to grow at a CAGR of 11.8 percent to reach 154.5 million units in 2031. Get up to date with the latest information about vendors, water utilities, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/06/16160408/bi-smartwater5-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tWater Services in Europe and North America\\r\\n1.1\\tWater services sector in Europe and North America\\r\\n1.1.1\\tThe organisation of water service management\\r\\n1.1.2\\tResidential water rates and consumption\\r\\n1.1.3\\tEuropean water distribution system operators\\r\\n1.1.4\\tNorth American water distribution system operators\\r\\n2\\tSmart Water Metering\\r\\n2.1\\tIntroduction to water metering\\r\\n2.2\\tRemote meter reading systems\\r\\n2.2.1\\tSmart water metering applications and benefits\\r\\n2.2.2\\tSmart water metering infrastructure\\r\\n2.3\\tProject strategies\\r\\n2.3.1\\tSystem design and sourcing\\r\\n2.3.2\\tRollout and integration\\r\\n2.3.3\\tImplementation and operation\\r\\n2.3.4\\tCommunicating with customers\\r\\n2.3.5\\tIndividual rights issues\\r\\n3\\tIoT Networks and Communications Technologies\\r\\n3.1\\tIoT network technologies\\r\\n3.1.1\\tNetwork architectures\\r\\n3.1.2\\tUnlicensed and licensed frequency bands\\r\\n3.2\\t3GPP cellular technologies\\r\\n3.2.1\\t2G/3G/4G/5G cellular technologies and IoT\\r\\n3.2.2\\tThe role of cellular networks in smart meter communications\\r\\n3.2.3\\tNB-IoT of LTE-M network deployments in Europe and North America\\r\\n3.3\\tLoRa and LoRaWAN\\r\\n3.3.1\\tTechnology characteristics and network footprint\\r\\n3.4\\tSigfox\\r\\n3.5\\tMioty\\r\\n3.6\\tRF technology and standards\\r\\n3.6.1\\tEN 13757\\r\\n3.6.2\\tProprietary RF networking platforms\\r\\n4\\tSmart Metering Industry Players\\r\\n4.1\\tMeter vendors\\r\\n4.1.1\\tADD Grup\\r\\n4.1.2\\tApator\\r\\n4.1.3\\tArad Group\\r\\n4.1.4\\tAxioma Metering\\r\\n4.1.5\\tB METERS\\r\\n4.1.6\\tBadger Meter\\r\\n4.1.7\\tDiehl Metering\\r\\n4.1.8\\tE. Wehrle Group (Sontex)\\r\\n4.1.9\\tEngelmann Sensor\\r\\n4.1.10\\tFILA\\r\\n4.1.11\\tGWF\\r\\n4.1.12\\tG2 Misuratori\\r\\n4.1.13\\tHidroconta\\r\\n4.1.14\\tHoneywell\\r\\n4.1.15\\tINTEGRA Metering\\r\\n4.1.16\\tIskraemeco\\r\\n4.1.17\\tItron\\r\\n4.1.18\\tJanz (SIT Group)\\r\\n4.1.19\\tKamstrup\\r\\n4.1.20\\tLorenz\\r\\n4.1.21\\tLandis+Gyr\\r\\n4.1.22\\tLandis+Gyr EMEA\\r\\n4.1.23\\tMaddalena\\r\\n4.1.24\\tMetron\\r\\n4.1.25\\tMinol-ZENNER Group\\r\\n4.1.26\\tMueller Systems\\r\\n4.1.27\\tNeptune Technology Group (Roper Technologies)\\r\\n4.1.28\\tPietro Fiorentini\\r\\n4.1.29\\tQUNDIS\\r\\n4.1.30\\tSagemcom\\r\\n4.1.31\\tSensus International\\r\\n4.1.32\\tSensus (Xylem)\\r\\n4.1.33\\tSontex\\r\\n4.1.34\\tWillfar (Wasion Holdings)\\r\\n4.2\\tCommunications solution providers\\r\\n4.2.1\\tAclara (Hubbell)\\r\\n4.2.2\\tAIUT\\r\\n4.2.3\\tAPKAPPA\\r\\n4.2.4\\tConnexin\\r\\n4.2.5\\tIsta\\r\\n4.2.6\\tNetmore\\r\\n4.2.7\\tSUEZ Digital Solutions\\r\\n4.2.8\\tTechem\\r\\n4.2.9\\tTechnolog (Roper Technologies)\\r\\n4.2.10\\tTelefónica\\r\\n4.2.11\\tTelereading\\r\\n4.2.12\\tVeolia Connected Solutions\\r\\n4.2.13\\tVodafone\\r\\n4.3\\tSoftware solution providers\\r\\n4.3.1\\tAtlantica Digital\\r\\n4.3.2\\tDivako\\r\\n4.3.3\\tDropcountr\\r\\n4.3.4\\tFerranti\\r\\n4.3.5\\tGEST\\r\\n4.3.6\\tHarris Utilities\\r\\n4.3.7\\tIdrica (Xylem)\\r\\n4.3.8\\tIndra\\r\\n4.3.9\\tOracle\\r\\n4.3.10\\tTaKaDu\\r\\n4.3.11\\tTerranova Software\\r\\n4.3.12\\tVertexOne\\r\\n5\\tWater AMR/AMI Market Profiles\\r\\n5.1\\tEurope\\r\\n5.1.1\\tAustria\\r\\n5.1.2\\tBelgium and Luxembourg\\r\\n5.1.3\\tBulgaria\\r\\n5.1.4\\tCroatia\\r\\n5.1.5\\tCyprus\\r\\n5.1.6\\tCzech Republic\\r\\n5.1.7\\tDenmark\\r\\n5.1.8\\tEstonia\\r\\n5.1.9\\tFinland\\r\\n5.1.10\\tFrance\\r\\n5.1.11\\tGermany\\r\\n5.1.12\\tGreece\\r\\n5.1.13\\tHungary\\r\\n5.1.14\\tIreland\\r\\n5.1.15\\tItaly\\r\\n5.1.16\\tKosovo\\r\\n5.1.17\\tLatvia\\r\\n5.1.18\\tLithuania\\r\\n5.1.19\\tMalta\\r\\n5.1.20\\tMoldova\\r\\n5.1.21\\tNetherlands\\r\\n5.1.22\\tNorway\\r\\n5.1.23\\tPoland\\r\\n5.1.24\\tPortugal\\r\\n5.1.25\\tRomania\\r\\n5.1.26\\tSerbia\\r\\n5.1.27\\tSlovakia\\r\\n5.1.28\\tSlovenia\\r\\n5.1.29\\tSpain\\r\\n5.1.30\\tSweden\\r\\n5.1.31\\tSwitzerland\\r\\n5.1.32\\tUnited Kingdom\\r\\n5.1.33\\tRest of Europe\\r\\n5.2\\tNorth America\\r\\n5.2.1\\tNortheastern USA\\r\\n5.2.2\\tSouthern USA\\r\\n5.2.3\\tWestern USA\\r\\n5.2.4\\tMidwestern USA\\r\\n5.2.5\\tCanada\\r\\n6\\tWater AMR/AMI Projects in Europe and North America by Technology\\r\\n6.1\\tWater AMI projects in Europe by technology\\r\\n6.1.1\\tWize and EN 13757-based RF\\r\\n6.1.2\\tProprietary RF technologies not based on EN 13757\\r\\n6.1.3\\tLoRaWAN, Mioty and Sigfox\\r\\n6.1.4\\tCellular communications\\r\\n6.2\\tWater AMI projects in North America by technology\\r\\n6.2.1\\tProprietary RF networks\\r\\n6.2.2\\tCellular communications\\r\\n7\\tMarket Analysis\\r\\n7.1\\tMarket forecasts\\r\\n7.1.1\\tAMI communications technology market shares\\r\\n7.2\\tIndustry analysis\\r\\n7.2.1\\tEurope\\r\\n7.2.2\\tNorth America\\r\\n7.3\\tMarket trends\\r\\n7.3.1\\tTransition from mechanical to static metering technologies\\r\\n7.3.2\\tRapidly growing adoption of standards-based LPWA\\r\\n7.3.3\\tAMI network implementation and operational models are changing\\r\\n7.3.4\\tRealising the full potential of water AMI beyond meter-to-cash\\r\\n7.3.5\\tEnsuring compliance and security in smart water metering infrastructure\\r\\n7.3.6\\tAI-powered software has become central to utility operations\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/06/16160421/bi-smartwater5-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of water AMI endpoints in Europe and North America to exceed 150 million in 2031\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The registration and collection of water meter data have historically constituted a highly resource-consuming manual task, requiring professional meter reading personnel to visit each individual metering point to optically register meter consumption values on a periodical basis. Automated meter reading (AMR) solutions which enable wireless walk- or drive-by meter reading operations have over the years automated the work of meter reading personnel to some extent and are today commonplace within water metering operations. Throughout the past two decades, advanced metering infrastructure (AMI) solutions aimed at addressing the shortcomings of AMR by instead leveraging a fixed communications network infrastructure have evolved. By enabling high-frequency readings of detailed meter data while also allowing for direct two-way communications with the utility backoffice, AMI solutions open entirely new possibilities for water utilities to make substantial enhancements of operational efficiency, reduce non-revenue water (NRW), and greatly improve water conservation schemes. Today, the term smart metering has become a buzzword within the water sector that is to be considered synonymous with the concept of AMI.\",\n          \"\",\n          \"North America today constitutes the leading market for both AMR and AMI solutions globally and had at the end of 2025 an installed base of 98.8 million active water utility AMR and AMI endpoints, representing a penetration of around 80–85 percent. AMI accounted for 44.2 million of the installed endpoints, equalling an AMI penetration of nearly 40 percent. Berg Insight forecasts that the number of water AMI endpoints in North America will grow at a compound annual growth rate (CAGR) of 10.4 percent to reach 79.8 million units in 2031. Large-scale deployments of AMI started to gain traction in the region a decade ago and have since grown steadily with multiple projects covering more than 100,000 endpoints now completed. Today, utilities seeking to replace and upgrade their existing AMR solutions account for a substantial share of the AMI installations through meter-park upgrades.\",\n          \"\",\n          \"Europe is meanwhile the second largest market for AMR and AMI solutions and had at the end of 2025 an installed base of 91.4 million active water utility AMR and AMI endpoints, translating into a penetration rate of approximately 59 percent. Less mature than the North American market, Europe had in 2025 a total of 34.9 million AMI endpoints installed, representing an AMI penetration of around 23 percent. The number is however forecasted to grow at a CAGR of 13.5 percent to reach 74.7 million units in 2031. France and Spain have historically been the primary markets for water AMI solutions in Europe, but markets such as the UK, Italy, Scandinavia, the DACH region and the Benelux are now also emerging as major water AMI markets.\",\n          \"\",\n          \"A variety of proprietary and standards-based communications technologies are used today for water AMI deployments. In North America, proprietary RF networking platforms have completely dominated the market and accounted for as much as 89 percent of the installed base of AMI endpoints in 2025. Meanwhile, various proprietary and open-standard RF technologies based on the EN 13757 standard accounted for roughly 39 percent of all AMI endpoints installed in Europe. The category includes Wize, which constitutes one of the most deployed technologies for water AMI in Europe. Other proprietary RF technologies that are not based on EN 13757 accounted for about 30 percent of the European deployments. Optimised for cost-sensitive and mission-critical IoT applications, LoRaWAN and 3GPP-based LPWA technologies have become real contenders within the water AMI markets – particularly LTE-M in the US and LoRaWAN and NB-IoT in Europe. Emerging LPWAN technologies such as Mioty are also gaining traction in Europe, especially in Germany and largely thanks to Diehl Metering’s advocacy of the technology. At the end of 2025, LoRaWAN was used to connect a total of 7.0 million endpoints in Europe and this number is forecasted to grow at a CAGR of 19.3 percent to reach 20.2 million in 2031. Cellular communications meanwhile accounted for 7–9 percent of the installed base in both regions and is also forecasted to see massive growth throughout the forecast period, primarily driven by 3GPP-based LPWA deployments.\",\n          \"\",\n          \"The water AMI and AMR markets in Europe and North America are largely served by local or regional players and only a few companies such as Itron, Sensus (Xylem), Honeywell, Kamstrup, the Arad Group and the Minol-ZENNER Group have managed to establish a major presence in both regions. Sensus is today split up into two companies, with the international business divested from Xylem – becoming Sensus International. At the end of 2025, the top 5 water AMI endpoint vendors in North America in terms of installed base were Sensus (Xylem), Badger Meter, Aclara (Hubbell), Neptune Technology Group (Roper Technologies) and Master Meter (Arad Group). The top 5 water AMI endpoint vendors in Europe comprised Itron, Diehl Metering, Sensus International, Veolia Connected Solutions (Veolia) and Sagemcom. The SUEZ subsidiary SUEZ Digital Solutions also constitutes a key player in the European water AMI market by having been instrumental to the development and deployment of Wize technology.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/06/16160431/bi-smartwater5-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 5735,\n          \"post_author\": \"3\",\n          \"post_date\": \"2025-08-15 19:02:30\",\n          \"post_date_gmt\": \"2025-08-15 17:02:30\",\n          \"post_content\": \"\",\n          \"post_title\": \"Filip Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"filip-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-06-17 18:34:34\",\n          \"post_modified_gmt\": \"2026-06-17 16:34:34\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=5735\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"297\",\n    \"variations\": [\n      {\n        \"id\": 6487,\n        \"name\": \"Smart Water Metering in Europe and North America - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6467,"link":"https://cms.berginsight.com/report/the-railway-telematics-market-2/","acf_data":"{\n  \"permalink\": \"/the-railway-telematics-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"2nd Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"An analysis of the market for telematics solutions used for tracking the location and condition of rolling stock, including locomotives, multiple units and wagons covering 54 solution vendors.\",\n    \"full_description\": [\n      \"This study investigates the market for telematics solutions used for tracking the location and condition of rolling stock, including locomotives, multiple units and wagons. The total market value for rail freight wagon telematics solutions, including revenues generated from the sales of hardware, software and services by solution providers, is estimated to have reached € 205 million in 2025. The market value is forecasted to grow at a CAGR of 10.6 percent to reach € 340 million in 2030. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/06/09163731/bi-railway2-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tFreight and Passenger Transport Overview\\r\\n1.1\\tFreight transport\\r\\n1.1.1\\tInternational trade\\r\\n1.1.2\\tCargo-carrying units\\r\\n1.2\\tPassenger transport\\r\\n2\\tThe Railway Industry\\r\\n2.1\\tOverview\\r\\n2.1.1\\tRolling stock\\r\\n2.1.2\\tFleet of locomotives, MUs, passenger coaches and rail freight wagons\\r\\n2.2\\tNorth America\\r\\n2.3\\tEurope\\r\\n2.4\\tRest of the World\\r\\n3\\tRolling Stock Telematics Solutions\\r\\n3.1\\tSolution infrastructure\\r\\n3.1.1\\tDevice segment\\r\\n3.1.2\\tNetwork segment\\r\\n3.1.3\\tPositioning segment\\r\\n3.1.4\\tService segment\\r\\n3.2\\tBenefits of connected rolling stock solutions\\r\\n3.2.1\\tFleet management and predictive maintenance\\r\\n3.2.2\\tOperational efficiency\\r\\n3.2.3\\tSupply chain management\\r\\n3.2.4\\tSecurity management\\r\\n4\\tMarket Forecasts and Analysis\\r\\n4.1\\tMarket forecasts\\r\\n4.2\\tVendor market shares\\r\\n4.3\\tValue chain analysis\\r\\n4.3.1\\tTelematics providers and specialised hardware and software companies\\r\\n4.3.2\\tRolling stock OEMs and OE suppliers\\r\\n4.3.3\\tRailway operators and fleet owners\\r\\n4.4\\tMarket drivers and trends\\r\\n4.4.1\\tGreater sustainability and environmental awareness benefit the rail industry\\r\\n4.4.2\\tRailPulse to accelerate rail freight wagon telematics adoption in North America\\r\\n4.4.3\\tAgeing fleet of railcars and locomotives\\r\\n4.4.4\\tPredictive maintenance reduces the risk of costly accidents\\r\\n4.4.5\\tReplacing GSM-R with FRMCS will enable a range of new applications\\r\\n4.4.6\\tDAC to change the market dynamics for rail freight wagon tracking in Europe\\r\\n5\\tCompany Profiles and Strategies\\r\\n5.1\\tRolling stock OEMs and OE suppliers\\r\\n5.1.1\\tAlstom\\r\\n5.1.2\\tAmsted Rail\\r\\n5.1.3\\tCAF\\r\\n5.1.4\\tHitachi Rail\\r\\n5.1.5\\tKnorr-Bremse\\r\\n5.1.6\\tPesa\\r\\n5.1.7\\tProgress Rail (Caterpillar)\\r\\n5.1.8\\tSiemens Mobility\\r\\n5.1.9\\tSKF\\r\\n5.1.10\\tStadler Rail\\r\\n5.1.11\\tTalgo\\r\\n5.1.12\\tTatravagónka\\r\\n5.1.13\\tThe Greenbrier Companies\\r\\n5.1.14\\tTrinity Industries\\r\\n5.1.15\\tWabtec\\r\\n5.1.16\\tZF\\r\\n5.2\\tAftermarket telematics solution providers\\r\\n5.2.1\\t3C Telemetry\\r\\n5.2.2\\tBlackBerry\\r\\n5.2.3\\tCargomon Systems\\r\\n5.2.4\\tCognid Telematik\\r\\n5.2.5\\tDOT Telematik und Systemtechnik\\r\\n5.2.6\\tEKE-Electronics\\r\\n5.2.7\\tELTE Group\\r\\n5.2.8\\tFranz Kaminski Waggonbau\\r\\n5.2.9\\tGeoforce\\r\\n5.2.10\\tGiesecke+Devrient\\r\\n5.2.11\\tHaslerRail\\r\\n5.2.12\\tHum Industrial Technology\\r\\n5.2.13\\tIcomera\\r\\n5.2.14\\tIntermodal Telematics\\r\\n5.2.15\\tLevel Systems\\r\\n5.2.16\\tNexxiot\\r\\n5.2.17\\tNomad Digital (Alstom)\\r\\n5.2.18\\tNRail\\r\\n5.2.19\\tORBCOMM\\r\\n5.2.20\\tPJM\\r\\n5.2.21\\tQuester Tangent\\r\\n5.2.22\\tRailhead\\r\\n5.2.23\\tRailnova (Knorr-Bremse)\\r\\n5.2.24\\tRailway Metrics and Dynamics\\r\\n5.2.25\\tSAVVY Telematic Systems\\r\\n5.2.26\\tTelevic\\t\\r\\n5.2.27\\tTransmission Dynamics\\r\\n5.2.28\\tTri-Logical Technologies\\r\\n5.2.29\\tUbidata\\r\\n5.2.30\\tWi-Tronix\\r\\n5.2.31\\tZTR Control Systems\\r\\n5.3\\tHardware providers\\r\\n5.3.1\\tBelden\\r\\n5.3.2\\tCisco\\r\\n5.3.3\\tDuagon (Knorr-Bremse)\\r\\n5.3.4\\tEpendion\\r\\n5.3.5\\tHuber+Suhner\\r\\n5.3.6\\tKontron\\r\\n5.3.7\\tMoxa\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/06/09163740/bi-railway2-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of tracking devices for rail freight wagons to reach 1.4 million by 2030\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Since the mid-nineteenth century, railways have played a central role in supporting economic growth across the Western world. In recent decades, however, rail’s share of freight transport has declined in North America and several European countries, while road transport has increased its share due to its greater flexibility and shorter delivery times. Despite this shift, rail transport offers a range of advantages that are becoming increasingly valued. Rail is significantly more energy-efficient than road transport and can produce up to six times fewer greenhouse gas emissions per tonne-kilometre. Shifting more passenger and freight traffic from road to rail will therefore be an important part of meeting long-term sustainability targets.\",\n          \"\",\n          \"To compete more effectively with road and other transport modes, the rail industry must adopt solutions that enhance efficiency and reliability. Digitalisation is widely regarded as a critical step in achieving this goal. A key digitalisation initiative in the rail freight sector involves equipping wagons and locomotives with telematics devices and sensors. Using GPS and cellular or satellite communication technologies, these devices collect and transmit data on the location and condition of rolling stock to back-end servers and cloud-based platforms in real time. By accessing this data through an intuitive user interface, rolling stock operators and fleet owners can increase operational efficiency, reduce maintenance and service costs and improve service levels.\",\n          \"\",\n          \"This report covers telematics and monitoring solutions for rolling stock, including locomotives, multiple units, passenger coaches and freight wagons. The main focus is on conventional railways, covering freight, commuter, regional, intercity and high-speed rail, rather than metro, light rail, monorail and tram systems. The scope excludes solutions for rail infrastructure, such as signalling systems, switches and other trackside systems.\",\n          \"\",\n          \"There is a fundamental difference between telematics solutions developed for powered rail vehicles, such as locomotives and multiple units, and those developed for unpowered assets, such as freight wagons. Devices for unpowered assets require long-lasting batteries and are often complemented by solar panels to enable extended operation. Devices installed on powered rail vehicles can draw power from the train’s existing electrical system and are therefore less power-constrained. Differences in safety regulations and operational requirements between freight and passenger rail also influence the railway telematics market. As a result, the market is largely divided between companies offering solutions for freight wagons and those providing solutions for locomotives and multiple units. Modern locomotives and passenger trains typically include some form of tracking and monitoring technology as standard.\",\n          \"\",\n          \"Large OEMs such as Alstom, Siemens Mobility, CAF, Hitachi Rail and Stadler Rail develop connected solutions for their own trains. In addition, several specialist telematics and on-board train technology companies provide aftermarket hardware and software for remotely monitoring the location and condition of locomotives and multiple units. Companies in this category include European vendors such as EKE-Electronics, HaslerRail, Nomad Digital and Railnova, as well as North American vendors such as Railhead, Wi-Tronix, Quester Tangent and ZTR Control Systems.\",\n          \"\",\n          \"Tracking solutions for rail freight wagons are provided primarily by specialist telematics companies offering aftermarket systems. Leading providers in this segment include European companies such as Nexxiot, DOT Telematik und Systemtechnik, SAVVY Telematic Systems, Intermodal Telematics, Level Systems, Giesecke+Devrient and Cargomon Systems, as well as North American companies such as Amsted Rail and BlackBerry.\",\n          \"\",\n          \"The market for real-time tracking solutions for locomotives, multiple units and rail wagons is expected to continue to grow in the next years. Interest in railway telematics is increasing as stakeholders across the rail transport industry gain a better understanding of the operational benefits associated with remote monitoring solutions. However, adoption is progressing gradually due to investment constraints, long procurement cycles and varying levels of digital maturity among rail operators and fleet owners. The installed base of tracking devices on rail freight wagons reached 875,000 units worldwide at the end of 2025. By the end of 2030, the installed base is forecasted to reach nearly 1.4 million units. Annual shipments are estimated to grow from 175,000 units in 2025 to around 350,000 units in 2030. Globally, the penetration of tracking devices within the rail freight wagon segment reached 16.6 percent at the end of 2025. This figure is estimated to reach 24.5 percent at the end of 2030.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/06/09163749/bi-railway2-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"296\",\n    \"variations\": [\n      {\n        \"id\": 6472,\n        \"name\": \"The Railway Telematics Market - 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This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        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fleet management value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 41 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n            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\"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"300\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 new executive interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in Latin America. \"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications. \"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 95 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands. \"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 26,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Fleet Latin America 2\",\n                \"src\": \"https://media.berginsight.com/2026/06/30093931/Fleet-Latin-America-2.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/fleet-management-in-latin-america-2/\",\n              \"name\": \"Fleet Management in Latin America\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Transport & Logistics\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6454,"link":"https://cms.berginsight.com/report/500-emerging-cellular-iot-projects-worldwide/","acf_data":"{\n  \"permalink\": \"/500-emerging-cellular-iot-projects-worldwide\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"6th Edition\",\n    \"main_product_category\": 25,\n    \"short_description\": \"This is a unique deliverable featuring a database of 500 emerging IoT projects identified by Berg Insight as part of the company’s world-class market research programs.\",\n    \"full_description\": [\n      \"Berg Insight has compiled a list of 500 emerging cellular IoT projects worldwide. The information included about each of these is mainly the company name and location, project name and type, website address, IoT vertical and the number of connections by region (including 5-year forecasts). These 500 projects consist of a mix of both start-ups and more incumbent projects and represented together 7.3 million subscriptions at the end of 2025. The list is delivered in Excel format.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/06/06194123/bi-500emerginglist6-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\t500 Emerging Cellular IoT Projects Worldwide\\r\\n1.1\\tIntroduction\\r\\n1.2\\tMethodology\\r\\n1.3\\tOverview of the database entries\\r\\n1.4\\tEntrepreneurship and the Internet of Things\\r\\n1.5\\tCase studies\\r\\n1.6\\tConcluding remarks and future outlook\",\n        \"file\": \"https://media.berginsight.com/2026/06/06194133/bi-500emerginglist6-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"New Berg Insight database details 500 emerging cellular IoT deployments worldwide\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Berg Insight presents the latest version of a database comprising 500 emerging cellular IoT deployments identified as part of the company’s on-going world-class IoT market research activities. The extensive list includes various types of projects and product categories deployed across vertical markets ranging from aftermarket automotive, transport & logistics, utilities and infrastructure to retail, industrial, consumer electronics and healthcare. The list of emerging projects identifies both start-ups and incumbents which are all yet to reach massive scale but may in many cases very well do so in the upcoming years. The database includes project size and geographical distribution by the end of 2025 as well as a 5-year forecast for each individual project. \",\n          \"\",\n          \"The projects covered in the list of 500 emerging cellular IoT projects together account for approximately 7.3 million active units. They include a diversified mix of initiatives ranging from promising young start-ups to products from incumbents that have been around for years, and the projects share one common trait – they are all yet to surpass 50,000 cellular IoT connections. While some of the projects may never become large, others are expected to grow into the hundreds of thousands of units already during the 5-year forecast period. The projects on the list are together forecasted to reach 12.6 million units by 2030. This corresponds to an overall compound annual growth rate (CAGR) of 11.5 percent.\",\n          \"\",\n          \"The emergence of Machine-to-Machine (M2M) communications and the Internet of Things (IoT) has impacted virtually all industry sectors. The impact has in many cases been profound, and while a few niches may have been left largely untouched so far, a fair share of the vertical markets have on the contrary been truly disrupted by M2M/IoT technology over the past decades. This development shows no signs of wearing off any time soon, as the pace of innovation within IoT-enabled businesses is continuously high and even growing in many sectors. Stories of how entrepreneurs are connecting the world with IoT are thus likely to continue hit the tech newsfeed for the foreseeable future.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/06/06194142/bi-500emerginglist6-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 1647,\n          \"post_author\": \"3\",\n          \"post_date\": \"2021-02-17 15:45:36\",\n          \"post_date_gmt\": \"2021-02-17 15:45:36\",\n          \"post_content\": \"\",\n          \"post_title\": \"Caspar Jansson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"caspar-jansson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:51:44\",\n          \"post_modified_gmt\": \"2026-01-06 12:51:44\",\n          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reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6445,"link":"https://cms.berginsight.com/report/connected-alcohol-detection-and-monitoring-solutions/","acf_data":"{\n  \"permalink\": \"/connected-alcohol-detection-and-monitoring-solutions\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 33,\n    \"short_description\": \"This report investigates the alcohol detection and monitoring market in Europe and North America, covering 27 solution vendors.\",\n    \"full_description\": [\n      \"The total installed base of connected alcohol detection and monitoring solutions in North America and Europe reached an estimated 374,000 units and 184,000 units respectively in 2025. Device types can be divided into four categories including breathalysers, ignition interlock devices (IIDs), ankle and wrist-worn devices, and wall-mounted and stationary devices. Learn more about the business opportunities associated with alcohol monitoring solutions in this 90-page strategy report from Berg Insight. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/06/05220107/bi-alcoholmonitoring1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tConnected Alcohol Detection and Monitoring Solutions\\r\\n1.1\\tUse cases and applications\\r\\n1.1.1\\tRoad safety and transportation monitoring\\r\\n1.1.2\\tWorkplace safety and occupational health\\r\\n1.1.3\\tHealthcare, treatment and rehabilitation\\r\\n1.1.4\\tLegal, regulatory and public safety\\r\\n1.2\\tStandards and regulations\\r\\n1.3\\tConnected alcohol detection and monitoring solutions infrastructure\\r\\n1.3.1\\tDevice segment\\r\\n1.3.2\\tPositioning segment\\r\\n1.3.3\\tNetwork segment\\r\\n1.3.4\\tPlatform segment\\r\\n1.4\\tBenefits of connected alcohol detection and monitoring solutions\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket landscape\\r\\n2.1.1\\tSolution vendor market shares\\r\\n2.2\\tMarket forecasts\\r\\n2.3\\tMarket trends and drivers\\r\\n2.3.1\\tBalancing regulation, security and cost\\r\\n2.3.2\\tNew and slim device types improve user acceptance\\r\\n2.3.3\\tRecurring revenue models are commonly applied\\r\\n2.3.4\\tIn-vehicle alcohol detection becomes part of fleet safety systems\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tAlcohol Countermeasure Systems\\r\\n3.2\\tAlcosystems\\r\\n3.3\\tArborsense\\r\\n3.4\\tAutoSense International\\r\\n3.5\\tBACtrack\\r\\n3.6\\tBI Incorporated (GEO Group)\\r\\n3.7\\tBreatech and Autowatch (Production Logix)\\r\\n3.8\\tBuddi (Big Technologies)\\r\\n3.9\\tCannabix Technologies\\r\\n3.10\\tDignita (Global IID)\\r\\n3.11\\tDriven By Safety (CheckBAC)\\r\\n3.12\\tDraeger\\r\\n3.13\\tE-Cell\\r\\n3.14\\tInnovative Process Solutions (Worksober)\\r\\n3.15\\tLifeloc Technologies\\r\\n3.16\\tLion Laboratories\\r\\n3.17\\tMindr\\r\\n3.18\\tPrecision Kiosk Technologies\\r\\n3.19\\tSCRAM Systems\\r\\n3.20\\tSecurus Technologies\\r\\n3.21\\tSenseair\\r\\n3.22\\tSentinel Offender Services\\r\\n3.23\\tSmart Start (Global IID)\\r\\n3.24\\tSoberLink\\r\\n3.25\\tSobrSafe\\r\\n3.26\\tSuperCom\\r\\n3.27\\tTrac Solutions\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/06/05220118/bi-alcoholmonitoring1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"What are the latest developments on the alcohol detection and monitoring solution market?\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Detecting and measuring alcohol consumption has been around for more than a century and today alcohol detection and monitoring (ADM) solutions are widely used across several application areas. The market can broadly be divided into four main segments: road safety and transportation; workplace safety and occupational health; healthcare, treatment and rehabilitation; and legal, regulatory and public safety applications. Although these application areas may overlap in practice, they differ in terms of end users, deployment environments and device requirements.\",\n          \"\",\n          \"Device types can furthermore be divided into four categories being breathalysers, ignition interlock devices (IIDs), ankle and wrist-worn devices, and wall-mounted and stationary devices. IIDs are primarily used within Driving Under the Influence (DUI) offender programmes and workplace safety applications where the devices are installed directly into vehicles to prevent operation by impaired drivers. Traditional breathalysers are more versatile and can be used across the majority of application areas. In some cases, a breathalyser can double as an IID solution. Several breathalyser solutions are integrated with smartphone applications enabling remote monitoring and support in for instance treatment and rehabilitation programmes. Wearable ankle and wrist-worn devices are commonly used in electronic monitoring (EM) programmes to enable continuous alcohol monitoring but can also be used for lighter application areas that are not as regulated as national EM programmes. Wall-mounted and stationary solutions are typically deployed at workplace entrances, probation offices or other controlled access points to facilitate high-volume testing.\",\n          \"\",\n          \"A number of companies are involved in the market of connected alcohol and detection monitoring solutions. North America today accounts for the largest market and is also home to the most active companies. Examples of solution providers based in North America include Alcohol Countermeasure Systems, Smart Start, Mindr (Intoxalock, Keepr), SCRAM Systems (LifeSafer, Monitech, QuickStart Ignition Interlock and Guardian Interlock), BI Incorporated, BACtrack, SoberLink, SobrSafe and Trac Solutions among others. Examples of European solutions providers include Draeger, Innovative Process Solutions (Worksober), Buddi, Dignita and Senseair. Companies based outside of the regions but with deployed devices include SuperCom, and Breatech and Autowatch (Production Logix).\",\n          \"\",\n          \"The total installed base of connected alcohol detection and monitoring solutions in North America and Europe reached an estimated 374,000 units and 184,000 units respectively in 2025. By 2030, the installed base is forecasted to reach 520,000 units in North America and close to 260,000 units in Europe. The largest device type segment for both Europe and North America is IIDs – representing around 50 percent for both regions – followed by breathalysers, ankle and wrist-worn devices, and wall-mounted and stationary solutions. The total market value in North America reached US$ 409 million in 2025. Growing at a CAGR of 6.9 percent, the market value is forecasted to reach US$ 571 million by 2030. The total market value of connected alcohol detection and monitoring solutions in Europe reached US$ 187 million in 2025, set to reach US$ 264 million by 2030.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/06/05220126/bi-alcoholmonitoring1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 5735,\n          \"post_author\": \"3\",\n          \"post_date\": \"2025-08-15 19:02:30\",\n          \"post_date_gmt\": \"2025-08-15 17:02:30\",\n          \"post_content\": \"\",\n          \"post_title\": \"Filip Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"filip-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-06-17 18:34:34\",\n          \"post_modified_gmt\": \"2026-06-17 16:34:34\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=5735\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"294\",\n    \"variations\": [\n      {\n        \"id\": 6450,\n        \"name\": \"Connected Alcohol Detection and Monitoring Solutions - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6430,"link":"https://cms.berginsight.com/report/the-automotive-digital-cockpit-market/","acf_data":"{\n  \"permalink\": \"/the-automotive-digital-cockpit-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 27,\n    \"short_description\": \"A comprehensive analysis of 24 major car OEMs and their digital cockpit strategies.\",\n    \"full_description\": [\n      \"The digital cockpit has become an increasingly important part of car OEMs’ value propositions and increasingly leveraged to differentiate the driver experience. Berg Insight estimates that annual shipments of cockpit domain controllers (CDCs) reached 23.0 million in 2025, corresponding to an attach rate of 26.4 percent. Annual shipments of CDCs are expected to grow at a CAGR of 16.5 percent to reach 49.5 million in 2030. The CDC market value is expected to grow from € 9.9 billion in 2025 to reach € 19.4 billion in 2030. Get up to date with the latest industry trends in this new 160-page report.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/06/01114836/bi-digitalcockpit1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Global Passenger Car Market\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tPassenger cars in use by region\\r\\n1.1.2\\tNew passenger car registration trends\\r\\n1.2\\tCar manufacturers\\r\\n1.2.1\\tPassenger car registrations in Europe by manufacturer\\r\\n1.2.2\\tPassenger car registrations in North America by manufacturer\\r\\n1.2.3\\tPassenger car registrations in China by manufacturer\\r\\n1.2.4\\tPassenger car registrations in Japan by manufacturer\\r\\n1.2.5\\tPassenger car and light vehicle registrations in South Korea by manufacturer\\r\\n1.3\\tAutomotive trends\\r\\n1.3.1\\tBattery electric and plug-in hybrid electric vehicles\\r\\n1.3.2\\tThe software-defined vehicle\\r\\n1.3.3\\tADAS and autonomous driving technologies\\r\\n2\\tDigital Cockpit Technology Overview\\r\\n2.1\\tDigital cockpit architectural patterns\\r\\n2.2\\tCockpit domain controllers\\r\\n2.3\\tHardware stack\\r\\n2.4\\tPlatform software and operating systems\\r\\n3\\tOEM Digital Cockpit Strategies\\r\\n3.1\\tBMW Group\\r\\n3.1.1\\tOverview of BMW passenger car models\\r\\n3.1.2\\tDigital cockpit strategy\\r\\n3.2\\tBYD Auto\\r\\n3.2.1\\tOverview of BYD passenger car models\\r\\n3.2.2\\tDigital cockpit strategy\\r\\n3.3\\tChangan Motors\\r\\n3.3.1\\tOverview of Changan Motors passenger car models\\r\\n3.3.2\\tDigital cockpit strategy\\r\\n3.4\\tChery Group\\r\\n3.4.1\\tOverview of Chery passenger car models\\r\\n3.4.2\\tDigital cockpit strategy\\r\\n3.5\\tFord Motor Company\\r\\n3.5.1\\tOverview of Ford passenger car models\\r\\n3.5.2\\tDigital cockpit Strategy\\r\\n3.6\\tGeely\\r\\n3.6.1\\tOverview of Geely passenger car models\\r\\n3.6.2\\tDigital cockpit strategy\\r\\n3.7\\tGeneral Motors\\r\\n3.7.1\\tOverview of the main GM passenger car brands\\r\\n3.7.2\\tDigital cockpit strategy\\r\\n3.8\\tGreat Wall Motors\\r\\n3.8.1\\tOverview of Great Wall Motors passenger car models\\r\\n3.8.2\\tDigital cockpit strategy\\r\\n3.9\\tHonda Motor Company\\r\\n3.9.1\\tOverview of Honda and Acura passenger car models\\r\\n3.9.2\\tDigital cockpit strategy\\r\\n3.10\\tHyundai Motor Group\\r\\n3.10.1\\tOverview of Hyundai and Kia passenger car models\\r\\n3.10.2\\tDigital cockpit strategy\\r\\n3.11\\tJaguar Land Rover\\r\\n3.11.1\\tOverview of Jaguar Land Rover passenger car models\\r\\n3.11.2\\tDigital cockpit strategy\\r\\n3.12\\tLeapmotor\\r\\n3.12.1\\tOverview of Leapmotor passenger car models\\r\\n3.12.2\\tDigital cockpit strategy\\r\\n3.13\\tLi Auto\\r\\n3.13.1\\tOverview of Li Auto passenger car models\\r\\n3.13.2\\tDigital cockpit strategy\\r\\n3.14\\tMazda Motor Corporation\\r\\n3.14.1\\tOverview of Mazda passenger car models\\r\\n3.14.2\\tDigital cockpit strategy\\r\\n3.15\\tMercedes-Benz Group\\r\\n3.15.1\\tOverview of Mercedes-Benz passenger car models\\r\\n3.15.2\\tDigital cockpit strategy\\r\\n3.16\\tNIO\\r\\n3.16.1\\tOverview of NIO passenger car models\\r\\n3.16.2\\tNIO digital cockpit strategy\\r\\n3.17\\tNissan Motor Company\\r\\n3.17.1\\tOverview of Nissan and Infiniti passenger car models\\r\\n3.17.2\\tDigital cockpit strategy\\r\\n3.18\\tRenault Group\\r\\n3.18.1\\tOverview of Renault and Dacia passenger car models\\r\\n3.18.2\\tDigital cockpit strategy\\r\\n3.19\\tSAIC Motor\\r\\n3.19.1\\tOverview of SAIC Motor passenger car models\\r\\n3.19.2\\tDigital cockpit strategy\\r\\n3.20\\tStellantis\\r\\n3.20.1\\tOverview of Stellantis passenger car models\\r\\n3.20.2\\tDigital cockpit strategy\\r\\n3.21\\tTesla\\r\\n3.21.1\\tOverview of Tesla passenger car models\\r\\n3.21.2\\tDigital cockpit strategy\\r\\n3.22\\tToyota Motor Corporation\\r\\n3.22.1\\tOverview of Toyota and Lexus passenger car models\\r\\n3.22.2\\tDigital cockpit strategy\\r\\n3.23\\tVolkswagen Group\\r\\n3.23.1\\tOverview of Volkswagen Group passenger car brands and models\\r\\n3.23.2\\tDigital cockpit strategy\\r\\n3.24\\tVolvo Cars\\r\\n3.24.1\\tOverview of Volvo passenger car models\\r\\n3.24.2\\tDigital cockpit strategy\\r\\n4\\tTechnology Vendors\\r\\n4.1\\tTier 1 suppliers and system integrators\\r\\n4.1.1\\tAptiv\\r\\n4.1.2\\tAumovio\\r\\n4.1.3\\tAutolink\\r\\n4.1.4\\tBosch\\r\\n4.1.5\\tDenso\\r\\n4.1.6\\tDesay SV\\r\\n4.1.7\\tECARX\\r\\n4.1.8\\tForvia\\r\\n4.1.9\\tHarman International\\r\\n4.1.10\\tHyundai Mobis\\r\\n4.1.11\\tJoynext\\r\\n4.1.12\\tLG Electronics\\r\\n4.1.13\\tMarelli\\r\\n4.1.14\\tPanasonic Automotive Systems\\r\\n4.1.15\\tPATEO\\r\\n4.1.16\\tValeo\\r\\n4.1.17\\tVisteon\\r\\n4.2\\tSemiconductor suppliers\\r\\n4.2.1\\tAdvanced Micro Devices (AMD)\\r\\n4.2.2\\tIntel\\r\\n4.2.3\\tMediaTek\\r\\n4.2.4\\tNVIDIA\\r\\n4.2.5\\tNXP Semiconductors\\r\\n4.2.6\\tQualcomm\\r\\n4.2.7\\tRenesas Electronics\\r\\n4.2.8\\tSamsung Electronics\\r\\n4.2.9\\tTelechips\\r\\n4.3\\tCockpit software platform and middleware providers\\r\\n4.3.1\\tElektrobit (Aumovio)\\r\\n4.3.2\\tETAS (Bosch)\\r\\n4.3.3\\tGreen Hills Software\\r\\n4.3.4\\tKPIT\\r\\n4.3.5\\tQNX (BlackBerry)\\r\\n4.3.6\\tTrustMotion (NXP Semiconductors)\\r\\n4.3.7\\tVector Informatik\\r\\n4.3.8\\tWind River (Aptiv)\\r\\n5\\tMarket Forecasts and Trends\\r\\n5.1\\tCar sales forecast\\r\\n5.2\\tShipments of cockpit domain controllers\\r\\n5.2.1\\tThe cockpit domain controller market in EU27+EFTA+UK\\r\\n5.2.2\\tThe cockpit domain controller market in North America\\r\\n5.2.3\\tThe cockpit domain controller market in China\\r\\n5.2.4\\tThe cockpit domain controller market in Japan\\r\\n5.2.5\\tThe cockpit domain controller market in South Korea\\r\\n5.2.6\\tThe cockpit domain controller market in Rest of World\\r\\n5.3\\tValue chain analysis\\r\\n5.3.1\\tAutomotive OEMs\\r\\n5.3.2\\tTier 1 suppliers\\r\\n5.3.3\\tSemiconductor suppliers\\r\\n5.3.4\\tSoftware platform and middleware providers\\r\\n5.3.5\\tApplication, map and service enablers\\r\\n5.4\\tMarket trends\\r\\n5.4.1\\tAndroid Automotive, GAS and alternative cockpit OS strategies\\r\\n5.4.2\\tThe growing number of digital cockpit displays change cockpit architectures\\r\\n5.4.3\\tInterior sensing becomes an increasingly important part of the cockpit HMI\\r\\n5.4.4\\tGen AI-powered in-car assistants are becoming increasingly popular\\r\\n5.4.5\\tCockpit functions are increasingly updated OTA\\r\\n5.4.6\\tWestern OEMs localise cockpit strategies for China\\r\\n5.4.7\\tCockpit domain controllers move towards cross-domain compute\\r\\n5.4.8\\tThermal management is a design constraint for high-compute cockpits\\r\\n5.4.9\\tTCU and digital cockpit integration gains traction\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/06/01114847/bi-digitalcockpit1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Annual shipments of cockpit domain controllers to reach 49.5 million by 2030\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The digital cockpit is one of the most rapidly evolving areas of automotive technology. The functional scope of the digital cockpit includes the instrument cluster, infotainment displays, head-up displays, passenger displays, physical and touch-based input systems, voice interaction and in-cabin sensing functions. Automotive OEMs today offer increasingly sophisticated digital cockpit experiences, which include larger displays, more advanced user interfaces and AI-enabled functions. In order to support increasingly sophisticated digital cockpit experiences, OEMs need more powerful and more integrated cockpit electronics architectures. Such architectures are powered by cockpit domain controllers (CDCs). These enable consolidation of functions that were previously handled by separate ECUs and provide the compute capacity needed for advanced graphics, multi-display management, voice assistants, connectivity services, in-cabin monitoring and AI-enabled user experiences.\",\n          \"\",\n          \"In this report, a CDC is defined as an SoC-based cockpit compute unit that consolidates in-vehicle infotainment with at least one additional cockpit subsystem or display domain within one controller architecture. Berg Insight estimates that annual shipments of CDCs reached 23.0 million in 2025, corresponding to an attach rate of 26.4 percent. Annual shipments of CDCs are expected to grow at a CAGR of 16.5 percent to reach 49.5 million in 2030 as an increasing number of OEMs and vehicle models adopt CDC-based cockpit architectures. The CDC market value is expected to grow from € 9.9 billion in 2025 to reach € 19.4 billion in 2030.\",\n          \"\",\n          \"The digital cockpit has become an increasingly important part of OEMs’ value propositions and the digital cockpit is increasingly leveraged to differentiate the driver experience. Automotive OEMs differ significantly in terms of maturity, technology sourcing and degree of in-house control. Premium manufacturers are generally taking the lead when it comes to the adoption of highly integrated cockpit systems. Mass-market OEMs are following the approach to some degree. The Chinese OEMs are today at the forefront and rapidly adopt new intelligent cockpit platforms, AI assistants and high-performance cockpit SoCs across a broad range of models.\",\n          \"\",\n          \"The supplier ecosystem that enables the underlying compute architecture in a digital cockpit includes Tier 1 suppliers, semiconductor vendors and software platform providers. An important role of Tier 1 suppliers in the digital cockpit market is to act as the system integrator for the complete solution including the hardware and software stack. Leading Tier 1 suppliers in the digital cockpit industry include Aptiv, Aumovio, Autolink, Bosch, Denso, Desay SV, ECARX, Forvia, Harman International, Hyundai Mobis, Joynext, LG Electronics, Marelli, Panasonic Automotive Systems, PATEO, Valeo and Visteon.\",\n          \"\",\n          \"Semiconductor providers are gaining an increasingly important role in the industry as the demand for compute performance continues to increase. Modern digital cockpit platforms require high-performance SoCs capable of supporting advanced graphics, multiple displays, AI workloads, voice interaction, connectivity services and increasingly complex software stacks. Leading cockpit domain controller providers include AMD, Intel, MediaTek, NVIDIA, NXP Semiconductors, Qualcomm, Renesas Electronics, Samsung Electronics and Telechips. \",\n          \"\",\n          \"The role of the cockpit software platform and middleware providers are also becoming more important. Cockpit software platform and middleware technologies are leveraged to run instrument clusters, infotainment systems, head-up displays, voice assistants, connectivity functions and vehicle services on shared compute platforms. The supplier scope includes real-time operating systems, hypervisors, middleware, integration tools and related software services. Examples of leading cockpit software platform and middleware providers include Elektrobit (Aumovio), ETAS, Green Hills Software, KPIT, QNX (BlackBerry), TrustMotion (NXP), Vector Informatic and Wind River (Aptiv).\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/06/01114856/bi-digitalcockpit1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3108,\n          \"post_author\": \"3\",\n          \"post_date\": \"2022-06-28 11:46:08\",\n          \"post_date_gmt\": \"2022-06-28 09:46:08\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Cederqvist\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-cederqvist\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:52:45\",\n          \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"293\",\n    \"variations\": [\n      {\n        \"id\": 6435,\n        \"name\": \"The Automotive Digital Cockpit Market - 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Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": 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                      \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n           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\"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-automotive-oem-telematics-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"11th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"A comprehensive analysis of 25 major car OEMs and their telematics solutions.\",\n                  \"full_description\": [\n                    \"What are the latest trends on the global car OEM telematics market? Berg Insight estimates that 83 percent of all cars sold worldwide in 2025 were equipped with OEM embedded telematics. Examples of applications include eCall and roadside assistance, stolen vehicle tracking, vehicle diagnostics, connected navigation and infotainment, Wi-Fi hotspot, convenience applications, over-the-air updates, in-vehicle payments, usage-based insurance, leasing and rental fleet management, as well as electronic road charging. Get up to date with the latest industry trends in this new 270-page report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/18143958/bi-oemtelematics11-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Global Passenger Car Market\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tPassenger cars in use by region\\r\\n1.1.2\\tNew passenger car registration trends\\r\\n1.2\\tCar manufacturers\\r\\n1.2.1\\tPassenger car registrations in Europe by manufacturer\\r\\n1.2.2\\tPassenger car registrations in North America by manufacturer\\r\\n1.2.3\\tPassenger car registrations in China by manufacturer\\r\\n1.2.4\\tPassenger car registrations in Japan by manufacturer\\r\\n1.2.5\\tPassenger car and light vehicle registrations in South Korea by manufacturer\\r\\n1.3\\tOverview of car OEM telematics services\\r\\n1.3.1\\tOEM connected car services in Europe\\r\\n1.3.2\\tOEM connected car services in North America\\r\\n1.3.3\\tOEM connected car services in Asia-Pacific\\r\\n1.3.4\\tOEM connected car services in Latin America\\r\\n1.3.5\\tOEM connected car services in the Middle East and Africa\\r\\n1.3.6\\tBusiness models\\r\\n1.4\\tRegulatory compliance\\r\\n1.4.1\\tVehicle security, safety and emergency call regulations\\r\\n1.4.2\\tData governance and cybersecurity\\r\\n1.5\\tMarket trends\\r\\n1.5.1\\tHybrid Battery electric and plug-in hybrid electric vehicles\\r\\n1.5.2\\tThe software-defined vehicle\\r\\n1.5.3\\tADAS and autonomous driving technologies\\r\\n1.5.4\\tVehicle-to-Everything (V2X) communications\\r\\n1.5.5\\tCarsharing and personal transportation as a service\\r\\n2\\tConnected Car Solutions\\r\\n2.1\\tCar telematics infrastructure\\r\\n2.1.1\\tVehicle segment\\r\\n2.1.2\\tTracking segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tService segment\\r\\n2.2\\tConnected car services\\r\\n2.2.1\\teCall and roadside assistance\\r\\n2.2.2\\tStolen vehicle tracking\\r\\n2.2.3\\tMotor insurance telematics\\r\\n2.2.4\\tVehicle diagnostics and maintenance\\r\\n2.2.5\\tOver-the-air updates\\r\\n2.2.6\\tLeasing and rental fleet management\\r\\n2.2.7\\tRemote control and convenience services\\r\\n2.2.8\\tConnected navigation and infotainment\\r\\n2.2.9\\tConnected in-vehicle payments\\r\\n2.2.10\\tWi-Fi hotspots\\r\\n2.2.11\\tConnected and AI-powered in-car personal assistants\\r\\n2.3\\tConnectivity options\\r\\n2.3.1\\tEmbedded connectivity solutions\\r\\n2.3.2\\tIntegrated smartphone solutions\\r\\n2.3.3\\tTethered devices\\r\\n3\\tOEM Telematics Offerings\\r\\n3.1\\tBMW Group\\r\\n3.1.1\\tOverview of BMW passenger car models\\r\\n3.1.2\\tOverview of BMW ConnectedDrive services\\r\\n3.1.3\\tBMW and MINI CarData\\r\\n3.1.4\\tMINI connected car services\\r\\n3.2\\tBYD Auto\\r\\n3.2.1\\tOverview of BYD passenger car models\\r\\n3.2.2\\tBYD connected car services\\r\\n3.3\\tChangan Motors\\r\\n3.3.1\\tOverview of Changan Motors passenger car models\\r\\n3.3.2\\tOverview of Changan Motors connected car services\\r\\n3.4\\tChery Group\\r\\n3.4.1\\tOverview of Chery passenger car models\\r\\n3.4.2\\tChery connected car service offerings\\r\\n3.5\\tFord Motor Company\\r\\n3.5.1\\tOverview of Ford passenger car models\\r\\n3.5.2\\tFordPass Connect and Lincoln connected car services\\r\\n3.5.3\\tFord Pro commercial offerings\\r\\n3.6\\tGeely\\r\\n3.6.1\\tOverview of Geely passenger car models\\r\\n3.6.2\\tGeely connected car services\\r\\n3.7\\tGeneral Motors\\r\\n3.7.1\\tOverview of the main GM passenger car brands\\r\\n3.7.2\\tGM OnStar Connected Vehicle services\\r\\n3.8\\tGreat Wall Motors\\r\\n3.8.1\\tOverview of Great Wall Motors passenger car models\\r\\n3.8.2\\tGWM connected car platforms and services\\r\\n3.9\\tHonda Motor Company\\r\\n3.9.1\\tOverview of Honda and Acura passenger car models\\r\\n3.9.2\\tOverview of Honda and Acura connected car services\\r\\n3.10\\tHyundai Motor Group\\r\\n3.10.1\\tOverview of Hyundai and Kia passenger car models\\r\\n3.10.2\\tOverview of Hyundai Motor Group’s connected car platforms\\r\\n3.10.3\\tHyundai BlueLink services\\r\\n3.10.4\\tKia Connect Services\\r\\n3.11\\tJaguar Land Rover\\r\\n3.11.1\\tOverview of Jaguar Land Rover passenger car models\\r\\n3.11.2\\tJaguar Land Rover connected car services\\r\\n3.12\\tLeapmotor\\r\\n3.12.1\\tOverview of Leapmotor passenger car models\\r\\n3.12.2\\tLeapmotor connected car service offerings\\r\\n3.13\\tLi Auto\\r\\n3.13.1\\tOverview of Li Auto passenger car models\\r\\n3.13.2\\tLi Auto connected car service offerings\\r\\n3.14\\tMazda Motor Corporation\\r\\n3.14.1\\tOverview of Mazda passenger car models\\r\\n3.14.2\\tMazda Connected Services\\r\\n3.15\\tMercedes-Benz Group\\r\\n3.15.1\\tOverview of Mercedes-Benz passenger car models\\r\\n3.15.2\\tMercedes Me connect services\\r\\n3.16\\tNIO\\r\\n3.16.1\\tOverview of NIO passenger car models\\r\\n3.16.2\\tNIO connected car service offerings\\r\\n3.17\\tNissan Motor Company\\r\\n3.17.1\\tOverview of Nissan and Infiniti passenger car models\\r\\n3.17.2\\tNissanConnect Services\\r\\n3.18\\tRenault Group\\r\\n3.18.1\\tOverview of Renault and Dacia passenger car models\\r\\n3.18.2\\tRenault connected car services\\r\\n3.19\\tSAIC Motor\\r\\n3.19.1\\tOverview of SAIC Motor passenger car models\\r\\n3.19.2\\tOverview of SAIC connected car services\\r\\n3.20\\tStellantis\\r\\n3.20.1\\tOverview of Stellantis passenger car models\\r\\n3.20.2\\tOverview of Stellantis’ technology platforms\\r\\n3.20.3\\tChrysler, Jeep, Dodge, Ram and Fiat connected car services\\r\\n3.20.4\\tPeugeot, Citroën, DS, Vauxhall and Opel connected car services\\r\\n3.20.5\\tMobilisights Connect\\r\\n3.21\\tSubaru\\r\\n3.21.1\\tOverview of Subaru passenger car models\\r\\n3.21.2\\tOverview of Subaru connected services offerings\\r\\n3.22\\tTesla\\r\\n3.22.1\\tOverview of Tesla passenger car models\\r\\n3.22.2\\tTesla connected car services\\r\\n3.23\\tToyota Motor Corporation\\r\\n3.23.1\\tOverview of Toyota and Lexus passenger car models\\r\\n3.23.2\\tOverview of Toyota and Lexus connected car services\\r\\n3.23.3\\tThe T-Connect and G-LINK connected car services for the Japanese market\\r\\n3.23.5\\tToyota and Lexus connected car services in the Middle East\\r\\n3.23.6\\tToyota connected car services in Australia\\r\\n3.23.7\\tToyota and Lexus connected car services in Europe\\r\\n3.24\\tVolkswagen Group\\r\\n3.24.1\\tOverview of Volkswagen Group passenger car brands and models\\r\\n3.24.2\\tOverview of Volkswagen Group connected car platforms and strategies\\r\\n3.24.3\\tVolkswagen connected car services\\r\\n3.24.4\\tAudi connected car services\\r\\n3.24.5\\tPorsche connected car services\\r\\n3.24.6\\tŠkoda connected car services\\r\\n3.25\\tVolvo Cars\\r\\n3.25.1\\tOverview of Volvo passenger car models\\r\\n3.25.2\\tVolvo connected car services\\r\\n4\\tConnected Car Ecosystem Players\\r\\n4.1\\tConnected vehicle platform and service providers\\r\\n4.1.1\\tBeijing Yesway Information Technology\\r\\n4.1.2\\tBosch\\r\\n4.1.3\\tCerence AI\\r\\n4.1.4\\tForvia\\r\\n4.1.5\\tHarman International\\r\\n4.1.6\\tHERE Technologies\\r\\n4.1.7\\tMapbox\\r\\n4.1.8\\tPATEO\\r\\n4.1.9\\tSibros\\r\\n4.1.10\\tSiriusXM Connect\\r\\n4.1.11\\tSonatus\\r\\n4.1.12\\tTomTom\\r\\n4.1.13\\tValtech Mobility\\r\\n4.1.14\\tWirelessCar\\r\\n4.2\\tData-as-a-Service marketplaces and developer platforms\\r\\n4.2.1\\tCaruso\\r\\n4.2.2\\tHigh Mobility\\r\\n4.2.3\\tLexisNexis Risk Solutions\\r\\n4.2.4\\tMotorq\\r\\n4.2.5\\tSmartcar\\r\\n4.3\\tMobile operators\\r\\n4.3.1\\tAmérica Móvil\\r\\n4.3.2\\tAT&T\\r\\n4.3.3\\tChina Mobile\\r\\n4.3.4\\tChina Unicom\\r\\n4.3.5\\tDeutsche Telekom\\r\\n4.3.6\\tKDDI\\r\\n4.3.7\\tOrange\\r\\n4.3.8\\tSingtel\\r\\n4.3.9\\tTele2\\r\\n4.3.10\\tTelefónica\\r\\n4.3.11\\tTelenor\\r\\n4.3.12\\tVerizon\\r\\n4.3.13\\tVodafone\\r\\n4.4\\tIoT managed service providers\\r\\n4.4.1\\tAirnity\\r\\n4.4.2\\tCubic\\r\\n4.4.3\\tLenovo Connect\\r\\n4.4.4\\tNTT\\r\\n4.4.5\\tTata Communications\\r\\n4.5\\tConnectivity management platform providers\\r\\n4.5.1\\tAeris\\r\\n4.5.2\\tAirlinq\\r\\n4.5.3\\tCisco\\r\\n4.5.4\\tLolo Company\\r\\n5\\tMarket Forecasts and Trends\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCar sales forecast\\r\\n5.1.2\\tConnected car forecast\\r\\n5.1.3\\tThe connected car market in the EU27+EFTA+UK and Eastern Europe\\r\\n5.1.4\\tThe connected car market in North America\\r\\n5.1.5\\tThe connected car market in Latin America\\r\\n5.1.6\\tThe connected car market in China\\r\\n5.1.7\\tThe connected car market in rest of Asia-Pacific\\r\\n5.1.8\\tThe connected car market in the Middle East and Africa\\r\\n5.1.9\\tAnalysis of connected car services by OEM\\r\\n5.1.10\\tConnected car hardware and service revenue forecast\\r\\n5.1.11\\tEmbedded TCU shipments by technology\\r\\n5.1.12\\tConnected car data consumption analysis\\r\\n5.2\\tValue chain analysis\\r\\n5.2.1\\tTCU, NAD and SoC suppliers\\r\\n5.2.2\\tConnected vehicle platform and service providers\\r\\n5.2.3\\tCar manufacturers\\r\\n5.2.4\\tAutomotive connectivity providers\\r\\n5.2.5\\tCloud, application and content suppliers\\r\\n5.3\\tMarket trends\\r\\n5.3.1\\tConnectivity as an enabler for the software-defined vehicle\\r\\n5.3.2\\tOver-the-air (OTA) updates are now mainstream in new connected vehicles\\r\\n5.3.3\\tLocalisation becomes more important for connected vehicle services\\r\\n5.3.4\\tSGP.32 enables scalable automotive connectivity management for OEMs\\r\\n5.3.5\\t5G RedCap creates a lower-cost migration path from 4G to 5G\\r\\n5.3.6\\tSatellite connectivity emerges as a coverage extension for connected vehicles\\r\\n5.3.7\\tMass market safety services driven by regional mandates\\r\\n5.3.8\\tOEM SVT services compete with aftermarket services in many countries\\r\\n5.3.9\\tConnected navigation faces competition from free smartphone apps\\r\\n5.3.10\\tGen AI-powered in-car personal assistants to improve driving experiences\\r\\n5.3.11\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n5.3.12\\tOEMs increasingly involved in usage-based insurance products\\r\\n5.3.13\\tChinese OEMs raise customer expectations for connected services in Europe\\r\\n5.3.14\\tWestern OEMs adopt new strategies for the Chinese market\\r\\n5.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/18144007/bi-oemtelematics11-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected cars with embedded OEM telematics systems is expected to reach 580 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Several categories of connected car applications are now offered by carmakers. Examples include eCall and roadside assistance, stolen vehicle tracking (SVT), vehicle diagnostics, over-the-air (OTA) updates, connected navigation and infotainment, entertainment services such as music and video streaming, convenience services, Wi-Fi hotspots as well as AI personal assistance services. Virtually all of the world’s leading carmakers have launched mass-market connected services in key regions today. Berg Insight estimates that 83 percent of all new cars sold worldwide in 2025 were equipped with embedded connectivity, up from 79 percent in 2024. The eCall mandate in EU27+EFTA+UK has accelerated the adoption of connected car technology, making it a standard feature in all new cars sold in the region in 2025. North America is an advanced market in terms of connected car services with an estimated attach rate of 94 percent. In China, the attach rate reached an estimated 90 percent in 2025. Other developed markets include Russia and CIS, Japan and South Korea. In other regions, the attach rate is still around 30–40 percent. \",\n                        \"\",\n                        \"Since many volume brands such as Toyota, GM, Stellantis, Ford, Volkswagen, Hyundai/Kia, Honda and Nissan now offer connected services for free in their main markets, they will constitute a large part of the growth of connected cars in the coming years. Premium brands such as BMW, Mercedes-Benz and Audi have offered connected services as a standard feature across models and geographies for more than a decade and have a considerable number of connected cars today. Other major car brands offering connected services on a broad scale include Tesla, Renault, Geely, BYD, Volvo Cars, Mazda, JLR, SAIC, GWM, Chery, Subaru, Skoda, Porsche, Lexus and Changan Motors. Relatively newly founded brands in China such as Leapmotor, Li Auto and NIO also offer embedded connected services.\",\n                        \"\",\n                        \"Berg Insight estimates that total shipments of cars equipped with embedded connectivity reached 72.6 million units worldwide in 2025. Shipments are expected to reach 82.6 million units in 2030. During the same time, the attach rate of embedded connectivity is forecasted to increase from about 83 percent in 2025 to 91 percent in 2030. The number of active OEM telematics SIM cards is forecasted to grow at a CAGR of 11.5 percent from 338.0 million in 2025 to 583.1 million in 2030.\",\n                        \"\",\n                        \"Car manufacturers rely on services provided by mobile network operators, MVNOs, connectivity management platform providers and connected vehicle software and platform providers. Mobile operators and MVNOs such as AT&T, Vodafone, China Unicom, China Mobile, KDDI, Deutsche Telekom, Orange, Verizon, Cubic3 and NTT are leading connectivity providers in the automotive segment. Connectivity management platforms is also an important part of the connected car ecosystem enabling features such as provisioning, subscription management, cost monitoring and event management. Leading connectivity management platforms players in the automotive industry include Cisco, Aeris, Airlinq and Lolo Company.\",\n                        \"\",\n                        \"Connected vehicle platform and service providers support OEMs in the development, deployment and operation of connected car services. The category includes connected vehicle platform providers offering cloud back-end, vehicle-to-cloud connectivity, OTA updates, diagnostics, data management and service orchestration capabilities. It also includes automotive technology suppliers providing infotainment, telematics, digital cockpit, voice assistant and connected-service software. Leading providers in this segment include Beijing Yesway Information, Bosch, Cerence AI, Forvia, Harman International, HERE Technologies, Mapbox, PATEO, Sibros, SiriusXM Connect, Sonatus, TomTom, Valtech Mobility and WirelessCar. There are also companies specialising in building connected car services and applications upon connected car data. Examples of such companies include Caruso, High Mobility, LexisNexis Risk Solutions, Motorq and Smartcar.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/18144015/bi-oemtelematics11-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"304\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on car populations and new car registrations worldwide\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the connected car value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 25 major car OEMs and their connected car offerings. \"\n                      },\n                      {\n                        \"bullet_point\": \"Updated market forecasts by region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Car OEM 11th\",\n                \"src\": \"https://media.berginsight.com/2026/07/18144047/Car-OEM-11th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-automotive-oem-telematics-market-6/\",\n              \"name\": \"The Global Automotive OEM Telematics Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6410,"link":"https://cms.berginsight.com/report/the-residential-virtual-power-plant-software-market/","acf_data":"{\n  \"permalink\": \"/the-residential-virtual-power-plant-software-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 29,\n    \"short_description\": \"A comprehensive analysis of the residential virtual power plant software market in Europe and North America.\",\n    \"full_description\": [\n      \"How will the residential virtual power plant software market in Europe and North America evolve in 2026 and beyond? Berg Insight estimates that there were 13.9 million residential DERs connected to VPP software platforms in the two regions at the end of 2025. Residential VPPs aggregate DERs installed in homes, primarily smart thermostats, EV chargers, home batteries, heat pumps and rooftop solar PV systems. Until 2030, Berg Insight forecasts that this number will grow at a compound annual growth rate of 18.1 percent to reach 32.0 million at the end of the period. Get up to date with the latest trends and information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/05/01113427/bi-virtualpowerplant1-ps-1.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction\\r\\n1.1\\tThe electricity market\\r\\n1.1.1\\tEurope\\r\\n1.1.2\\tNorth America\\r\\n1.2\\tVirtual power plants\\r\\n1.2.1\\tDistributed energy resources\\r\\n1.2.2\\tVPP software solutions\\r\\n1.2.3\\tValue proposition of VPPs\\r\\n1.3\\tMarket drivers\\r\\n1.3.1\\tGrowing EV and renewable adoption increase electricity demand and volatility\\r\\n1.3.2\\tVPPs enable deferred or avoided electricity infrastructure upgrades\\r\\n1.3.3\\tIncreasing electricity prices\\r\\n1.3.4\\tDeclining costs of solar PV, battery storage systems and other DERs\\r\\n1.3.5\\tValue stacking improves the economics for homeowners\\r\\n1.3.6\\tFERC Order 2222 unlocks DER market access in the US\\r\\n1.3.7\\tNC DR framework to facilitate small-scale DER market participation in the EU\\r\\n1.3.8\\tP415 is reshaping access to flexibility markets for DERs in Great Britain\\r\\n2\\tCommunications Technologies and Standards\\r\\n2.1\\t3GPP cellular\\r\\n2.2\\tWi-Fi\\r\\n2.3\\tDER standards and protocols\\r\\n2.3.1\\tEcoPort/CTA-2045\\r\\n2.3.2\\tEEBus\\r\\n2.3.3\\tIEEE 2030.5\\r\\n2.3.4\\tISO 15118 – Plug & Charge\\r\\n2.3.5\\tMatter\\r\\n2.3.6\\tModbus\\r\\n2.3.7\\tMQTT\\r\\n2.3.8\\tOpenADR\\r\\n2.3.9\\tOpen Charge Point Protocol (OCPP)\\r\\n2.3.10\\tSG-Ready\\r\\n2.3.11\\tSunSpec\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tAggregators and market participants\\r\\n3.1.1\\t1KOMMA5°\\r\\n3.1.2\\tAxle Energy\\r\\n3.1.3\\tBase Power\\r\\n3.1.4\\tCheckWatt\\r\\n3.1.5\\tDavid Energy\\r\\n3.1.6\\tEnergyHub (Alarm.com)\\r\\n3.1.7\\tFlexa (Enpal)\\r\\n3.1.8\\tFlower Infrastructure Technologies\\r\\n3.1.9\\tFrank Energie\\r\\n3.1.10\\tGenerac\\r\\n3.1.11\\tGreenely\\r\\n3.1.12\\tJoulen\\t\\r\\n3.1.13\\tKaluza (OVO Group)\\r\\n3.1.14\\tKraken Technologies\\r\\n3.1.15\\tLeap\\r\\n3.1.16\\tLumenaza\\r\\n3.1.17\\tLunar Energy\\r\\n3.1.18\\tOstrom\\t\\r\\n3.1.19\\tRenew Home\\r\\n3.1.20\\tSonnen (Shell)\\r\\n3.1.21\\tTesla\\r\\n3.1.22\\tTibber\\r\\n3.1.23\\tUplight\\t\\r\\n3.1.24\\tVoltalis\\r\\n3.1.25\\tVoltus\\r\\n3.2\\tVPP enablers and platform providers\\r\\n3.2.1\\tBeebop.ai\\r\\n3.2.2\\tDerapi\\r\\n3.2.3\\tEniris\\r\\n3.2.4\\tEnode\\r\\n3.2.5\\tENSEK (Centrica)\\r\\n3.2.6\\tFever Energy\\r\\n3.2.7\\tGridX (E.ON)\\r\\n3.2.8\\tKiwigrid\\r\\n3.2.9\\tPodero\\r\\n3.2.10\\tSaveeye\\r\\n3.2.11\\tSmartcar\\r\\n3.2.12\\tTexture\\r\\n3.2.13\\tVirtual Peaker\\r\\n4\\tMarket Analysis and Trends\\r\\n4.1\\tMarket forecasts\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAggregators and market participants\\r\\n4.2.2\\tVPP enablers and platform providers\\r\\n4.3\\tTrends\\r\\n4.3.1\\tCellular connectivity enhances the reliability of DER\\r\\n4.3.2\\tVehicle-to-grid to drive significant growth in VPP capacity\\r\\n4.3.3\\tMARI and PICASSO enable cross-border energy balancing in Europe\\r\\n4.3.4\\tVPPs become critical as energy demand and volatility surge\\r\\n4.3.5\\tReducing friction and providing strong incentives are key to VPP participation\\r\\n4.3.6\\tHVAC to remain a primary driver of residential VPP capacity growth\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/05/20165904/bi-virtualpowerplant1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of residential DERs connected to VPP platforms in Europe and North America to reach 32 million by 2030\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The share of energy generated from intermittent renewable sources such as wind and solar is steadily increasing, making electricity supply more volatile and less predictable. At the same time, electricity demand is rising rapidly, driven by the expansion of data centres to support AI computing, as well as the growing adoption of electric vehicles and electrified heating and cooling systems. Together, these developments place significant strain on existing electricity grid infrastructure, much of which was designed and built decades ago for a more centralised and predictable energy system. While the expansion of renewables and electrification is beneficial for the environment, it also introduces new challenges that must be actively managed. One approach to address these challenges is the use of virtual power plants (VPPs).\",\n          \"\",\n          \"A VPP connects and aggregates distributed energy resources (DERs), such as EV chargers, energy storage systems, solar PV, HVAC systems and compressors, into a single controllable resource. Residential VPPs aggregate DERs installed in homes, primarily smart thermostats, EV chargers, home batteries, heat pumps and rooftop solar PV systems. Individually, these assets have little effect on the energy system. However, when thousands of them are aggregated, they form a significant resource comparable in scale to a conventional power plant. A VPP can supply energy, reduce demand and provide critical grid-stabilisation services. These capabilities are typically delivered faster, more cleanly and at lower cost than conventional power plants. VPPs create value for multiple stakeholders in the energy sector, including utilities, energy retailers and grid operators. They also unlock new value streams for DER manufacturers and provide financial benefits for households.\",\n          \"\",\n          \"In Europe, there were an estimated 3.3 million residential DERs connected to VPP software platforms at the end of 2025. Smart heating is estimated to be the largest DER category in terms of the number of units followed by EV charging and home battery storage systems. The total flexible capacity of these DERs reached 9.0 GW at the end of 2025. In North America, there were an estimated 10.6 million residential DERs connected to VPP software platforms at the end of 2025. Smart thermostats are estimated to be the largest DER category, accounting for the vast majority of the assets. Home battery storage systems and EV chargers are estimated to account for smaller shares. The total flexible capacity of these DERs reached 13.9 GW at the end of 2025. \",\n          \"\",\n          \"A number of companies develop and provide VPP services. This report focuses on European and North American companies that develop software solutions for aggregating residential DERs, providing various grid support services and enabling participation in wholesale energy markets. The report also includes companies that develop software and hardware solutions that enable other companies to provide these services. The former group includes specialists such as Renew Home, EnergyHub, Uplight, Voltus, Voltalis, Kraken, Axle Energy and Flexa; DER OEMs and installers such as Tesla, Sonnen, Lunar Energy and 1KOMMA5°; and energy retailers and utilities such as Tibber, Frank Energie and David Energy. Companies developing tools and platforms that enable utilities and other companies to provide VPP services include Beebop.ai, Ensek, Eniris, Kiwigrid, Enode, Virtual Peaker and GridX, among others. In terms of the number of connected DERs, US-based Renew Home and EnergyHub rank as the leading players in North America, while France-based Voltalis and UK-based Kraken rank as the largest players in Europe.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/05/20165912/bi-virtualpowerplant1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"292\",\n    \"variations\": [\n      {\n        \"id\": 6415,\n        \"name\": \"The Residential Virtual Power Plant Software Market - 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Market forecasts lasting until 2030.\"\n        },\n        {\n          \"bullet_point\": \"Reviews of the latest initiatives launched by utilities, energy retailers, DER OEMs and specialist VPP platform providers.\"\n        },\n        {\n          \"bullet_point\": \"Profiles of the key companies active in the residential VPP market.\"\n        },\n        {\n          \"bullet_point\": \"Comparative analysis of the leading players in Europe and North America.\"\n        }\n      ],\n      \"module\": \"list_section\"\n    }\n  ],\n  \"page_content\": [\n    {\n      \"data\": {\n        \"\": null,\n        \"mode\": \"latest_category\",\n        \"show_prices\": true,\n        \"heading\": \"You may also be interested in:\",\n        \"link\": null,\n        \"category\": 29,\n        \"products\": [\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-smart-street-lighting-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 32,\n                  \"short_description\": \"A comprehensive analysis of the global smart street lighting market covering 45 key solution vendors.\",\n                  \"full_description\": [\n                    \"This study investigates the latest developments on the smart street lighting market. The global installed base of individually controlled smart street lights amounted to 38.5 million units at the end of 2025. Growing at a CAGR of 17.9 percent, the number will reach 87.6 million in 2030. Europe is the leading adopter and today accounts for around 36 percent of the global installed base. North America is the second largest, closely followed by Asia-Pacific. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/23160837/bi-streetlighting4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Smart Street Lighting\\r\\n1.1\\tThe transition to LED and adaptive lighting\\r\\n1.2\\tStreet lighting management models\\r\\n1.3\\tSmart street lighting\\r\\n1.3.1\\tRemote control and monitoring\\r\\n1.3.2\\tPreventive maintenance and real-time fault reporting\\r\\n1.3.3\\tEnergy consumption metering and billing\\r\\n1.3.4\\tSmart street lighting as a city platform\\r\\n1.4\\tSmart street lighting infrastructure\\r\\n1.4.1\\tDimmable luminaires and lighting control units\\r\\n1.4.2\\tNetwork infrastructure\\r\\n1.4.3\\tCentral management system\\r\\n2\\tCompany Profiles and Strategies\\r\\n2.1\\tLighting control vendors\\r\\n2.1.1\\tAcuity Brands\\r\\n2.1.2\\tAlgorab\\r\\n2.1.3\\tBH Technologies\\r\\n2.1.4\\tC2 SmartLight\\r\\n2.1.5\\tCITiLIGHT\\r\\n2.1.6\\tCityLight.net\\r\\n2.1.7\\tCurrent Lighting\\r\\n2.1.8\\tDatek Light Control\\r\\n2.1.9\\tDigitalPlatforms (formerly UMPI)\\r\\n2.1.10\\tDimonoff\\r\\n2.1.11\\teSave\\r\\n2.1.12\\tEXELIOT\\r\\n2.1.13\\tFagerhult Group\\r\\n2.1.14\\tFlashnet (Lucy Group)\\r\\n2.1.15\\tFonda Technology\\r\\n2.1.16\\tgridComm\\r\\n2.1.17\\tItron\\r\\n2.1.18\\tLACROIX\\r\\n2.1.19\\tLED Roadway Lighting\\r\\n2.1.20\\tLandis+Gyr\\r\\n2.1.21\\tLixtec\\r\\n2.1.22\\tLucy Zodion (Lucy Group)\\r\\n2.1.23\\tLusety\\r\\n2.1.24\\tM2M Telemetria\\r\\n2.1.25\\tMinebeaMitsumi & Paradox Engineering\\r\\n2.1.26\\tOPPLE\\r\\n2.1.27\\tRevetec\\r\\n2.1.28\\tRongwen Energy Technology Group\\r\\n2.1.29\\tSchréder\\r\\n2.1.30\\tSignify\\r\\n2.1.31\\tSmartmation\\r\\n2.1.32\\tSSE\\r\\n2.1.33\\tST Engineering Telematics Wireless\\r\\n2.1.34\\tTVILIGHT\\r\\n2.1.35\\tUbicquia\\r\\n2.1.36\\tUrban Control (DW Windsor)\\r\\n2.1.37\\tDomestic Chinese Vendors\\r\\n2.2\\tSoftware and network platform specialists\\r\\n2.2.1\\tCisco\\r\\n2.2.2\\tCitégestion (EDF)\\r\\n2.2.3\\tCityLinx\\r\\n2.2.4\\tExati\\r\\n2.2.5\\tDhyan\\r\\n2.2.6\\tLuminext\\r\\n2.2.7\\tNetmore\\r\\n2.2.8\\tTerraGo\\r\\n2.2.9\\tTrilliant\\r\\n3\\tMarket Profiles\\r\\n3.1\\tEurope\\r\\n3.1.1\\tAustria\\r\\n3.1.2\\tBelgium\\r\\n3.1.3\\tCyprus\\r\\n3.1.4\\tCzech Republic\\r\\n3.1.5\\tFrance\\r\\n3.1.6\\tGermany\\r\\n3.1.7\\tGreece\\r\\n3.1.8\\tHungary\\r\\n3.1.9\\tItaly\\r\\n3.1.10\\tNetherlands\\r\\n3.1.11\\tNordics\\r\\n3.1.12\\tPoland\\r\\n3.1.13\\tPortugal\\r\\n3.1.14\\tRomania\\r\\n3.1.15\\tSpain\\r\\n3.1.16\\tSwitzerland\\r\\n3.1.17\\tUnited Kingdom\\r\\n3.1.18\\tRest of Europe\\r\\n3.2\\tNorth America\\t\\r\\n3.2.1\\tUnited States\\r\\n3.2.2\\tCanada\\r\\n3.3\\tThe Middle East\\r\\n3.3.1\\tKingdom of Saudi Arabia\\r\\n3.3.2\\tUnited Arab Emirates\\t\\r\\n3.3.3\\tRest of the Middle East\\r\\n3.4\\tAfrica\\r\\n3.4.1\\tKenya\\r\\n3.4.2\\tSouth Africa\\r\\n3.4.3\\tRest of Africa\\r\\n3.5\\tLatin America\\r\\n3.5.1\\tArgentina\\r\\n3.5.2\\tBrazil\\r\\n3.5.3\\tChile\\r\\n3.5.4\\tColombia\\r\\n3.5.5\\tEcuador\\r\\n3.5.6\\tMexico\\r\\n3.5.7\\tUruguay\\r\\n3.5.8\\tRest of Latin America\\r\\n3.6\\tAsia-Pacific\\r\\n3.6.1\\tChina\\r\\n3.6.2\\tAustralia\\r\\n3.6.3\\tNew Zealand\\r\\n3.6.4\\tIndia\\r\\n3.6.5\\tRest of Asia-Pacific\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tMarket forecasts\\r\\n4.2\\tIndustry analysis\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tThe smart street lighting market has begun its consolidation journey\\r\\n4.3.2\\tCellular technologies gain ground as a popular connectivity alternative\\r\\n4.3.3\\tThe growing strategic importance of software and AI in smart street lighting\\r\\n4.3.4\\tSmart lighting vendors bet on the broader smart cities market\\r\\n4.3.5\\tGrowing adoption of D4i and Zhaga\\r\\n4.3.6\\tOpen and interoperable solutions gain importance\\r\\n4.3.7\\tSecond-wave smart street lighting deployments are picking up pace\\r\\n4.3.8\\tWeakening business case for smart pole solutions\\r\\n4.3.9\\tCabinet-control solutions remain an important market segment\\r\\n4.3.10\\tSensor-controller nodes emerge for selected lighting applications\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/23160848/bi-streetlighting4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"What are the latest developments on the global smart street lighting market?\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Electrified public street lighting infrastructure has been around since the late 19th century to improve vehicle and pedestrian safety as well as to provide increased comfort to all users of the streets. Today, several hundred million street lights have been installed worldwide and the technology is now close to ubiquitous in all major urban areas of the developed world. The street lighting infrastructure however often constitutes major cost centres in terms of energy consumption and maintenance work, and also accounts for a significant share of the total greenhouse gas emissions that a city generates. In addition, static lighting schemes contribute to unnecessary light pollution, which could have harmful impacts on both humans and environmental ecosystems. Along with the developments in IoT communications and energy-efficient LED technology, smart street lighting systems that enable remote monitoring, control and management of street lighting networks have emerged to address these issues and allow authorities and utilities to achieve significant cost and energy savings while at the same time improving the societal benefits provided to citizens. In recent years, smart street lighting infrastructure has moreover emerged as a promising platform for the management of a variety of additional smart city devices.\",\n                        \"\",\n                        \"Berg Insight estimates that the global installed base of individually controlled smart street lights amounted to 38.5 million units at the end of 2025. Growing at a CAGR of 17.9 percent, the number will reach 87.6 million in 2030. Europe is the leading adopter and today accounts for around 36 percent of the global installed base. North America is meanwhile the second largest market representing 29 percent of the global installed base. A variety of proprietary RF networking platforms together account for 52 percent of the individually controlled street lights while cellular, and public and private LoRa communications are the second and third most common connectivity technologies respectively. The majority of the LoRa deployments are leveraging LoRaWAN networks. At the end of 2025, the leading smart street lighting vendor was Signify with an installed base of about 6.2 million lighting controls, followed by US-based Itron and the Chinese vendor Fonda Technology.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/23160859/bi-streetlighting4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 5735,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2025-08-15 19:02:30\",\n                        \"post_date_gmt\": \"2025-08-15 17:02:30\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Filip Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                      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     {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 20 interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"360-degree overview of smart street lighting technology.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive coverage by region with in-depth market profiles of 37 countries.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 45 key players in the smart street lighting market.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of vendor market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region and technology lasting until 2030.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed analysis of the latest market and industry developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Street lighting 4\",\n                \"src\": \"https://media.berginsight.com/2026/09/23160911/Street-lighting-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-smart-street-lighting-market-4/\",\n              \"name\": \"The Global Smart Street Lighting Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Smart Cities\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-home-energy-management-systems-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 34,\n                  \"short_description\": \"A comprehensive analysis of the home energy management systems market in Europe and North America covering product categories such as solar PV and battery storage.\",\n                  \"full_description\": [\n                    \"How should the utility and mobile industries address the vast business opportunity in home energy management systems? 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household investment economics\\r\\n1.1.10\\tValue chain\\r\\n1.2\\tThe electricity market\\r\\n1.2.1\\tEurope\\t\\r\\n1.2.2\\tNorth America\\r\\n1.2.3\\tSmart grids\\r\\n1.3\\tSolar power generation\\r\\n1.3.1\\tResidential solar PV system installations and shipments\\r\\n1.4\\tMarket drivers for HEMS\\r\\n1.4.1\\tGovernment subsidies and incentives\\r\\n1.4.2\\tNet metering and feed-in tariffs\\r\\n1.4.3\\tLoad management, demand response and VPP programmes\\r\\n1.4.4\\tRising electricity prices\\r\\n1.4.5\\tDeclining costs of solar PV and battery storage solutions\\r\\n1.4.6\\tGrid independence and power outage protection\\r\\n1.4.7\\tGrowth of EVs and electrical heating systems\\r\\n2\\tCommunications Technologies and Standards\\r\\n2.1\\t3GPP cellular and LPWA technologies\\r\\n2.1.1\\t2G/3G/4G/5G cellular technologies and IoT\\r\\n2.1.2\\tLoRa and LoRaWAN\\r\\n2.1.3\\tSigfox\\r\\n2.2\\tHome networking technologies and standards\\r\\n2.2.1\\tBluetooth\\r\\n2.2.2\\tEEBus\\r\\n2.2.3\\tHome Connectivity Alliance (HCA)\\r\\n2.2.4\\tKNX\\r\\n2.2.5\\tMatter\\r\\n2.2.6\\tModbus\\r\\n2.2.7\\tOpenADR\\r\\n2.2.8\\tOpen Charge Point Protocol (OCPP)\\r\\n2.2.9\\tOpenTherm\\r\\n2.2.10\\tSG-Ready\\r\\n2.2.11\\tSunSpec\\r\\n2.2.12\\tThread\\r\\n2.2.13\\tWi-Fi\\r\\n2.2.14\\tZigbee\\r\\n2.2.15\\tZ-Wave\\r\\n3\\tHome Battery Storage System Providers\\r\\n3.1\\tEuropean companies\\r\\n3.1.1\\tE3/DC (Hager Group)\\r\\n3.1.2\\tEmaldo\\r\\n3.1.3\\tFenecon\\r\\n3.1.4\\tFerroamp\\r\\n3.1.5\\tFimer (Motion Applied)\\r\\n3.1.6\\tFronius\\r\\n3.1.7\\tKostal\\r\\n3.1.8\\tMyenergi\\r\\n3.1.9\\tPolarium Energy Solutions\\r\\n3.1.10\\tPowervault Plus (EBIS GB Holdings)\\r\\n3.1.11\\tPuredrive Energy\\r\\n3.1.12\\tRCT Power\\r\\n3.1.13\\tSAX Power\\r\\n3.1.14\\tSenec (EnBW)\\r\\n3.1.15\\tSMA Solar Technology\\r\\n3.1.16\\tSolarwatt\\r\\n3.1.17\\tSonnen\\r\\n3.1.18\\tVARTA\\r\\n3.1.19\\tViessmann Climate Solutions (Carrier)\\r\\n3.2\\tNorth American companies\\r\\n3.2.1\\tBase Power\\r\\n3.2.2\\tBriggs & Stratton Energy Solutions\\r\\n3.2.3\\tCanadian Solar\\r\\n3.2.4\\tEnphase Energy\\r\\n3.2.5\\tFortress Power\\r\\n3.2.6\\tFranklinWH Energy Storage\\r\\n3.2.7\\tGenerac\\r\\n3.2.8\\tLunar Energy\\r\\n3.2.9\\tNeoVolta\\r\\n3.2.10\\tSavant Systems\\r\\n3.2.11\\tTesla\\r\\n3.2.12\\tTigo Energy\\r\\n3.3\\tRest of World companies\\r\\n3.3.1\\tAlphaESS\\r\\n3.3.2\\tAPsystems (Yuneng Technology)\\r\\n3.3.3\\tBluetti Power (PowerOak Newener)\\r\\n3.3.4\\tBYD Electronic\\r\\n3.3.5\\tEcoFlow\\r\\n3.3.6\\tGoodWe\\r\\n3.3.7\\tGrowatt New Energy\\r\\n3.3.8\\tHanwha Qcells\\r\\n3.3.9\\tHuawei\\r\\n3.3.10\\tJinkoSolar\\r\\n3.3.11\\tLG Energy Solution\\r\\n3.3.12\\tPylon Technologies\\r\\n3.3.13\\tSamsung SDI\\r\\n3.3.14\\tSigenergy\\r\\n3.3.15\\tSolarEdge\\r\\n3.3.16\\tSolaX Power Network Technology\\r\\n3.3.17\\tSungrow Power Supply\\r\\n3.3.18\\tTeraHive (Liteon Technology)\\r\\n4\\tHome Energy Management Solution Providers\\r\\n4.1\\tHEMS platform providers and integrators\\r\\n4.1.1\\t1KOMMA5°\\r\\n4.1.2\\tBeegy\\r\\n4.1.3\\tClever-PV\\r\\n4.1.4\\tConsolinno Energy\\r\\n4.1.5\\tCurrentt\\r\\n4.1.6\\tDerapi\\r\\n4.1.7\\tEniris\\r\\n4.1.8\\tEnjoyelec\\r\\n4.1.9\\tEnode\\r\\n4.1.10\\tEnpal\\r\\n4.1.11\\tGridX (E.ON)\\r\\n4.1.12\\tKiwigrid\\r\\n4.1.13\\tReduxi FlexCo\\r\\n4.1.14\\tSaveeye\\r\\n4.1.15\\tSolar Manager\\r\\n4.1.16\\tXemex\\r\\n4.1.17\\tZerofy\\r\\n4.2\\tSmart home, electrical panel and load control solution providers\\r\\n4.2.1\\tEaton\\r\\n4.2.2\\tHomey (LG Electronics)\\r\\n4.2.3\\tLegrand\\r\\n4.2.4\\tLeviton\\r\\n4.2.5\\tLoxone\\r\\n4.2.6\\tLumin (ABB)\\r\\n4.2.7\\tSchneider Electric\\r\\n4.2.8\\tShelly Group\\r\\n4.2.9\\tSmappee\\r\\n4.2.10\\tSPAN\\r\\n4.2.11\\tTheben\\r\\n4.3\\tElectricity retailers\\r\\n4.3.1\\tGreenely\\r\\n4.3.2\\tOctopus Energy\\r\\n4.3.3\\tOstrom\\r\\n4.3.4\\tTibber\\r\\n5\\tMarket Analysis and Trends\\r\\n5.1\\tMarket forecasts\\r\\n5.2\\tValue chain analysis\\r\\n5.2.1\\tLeading home battery storage system providers\\r\\n5.2.2\\tCompanies from other industry sectors enter the HEMS market\\r\\n5.3\\tTrends\\r\\n5.3.1\\tLower solar export compensation boosts battery storage demand\\r\\n5.3.2\\tVirtual power plants to become more powerful as more DERs are connected\\r\\n5.3.3\\tEV batteries emerge as a source of home backup power\\r\\n5.3.4\\tInteroperability will be key for the adoption of wider HEMS\\r\\n5.3.5\\tEnergy aggregation and trading create new revenue opportunities\\r\\n5.3.6\\tSmall-scale HEMS increases in popularity in Europe\\r\\n5.3.7\\tIntelligent and AI-driven solutions simplify home energy management\\r\\n5.3.8\\tEnergy-as-a-Service removes investment barriers for households\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/15164624/bi-homeenergy4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of Home Energy Management Systems in Europe and North America reached 6.0 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The residential sector accounts for around 25 percent of the total energy consumption in Europe and 15 percent in North America. Household electricity consumption is anticipated to increase substantially during the coming years due to the continued adoption of electric vehicles and heat pumps. Solutions that enable homeowners to reduce their overall energy consumption, optimise when electricity is consumed and increase the share of energy coming from renewable sources therefore play a vital role in the transition to carbon neutrality and mitigating climate change. In order to support this transition, governments in Europe and North America have introduced targeted incentives and subsidies to encourage residential investments in renewable energy and energy optimisation technologies. Higher and increasingly volatile electricity prices in some markets during recent years, combined with concerns over grid reliability and more frequent power outages in certain regions, have also strengthened homeowners’ incentives to invest in such solutions.\",\n                        \"\",\n                        \"In this report, a home energy management system (HEMS) is defined as a system that at a minimum consists of a solar PV system, battery storage system and a web-based management portal or smartphone app that enables remote monitoring and control of the system. A wider HEMS also integrates backup generators, EV chargers, heat pumps, home appliances and other connected devices and systems in the home. A HEMS enables households to actively participate in the electricity market, reduce their monthly electricity bills and help alleviate strain on the electricity grid during periods of high demand.\",\n                        \"\",\n                        \"At the end of 2025, there were an estimated 5.1 million HEMS installed in European homes. An estimated 1.3 million systems were added to the installed base in 2025. This figure includes both new installations of solar PV + battery storage systems as well as installations of battery storage systems in existing solar PV systems (i.e. retrofits). The penetration rate is still low in Europe, at around 4.3 percent. Germany is by far the leading market, accounting for close to half of the installed base and shipments in Europe. Growing at a CAGR of 19.4 percent, the installed base of HEMS in Europe is estimated to reach 12.5 million systems at the end of 2030. This corresponds to a penetration rate of 10.0 percent. \",\n                        \"\",\n                        \"The North American HEMS market is smaller in terms of the number of installed and shipped systems compared to Europe. At the end of 2025, there were an estimated 850,000 HEMS installed in North American homes. Shipments, including both new installations and retrofits, reached 200,000 systems in 2025. About 0.7 percent of the houses and MDUs in the region had a HEMS installed at the end of the year. The US is estimated to account for about 95 percent of the North American market while Canada accounts for about 5 percent. California, Texas, Hawaii, Arizona and Puerto Rico are among the largest HEMS markets in the US. Growing at a CAGR of 15.2 percent, the installed base of HEMS in North America is estimated to reach over 1.7 million systems at the end of 2030. This will correspond to a penetration rate of 1.4 percent. \",\n                        \"\",\n                        \"The HEMS value chain includes a diverse range of companies operating across different parts of the residential energy ecosystem. Some companies offer complete HEMS solutions that combine proprietary hardware, software and energy management capabilities. Other companies specialise in individual components, such as battery storage systems, inverters, EV chargers or energy management hardware, which can be integrated with third-party products to form a complete HEMS. There are also companies that focus primarily on software and energy management platforms, enabling hardware manufacturers, utilities and other market participants to integrate, monitor and optimise distributed energy resources in the home. Leading US-based players include Tesla, Enphase Energy, Generac, FranklinWH Energy Storage, Base Power, Lunar Energy and Savant Systems. Leading Germany-based companies include E3/DC (Hager Group), Sonnen, Senec (EnBW), Solarwatt, SMA Solar, RCT Power, Fenecon and Viessmann Climate Solutions (Carrier). Austrian Fronius, UK-based Puredrive Energy and Denmark-based Emaldo are also leading providers. Several major players on the HEMS market in North America and Europe are based outside of the two regions. These include China-based Huawei, Growatt, Sungrow, Sigenergy, AlphaESS, and BYD Electronic; Israel-based SolarEdge; and South Korea-based LG Energy Solution.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/15164634/bi-homeenergy4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 889,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:12:24\",\n                        \"post_date_gmt\": \"2021-01-12 15:12:24\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Apelgren\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-backman\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2024-08-05 20:32:46\",\n                        \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"309\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 20 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the HEMS value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Statistical data on residential solar PV system adoption in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 81 companies active in the solar PV, battery storage and HEMS industry.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed market sizing and forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Home Energy Management 4\",\n                \"src\": \"https://media.berginsight.com/2026/09/15164500/Home-Energy-Management-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-home-energy-management-systems-market-4/\",\n              \"name\": \"The Home Energy Management Systems Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Smart Buildings\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/smart-metering-in-europe\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"20th Edition\",\n                  \"main_product_category\": 29,\n                  \"short_description\": \"This is the twentieth consecutive report from Berg Insight analysing the latest developments for smart metering (electricity and gas) in Europe.\",\n                  \"full_description\": [\n                    \"Are you looking for detailed information and comprehensive data about the European smart metering market (electricity and gas)? Berg Insight’s analyst team has been covering smart metering continuously for more than twenty years. Smart Metering in Europe is our flagship 350-page report covering AMM in EU27+3. Learn more about the EU energy policies driving the adoption of smart metering and the latest market developments in Europe. Extensive data Excel is included.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/10191009/bi-sm20-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\t\\r\\n1\\tElectricity and Gas Markets in Europe\\r\\n1.1\\tEnergy industry players\\r\\n1.2\\tElectricity market\\r\\n1.3\\tGas market\\r\\n2\\tSmart Metering Solutions\\r\\n2.1\\tIntroduction to smart grids\\r\\n2.2\\tSmart metering\\r\\n2.2.1\\tSmart metering applications\\r\\n2.2.2\\tSmart metering infrastructure\\t\\r\\n2.2.3\\tBenefits of smart metering\\r\\n2.3\\tProject strategies\\r\\n2.3.1\\tSystem design and sourcing\\r\\n2.3.2\\tRollout and integration\\r\\n2.3.3\\tImplementation and operation\\r\\n2.3.4\\tCommunicating with customers\\r\\n2.4\\tRegulatory issues\\r\\n2.4.1\\tModels for the introduction of smart meters\\r\\n2.4.2\\tStandards and guidelines\\r\\n2.4.3\\tIndividual rights issues\\r\\n3\\tIoT Networks and Communications Technologies\\r\\n3.1\\tIoT network technologies\\r\\n3.1.1\\tNetwork architecture\\r\\n3.1.2\\tUnlicensed and licensed frequency bands\\r\\n3.2\\tPLC technology and standards\\r\\n3.2.1\\tInternational standards organisations\\r\\n3.2.2\\tG3-PLC\\r\\n3.2.3\\tPRIME\\r\\n3.2.4\\tMeters & More\\r\\n3.2.5\\tOSGP\\r\\n3.3\\t3GPP cellular and LPWA technologies\\r\\n3.3.1\\t2G/3G/4G/5G cellular technologies and IoT\\r\\n3.3.2\\tLTE-M and NB-IoT\\r\\n3.3.3\\tThe role of cellular networks in smart meter communications\\r\\n3.3.4\\tLoRa and LoRaWAN\\r\\n3.3.5\\tSigfox\\r\\n3.4\\tOther RF technologies and standards\\r\\n3.4.1\\tIEEE 802.15.4\\r\\n3.4.2\\tWi-SUN\\r\\n3.4.3\\tProprietary IPv6 connectivity stacks based on 802.15.4\\r\\n3.4.4\\tEN 13757\\r\\n4\\tSmart Metering Industry Players\\r\\n4.1\\tMeter vendors\\r\\n4.1.1\\tItron\\r\\n4.1.2\\tEYKON (Landis+Gyr EMEA)\\r\\n4.1.3\\tAclara (Hubbell)\\r\\n4.1.4\\tADD Grup\\r\\n4.1.5\\tAEM\\r\\n4.1.6\\tAidon (Gridspertise)\\r\\n4.1.7\\tApator\\r\\n4.1.8\\tCircutor\\r\\n4.1.9\\tDiehl Metering\\r\\n4.1.10\\tEDMI (Osaki Electric)\\r\\n4.1.11\\tEFR\\r\\n4.1.12\\tElgama Elektronika (Linyang Energy)\\r\\n4.1.13\\tEMH Metering\\r\\n4.1.14\\tFlonidan\\r\\n4.1.15\\tGridspertise\\r\\n4.1.16\\tHexing Electrical\\r\\n4.1.17\\tHoneywell\\r\\n4.1.18\\tHolley Technology\\r\\n4.1.19\\tIskraemeco\\r\\n4.1.20\\tKaifa Technology\\r\\n4.1.21\\tKamstrup\\r\\n4.1.22\\tMeter&Control\\r\\n4.1.23\\tMeteRSIT\\r\\n4.1.24\\tNetworked Energy Services\\r\\n4.1.25\\tNIK\\r\\n4.1.26\\tPietro Fiorentini\\r\\n4.1.27\\tSagemcom\\r\\n4.1.28\\tSanxing Electric\\r\\n4.1.29\\tWasion\\r\\n4.1.30\\tZIV\\r\\n4.1.31\\tZPA Smart Energy (El Sewedy Electrometer)\\r\\n4.1.32\\tZTE Corporation\\r\\n4.2\\tCommunications solution providers\\r\\n4.2.1\\tAPKAPPA\\r\\n4.2.2\\tCorinex\\r\\n4.2.3\\tCyanConnode\\r\\n4.2.4\\tDevolo\\r\\n4.2.5\\tNuriFlex\\r\\n4.2.6\\tOrmazabal\\r\\n4.2.7\\tPower Plus Communications\\r\\n4.2.8\\tSensus International\\r\\n4.2.9\\tTheben Smart Energy\\r\\n4.2.10\\tToshiba\\r\\n4.2.11\\tTrilliant\\r\\n4.2.12\\tWirepas\\r\\n4.2.13\\tXemex\\r\\n4.3\\tSoftware solution providers\\r\\n4.3.1\\tAvance Metering\\r\\n4.3.2\\tAtlantica Digital\\r\\n4.3.3\\tCuculus\\r\\n4.3.4\\tEnergyworx (Gridspertise)\\r\\n4.3.5\\tEmbriq\\r\\n4.3.6\\tHansen Technologies\\r\\n4.3.7\\tFerranti\\r\\n4.3.8\\tKisters\\r\\n4.3.9\\tOracle\\r\\n4.3.10\\tRobotron Datenbank-Software\\r\\n4.3.11\\tSAP\\r\\n4.3.12\\tSiemens\\r\\n4.3.13\\tTelecontrol STM\\r\\n4.3.14\\tTerranova Software\\r\\n4.3.15\\tVIVAVIS\\r\\n4.4\\tSystem integrators and communications service providers\\r\\n4.4.1\\tA1 Telekom Austria\\r\\n4.4.2\\tArqiva\\r\\n4.4.3\\tALTEN (Worldgrid)\\r\\n4.4.4\\tCapgemini\\r\\n4.4.5\\tCGI\\r\\n4.4.6\\tCom4\\r\\n4.4.7\\tGE Vernova\\r\\n4.4.8\\tIBM\\r\\n4.4.9\\tTelecom Italia\\r\\n4.4.10\\tKPN\\r\\n4.4.11\\tTelefónica\\r\\n4.4.12\\tTelenor\\r\\n4.4.13\\tTelia Company\\r\\n4.4.14\\tUtility Connect\\r\\n4.4.15\\tVodafone\\r\\n5\\tMarket Profiles\\r\\n5.1\\tRegional summary\\r\\n5.1.1\\tEU energy strategy\\r\\n5.1.2\\tEU policies related to smart metering\\r\\n5.1.3\\tSmart metering policies on the national level\\r\\n5.1.4\\tTop smart metering projects in EU27+3 countries\\r\\n5.2\\tAustria\\r\\n5.2.1\\tElectricity and gas distribution structure\\r\\n5.2.2\\tMetering regulatory environment\\r\\n5.2.3\\tSmart metering market developments\\r\\n5.2.4\\tSecond-wave rollout preparations\\r\\n5.3\\tBelgium\\r\\n5.3.1\\tElectricity and gas distribution industry structure\\r\\n5.3.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.4\\tBulgaria\\r\\n5.4.1\\tElectricity and gas distribution industry structure\\r\\n5.4.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.5\\tCroatia\\t\\r\\n5.5.1\\tElectricity and gas distribution industry structure\\r\\n5.5.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.6\\tCyprus\\r\\n5.6.1\\tElectricity distribution industry structure\\r\\n5.6.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.7\\tCzech Republic\\r\\n5.7.1\\tElectricity and gas distribution industry structure\\r\\n5.7.2\\tMetering regulatory environment\\r\\n5.7.3\\tSmart metering market developments\\r\\n5.8\\tDenmark\\r\\n5.8.1\\tElectricity and gas distribution industry structure\\r\\n5.8.2\\tMetering regulatory environment\\r\\n5.8.3\\tSmart metering market developments\\r\\n5.9\\tEstonia\\r\\n5.9.1\\tElectricity and gas distribution industry structure\\r\\n5.9.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.10\\tFinland\\r\\n5.10.1\\tElectricity distribution industry structure\\r\\n5.10.2\\tFirst wave of smart metering 2004–2013\\r\\n5.10.3\\tSecond-wave of smart metering\\r\\n5.11\\tFrance\\r\\n5.11.1\\tElectricity and gas distribution industry structure\\r\\n5.11.2\\tNationwide program for smart electricity metering\\r\\n5.11.3\\tNationwide program for smart gas metering\\r\\n5.12\\tGermany\\r\\n5.12.1\\tElectricity and gas distribution industry structure\\r\\n5.12.2\\tMetering regulatory environment\\r\\n5.12.3\\tTechnical standardization of smart meters\\r\\n5.12.4\\tSmart metering market developments\\r\\n5.13\\tGreece\\r\\n5.13.1\\tElectricity and gas distribution industry structure\\r\\n5.13.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.14\\tHungary\\r\\n5.14.1\\tElectricity and gas distribution industry structure\\r\\n5.14.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.15\\tIreland\\r\\n5.15.1\\tElectricity and gas distribution structure\\r\\n5.15.2\\tNationwide program for deployment of smart meters\\r\\n5.16\\tItaly\\r\\n5.16.1\\tElectricity and gas distribution industry structure\\r\\n5.16.2\\tFirst stage of smart metering adoption 2001–2013\\r\\n5.16.3\\tSecond stage of smart metering adoption 2014–2024\\r\\n5.17\\tLatvia\\r\\n5.17.1\\tElectricity and gas distribution industry structure\\r\\n5.17.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.18\\tLithuania\\r\\n5.18.1\\tElectricity and gas distribution industry structure\\r\\n5.18.2\\tSmart metering market developments\\r\\n5.19\\tLuxembourg\\r\\n5.19.1\\tElectricity and gas distribution industry structure\\r\\n5.19.2\\tMetering regulatory environment and smart metering rollout plans\\r\\n5.20\\tMalta\\r\\n5.20.1\\tUtility industry structure\\r\\n5.20.2\\tNational smart grid project and rollout of second-generation smart meters\\r\\n5.21\\tNetherlands\\r\\n5.21.1\\tElectricity and gas distribution industry structure\\r\\n5.21.2\\tMetering regulatory environment\\r\\n5.21.3\\tSmart metering market developments\\r\\n5.21.4\\tSecond-wave rollout preparations\\r\\n5.21.5\\tNextGen project timeline\\r\\n5.22\\tNorway\\r\\n5.22.1\\tElectricity distribution industry structure\\r\\n5.22.2\\tMetering regulatory environment\\r\\n5.22.3\\tSmart metering market developments and first wave tender results\\r\\n5.22.4\\tSecond-wave rollout preparations\\r\\n5.23\\tPoland\\r\\n5.23.1\\tElectricity and gas distribution industry structure\\r\\n5.23.2\\tMetering regulatory environment\\r\\n5.23.3\\tSmart metering projects\\r\\n5.24\\tPortugal\\r\\n5.24.1\\tElectricity and gas distribution industry structure\\r\\n5.24.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.25\\tRomania\\r\\n5.25.1\\tElectricity and gas distribution industry structure\\r\\n5.25.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.26\\tSlovakia\\r\\n5.26.1\\tElectricity and gas distribution industry structure\\r\\n5.26.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.27\\tSlovenia\\r\\n5.27.1\\tElectricity and gas distribution industry structure\\r\\n5.27.2\\tSmart metering market developments\\r\\n5.28\\tSpain\\r\\n5.28.1\\tElectricity and gas distribution industry structure\\r\\n5.28.2\\tMetering regulatory environment\\r\\n5.28.3\\tSmart metering market developments\\r\\n5.29\\tSweden\\r\\n5.29.1\\tElectricity distribution industry structure\\r\\n5.29.2\\tFirst wave of smart metering 2003–2009\\r\\n5.29.3\\tSecond wave of smart metering 2018–2024\\r\\n5.30\\tSwitzerland\\r\\n5.30.1\\tElectricity distribution industry structure\\r\\n5.30.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.31\\tUnited Kingdom\\r\\n5.31.1\\tElectricity and gas industry structure\\r\\n5.31.2\\tMetering regulatory environment\\r\\n5.31.3\\tGreat Britain’s planned nationwide smart metering system\\r\\n5.31.4\\tSmart meter criticism and regulatory framework revision\\r\\n5.31.5\\tSmart meter rollout\\r\\n5.31.6\\tSmart metering in Northern Ireland, the Channel Islands and Gibraltar\\r\\n6\\tCase Studies: Smart Metering Projects in Europe\\r\\n6.1\\tEnel\\r\\n6.1.1\\tEnel Open Meter and the second-generation rollout in Italy\\r\\n6.1.2\\tEndesa’s smart metering project in Spain\\r\\n6.1.3\\tSmart meter rollout in Romania\\r\\n6.2\\tEnedis\\r\\n6.2.1\\tThe Linky Programme\\r\\n6.2.2\\tSystem development and large-scale pilot\\r\\n6.2.3\\tFull-scale rollout\\r\\n6.3\\tCurrent smart meter projects in five European countries\\r\\n6.3.1\\tAustria – Wiener Netze\\r\\n6.3.2\\tBelgium – Fluvius\\r\\n6.3.3\\tIreland – ESB Networks\\r\\n6.3.4\\tLithuania – ESO\\r\\n6.3.5\\tGreece – HEDNO\\r\\n6.4\\tPioneering next-generation smart meter rollouts\\r\\n6.4.1\\tE.ON Sweden\\r\\n6.4.2\\tElenia\\r\\n6.5\\tSmart gas meter rollouts in France and Italy\\r\\n6.5.1\\tGRDF\\r\\n6.5.2\\t2i Rete (Italgas)\\r\\n6.6\\tSmart meter communications platforms in Germany and the UK\\r\\n6.6.1\\tGermany\\r\\n6.6.2\\tUnited Kingdom\\r\\n6.7\\tSmart metering in Eastern Europe and the Balkans\\r\\n7\\tMarket Forecasts and Trends\\r\\n7.1\\tMarket trends\\r\\n7.1.1\\tSecond-wave rollouts to account for a substantial share of shipments\\r\\n7.1.2\\tGrowth increasingly driven by CEE and Southeast European projects\\r\\n7.1.3\\tSmart metering systems shift towards more granular data and modularity\\r\\n7.1.4\\tAdoption of LTE-M and NB-IoT connectivity continues to increase\\r\\n7.1.5\\tSecurity has become an operational requirement\\r\\n7.1.6\\tSupplier dynamics evolve in Europe\\r\\n7.1.7\\tRethinking the smart metering offering to respond to emerging utility needs\\r\\n7.1.8\\tEurope’s gas networks prepare for a low-carbon future\\r\\n7.2\\tSmart electricity metering market forecast\\r\\n7.2.1\\tCapital expenditure forecast\\r\\n7.2.2\\tCommunications technology market shares\\r\\n7.3\\tSmart gas metering market forecast\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/10191019/bi-sm20-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of smart energy meters to reach 360 million across Europe by 2031\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Two thirds of all electricity customers in EU27+3 had a smart meter at the end of 2025 – a figure that is forecasted to increase to as much as 85 percent in 2031. In terms of shipments, smart meters accounted for around 85 percent of total EU27+3 electricity meter shipments in 2025. Poland, which is currently in the midst of a nationwide rollout, was the largest market in terms of shipments with around 2.5 million units installed during the year. The second largest market was Germany, which after lengthy delays saw an acceleration of deployments and ended the year with annual shipments of more than 1.9 million units. The United Kingdom was the third largest market by volume with yearly shipments of nearly 1.8 million units, a number that should have been higher if the British utilities met their installation targets for the year. France and Spain were also in the top five in terms of shipment volumes, driven by second-generation replacements. Other markets with large installation volumes during the year included Italy, Belgium, Switzerland, Romania and Finland. The smart metering market in Europe remains promising and is set for robust growth in the coming years with over 130 million smart electricity meters forecasted to be deployed across the region during 2025–2031.\",\n                        \"\",\n                        \"In addition to major first-generation deployments in countries such as Germany, the UK, Poland, Greece, Romania, Belgium and the Czech Republic, second-generation rollouts in countries such as Spain, France and the Netherlands will contribute with substantial shipment volumes throughout the forecast period. Poland will continue to be a significant contributor to annual shipment volumes until 2030, although Germany is expected to overtake the role as Europe’s largest market in terms of first-generation smart meter shipments towards the end of the decade. Greece is also expected to be one of the largest markets with estimated annual shipments in the range of 1–1.5 million units between 2026–2030. From 2026 and forward, the ramp-up of second-generation installations in Spain, the Netherlands and France will be the most important drivers for yearly shipment volumes. In total, replacements of first-generation smart meters are expected to be in the range of 20–50 percent of total smart meter shipments in Europe throughout the next five years, or 4.0–9.0 million units annually.\",\n                        \"\",\n                        \"As the rollouts in many countries in Western Europe and the Nordics are now either well-advanced or completed, the focus continues to shift to Central, East and Southeast Europe. The outlook for the region has improved significantly over the past five years with multiple major rollouts now underway. Overall, the CEE and Southeast European region accounted for over 50 percent of annual EU27+3 smart meter shipments in 2025, up from 32 percent in 2024. Looking only at the growth in annual shipment volumes of first-generation smart meter projects, nine of the ten fastest growing markets can be found in CEE and Southeast Europe.\",\n                        \"\",\n                        \"The rapid development of new wireless technologies for IoT communications has a major impact on the smart metering market in Europe. DSOs planning for new smart grid projects and rollouts in the mid-2020s have a wide range of increasingly sophisticated wireless technologies to choose from for their networking platforms. Wireless technologies have a number of advantages compared to PLC technologies which dominated the first wave of smart electricity deployments in Europe. Supported by massive R&D investments in the mobile communications industry in combination with decreasing mobile subscription costs, 3GPP-based LPWA technologies such as LTE-M and NB-IoT are now rapidly gaining traction in the electricity, gas and water utilities space. Several major deployments utilising these technologies are now either completed, underway or about to begin in the Benelux, the Nordics, the Baltics and Southern Europe. 3GPP-based LPWA will more than double its smart meter connectivity market share throughout the forecast period. Various forms of PLC will remain the dominant technology group in terms of installed base although purely wireless communications options are forecasted to account for over 50 percent of shipment volumes during most of the forecast period – peaking at around 62 percent in 2028.\",\n                        \"\",\n                        \"Adoption of smart metering is also growing fast in the European gas distribution market. At the end of 2025, around 48 percent of the natural gas customers in EU27+3 had been equipped with a smart gas meter. Berg Insight estimates that the number of natural gas customers with a smart gas meter will increase to 78.8 million in 2031, equal to a penetration rate of over 62 percent. Annual shipments of smart gas meters in the EU27+3 amounted to 3.2 million units in 2025. This represented an increase of nearly 0.3 million units compared to 2024, which was largely due to the start of a large-scale project in Poland which made the country the second largest market by shipment volume in 2025. Despite installations in the UK again having proceeded at a slower pace than anticipated, the country was nevertheless the most active market in 2025 with over 1.4 million units installed. Italy and Belgium were also significant markets, accounting for around 0.5 and 0.3 million shipments respectively during the year. Annual shipment volumes of smart gas meters are projected to remain stable at around 5–6 million units throughout the forecast period, with an expected peak of 5.9 million units during 2028/2029. Driven by Italgas’ second-generation rollout, Italy is forecasted to emerge as the largest market in Europe by shipment volume in 2027 and to maintain that position throughout the forecast period. The UK is expected to remain one of the region’s largest markets as well, with shipment volumes supported by continued installations in line with the government’s revised ambition to complete the nationwide rollout by 2030. Significant volumes are also anticipated in additional countries over the coming years, particularly Spain, the Netherlands, Poland, France, Greece and Belgium, where the former will account for 22 percent of yearly shipment volumes in Europe by 2031.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/10191028/bi-sm20-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3928,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-08-22 09:48:16\",\n                        \"post_date_gmt\": \"2023-08-22 07:48:16\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Felix Linderum\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"felix-linderum\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-03-25 20:49:18\",\n                        \"post_modified_gmt\": \"2026-03-25 19:49:18\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3928\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"302\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Full coverage of the European market with in-depth market profiles of all countries in EU27+3.\"\n                      },\n                      {\n                        \"bullet_point\": \"Case studies of smart electricity and gas metering projects by the leading energy groups in Europe. \"\n                      },\n                      {\n                        \"bullet_point\": \"360-degree overview of next-generation PLC, RF and cellular standards for smart grid communications.\"\n                      },\n                      {\n                        \"bullet_point\": \"Updated profiles of the key players in the metering industry.\"\n                      },\n                      {\n                        \"bullet_point\": \"New detailed forecasts for smart electricity and gas meters in 30 countries until 2031.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest developments in the European energy industry.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 29,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"sm europe 20th\",\n                \"src\": \"https://media.berginsight.com/2026/07/10191118/sm-europe-20th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/smart-metering-in-europe-6/\",\n              \"name\": \"Smart Metering in Europe\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Smart Utilities\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6376,"link":"https://cms.berginsight.com/report/connected-pos-terminals-4/","acf_data":"{\n  \"permalink\": \"/connected-pos-terminals\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"9th Edition\",\n    \"main_product_category\": 20,\n    \"short_description\": \"An in-depth analysis of the global POS and mPOS terminal market.\",\n    \"full_description\": [\n      \"Cellular connectivity has become a popular option for POS terminals and the installed base of cellular POS terminals reached 166 million worldwide in 2024. Berg Insight forecasts a CAGR of 8.3 percent between 2024 and 2029, resulting in a total of 247 million cellular POS terminals at the end of the forecast period. The market for NFC-ready POS terminals also continued to display strong momentum in 2024 with annual shipments reaching an estimated 120 million units worldwide. The report also forecasts the mPOS market. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/04/29143011/bi-pos9-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction\\r\\n1.1\\tThe card payments industry\\r\\n1.1.1\\tThe transaction process in card payments\\r\\n1.1.2\\tCosts of a card payment transaction\\r\\n1.1.3\\tRevenue distribution in the card payments industry\\r\\n1.1.4\\tCard payments and household consumption expenditures\\r\\n1.1.5\\tBreakdown of household consumption expenditures\\r\\n1.1.6\\tCard payment volumes\\r\\n1.2\\tThe POS terminal market\\r\\n1.2.1\\tPOS terminal market data\\r\\n1.2.2\\tPOS terminal form factors\\r\\n2\\tCellular IoT and NFC Connectivity\\r\\n2.1\\tEvolution of electronic payments\\r\\n2.1.1\\tEMV migration\\r\\n2.1.2\\tAdoption of cellular IoT communications\\r\\n2.1.3\\tRollout of NFC-ready terminals\\r\\n3\\tPOS Terminal Vendors\\r\\n3.1\\tVendor profiles and strategies\\r\\n3.1.1\\tAnfu\\r\\n3.1.2\\tBBPOS\\r\\n3.1.3\\tBitel\\r\\n3.1.4\\tCastles Technology\\r\\n3.1.5\\tCenterm\\r\\n3.1.6\\tCloud Code (Hainan)\\r\\n3.1.7\\tDatecs\\r\\n3.1.8\\tDspread Technology\\r\\n3.1.9\\tEquinox Payments\\r\\n3.1.10\\tFiserv\\r\\n3.1.11\\tID Tech\\r\\n3.1.12\\tIngenico\\r\\n3.1.13\\tItron Electronics\\r\\n3.1.14\\tJTact\\r\\n3.1.15\\tLandi\\r\\n3.1.16\\tMoreFun\\r\\n3.1.17\\tNewland Payment Technology\\r\\n3.1.18\\tNew POS\\r\\n3.1.19\\tNexgo (Xinguodu)\\r\\n3.1.20\\tPAX Technology\\r\\n3.1.21\\tPayter\\r\\n3.1.22\\tSmartpeak\\r\\n3.1.23\\tSumUp\\r\\n3.1.24\\tSunmi\\r\\n3.1.25\\tSZZT Electronics\\r\\n3.1.26\\tTianyu\\r\\n3.1.27\\tTopWise\\r\\n3.1.28\\tTrendit\\r\\n3.1.29\\tUIC Payments\\r\\n3.1.30\\tVanstone Electronic\\r\\n3.1.31\\tVeriFone\\r\\n3.1.32\\tYZPOS\\r\\n4\\tForecasts and Conclusions\\r\\n4.1\\tMarket trends and drivers\\r\\n4.1.1\\tSteady uptake of cellular IoT connectivity\\r\\n4.1.2\\tNFC has become ubiquitous\\r\\n4.1.3\\tPOS terminal app stores are a potential game-changer\\r\\n4.1.4\\tAndroid payment terminals gain traction\\r\\n4.1.5\\tNew technologies can transform the shopping experience\\r\\n4.1.6\\tThe mPOS market segment is still growing\\r\\n4.1.7\\tIs the advent of SoftPOS a possible threat to POS terminal hardware sales?\\r\\n4.1.8\\tTrump tariffs affect POS vendors that manufacture in Asia\\r\\n4.2\\tMarket forecasts\\r\\n4.2.1\\tCellular POS terminal market forecast\\r\\n4.2.2\\tNFC-ready POS terminal market forecast\\r\\n4.2.3\\tNFC-ready mPOS terminal market forecast\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/04/29143020/bi-pos9-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of cellular POS terminals to reach 247 million in 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The world is continuously shifting from coin and paper-based payments such as cash and cheques to electronic forms such as payment cards and mobile phone payments. This development accelerated in the past years due to the COVID-19 pandemic. As a part of this evolution, POS terminals are becoming more and more common in all parts of the world. The global installed base of POS terminals grew to almost 321 million units in 2024. Market growth is primarily fuelled by the increasing adoption of electronic payments in emerging markets. Developed markets are relatively saturated in terms of POS terminal adoption. In addition, the mPOS terminal market is today still growing and Berg Insight forecasts that the installed base of mPOS terminals worldwide will grow from 80 million units in 2024 to reach 104 million units by 2029.\",\n          \"\",\n          \"Cellular connectivity has become a very popular option for POS terminals and was incorporated in 54 percent of the devices shipped in 2024. The wireless technology has an important role in facilitating the global adoption of electronic payments, as it enables the rollout of POS terminals to many new market segments and parts of the world where the fixed line telecommunications infrastructure is less developed. The installed base of cellular POS terminals reached 166.0 million in 2024. Berg Insight forecasts a CAGR of 8.3 percent between 2024 and 2029, resulting in a total of 247.0 million cellular POS terminals at the end of the forecast period.\",\n          \"\",\n          \"The market for NFC-ready POS terminals continued to display strong momentum in 2024 with annual shipments reaching an estimated 120.2 million units worldwide. The attach rate for NFC was highest in Europe and North America, where 99 percent of the POS terminals shipped featured NFC. NFC was also a very popular feature in many other major markets worldwide including Brazil, Turkey and China.\",\n          \"\",\n          \"The Android POS terminal category has become very popular lately. About 46 percent of the POS terminals sold in 2024 were Android POS terminals. The top manufacturers of Android smart POS devices were Centerm, Sunmi, Pax Technology, Newland Payment Technology, Landi, Tianyu, Castles Technology, Smartpeak and SZZT Electronics. SoftPOS is a new growth POS category and is a type of software-based payment system that enables merchants to accept debit and credit card payments using a tablet or smartphone. The number of smartphones running SoftPOS is still less than 15 million.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/04/29143031/bi-pos9-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"291\",\n    \"variations\": [\n      {\n        \"id\": 6381,\n        \"name\": \"Connected POS Terminals - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": 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In Europe, the user base is estimated to grow at a CAGR of 9.2 percent, from 1.4 million users at the end of 2025 to over 2.2 million users at the end of 2030. The North American market is estimated to grow from 685,000 users at the end of 2025 to about 1.1 million users at the end of 2030, while the Australia & New Zealand market is forecasted to grow from 350,000 to around 520,000 users during the same period. Learn more about the business opportunities associated with lone worker safety solutions in this 135-page strategy report from Berg Insight. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/04/20124506/bi-loneworker5-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tLone Worker Safety Solutions\\r\\n1.1\\tEmployment statistics\\t\\r\\n1.2\\tLone working\\r\\n1.3\\tLone worker safety solution infrastructure\\r\\n1.3.1\\tDevice segment\\r\\n1.3.2\\tPositioning segment\\r\\n1.3.3\\tNetwork segment\\r\\n1.3.4\\tService segment\\r\\n1.4\\tLone worker legislation and standards\\r\\n1.4.1\\tNorth America\\r\\n1.4.2\\tEurope\\t\\r\\n1.4.3\\tAustralia & New Zealand\\r\\n2\\tMarket Analysis and Forecasts\\r\\n2.1\\tMarket landscape\\r\\n2.2\\tSolution provider market shares\\r\\n2.3\\tMarket forecasts\\r\\n2.4\\tMarket drivers and trends\\r\\n2.4.1\\tEvolving market dynamics across devices and app-based solutions\\r\\n2.4.2\\tBody-worn cameras add a new dimension to lone worker protection\\r\\n2.4.3\\tThe 2G/3G sunsets create challenges and opportunities for LW vendors\\r\\n2.4.4\\tConsolidation in the UK market and global price pressure\\r\\n2.4.5\\tHybrid working – an aftermath of the pandemic\\r\\n2.4.6\\tBig opportunities in the private sector\\r\\n2.4.7\\tSatellite solutions provide protection beyond cellular coverage\\r\\n2.4.8\\tLone worker safety solutions face competition from smartphone SOS features\\r\\n2.4.9\\tLone worker safety solutions are not just for lone workers\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tLone worker safety solution providers\\r\\n3.1.1\\tAccess Personal Safety\\r\\n3.1.2\\tAddSecure\\r\\n3.1.3\\tADRESYS\\r\\n3.1.4\\tAlertMedia\\r\\n3.1.5\\tAmigo Systems (Transfer Group)\\r\\n3.1.6\\tAscom\\r\\n3.1.7\\tAware360\\r\\n3.1.8\\tBecklar\\r\\n3.1.9\\tBeepiz (SuiviDeFlotte.net)\\r\\n3.1.10\\tBlackline Safety\\r\\n3.1.11\\tBodytrak\\r\\n3.1.12\\tCALIMA\\r\\n3.1.13\\tCrystal Alarm\\r\\n3.1.14\\tCuebly\\r\\n3.1.15\\tDuress\\r\\n3.1.16\\tEcoOnline\\r\\n3.1.17\\tEpic Blue\\r\\n3.1.18\\tF24\\r\\n3.1.19\\tFirst2HelpYou\\r\\n3.1.20\\tGetHomeSafe\\r\\n3.1.21\\tMiniFinder\\r\\n3.1.22\\tMiSentinelSOS (Sentinel Technologies)\\r\\n3.1.23\\tMultiBel\\r\\n3.1.24\\tMy Angel\\r\\n3.1.25\\tMy Safety Buddy\\r\\n3.1.26\\tNeovigie (LPI Group)\\r\\n3.1.27\\tNomadia\\r\\n3.1.28\\tOelmann Elektronik\\r\\n3.1.29\\tOmnigard\\r\\n3.1.30\\tOnGuard\\r\\n3.1.31\\tOrbis Protect\\r\\n3.1.32\\tPanicGuard\\r\\n3.1.33\\tPeoplesafe\\r\\n3.1.34\\tPick Protection (Arnold Clark)\\r\\n3.1.35\\tReliance High-Tech\\r\\n3.1.36\\tSamsara\\r\\n3.1.37\\tSafepoint (Techshift)\\r\\n3.1.38\\tSafeTCard\\r\\n3.1.39\\tSecapp\\r\\n3.1.40\\tSecurdia\\r\\n3.1.41\\tSecure2Go\\r\\n3.1.42\\tSecuritas\\r\\n3.1.43\\tSoloProtect\\r\\n3.1.44\\tSHEQSY (SafetyCulture)\\r\\n3.1.45\\tSwanholm Technology\\r\\n3.1.46\\tSwissphone\\r\\n3.1.47\\tSysnav\\t\\r\\n3.1.48\\tTraxxs\\r\\n3.1.49\\tTerracom\\r\\n3.1.50\\tTotalmobile\\r\\n3.1.51\\tTrack24\\r\\n3.1.52\\tTsunami Solutions\\r\\n3.1.53\\tUepaa\\r\\n3.1.54\\tVatix\\r\\n3.1.55\\tVecima Networks\\r\\n3.1.56\\tVerticalMan (Aldea)\\r\\n3.1.57\\tVismo\\r\\n3.1.58\\tWaryMe\\r\\n3.1.59\\tWorksafe Guardian (Ideagen)\\r\\n3.1.60\\tX-Guard\\r\\n3.2\\tLone worker device manufacturers\\r\\n3.2.1\\tACR Electronics\\r\\n3.2.2\\tEview\\r\\n3.2.3\\tFlic (Shortcut Labs)\\r\\n3.2.4\\tGarmin\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tMAGNETA\\r\\n3.2.7\\tDatix (SAVV)\\r\\n3.2.8\\tScandinavian Radio Technology\\r\\n3.2.9\\tTeltonika\\r\\n3.2.10\\tTwig Com\\r\\n3.2.11\\tZOLEO (Roadpost)\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/04/20124516/bi-loneworker5-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of lone workers using connected safety solutions in Europe, North America and ANZ to reach 3.8 million in 2030\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Lone worker safety solutions can have numerous benefits for both employers and employees. Well-implemented solutions can improve peace of mind for employees, thus reducing stress and employee turnover. Modern lone worker safety solutions consist of a dedicated lone worker device or smartphone app able to send an alarm signal and a monitoring platform that displays information about the location and status of the lone workers. In case of emergency, workers can call for help from co-workers, professional alarm monitoring operators as well as the police and other emergency responders.\",\n          \"\",\n          \"Berg Insight estimates that the user base of lone worker safety solutions in Europe, North America and Australia & New Zealand was close to 2.5 million at the end of 2025. In Europe, the user base is estimated to grow at a CAGR of 9.2 percent, from 1.4 million users at the end of 2025 to over 2.2 million users at the end of 2030. The UK is the largest market for lone worker solutions and is estimated to account for more than half of the total European market. The North American market is estimated to grow from 685,000 users at the end of 2025 to about 1.1 million users at the end of 2030. The US market is currently trailing the Canadian market in terms of users. Australia & New Zealand market is forecasted to grow from 350,000 to around 520,000 users during the same period. The combined market value for lone worker safety solutions in Europe, North America and Australia & New Zealand reached € 308 million in 2025. By 2030, the market value is forecasted to grow to € 251 million in Europe, about € 146 million in North America and around ¤ 59 million in Australia & New Zealand.\",\n          \"\",\n          \"The lone worker safety solutions markets in Europe, North America and Australia & New Zealand are served by various companies offering hardware devices, software solutions and alarm monitoring and response services. Only a few companies offer complete end-to-end solutions. Many of the largest vendors originate from the UK, Canada and Australia. These countries also represent the three largest markets. In terms of subscribers, UK-based Peoplesafe is the leading provider of lone worker safety solutions in Europe with around 375,000 subscribers. In Australia, Duress is the clear market leader with hundreds of thousands of subscribers. Leading companies in Canada are Aware360, Blackline Safety and Tsunami Solutions. AlertMedia and Becklar are major players based in the US. Other notable vendors include the UK-based companies Access Personal Safety, EcoOnline, Orbis Protect, PanicGuard, Reliance High-Tech, SoloProtect, Totalmobile, Vatix, and Vismo; Australia and New Zealand-based providers Worksafe Guardian and GetHomeSafe; and European players such as France-based Beepiz and Nomadia, Switzerland-based Ascom, Swissphone and Uepaa, the Netherlands-based MultiBel and Secure2Go, Germany-based Oelmann Elektronik, Finland-based Secapp, and Sweden-based MiniFinder, Securdia and Securitas.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/04/20124527/bi-loneworker5-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 4800,\n          \"post_author\": \"3\",\n          \"post_date\": \"2024-08-06 12:04:27\",\n          \"post_date_gmt\": \"2024-08-06 10:04:27\",\n          \"post_content\": \"\",\n          \"post_title\": \"Melvin Sörum\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"melvin-sorum\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 16:11:12\",\n          \"post_modified_gmt\": \"2026-01-06 15:11:12\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4800\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"290\",\n    \"variations\": [\n      {\n        \"id\": 6357,\n        \"name\": \"Lone Worker Safety Solutions - 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Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6333,"link":"https://cms.berginsight.com/report/the-global-cellular-iot-antenna-market-2/","acf_data":"{\n  \"permalink\": \"/the-global-cellular-iot-antenna-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"2nd Edition\",\n    \"main_product_category\": 25,\n    \"short_description\": \"This study covers the latest trends and developments on the cellular IoT antenna market covering 32 antenna vendors.\",\n    \"full_description\": [\n      \"Berg Insight has done a major survey among all the IoT antenna vendors and found that the global cellular IoT antenna market is served by a multitude of players of different sizes, with diverse portfolio strategies and varying degrees of specialisation when it comes to antennas. Berg Insight estimates that shipments of cellular IoT antennas will grow at a compound annual growth rate (CAGR) of 7.9 percent from 757 million units in 2025 to 1.1 billion units in 2030. The report also includes market forecasts for the IoT module market. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/04/09164445/bi-iotantenna2-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIoT Networking and Communications\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tWireless system architecture in IoT devices\\r\\n1.2\\tAntenna basics\\r\\n1.3\\tAntenna integration considerations\\r\\n1.4\\tIoT antenna form factors\\r\\n1.5\\tInternal antennas\\r\\n1.5.1\\tOff-board FPC/PCB antennas\\r\\n1.5.2\\tOn-board PCB/chip antennas\\t\\r\\n1.5.3\\tMetal stamp antennas\\r\\n1.5.4\\tPCB trace antennas\\r\\n1.5.5\\tWire antennas\\r\\n1.5.6\\tLDS antennas\\r\\n1.6\\tExternal antennas\\r\\n1.6.1\\tCombination external antennas\\r\\n1.7\\tEmbedding cellular technology in products and systems\\r\\n1.7.1\\tRegulatory, industry, mobile operator and application-specific certifications\\r\\n1.8\\tCellular IoT from 2G to 5G\\r\\n1.8.1\\t2G/3G mobile networks\\r\\n1.8.2\\t4G LTE mobile networks\\r\\n1.8.3\\t4G/5G mobile IoT networks (LTE-M and NB-IoT)\\r\\n1.8.4\\t5G mobile networks\\r\\n1.9\\tCost comparison for cellular and LPWA technologies\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis and forecasts\\r\\n2.1.1\\tCellular IoT module market analysis and forecasts\\r\\n2.1.2\\tCellular IoT antenna market forecasts\\r\\n2.1.3\\tCellular IoT antenna vendor landscape\\r\\n2.1.4\\tInternal antenna market analysis\\r\\n2.1.5\\tExternal antenna market analysis\\r\\n2.1.6\\tOEM automotive antenna market analysis\\r\\n2.2\\tMarket trends\\r\\n2.2.1\\tThe antenna industry is in a phase of consolidation\\r\\n2.2.2\\tIntegrated antenna-TCU solutions gain traction in the automotive market\\r\\n2.2.3\\tMission-critical networks drive demand for external combination antennas\\r\\n2.2.4\\tHybrid cellular-satellite solutions create new antenna design requirements\\r\\n2.2.5\\tRevenue growth varied in 2025 for vendors active in the antenna market\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tCellular IoT antenna vendors\\r\\n3.1.1\\tAbracon\\r\\n3.1.2\\tAirgain\\r\\n3.1.3\\tAmphenol\\r\\n3.1.4\\tATTB Antennentechnik Bad Blankenburg\\r\\n3.1.5\\tAumovio\\r\\n3.1.6\\tdiscoverIE (Antenova and 2J Antennas)\\r\\n3.1.7\\tEzurio\\r\\n3.1.8\\tHarada\\r\\n3.1.9\\tHirschmann Car Communication\\r\\n3.1.10\\tHuber+Suhner\\r\\n3.1.11\\tIgnion\\r\\n3.1.12\\tJC Antenna\\r\\n3.1.13\\tKYOCERA AVX\\r\\n3.1.14\\tMobile Mark\\r\\n3.1.15\\tMolex\\r\\n3.1.16\\tPanorama Antennas\\r\\n3.1.17\\tParsec Technologies\\r\\n3.1.18\\tPCTEL (Amphenol)\\r\\n3.1.19\\tPeplink\\r\\n3.1.20\\tPolomarconi\\r\\n3.1.21\\tPoynting Antennas\\r\\n3.1.22\\tPulse Electronics (Yageo Group)\\r\\n3.1.23\\tQuectel\\r\\n3.1.24\\tSirio Antenne\\r\\n3.1.25\\tSunnyway Technology\\r\\n3.1.26\\tSynzen\\r\\n3.1.27\\tTaoglas\\r\\n3.1.28\\tTE Connectivity\\r\\n3.1.29\\tThe Antenna Company\\r\\n3.1.30\\tUnictron\\r\\n3.1.31\\tWalsin Technology Corporation\\r\\n3.1.32\\tYokowo\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/04/09164456/bi-iotantenna2-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Cellular IoT antenna shipments reached 757 million units in 2025\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Antennas are one of the key components of wireless devices and play a central role in determining wireless performance, coverage and power efficiency. Even though an antenna is a conceptually basic passive component, there are many challenges associated with the implementation of antennas. Antenna performance depends not only on the antenna element itself, but also on how the antenna is integrated into the device or system. Complexity is also increased by the need to support multiple cellular frequency bands, regional variants and in many cases other technologies such as GNSS, Wi-Fi or Bluetooth. As a result, the cellular IoT antenna market is characterized by a fragmented vendor landscape, broad product portfolios and continuous demand for customisation and technical support services.\",\n          \"\",\n          \"Berg Insight estimates that annual shipments of cellular IoT antennas, including internal and external antennas, amounted to 757 million units in 2025, up 23 percent from the previous year. Until 2030, cellular IoT antenna shipments are forecasted to grow at a compound annual growth rate (CAGR) of 7.9 percent to reach 1.1 billion at the end of the period.\",\n          \"\",\n          \"Berg Insight divides the cellular IoT antenna market into three segments: internal, external and OEM automotive antennas. There is generally limited overlap between the vendor landscapes of the internal antenna, external antenna and OEM automotive antenna segments. Overall, the cellular IoT antenna market is served by a broad range of players of different sizes, with distinct portfolio strategies and varying degrees of specialisation in antennas. Some of the largest players have built their presence in the space through acquisitions, using M&A to broaden their portfolios and strengthen channel reach. Despite this, the market remains fragmented due to the breadth of end markets served. Vendors therefore range from major electronic component manufacturers to specialists focused on selected form factors, technologies or vertical markets.\",\n          \"\",\n          \"The internal antenna market is characterised by a mix of off-the-shelf products and custom antennas. Important vendors include Taoglas, TE Connectivity, Sunnyway Technology, Kyocera AVX, Pulse Electronics, discoverIE (operating through 2J Antennas and Antenova), Quectel and Ignion. Major external antenna providers are Amphenol (operating through Amphenol Procom and PCTEL), Huber+Suhner, Panorama Antennas, Taoglas, TE Connectivity, 2J Antennas, Airgain, Mobile Mark, Parsec Technologies, Poynting Antennas, Pulse Electronics and Sunnyway Technology. External antennas for the OEM automotive segment are supplied by both major tier-1 automotive suppliers, as well as specialist vendors. Key vendors are Yokowo, Harada, Aumovio and Hirschmann Car Communication.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/04/09164508/bi-iotantenna2-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 885,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:06:06\",\n          \"post_date_gmt\": \"2021-01-12 15:06:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Fredrik Stålbrand\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"fredrik-stalbrand\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:49:59\",\n          \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"289\",\n    \"variations\": [\n      {\n        \"id\": 6338,\n        \"name\": \"The Global Cellular IoT Antenna Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and 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market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6309,"link":"https://cms.berginsight.com/report/the-video-telematics-market-6/","acf_data":"{\n  \"permalink\": \"/the-video-telematics-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"7th Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"An in-depth study analysing the latest developments on the market for video telematics solutions.\",\n    \"full_description\": [\n      \"How will the emerging video telematics market evolve in 2026 and beyond? The report covers the latest trends and developments in the dynamic telematics industry. Berg Insight forecasts that the active installed base of video telematics systems in Europe and North America will grow at a CAGR of 17.6 percent from almost 9.6 million units at the end of 2025 to 21.6 million by 2030. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/04/01140408/bi-videotelematics7-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tVideo Telematics Solutions\\r\\n1.1\\tIntroduction to video telematics\\r\\n1.1.1\\tVideo telematics as a standalone application\\r\\n1.1.2\\tVideo telematics as an integrated part of fleet telematics\\r\\n1.2\\tVideo telematics applications and associated concepts\\r\\n1.2.1\\tVideo-based driver management\\r\\n1.2.2\\tDriver fatigue and distraction monitoring\\r\\n1.2.3\\tAdvanced driver assistance systems and driver monitoring systems\\r\\n1.2.4\\tDriver training and coaching\\r\\n1.2.5\\tManaged services\\r\\n1.2.6\\tExoneration of drivers and insurance-related functionality\\r\\n1.3\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tVideo telematics vendor market shares\\r\\n2.1.2\\tThe North American video telematics market\\r\\n2.1.3\\tThe European video telematics market\\r\\n2.1.4\\tRest of World outlook\\r\\n2.2\\tValue chain analysis\\r\\n2.2.1\\tVideo telematics solution providers\\r\\n2.2.2\\tFleet telematics solution providers\\r\\n2.2.3\\tHardware-focused suppliers\\r\\n2.3\\tMarket drivers and trends\\r\\n2.3.1\\tPrivacy issues soften as video telematics becomes mainstream\\r\\n2.3.2\\tAcknowledging the performance of good drivers can alleviate scepticism\\r\\n2.3.3\\tRegulatory developments can drive the adoption of camera-based technology\\r\\n2.3.4\\tVideo telematics at the core of the latest M&A wave in the FM space\\r\\n2.3.5\\tPartnership strategies remain common in the video telematics space\\r\\n2.3.6\\tProprietary video offerings emerge alongside partner-powered options\\r\\n2.3.7\\tIncreasing commoditisation of video telematics hardware\\r\\n2.3.8\\tOEM integration may ultimately lead to the widespread uptake of video\\r\\n2.3.9\\tVideo and associated AI capabilities boost interest in fleet insurance telematics\\r\\n2.3.10\\tArtificial intelligence and machine vision capabilities become table stakes\\r\\n2.3.11\\tIntegrated solutions from one-stop shops combine fleet & video telematics\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tVideo telematics solution providers\\t\\r\\n3.1.1\\tCameraMatics\\r\\n3.1.2\\tCipia (HARMAN)\\r\\n3.1.3\\tDRIVE CHART (Go Drive)\\r\\n3.1.4\\tExeros Technologies\\r\\n3.1.5\\tFleetCam\\r\\n3.1.6\\tFleetSafe.Ai\\r\\n3.1.7\\tGauss Control\\r\\n3.1.8\\tGowit\\r\\n3.1.9\\tiCAM Video Telematics\\r\\n3.1.10\\tIdrive\\r\\n3.1.11\\tJungo\\r\\n3.1.12\\tLightMetrics\\r\\n3.1.13\\tLytx\\r\\n3.1.14\\tMANTIS\\r\\n3.1.15\\tNauto\\r\\n3.1.16\\tNetradyne\\r\\n3.1.17\\tNexar\\r\\n3.1.18\\tRaven Connected\\r\\n3.1.19\\tRosco Vision\\r\\n3.1.20\\tSafetyDirect (Rand McNally)\\r\\n3.1.21\\tSeeing Machines\\r\\n3.1.22\\tSureCam\\r\\n3.1.23\\tVisionTrack\\r\\n3.1.24\\tWaylens\\r\\n3.2\\tFleet telematics solution providers\\r\\n3.2.1\\tAddSecure\\r\\n3.2.2\\tAzuga (Bridgestone)\\r\\n3.2.3\\tCartrack\\r\\n3.2.4\\tEROAD\\r\\n3.2.5\\tForward Thinking Systems\\r\\n3.2.6\\tGeotab\\r\\n3.2.7\\tISAAC Instruments\\r\\n3.2.8\\tJ. J. Keller\\r\\n3.2.9\\tMatrix iQ\\r\\n3.2.10\\tMicrolise\\r\\n3.2.11\\tMotive\\r\\n3.2.12\\tPlatform Science\\r\\n3.2.13\\tPowerfleet\\r\\n3.2.14\\tRadius\\r\\n3.2.15\\tSamsara\\r\\n3.2.16\\tSolera Fleet Solutions\\r\\n3.2.17\\tTrakm8\\r\\n3.2.18\\tVerizon Connect\\r\\n3.2.19\\tXirgo\\r\\n3.3\\tHardware-focused suppliers\\r\\n3.3.1\\tD-TEG\\r\\n3.3.2\\tHowen\\r\\n3.3.3\\tJimi IoT\\r\\n3.3.4\\tMiTAC\\r\\n3.3.5\\tPittasoft (BlackVue)\\r\\n3.3.6\\tPositioning Universal\\r\\n3.3.7\\tStreamax\\r\\n3.3.8\\tTeltonika\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/04/01140417/bi-videotelematics7-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"North America and Europe to account for 22 million video telematics systems in use by 2030\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The integration of cameras to enable various video-based solutions in commercial vehicle environments is one of the strongest trends in the fleet telematics sector in recent years. Berg Insight’s definition of video telematics includes a broad range of camera-based solutions deployed in commercial vehicle fleets either as standalone applications or as an extension of conventional fleet telematics. Berg Insight estimates that the installed base of active video telematics systems in North America reached almost 7.6 million units in 2025. Growing at a compound annual growth rate (CAGR) of 18.0 percent, the active installed base is forecasted to reach over 17.3 million units in North America by 2030. In Europe, the installed base of active video telematics systems is estimated to over 2.0 million units in 2025. The active installed base is forecasted to grow at a CAGR of 16.0 percent to reach 4.3 million video telematics systems in Europe by 2030.\",\n          \"\",\n          \"The video telematics market is served by a number of different types of players, ranging from specialists focused specifically on video telematics solutions for various commercial vehicles, to general fleet telematics players which have introduced video offerings, and hardware-focused suppliers offering mobile digital video recorders (DVRs) and vehicle cameras used for video telematics. An increasing share of companies active in the video telematics space today offer all-in-one solutions integrating fleet and video telematics capabilities on the same platform.\",\n          \"\",\n          \"Berg Insight ranks Streamax, Samsara and Lytx as the leading video telematics players in their respective categories. Streamax is the leading hardware provider, having equipped more than 5 million commercial vehicles globally to date, and the company also offers software platforms and subscription services which are widely used together with its hardware. Among the general fleet telematics players, Samsara stands out as the front-running video solution provider with the largest number of camera units deployed across its subscriber base. Lytx is in turn the largest video telematics solution specialist and the company was the first to surpass 1 million vehicle subscriptions for video telematics specifically.\",\n          \"\",\n          \"Significant players in this space also include the fleet management provider Motive (formerly KeepTruckin), the hardware-focused video telematics company Howen, the video safety specialist Netradyne and the channel-focused brand Xirgo (formerly Sensata INSIGHTS, including the acquired video telematics company SmartWitness), all having estimated installed bases of around half a million units or more. The remaining top-10 players are VisionTrack, LightMetrics and Nauto, which all have a primary focus on camera-based solutions specifically. Vendors with installed bases just outside of the top list moreover include Powerfleet and Jimi IoT followed by Nexar, Solera Fleet Solutions, Waylens, Cartrack and Idrive. \",\n          \"\",\n          \"Additional companies with sizeable installed bases of video telematics solutions include CameraMatics, Raven Connected, DRIVE CHART (Go Drive) and Forward Thinking Systems. Other noteworthy players competing in the video telematics space include video-focused solution providers such as SureCam, Rosco, Seeing Machines, Gauss Control, MANTIS, FleetCam and FleetSafe.Ai; fleet telematics players including Platform Science, Radius, Azuga, Matrix iQ, Microlise, ISAAC Instruments, EROAD and AddSecure Transport Solutions; as well as the hardware-focused suppliers MiTAC, Pittasoft (BlackVue) and Positioning Universal, which have all reached estimated installed bases in the tens of thousands.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/04/01140428/bi-videotelematics7-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"288\",\n    \"variations\": [\n      {\n        \"id\": 6314,\n        \"name\": \"The Video Telematics Market - 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This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"308\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in the Middle East.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 41 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n            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\"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        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      \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 26,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Fleet Latin America 2\",\n                \"src\": \"https://media.berginsight.com/2026/06/30093931/Fleet-Latin-America-2.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/fleet-management-in-latin-america-2/\",\n              \"name\": \"Fleet Management in Latin America\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Transport & Logistics\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6295,"link":"https://cms.berginsight.com/report/connected-vending-machines-4/","acf_data":"{\n  \"permalink\": \"/connected-vending-machines\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"7th Edition\",\n    \"main_product_category\": 20,\n    \"short_description\": \"A comprehensive analysis of the vending telemetry and cashless payment market worldwide.\",\n    \"full_description\": [\n      \"There are about 14 million vending machines worldwide and many of the vending operators are now considering adding connectivity. Berg Insight forecasts that the number of connected vending machines worldwide will grow at a CAGR of 7.6 percent from 8.1 million units in 2025 to reach 11.7 million units by 2030. The penetration rate will then reach 77.5 percent at the end of the forecast period. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/03/26182235/bi-vending7-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction\\r\\n1.1\\tOverview of the vending machine industry\\r\\n1.2\\tVending industry players\\r\\n1.2.1\\tVending technology providers\\r\\n1.2.2\\tVending machine manufacturers\\r\\n1.2.3\\tProduct suppliers\\r\\n1.2.4\\tVending operators\\r\\n2\\tVending Telemetry and Cashless Payments\\r\\n2.1\\tVending telemetry and software\\r\\n2.1.1\\tRemote monitoring of vending machines\\r\\n2.1.2\\tVending management systems\\r\\n2.2\\tPayment systems\\r\\n2.2.1\\tCoin mechanisms and bill validators\\r\\n2.2.2\\tCashless payments\\r\\n2.2.3\\tMobile phone payments and NFC\\r\\n2.2.4\\tBiometric payments\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tVending telemetry and cashless payment solution providers\\r\\n3.1.1\\tBoost inc\\r\\n3.1.2\\tCantaloupe\\r\\n3.1.3\\tCaslab\\r\\n3.1.4\\tCCV (Fiserv)\\r\\n3.1.5\\tCircumTec\\r\\n3.1.6\\tDatavend\\r\\n3.1.7\\tHug-Witschi\\r\\n3.1.8\\tIngenico\\r\\n3.1.9\\tInHand Networks\\r\\n3.1.10\\tInvenda Group\\r\\n3.1.11\\tMatiPay\\r\\n3.1.12\\tMecsel\\r\\n3.1.13\\tMuxunav\\r\\n3.1.14\\tN-and Group (IVS Group)\\r\\n3.1.15\\tNayax\\r\\n3.1.16\\tNopayn\\r\\n3.1.17\\tParlevel Systems (365 Retail Markets)\\r\\n3.1.18\\tPayRange\\r\\n3.1.19\\tPayter\\r\\n3.1.20\\tProstoPay\\r\\n3.1.21\\tSECO\\r\\n3.1.22\\tSilkron\\r\\n3.1.23\\tSmartNow\\r\\n3.1.24\\tSmVend\\r\\n3.1.25\\tTelemetron\\r\\n3.1.26\\tTelevend (INTIS)\\r\\n3.1.27\\tUPPay (Nayax)\\r\\n3.1.28\\tVendekin Technologies\\r\\n3.1.29\\tVendingMetrics\\r\\n3.1.30\\tVending on Track (KioskForce)\\r\\n3.1.31\\tVending Control (Control Global)\\r\\n3.1.32\\tVendista\\r\\n3.1.33\\tVendLOG (aiKATE)\\r\\n3.1.34\\tVendon (Azkoyen Group)\\r\\n3.1.35\\tVendotek\\r\\n3.1.36\\tVendwatch Telematics\\r\\n3.1.37\\tVianet Group\\r\\n3.1.38\\tYallvend\\r\\n3.2\\tVending management software providers\\r\\n3.2.1\\tGimme Vending\\r\\n3.2.2\\tOrba Informatique\\r\\n3.2.3\\tVega (Digisoft)\\r\\n3.2.4\\tVenCloud (Macrosistemas)\\r\\n3.2.5\\tVending Manager (Digi SaaS)\\r\\n3.2.6\\tVendSoft (Trayam)\\r\\n3.3\\tVending machine manufacturers\\r\\n3.3.1\\tAutomated Merchandising Systems (Seaga)\\r\\n3.3.2\\tAzkoyen Group\\r\\n3.3.3\\tBianchi Vending (Bianchi Industry)\\r\\n3.3.4\\tCrane Payment Innovations (Crane NXT)\\r\\n3.3.5\\tEasy Touch\\r\\n3.3.6\\tEVOCA Group\\r\\n3.3.7\\tFAS International\\r\\n3.3.8\\tFastcorp Vending\\r\\n3.3.9\\tFuji Electric\\r\\n3.3.10\\tJofemar\\r\\n3.3.11\\tKimma\\r\\n3.3.12\\tLE Vending\\r\\n3.3.13\\tMagex\\r\\n3.3.14\\tMicron Smart Vending\\r\\n3.3.15\\tRheavendors Group\\r\\n3.3.16\\tRoyal Vendors\\r\\n3.3.17\\tSandenVendo\\r\\n3.3.18\\tSeaga\\r\\n3.3.19\\tSielaff\\r\\n3.3.20\\tTCN Group\\r\\n3.3.21\\tUnicum\\r\\n3.3.22\\tWestomatic\\r\\n3.3.23\\tWittern Group\\r\\n3.3.24\\tXY Vending\\r\\n3.4\\tVending operators\\r\\n3.4.1\\tAramark\\r\\n3.4.2\\tAsahi Group\\r\\n3.4.3\\tCanteen\\r\\n3.4.4\\tChi Forest\\r\\n3.4.5\\tCoca-Cola Bottlers Japan\\r\\n3.4.6\\tCoca-Cola HBC\\r\\n3.4.7\\tCoca-Cola Europacific Partner\\r\\n3.4.8\\tCoffee Address Group\\t\\r\\n3.4.9\\tDallmayr Group\\r\\n3.4.10\\tDyDo Group\\r\\n3.4.11\\tFenge Shishi (SF Express)\\r\\n3.4.12\\tIto En\\r\\n3.4.13\\tIVS Group\\r\\n3.4.14\\tKirin\\r\\n3.4.15\\tMAAS International\\r\\n3.4.16\\tNongfu Spring\\r\\n3.4.17\\tSelecta\\r\\n3.4.18\\tSodexo\\r\\n3.4.19\\tSuntory Group\\r\\n3.4.20\\tUBOX\\r\\n3.4.21\\tWant Want Group\\r\\n4\\tForecasts and Conclusions\\r\\n4.1\\tMajor connected vending technology suppliers\\r\\n4.1.1\\tEurope\\r\\n4.1.2\\tNorth America\\r\\n4.1.3\\tRest of World\\r\\n4.2\\tMarket forecasts\\r\\n4.2.1\\tConnected vending machine market forecast in North America\\r\\n4.2.2\\tConnected vending machine market forecast in Europe\\r\\n4.2.3\\tConnected vending machine market forecast in Rest of World\\r\\n4.3\\tMarket trends and drivers\\r\\n4.3.1\\tThe case for vending telemetry and business intelligence improves\\r\\n4.3.2\\tCashless payments remain the strongest driver for adding connectivity\\r\\n4.3.3\\tMobile wallet services are now ubiquitous\\r\\n4.3.4\\tM&A activity in the connected vending space is heating up\\r\\n4.3.5\\tRoll-out of micro markets cannibalises on the vending machine park\\r\\n4.3.6\\tGrab-and-go machines to become a serious competitor to vending machines\\r\\n4.3.7\\tChina has emerged as a leader in connected vending\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/03/26182245/bi-vending7-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"A total of 11.7 million vending machines will be online by 2030\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The first solutions for including connectivity in vending machines became commercially available more than two decades ago. It has however taken years for the technology to gain the interest of mainstream vending operators. Connectivity penetration has nonetheless crossed the halfway mark, with an estimated 58.1 percent of the word’s 14 million vending machines being connected at the end of 2025. The market continues to gain momentum, mainly driven by the growing demand for cashless payments. Vending telemetry is however anticipated to have a more transformational effect on the industry as these solutions enable operators to improve their operational efficiency.\",\n          \"\",\n          \"The global installed base of connected vending machines reached an estimated 8.1 million units in 2025. The Rest of the World markets are estimated to represent the largest share of these machines with an installed base of around 3.3 million units. The growth in the Rest of the World markets is primarily driven by the increasing number of connected machines in China and Japan. North America is the second largest market with an estimated installed base of 2.6 million connected vending machines. In Europe, the installed base of connected vending machines is believed to have reached around 2.2 million units. Berg Insight forecasts that the number of connected vending machines worldwide will grow at a compound annual growth rate (CAGR) of 7.6 percent to reach nearly 11.7 million units by 2030. As a result, the global penetration rate will reach 77.5 percent at the end of the forecast period.\",\n          \"\",\n          \"The global market for connected vending solutions is served by various players. Many of the leading providers are specialised technology companies. Cantaloupe and Nayax are the largest providers in terms of installed base, each having more than 900,000 connected vending machines. Other major suppliers include Televend (INTIS) and Ingenico. Televend is the clear leader in the European market and is now expanding its presence in North America. Other suppliers with notable installed bases include Vendon and Coges (Azkoyen Group), MatiPay, and InHand Networks. Numerous vending machine manufacturers are also active in the connected vending space. The manufacturer Crane Payment Innovations (CPI) holds one of the leading positions from a global perspective while TCN Group and LE Vending are important players in China. Vending operators active in the field of connected vending machines most often work with third-party providers and some even have various in-house solutions. Examples of such vending operators include Chinese UBOX and Italian IVS Group, the latter through its subsidiary N-and Group.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/03/26182257/bi-vending7-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3928,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-08-22 09:48:16\",\n          \"post_date_gmt\": \"2023-08-22 07:48:16\",\n          \"post_content\": \"\",\n          \"post_title\": \"Felix Linderum\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"felix-linderum\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-03-25 20:49:18\",\n          \"post_modified_gmt\": \"2026-03-25 19:49:18\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3928\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"287\",\n    \"variations\": [\n      {\n        \"id\": 6299,\n        \"name\": \"Connected Vending Machines - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6281,"link":"https://cms.berginsight.com/report/public-transport-its-in-europe-and-north-america-4/","acf_data":"{\n  \"permalink\": \"/public-transport-its-in-europe-and-north-america\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"10th Edition\",\n    \"main_product_category\": 32,\n    \"short_description\": \"An analysis of the latest developments on the intelligent transportation systems market for public transport in these two regions.\",\n    \"full_description\": [\n      \"How will the market for intelligent transport systems (ITS) for public transport in Europe and North America evolve in 2026 and beyond? The total market value of public transport ITS for buses and trams in these two regions is forecasted to grow at a compound annual growth rate of 5.2 percent from € 3.8 billion in 2025 to reach € 4.9 billion by 2030. Now in its tenth edition this strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/03/23160541/bi-its10-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tPublic Transport in Europe and North America\\r\\n1.1\\tModal split of passenger transport\\r\\n1.2\\tBus fleets and public transport utilisation\\r\\n1.3\\tMarket shares for bus and coach OEMs\\r\\n1.4\\tRail-borne public transport modes\\r\\n1.4.1\\tTrams and light rail\\r\\n1.4.2\\tMetro\\r\\n1.5\\tOrganisation and contracting in public transport\\r\\n1.5.1\\tLegal framework in Europe\\r\\n1.5.2\\tLegal framework in North America\\r\\n1.5.3\\tOrganisational forms and regional differences\\r\\n1.6\\tMajor public transport operators\\r\\n2\\tITS Technologies and Solutions\\r\\n2.1\\tPublic transport ITS infrastructure\\r\\n2.1.1\\tVehicle segment\\r\\n2.1.2\\tRoadside segment\\r\\n2.1.3\\tBack-office segment\\r\\n2.1.4\\tTraveller segment\\r\\n2.1.5\\tGNSS segment\\r\\n2.1.6\\tNetwork segment\\r\\n2.2\\tPublic transport management\\r\\n2.2.1\\tPlanning and scheduling tools\\r\\n2.2.2\\tComputer aided dispatch systems\\r\\n2.2.3\\tTraffic signal priority\\r\\n2.2.4\\tDepot management\\r\\n2.3\\tTraveller management\\r\\n2.3.1\\tPassenger information\\r\\n2.3.2\\tEntertainment\\r\\n2.3.3\\tFare payment\\r\\n2.4\\tDriver management\\r\\n2.4.1\\tDriving data registration and analysis\\r\\n2.4.2\\tEco-driving schemes\\r\\n2.4.3\\tVideo-based driver monitoring\\r\\n2.4.4\\tInsurance risk management\\r\\n2.5\\tVehicle management\\r\\n2.5.1\\tVehicle diagnostics and maintenance planning\\r\\n2.5.2\\tOn-board security solutions\\r\\n2.6\\tBusiness models and strategies\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis\\r\\n3.1.1\\tMarket value forecast\\r\\n3.1.2\\tRegional markets\\r\\n3.1.3\\tMajor vendors\\r\\n3.2\\tMarket drivers and barriers\\r\\n3.2.1\\tMacroeconomic environment\\r\\n3.2.2\\tRegulatory environment\\r\\n3.2.3\\tCompetitive environment\\r\\n3.2.4\\tTechnology environment\\r\\n3.3\\tValue chain analysis\\r\\n3.3.1\\tITS and telematics industry players\\r\\n3.3.2\\tAutomotive industry players\\r\\n3.3.3\\tTelecom industry players\\r\\n3.3.4\\tIT industry players\\r\\n3.4\\tFuture industry trends\\r\\n3.4.1\\tOpen architectures alter the ITS value chain\\r\\n3.4.2\\tPublic transport stakeholders embrace integrated mobility to stay relevant\\r\\n3.4.3\\tDemand-led transport to grow in sparsely populated regions\\r\\n3.4.4\\tMobile devices assume multiple important roles in the ITS infrastructure\\r\\n3.4.5\\tPublic transport stakeholders invest in autonomous vehicles\\r\\n3.4.6\\tElectrification of public transport fleets is picking up pace\\r\\n3.4.7\\tData analytics to drive service improvements\\r\\n3.4.8\\tThe pandemic accelerated uptake of modern ticketing and ITS solutions\\r\\n3.4.9\\tIncreasing costs will encourage PTAs to adopt standardised solutions\\r\\n3.4.10\\tThe rising importance of cybersecurity\\r\\n4\\tOEM Products and Strategies\\r\\n4.1\\tDaimler Truck Group\\r\\n4.2\\tIveco\\r\\n4.3\\tMAN Truck & Bus\\r\\n4.4\\tScania\\r\\n4.5\\tVolvo Group\\r\\n4.6\\tNew Flyer (NFI Group)\\r\\n4.7\\tAlexander Dennis (NFI Group)\\r\\n4.8\\tGillig\\r\\n4.9\\tVDL\\r\\n4.10\\tWrightbus\\r\\n5\\tAftermarket Solution Providers\\r\\n5.1\\tInternational\\r\\n5.1.1\\tConduent\\r\\n5.1.2\\tEquans\\r\\n5.1.3\\tGIRO\\r\\n5.1.4\\tHitachi Rail\\r\\n5.1.5\\tINIT\\r\\n5.1.6\\tIVU Traffic Technologies\\r\\n5.1.7\\tSiemens Mobility\\r\\n5.1.8\\tStreamax\\r\\n5.1.9\\tTrapeze Group (Modaxo)\\r\\n5.2\\tGermany and Eastern Europe\\r\\n5.2.1\\tAtron\\r\\n5.2.2\\tDILAX Group\\r\\n5.2.3\\tDysten\\r\\n5.2.4\\tFAIRTIQ\\r\\n5.2.5\\ti-Cell\\r\\n5.2.6\\tKontron Transportation\\r\\n5.2.7\\tNettropolis\\r\\n5.2.8\\tPeak Mobility\\r\\n5.2.9\\tR&G\\r\\n5.2.10\\tRADCOM\\r\\n5.2.11\\tRidango\\r\\n5.2.12\\tScheidt & Bachmann\\r\\n5.2.13\\tTri Star Group\\r\\n5.2.14\\tTIU\\r\\n5.2.15\\tUmovity\\r\\n5.2.16\\tVem Technology (Elem Group)\\r\\n5.2.17\\tZF Bus Connect\\r\\n5.3\\tFrance, Benelux and the UK\\r\\n5.3.1\\tActia\\r\\n5.3.2\\tComatis\\r\\n5.3.3\\tFlowbird\\r\\n5.3.4\\tGreenRoad\\r\\n5.3.5\\tHanover Displays\\r\\n5.3.6\\tJourneo\\r\\n5.3.7\\tLumiplan\\r\\n5.3.8\\tMaestronic\\r\\n5.3.9\\tMasabi\\t\\r\\n5.3.10\\tMatawan\\r\\n5.3.11\\tRATP Smart Systems\\r\\n5.3.12\\tSimpliciti\\r\\n5.3.13\\tSnapper Services\\r\\n5.3.14\\tTicketer\\r\\n5.3.15\\tVelociti Solutions\\r\\n5.3.16\\tVix Technology\\r\\n5.4\\tThe Mediterranean\\r\\n5.4.1\\tEfacec\\r\\n5.4.2\\tGMV\\r\\n5.4.3\\tGoal Systems\\r\\n5.4.4\\tGrupo ETRA\\r\\n5.4.5\\tIndra\\r\\n5.4.6\\tKentkart\\r\\n5.4.7\\tLeonardo\\r\\n5.4.8\\tLink Technologies\\r\\n5.4.9\\tMetatron Group\\r\\n5.4.10\\tOptibus\\r\\n5.4.11\\tPluService\\r\\n5.4.12\\tQuestar Auto Technologies\\r\\n5.4.13\\tSwarco\\r\\n5.4.14\\tTecmic\\r\\n5.5\\tThe Nordics\\r\\n5.5.1\\tAddSecure\\r\\n5.5.2\\tAxentia Technologies\\r\\n5.5.3\\tConsat Telematics\\r\\n5.5.4\\tFARA (Modaxo)\\r\\n5.5.5\\tHogia\\r\\n5.5.6\\tIcomera (Equans)\\r\\n5.5.7\\tPilotfish\\r\\n5.5.8\\tSaga Tenix\\r\\n5.5.9\\tTelia Company\\r\\n5.5.10\\tThoreb\\r\\n5.5.11\\tTraffitech\\r\\n5.5.12\\tTriNorth Solutions\\r\\n5.5.13\\tTrivector System\\r\\n5.6\\tNorth America\\r\\n5.6.1\\tAccenture\\r\\n5.6.2\\tAvail Technologies\\r\\n5.6.3\\tCalAmp\\r\\n5.6.4\\tClever Devices\\r\\n5.6.5\\tConnexionz\\r\\n5.6.6\\tCubic Transportation Systems\\r\\n5.6.7\\tEcolane\\r\\n5.6.8\\tISR Transit\\r\\n5.6.9\\tLuminator Technology Group\\r\\n5.6.10\\tMoovit\\r\\n5.6.11\\tPowerfleet\\r\\n5.6.12\\tSwiftly\\r\\n5.6.13\\tTransit Technologies\\r\\n5.6.14\\tTransLoc (Modaxo)\\r\\n5.6.15\\tTripSpark (Modaxo)\\r\\n5.6.16\\tVontas (Modaxo)\\r\\n5.6.17\\tZonar Systems\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/03/23160549/bi-its10-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Smart, sustainable, connected: The evolution of public transport\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The term Intelligent Transport Systems (ITS) refers to information and communications technology applied to transport infrastructure and vehicles. Berg Insight’s definition of ITS for public transport includes systems installed in public transport vehicles as well as at terminals, stops, depots and similar. Included are also back-office IT systems which ensure that public transport services can be planned, scheduled and managed to achieve efficient operations. An important part of ITS for public transport further comprises solutions providing travellers with updated information about routes, departure times, possible disturbances and connecting services. The history of these different types of solutions dates back several decades and current state-of-the-art solutions include for example real-time intermodal and multi-operator journey planners, automated fare collection systems using contactless cards or NFC-enabled handsets for account-based ticketing, and advanced mobility analytics software.\",\n          \"\",\n          \"Public transport plays an increasingly important role in societies as a result of continuing population growth in cities and shifting consumer preferences. Approximately 60 billion and 12 billion public transport passenger journeys were carried out in Europe and North America respectively each year before the COVID-19 pandemic. During the pandemic, the numbers dropped significantly and recovery has been slow in North America. In Europe, some countries are already back at pre-pandemic levels while others lag behind. Public transport modes include for example local and regional buses and trolleybuses, regional and suburban rail transport, metros and trams, and local waterborne passenger transport services. In 2023, the number of registered buses and coaches in Europe and North America reached 0.85 million vehicles and 1.1 million vehicles respectively. The economic value of public transport services in Europe is estimated to around € 160–175 billion per year, while the corresponding number in North America is around € 100–115 billion.\",\n          \"\",\n          \"Berg Insight is of the opinion that the market for ITS in public transport will continue to grow in the coming years. Challenges such as urbanisation, climate change and traffic congestion continue to spur investments in public transport ITS, contributing to a positive market situation. Individual markets may however experience temporary fluctuations depending on the political climate, austerity measures and local developments. The total market value of public transport ITS for buses and trams in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 5.3 percent from € 2.55 billion in 2025 to reach € 3.30 billion by 2030. The penetration of on-board computers with GPS location functionality and wireless communications in buses and trams in Europe is estimated to increase from 90.3 percent in 2025 to 93.9 percent in 2030, however varying considerably between regional markets. In North America, the total market value of public transport ITS is forecasted to grow at a CAGR of 5.0 percent from € 1.22 billion in 2025 to reach € 1.56 billion in 2030 and the penetration rate is estimated to increase from 91.9 percent in 2025 to 94.1 percent in 2030.\",\n          \"\",\n          \"A group of international aftermarket solution providers have emerged as leaders on the market for public transport ITS. Major providers across Europe and North America include Canada-based Trapeze Group and Germany-based INIT with significant installed bases in both regions. Clever Devices and Conduent hold leading positions on the North American public transport ITS market, and the latter is also an international provider of fare collection systems. Additional companies with major market shares in North America include Cubic Transportation Systems and Avail Technologies. Siemens Mobility is also a prominent vendor of software in both Europe and North America. Examples of companies with major market shares on national markets in Europe include Equans and RATP Smart Systems which hold leading positions in France. Vix Technology, Flowbird and Ticketer are moreover major providers on the UK market, while IVU is a dominant player in the German-speaking part of Europe. Other significant players include the Spanish groups GMV, Indra and Grupo ETRA; French Thales; Atron in Germany; Scandinavian FARA, Pilotfish, Icomera and Consat Telematics; and the Austria-based companies Swarco and Kontron Transportation. Volvo Group and Daimler are moreover notable players from the vehicle OEM segment, while companies such as Scania, Iveco, Gillig and New Flyer also offer some conventional OEM telematics features for their buses.\",\n          \"\",\n          \"The outlook for the public transport ITS market is positive, as several developments encourage increased investments in such technologies. The ITS market is positively affected by international public transport-related initiatives such as the ITxPT Association as well as APTA’s standards programs for public transport vehicles and ITS. The development of ITS has in recent years focused on increasing the level of integration and utilising technology advancements in fare collection solutions. Standardisation efforts are beginning to yield results as an increasing number of market players choose to comply with them and procuring organisations see the benefits in the form of lower costs. Another major driver is the ongoing global developments related to the concept of smart cities, where ITS in general and public transport ITS in particular constitute key elements to enable sustainable smart mobility.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/03/23160557/bi-its10-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 1647,\n          \"post_author\": \"3\",\n          \"post_date\": \"2021-02-17 15:45:36\",\n          \"post_date_gmt\": \"2021-02-17 15:45:36\",\n          \"post_content\": \"\",\n          \"post_title\": \"Caspar Jansson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"caspar-jansson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:51:44\",\n          \"post_modified_gmt\": \"2026-01-06 12:51:44\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=1647\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"286\",\n    \"variations\": [\n      {\n        \"id\": 6286,\n        \"name\": \"Public Transport ITS in Europe and North America - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6256,"link":"https://cms.berginsight.com/report/smart-labels-in-logistics-2/","acf_data":"{\n  \"permalink\": \"/smart-labels-in-logistics\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"2nd Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"This study investigates the market for smart label solutions used for tracking of packages, roll cages, pallets, crates and other small items in logistics covering 17 solution providers.\",\n    \"full_description\": [\n      \"This study investigates the market for smart label solutions used for tracking of packages, roll cages, pallets, crates and other small items in logistics. The total market value for smart label solutions including hardware, software and services is estimated to € 21.8 million in 2025. The market value is forecasted to grow at a CAGR of 57 percent to reach € 208.7 million in 2030. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/03/10100145/bi-smartlabels2-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tTransport Industry Background\\r\\n1.1\\tInternational merchandise trade\\r\\n1.2\\tTransport industry actors\\r\\n1.3\\tCargo carrying units and parcels\\r\\n2\\tSmart Label Solutions\\r\\n2.1\\tSolution infrastructure\\r\\n2.1.1\\tDevice segment\\r\\n2.1.2\\tNetwork segment\\r\\n2.1.3\\tPositioning segment\\r\\n2.1.4\\tService segment\\r\\n2.2\\tUse cases and benefits of smart labels\\r\\n2.3\\tBusiness and pricing models\\r\\n3\\tMarket Forecast and Analysis\\r\\n3.1\\tMarket forecast\\r\\n3.2\\tMarket analysis\\r\\n3.2.1\\tCompanies providing supporting technologies\\r\\n3.2.2\\tCompanies providing adjacent solutions\\r\\n3.3\\tMarket drivers and barriers\\r\\n3.3.1\\tSustainability is a key aspect of smart label solutions\\r\\n3.3.2\\tLeveraging iSIM technology to reduce device footprint\\r\\n3.3.3\\tDeclining costs enable mass-market adoption\\r\\n3.3.4\\tLarge-scale manufacturing capabilities will be essential\\r\\n3.3.5\\tInconspicuous labels enhance theft tracking and recovery\\r\\n3.3.6\\tNetwork coverage limitations constrain the emerging smart label market\\r\\n3.3.7\\tSub0G programme to drive adoption of Sigfox-based smart labels\\r\\n3.3.8\\tTailoring smart label development for vertical-specific requirements\\r\\n3.3.9\\tSmart labels – the foundation of Ambient IoT\\r\\n4\\tCompany Profiles and Strategies\\r\\n4.1\\tSmart label technology providers\\r\\n4.1.1\\tAT&T\\r\\n4.1.2\\tCubeWorks\\r\\n4.1.3\\tDecklar\\r\\n4.1.4\\tGiesecke+Devrient\\r\\n4.1.5\\tLinxens\\r\\n4.1.6\\tMoeco\\r\\n4.1.7\\tMoko Technology\\r\\n4.1.8\\tOnAsset Intelligence\\r\\n4.1.9\\tRAKwireless\\r\\n4.1.10\\tReelables\\r\\n4.1.11\\tSensos\\r\\n4.1.12\\tTag-N-Trac\\r\\n4.1.13\\tTrackonomy Systems\\r\\n4.1.14\\tTrackpac (Connect IoT)\\r\\n4.1.15\\tTruvami\\r\\n4.1.16\\tUnaBiz\\r\\n4.1.17\\tVISEMO\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/03/10100152/bi-smartlabels2-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Annual smart label device shipments to reach 29 million units in 2030\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Smart labels is a new category of tracking devices that is designed to be attached to packages, roll cages, pallets, crates and other small items in logistics. The product category can be seen as a combination of traditional shipping labels and GPS tracking devices. Adding technology to shipping labels is not new. Other technologies, such as RFID and Bluetooth, have been used for several years. Small-sized GPS trackers leveraging wide area networks have also been used for cargo tracking applications for more than a decade. However, in the past few years, a number of companies have developed solutions that combine the technologies of GPS tracking devices with the small footprint of a shipping label. The result is smart labels, which enable item-level tracking in near real-time across diverse countries and regions. In this report, a smart label is defined as a shipping label that is designed to be attached to a package and incorporates some type of Wireless Wide Area Network (WWAN) technology, such as cellular, satellite, Sigfox or LoRaWAN.\",\n          \"\",\n          \"Several companies are in the development phase, while a few early movers have already commercially launched smart label products. The leading solution providers reached shipments of over a hundred thousand units during 2025. Within the next few years, several solution providers are projected to reach annual shipment volumes exceeding one million units. Key players providing smart label solutions based on cellular technology include Israel-based Sensos, UK-based Reelables, Germany-based Giesecke+Devrient, Switzerland-based VISEMO and US-based Moeco, AT&T, Trackonomy Systems, Tag-N-Trac and Decklar. Companies providing LoRaWAN smart labels include US-based OnAsset Intelligence and CubeWorks, Switzerland-based Truvami, China-based RAKwireless and Moko Technology, and UK-based Trackpac. France-based Linxens and Singapore-based UnaBiz provide smart labels based on Sigfox technology.\",\n          \"\",\n          \"Smart labels represent a major opportunity for technology developers, solution providers, telecom operators and logistics service companies. Hundreds of billions of parcels and other small items in logistics are shipped annually. While the vast majority of these items will not be economically viable to track using smart labels, the potential market for smart labels is already in the millions of units. Berg Insight estimates that the number of shipments of smart labels based on cellular, Sigfox or LoRaWAN technology used in logistics worldwide reached 900,000 units in 2025. Since most smart labels are disposable with a lifespan of only a few weeks, the number of devices that are connected and actively transferring data at a particular point in time (i.e. installed base) is significantly lower than annual smart label shipment volumes. There were an estimated 80,000 simultaneously active smart label units at the end of 2025. \",\n          \"\",\n          \"The market is forecasted to grow substantially over the next five years as the technology improves and a broader range of customers discover how they can leverage smart labels to streamline their logistics processes. By 2030, annual shipments of smart labels are projected to reach 29.2 million units. This represents a CAGR of 101 percent. The number of simultaneously active smart labels is estimated to reach 2.4 million units by the end of 2030. The market value reached € 21.8 million in 2025. This includes revenues generated from the sales of hardware, software and services by smart label solution providers. The market value is forecasted to grow at a CAGR of 57 percent to reach € 208.7 million in 2030.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/03/10100200/bi-smartlabels2-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"285\",\n    \"variations\": [\n      {\n        \"id\": 6261,\n        \"name\": \"Smart Labels in Logistics - 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This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"308\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in the Middle East.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 41 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Fleet Middle East 1\",\n                \"src\": \"https://media.berginsight.com/2026/09/07215154/Fleet-Middle-East-1.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/fleet-management-in-the-middle-east/\",\n              \"name\": \"Fleet Management in the Middle East\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Transport & Logistics\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"300\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 new executive interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in Latin America. \"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications. \"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 95 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands. \"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 26,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Fleet Latin America 2\",\n                \"src\": \"https://media.berginsight.com/2026/06/30093931/Fleet-Latin-America-2.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/fleet-management-in-latin-america-2/\",\n              \"name\": \"Fleet Management in Latin America\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Transport & Logistics\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6240,"link":"https://cms.berginsight.com/report/the-telecare-market-in-europe-and-north-america-2/","acf_data":"{\n  \"permalink\": \"/the-telecare-market-in-europe-and-north-america\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"2nd Edition\",\n    \"main_product_category\": 30,\n    \"short_description\": \"This report gives first-hand insights into the adoption of telecare solutions, also known as medical alert systems or PERS (personal emergency response systems). Telecare services are aimed for elderly, disabled and vulnerable people to seek help from home in case of an emergency.\",\n    \"full_description\": [\n      \"How should the mobile industry address the vast business opportunity in the telecare market? Berg Insight estimates that the user base of telecare (medical alert) systems in Europe and North America was 16.2 million at the end of 2025. The user base in the two regions is estimated to grow at a CAGR of 8.4 percent to reach more than 24.2 million users at the end of 2030. These solutions are available in both the stationary in-home form factor as well as mobile solutions for the use case when away from home. Learn more about how wireless technology can become seamlessly integrated with these devices in this 180-page in-depth report.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/02/27172720/bi-telecare2-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tTransformation in healthcare\\r\\n1.2\\tNeurological disorders, mental disorders and physical disabilities\\r\\n1.2.1\\tAutism spectrum disorders\\r\\n1.2.2\\tDementia\\r\\n1.2.3\\tEpilepsy\\r\\n1.2.4\\tOther disorders and disabilities\\r\\n1.3\\tHealthcare systems\\r\\n1.3.1\\tHealthcare in Europe\\r\\n1.3.2\\tHealthcare in North America\\r\\n1.4\\tLong-term social care systems\\r\\n1.4.1\\tSocial care in Europe\\r\\n1.4.2\\tSocial care in North America\\r\\n1.5\\tThe regulatory environment\\r\\n1.5.1\\tRegulatory environment in Europe\\r\\n1.5.2\\tRegulatory environment in North America\\r\\n1.5.3\\tMedical data regulations\\r\\n1.5.4\\tStandardisation\\r\\n2\\tMedical Alert and Telecare Solutions\\r\\n2.1\\tForm factors\\r\\n2.1.1\\tIn-home telecare or PERS solutions\\r\\n2.1.2\\tMobile telecare or mPERS solutions\\r\\n2.2\\tMonitoring services\\r\\n2.2.1\\tAlarm Receiving Centres (ARCs) and monitoring centres\\r\\n2.2.2\\tPrivate caregivers\\r\\n2.3\\tUse cases\\r\\n2.3.1\\tActivity monitoring solutions\\r\\n2.3.2\\tFall detection\\r\\n2.3.3\\tSleep monitoring\\r\\n2.3.4\\tWandering detection\\r\\n2.4\\tCare delivery approaches\\r\\n2.4.1\\tReactive care\\r\\n2.4.2\\tProactive care\\r\\n2.4.3\\tPersonalised care\\r\\n2.4.4\\tPredictive care\\r\\n3\\tTelecare Systems in Europe\\r\\n3.1\\tMarket overview\\r\\n3.1.1\\tValue chain\\r\\n3.1.2\\tCompetitive landscape\\r\\n3.2\\tSolution providers\\r\\n3.2.1\\t2iC-Care\\r\\n3.2.2\\tAlthea Group\\r\\n3.2.3\\tAmparo Technologies\\r\\n3.2.4\\tAppello\\r\\n3.2.5\\tAssa Abloy\\r\\n3.2.6\\tAttentive (Solem)\\r\\n3.2.7\\tAzur Soft\\r\\n3.2.8\\tBeghelli (Group Gewiss)\\r\\n3.2.9\\tBuddi (Big Technologies)\\r\\n3.2.10\\tCareium\\r\\n3.2.11\\tCaru\\r\\n3.2.12\\tChiptech\\r\\n3.2.13\\tChubb Community Care (APi Group)\\r\\n3.2.14\\tEnovation (Legrand Care)\\r\\n3.2.15\\tEssence Group\\r\\n3.2.16\\tEurocross Assistance\\r\\n3.2.17\\tEveron Group\\r\\n3.2.18\\tGenus Care\\r\\n3.2.19\\tHobacare\\r\\n3.2.20\\tJames TeleCare (iLogs Healthcare)\\r\\n3.2.21\\tJust Checking\\r\\n3.2.22\\tLegrand Care\\r\\n3.2.23\\tLibify Technologies\\r\\n3.2.24\\tLimmex\\r\\n3.2.25\\tMiniFinder\\r\\n3.2.26\\tNavigil (Twig Com)\\r\\n3.2.27\\tNobi\\r\\n3.2.28\\tPosifon\\r\\n3.2.29\\tSensio\\r\\n3.2.30\\tSensorem\\r\\n3.2.31\\tSkyresponse\\r\\n3.2.32\\tSmartLife Care\\r\\n3.2.33\\tTeleAlarm Group (Assa Abloy)\\r\\n3.2.34\\tTelecom Design\\r\\n3.2.35\\tTelegrafik\\r\\n3.2.36\\tTellu\\r\\n3.2.37\\tThe Access Group\\r\\n3.2.38\\tTunstall Healthcare Group\\r\\n3.2.39\\tUrmet ATE\\r\\n3.2.40\\tVitakt Hausnotruf\\r\\n3.2.41\\tVivago\\r\\n3.2.42\\tVIVAI Software\\r\\n3.2.43\\tZembro\\r\\n4\\tMedical Alert Systems in North America\\r\\n4.1\\tMarket overview\\r\\n4.1.1\\tValue chain\\r\\n4.1.2\\tCompetitive landscape\\r\\n4.2\\tSolution providers\\r\\n4.2.1\\tADT Corporation\\r\\n4.2.2\\tAlert1\\r\\n4.2.3\\tAloe Care Health\\r\\n4.2.4\\tBay Alarm Medical\\r\\n4.2.5\\tBecklar Personal Health & Safety\\r\\n4.2.6\\tCherish Health\\r\\n4.2.7\\tClimax Technology\\r\\n4.2.8\\tConnect America\\r\\n4.2.9\\tHandsFree Health (Quarvis Health)\\r\\n4.2.10\\tLaipac Technology\\r\\n4.2.11\\tLife Alert Emergency Response\\r\\n4.2.12\\tLifeStation\\r\\n4.2.13\\tLively (Best Buy Health)\\r\\n4.2.14\\tLogicMark\\r\\n4.2.15\\tMedical Guardian\\r\\n4.2.16\\tMetAlert (GTX Corp)\\r\\n4.2.17\\tMobileHelp (Medical Guardian)\\r\\n4.2.18\\tModivCare\\r\\n4.2.19\\tMytrex\\r\\n4.2.20\\tNtelCare\\r\\n4.2.21\\tNumera (Malar Group)\\r\\n4.2.22\\tPontosense\\r\\n4.2.23\\tQMedic\\r\\n4.2.24\\tSecuraTrac\\r\\n4.2.25\\tUnaliWear\\r\\n4.2.26\\tVayyar Imaging\\r\\n5\\tMarket Forecasts and Conclusions\\r\\n5.1\\tMarket trends\\r\\n5.1.1\\tStaffing shortages driving the need for digital transformation\\r\\n5.1.2\\tA growing market and new entrants lead to a changing market landscape\\r\\n5.1.3\\tChanging demographics to drive the adoption of telecare solutions\\r\\n5.1.4\\tTechnology enabled care enables elderly to age at home for longer\\r\\n5.1.5\\tDigital transformation is supported by increased connectivity\\r\\n5.1.6\\tEvolving consumer behaviour and interest\\r\\n5.1.7\\tPSTN Switch off continues to drive the transition towards IP-based telecare\\r\\n5.1.8\\tThe sunsets of 2G/3G cellular networks have driven launches of 4G devices\\r\\n5.1.9\\tThe digital shift enables new services and use cases\\r\\n5.1.10\\tConvergence between telecare, telehealth and remote patient monitoring\\r\\n5.1.11\\tThe use of mobile telecare solutions is growing\\r\\n5.1.12\\tA slow awakening consumer market for telecare in Europe\\r\\n5.1.13\\tThe beginning of AI integration marks a shift towards smarter healthcare\\r\\n5.1.14\\tAdvancing hybrid care models with digital tools and data-driven solutions\\r\\n5.2\\tMarket forecasts\\r\\n5.2.1\\tEurope\\r\\n5.2.2\\tNorth America\\r\\n5.3\\tRevenue forecasts\\r\\n5.3.1\\tEurope\\r\\n5.3.2\\tNorth America\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/02/27172729/bi-telecare2-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of telecare users in Europe and North America reached 16.2 million in 2025\",\n            \"attributes\": []\n          },\n          \"\",\n          \"In this digital era, artificial intelligence and generative technologies are transforming the tools and platforms for diagnosis, treatment and patient engagement. The rapid adoption and integration of digital technologies in healthcare have resulted in promising solutions to solve some of the challenges posed by the ageing population and strained healthcare systems. Berg Insight’s definition of telecare solutions, also known as medical alert systems or PERS (personal emergency response systems), is a service that enables elderly, disabled and vulnerable people to seek help from home in the event of an emergency. These solutions can trigger an alarm either when the user presses a button or when sensors detect activity that deviates from normal patterns. PERS systems provide continuous in-home or completely mobile monitoring services and can consist of a range of electronic devices such as personal alarm buttons, motion detectors, GPS monitors, fitness wearables, smartphones with built-in emergency features and radar-based technologies capable of detecting falls or unusual movements without requiring the user to wear a device. The market is evolving to include AI-driven capabilities that can automatically trigger an alarm in situations such as when a user leaves home at an unusual time or forgets to take his or her medication. AI-enabled systems can also detect unusual inactivity, recognise fall patterns using radar or motion sensors, identify distress through voice analysis or flag behavioural changes that indicate increased risk.\",\n          \"\",\n          \"Berg Insight estimates that the user base of telecare solutions in the European market was around 9.7 million at the end of 2025. In Europe, the user base is estimated to grow at a CAGR of 7.8 percent to reach more than 14.1 million users at the end of 2030. The market value of telecare solutions reached € 3.9 billion in 2025. The market value is expected to grow at a CAGR of 7.6 percent in the next five years to reach € 5.6 billion at the end of the forecast period. Leading vendors active on the European telecare market include Tunstall, Legrand, TeleAlarm (Assa Abloy), Careium, and Chubb. Tunstall, Legrand and TeleAlarm have strong presence across the European region. Careium is a leading market player in the Nordic region and also has strong presence in the UK. Chubb Community Care has a strong footprint in the UK market. Companies such as Assa Abloy, Ascom, Attentive (Solem), Beghelli, Chiptech, Climax Technology, Essence Group, MiniFinder, Navigil (Twig Com), Nobi and Telecom Design are key telecare equipment vendors. Enovation (Legrand Care), Skyresponse and Azur Soft are the leading providers of telecare monitoring software solutions. Additional vendors active across the European telecare ecosystem, covering platform software providers, service operators and connected device specialists include 2iC-Care, Access Group, Everon, Genus Care, Just Checking, Libify, Sensio, SmartLife Care, Tellu, Telegrafik, Urmet and Vivago.\",\n          \"\",\n          \"The North American medical alert solution market is estimated to grow from 6.5 million users at the end of 2025 to 10.1 million users at the end of 2030. The penetration of medical alert services in the North American region now corresponds to 9.1 percent of the region’s population at the age of 65 years or older. The market value for medical alert solutions in North America reached € 3.4 billion (US$ 3.7 billion) in 2025. The market value is forecasted to grow to € 5.1 billion (US$ 5.6 billion) by 2030. The North American medical alert market is served by a broad range of companies providing hardware devices, software platforms and monitoring services. Some companies offer integrated and platform-led solutions that combine hardware, software and monitoring capabilities into a unified offering. Key examples include Aloe Care Health, Becklar Personal Health & Safety, Connect America, Life Alert Emergency Response, Lively, LogicMark, Mytrex, Medical Guardian and QMedic. Another group consists of monitoring-led service providers that bundle monitoring subscriptions with branded or third-party medical alert equipment focusing on monitoring operations and service delivery. Examples are ADT, Alert1, Bay Alarm Medical and ModivCare. The market includes specialised equipment vendors that design and manufacture medical alert hardware and sensing technologies such as Climax Technology, Essence Group, Numera (Malar Company) and Vayyar Imaging.\",\n          \"\",\n          \"The European and North American market for Personal Emergency Response Systems (PERS) is supported by several trends and developments that will have an impact on the competitive landscape during the forecast period. The silver generation is quickly becoming technologically savvy and open to adopting technology to help in everyday living needs. The deployment of telecare services enables proactive care that support timely interventions, reducing avoidable hospital admissions while maintaining independence for individuals in their own homes. Based on the solution, monitoring can be taken care of by family care providers, municipalities or professional 24/7 monitoring providers. AI-based solutions have an increasing role in the development of preventive and predictive care models. Solution providers have integrated AI and ML algorithms to analyse the monitoring data to learn about the patient’s routine, identify irregularities and expedite the needed assistance. Predictive analytics models support proactive care by assessing a user’s risk of falling based on historical data and health conditions. The industry is becoming more patient-centric which calls for integrated systems and improved interoperability of connected care solutions. Technology enabled care is a cost-effective solution for monitoring the health of elderly and the vulnerable population offering continuous monitoring. Finally, a convergence between medical alert and remote patient monitoring solutions can be observed as new, integrated and more holistic care solutions emerge.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/02/27172738/bi-telecare2-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 3806,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-06-17 14:24:10\",\n          \"post_date_gmt\": \"2023-06-17 12:24:10\",\n          \"post_content\": \"\",\n          \"post_title\": \"Vatsala Raina\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"vatsala-raina\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2023-10-03 12:26:57\",\n          \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"284\",\n    \"variations\": [\n      {\n        \"id\": 6244,\n        \"name\": \"The Telecare Market in Europe and North America - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6229,"link":"https://cms.berginsight.com/report/fleet-management-in-southeast-asia-2/","acf_data":"{\n  \"permalink\": \"/fleet-management-in-southeast-asia\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"2nd Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"A comprehensive market report analysing the latest developments on the fleet management market in Southeast Asia including Indonesia, Malaysia, Singapore, Thailand, the Philippines and Vietnam.\",\n    \"full_description\": [\n      \"How will the fleet management solution market for commercial vehicles in Southeast Asia evolve in 2026 and beyond? The report covers the following key markets in Southeast Asia: Indonesia, Malaysia, Singapore, Thailand, the Philippines and Vietnam as well as an overview of the Rest of SEA. Berg Insight forecasts that the number of fleet management systems in active use in Southeast Asia will grow at a CAGR of 12.3 percent from 3.6 million units at the end of 2024 to 6.4 million by 2029. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/02/25150242/bi-fmsoutheastasia2-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet Management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tThe DLT mandate in Thailand\\r\\n1.5.2\\tThe APAD ICOP regulations in Malaysia\\r\\n1.5.3\\tThe PUVMP in the Philippines\\r\\n1.5.4\\tThe MOT regulations in Indonesia\\r\\n1.5.5\\tRegulations in Singapore\\r\\n1.5.6\\tThe Road Transport Decree in Vietnam\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in Southeast Asia\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.2\\tLocal markets and players\\r\\n2.2.1\\tIndonesia\\r\\n2.2.2\\tMalaysia\\r\\n2.2.3\\tSingapore\\r\\n2.2.4\\tThailand\\r\\n2.2.5\\tThe Philippines\\r\\n2.2.6\\tVietnam\\r\\n2.2.7\\tRest of SEA\\r\\n2.3\\tMarket drivers and barriers\\r\\n2.3.1\\tMacroeconomic environment\\r\\n2.3.2\\tRegulatory environment\\r\\n2.3.3\\tCompetitive environment\\r\\n2.3.4\\tTechnology environment\\r\\n2.4\\tValue chain analysis\\r\\n2.4.1\\tTelematics industry players\\r\\n2.4.2\\tAutomotive industry players\\r\\n2.4.3\\tTelecom industry players\\r\\n2.4.4\\tIT Industry players\\r\\n2.5\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tArvento Mobile Systems\\r\\n3.1.2\\tCartrack (Karooooo)\\r\\n3.1.3\\tGeotab\\r\\n3.1.4\\tGpsGate\\r\\n3.1.5\\tGurtam\\r\\n3.1.6\\tJimi IoT\\r\\n3.1.7\\tRadius Telematics\\r\\n3.1.8\\tSquareGPS (Navixy)\\r\\n3.1.9\\tTramigo\\r\\n3.1.10\\tWanWayTech\\r\\n3.1.11\\tWeeo (Tierra)\\r\\n3.2\\tLocal aftermarket solution providers\\r\\n3.2.1\\tActive Telematics\\r\\n3.2.2\\tAstrata Group\\r\\n3.2.3\\tBA GPS\\r\\n3.2.4\\tCSE Group\\r\\n3.2.5\\tDTC\\r\\n3.2.6\\tEasyGo\\r\\n3.2.7\\tEUPFin Technology\\r\\n3.2.8\\tFleetHunt Technologies\\r\\n3.2.9\\tForth Tracking System\\r\\n3.2.10\\tGPSFleet\\r\\n3.2.11\\tGPSiam\\r\\n3.2.12\\tGussmann Technologies\\r\\n3.2.13\\tIntelliTrac\\r\\n3.2.14\\tKatsana\\r\\n3.2.15\\tLavinta Telematics\\r\\n3.2.16\\tLogisfleet\\r\\n3.2.17\\tMcEasy\\r\\n3.2.18\\tNostra Logistics\\r\\n3.2.19\\tOnelink Technology\\r\\n3.2.20\\tOverdrive IoT\\r\\n3.2.21\\tQuantum Inventions (Continental)\\r\\n3.2.22\\tRightontrack\\r\\n3.2.23\\tSafeTruck\\r\\n3.2.24\\tSDD GPS\\r\\n3.2.25\\tSERA (Astra International)\\r\\n3.2.26\\tTNT Surveillance\\r\\n3.2.27\\tTotal Dynamic Technology\\r\\n3.2.28\\tTransTRACK\\r\\n3.2.29\\tVIETMAP\\r\\n3.2.30\\tV3 Smart Technologies\\r\\n3.2.31\\tWebcast Technologies\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/02/25150254/bi-fmsoutheastasia2-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of FM systems in Southeast Asia reached 4.0 million units in 2025\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The market for fleet management (FM) solutions in Southeast Asia (SEA) has been in a growth period for several years. The market experienced quite significant setbacks during the pandemic, but the current outlook is positive due to several factors such as general economic growth, increasing competition in the transportation and logistics sector as well as a growing awareness of fleet telematics. The total number of FM systems in active use is forecasted to grow at a compound annual growth rate (CAGR) of 12.3 percent from about 3.6 million units in 2024 to almost 6.4 million units by 2029. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 17.5 percent in 2024 to 27.1 percent in 2029.\",\n          \"\",\n          \"The report covers the following key markets in Southeast Asia: Indonesia, Malaysia, Singapore Thailand, the Philippines and Vietnam as well as an overview of the Rest of SEA. The fleet management markets in Southeast Asia to a large extent resemble each other but are also affected by different regulations and general economic growth levels in the respective countries. Common characteristics between the markets include being less developed than other regions of the world and having comparably low penetration rates from an international perspective. Far from all deployments are full-scale advanced fleet management solutions and a notable share of the total installed base is represented by relatively basic tracking systems with fairly limited FM functionality compared with high-end solutions. The adoption of more feature-rich fleet management systems is however increasing across the region. One country that stands out from the crowd is Singapore, where more advanced fleet management solutions with a higher price point have had a higher adoption also historically. In recent years, video telematics has also experienced significant adoption across the region, driven by government initiatives to improve driver and road safety. Video telematics is now a strategically important part of most vendors’ offerings in Southeast Asia.\",\n          \"\",\n          \"Berg Insight ranks Jimi IoT, Cartrack (Karooooo) and TransTRACK as the largest providers of fleet management solutions in Southeast Asia. These three companies all have total installed bases of over 200,000 fleet management units in SEA on their respective platforms. Included in the top-5 are also Italian Tierra through its Indonesian subsidiary Weeo and DTC from Thailand. Other top-15 vendors with estimated installed bases of more than 40,000 active units in the region include local and regional solution providers such as Vietnamese BA GPS, Lithuania-based Gurtam, Onelink and GPSiam based in Thailand, WanWayTech from China, SquareGPS (Navixy) headquartered in the US, Indonesian EasyGo and McEasy, VIETMAP from Vietnam and Geotab from Canada. Additional notable vendors moreover include Astrata Group, V3 Smart Technologies and Overdrive IoT based in Singapore, the Malaysian companies Gussman Technologies, Total Dynamic, Katsana and Safetruck, EUPFin from Taiwan Swedish GpsGate, Radius Telematics from the UK, Thailand-based Nostra Logistics and Tramigo headquartered in Finland.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/02/25150302/bi-fmsoutheastasia2-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3807,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-06-17 14:25:19\",\n          \"post_date_gmt\": \"2023-06-17 12:25:19\",\n          \"post_content\": \"\",\n          \"post_title\": \"William Ankréus\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"draft\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"william-ankreus\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-06-08 13:32:22\",\n          \"post_modified_gmt\": \"2026-06-08 11:32:22\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3807\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"283\",\n    \"variations\": [\n      {\n        \"id\": 6234,\n        \"name\": \"Fleet Management in Southeast Asia - 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This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"308\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in the Middle East.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the 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\"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"300\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 new executive interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in Latin America. \"\n             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By the end of 2024, the global installed base of individually controlled smart street lights amounted to 27.9 million units (excluding China). There were at the same time 1.5 million smart ground parking sensors installed worldwide (excluding China). The market for smart waste sensor technology is yet at an early stage, comprising some 1.6 million connected collection points globally (excluding China). The smart city surveillance equipment market was worth € 13.6 billion in 2024. The global installed base of air quality monitoring systems amounted to 206,000 units in 2024. Get up to date with the latest information about vendors, products and markets.\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/02/11095402/bi-smartcities4-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction\\r\\n1.1\\tThe global trend of urbanisation\\r\\n1.2\\tSmart cities and connected public spaces\\r\\n1.2.1\\tSmart city architecture\\r\\n1.2.2\\tThe management of public spaces\\r\\n1.3\\tIoT network technologies\\r\\n1.3.1\\tNetwork architectures\\r\\n1.3.2\\tUnlicensed and licensed frequency bands\\r\\n1.3.3\\tThe role of wired and wireless networks for connected public spaces\\r\\n1.4\\tWireless IoT communications technologies\\r\\n1.4.1\\t3GPP cellular technologies\\r\\n1.4.2\\t3GPP-based LPWA\\r\\n1.4.3\\tNon 3GPP-based LPWA\\r\\n1.4.4\\tOther RF & IEEE 802.15.4\\r\\n2\\tSmart Street Lighting\\r\\n2.1\\tThe transition to LED and adaptive lighting\\r\\n2.2\\tSmart street lighting\\r\\n2.2.1\\tSmart street lighting infrastructure\\r\\n2.3\\tMarket analysis\\r\\n2.3.1\\tMarket forecasts\\r\\n2.3.2\\tIndustry analysis\\r\\n2.3.3\\tSmart lighting vendors’ bet on the broader smart cities market\\r\\n2.3.4\\tSoftware innovation is key for competitiveness\\r\\n2.3.5\\tAdditional market developments and observations\\r\\n2.4\\tCompany profiles\\r\\n2.4.1\\tAcuity Brands\\r\\n2.4.2\\tCityLight.net\\r\\n2.4.3\\tCityLinx\\r\\n2.4.4\\tDimonoff\\r\\n2.4.5\\tDhyan\\r\\n2.4.6\\teSave\\r\\n2.4.7\\tFlashnet (Lucy Group)\\r\\n2.4.8\\tFonda Technology\\r\\n2.4.9\\tItron\\r\\n2.4.10\\tLACROIX\\r\\n2.4.11\\tLED Roadway Lighting\\r\\n2.4.12\\tLucy Zodion (Lucy Group)\\r\\n2.4.13\\tM2M Telemetria\\r\\n2.4.14\\tQuantela\\r\\n2.4.15\\tRevetec\\r\\n2.4.16\\tRongwen Energy Technology Group\\r\\n2.4.17\\tSchréder\\r\\n2.4.18\\tSignify\\r\\n2.4.19\\tST Engineering Telematics Wireless\\r\\n2.4.20\\tTVILIGHT\\r\\n2.4.21\\tTerraGo\\r\\n2.4.22\\tUbicquia\\r\\n2.4.23\\tUmpi\\r\\n2.4.24\\tDomestic Chinese vendors\\r\\n3\\tSmart Parking\\r\\n3.1\\tUrban traffic and parking\\r\\n3.1.1\\tPassenger cars in use by region\\r\\n3.1.2\\tTraffic congestion and parking inefficiencies\\r\\n3.1.3\\tTypes of parking and asset ownership\\r\\n3.2\\tSmart parking\\r\\n3.2.1\\tSmart parking infrastructure\\r\\n3.3\\tParking space occupancy monitoring\\r\\n3.3.1\\tGlobal occupancy level monitoring\\r\\n3.3.2\\tSingle space occupancy detection\\r\\n3.4\\tMarket analysis\\r\\n3.4.1\\tMarket forecasts\\r\\n3.4.2\\tIndustry analysis\\r\\n3.4.3\\tThe threat from camera-based solutions looms large\\r\\n3.4.4\\tMarket consolidation predicted in the near-to-mid term\\r\\n3.4.5\\tAdditional market developments and observations\\r\\n3.5\\tCompany profiles\\r\\n3.5.1\\tCivicSmart\\r\\n3.5.2\\tCommuniThings\\r\\n3.5.3\\televen-x\\r\\n3.5.4\\tFangle Technology\\r\\n3.5.5\\tFleximodo (GOSPACE LABS)\\r\\n3.5.6\\tFrogparking (Towne Park)\\r\\n3.5.7\\tFybr\\r\\n3.5.8\\tIntelliport\\r\\n3.5.9\\tSmart Parking Systems (City Green Light)\\t\\r\\n3.5.10\\tIoT Solutions Malta\\t\\r\\n3.5.11\\tMinebeaMitsumi & Paradox Engineering\\r\\n3.5.12\\tMovebroad Technology\\r\\n3.5.13\\tNedap\\r\\n3.5.14\\tNietzsche Enterprise (NHR)\\r\\n3.5.15\\tNwave Technologies\\r\\n3.5.16\\tParkHelp Technologies\\r\\n3.5.17\\tPNI\\r\\n3.5.18\\tSICK Mobilisis\\r\\n3.5.19\\tSmart City System\\r\\n3.5.20\\tSmart Parking\\r\\n3.5.21\\tUrbiotica\\r\\n4\\tSmart Waste Collection\\r\\n4.1\\tGlobal waste generation and management\\r\\n4.2\\tSmart waste sensors\\r\\n4.2.1\\tSmart waste collection infrastructure\\r\\n4.3\\tMarket analysis\\r\\n4.3.1\\tMarket forecasts\\r\\n4.3.2\\tIndustry analysis\\r\\n4.3.3\\tUS waste and recycling service providers lead smart sensor adoption\\r\\n4.3.4\\tSensor manufacturers are moving to more holistic offerings\\r\\n4.3.5\\tAdditional market developments and observations\\r\\n4.4\\tCompany profiles\\r\\n4.4.1\\tBH Technologies\\r\\n4.4.2\\tBigbelly\\r\\n4.4.3\\tDingtek Technology\\r\\n4.4.4\\tEcube Labs\\r\\n4.4.5\\tEMZ-Environmental Technology\\r\\n4.4.6\\tEnevo\\r\\n4.4.7\\tEvreka\\r\\n4.4.8\\tKS Technologies\\r\\n4.4.9\\tMilesight\\r\\n4.4.10\\tMr. Fill\\r\\n4.4.11\\tNordsense\\r\\n4.4.12\\tREEN\\r\\n4.4.13\\tRoadRunner\\r\\n4.4.14\\tRecycle Track Systems\\r\\n4.4.15\\tSayme\\r\\n4.4.16\\tSensoneo\\r\\n4.4.17\\tSigrenea (SUEZ)\\r\\n4.4.18\\tSLOC\\r\\n4.4.19\\tSmartEnds\\r\\n4.4.20\\tSuperfy\\r\\n4.4.21\\tTST Sistemas\\r\\n4.4.22\\tWaste Digital\\r\\n4.4.23\\tWaste Vision\\r\\n4.4.24\\tWaste Harmonics Keter\\r\\n4.4.25\\tZolitron\\r\\n5\\tUrban Air Quality Monitoring\\r\\n5.1\\tAmbient air pollution\\r\\n5.1.1\\tTypes of ambient air pollution\\r\\n5.1.2\\tThe measurement and communication of ambient air quality\\r\\n5.2\\tAmbient air quality monitoring technologies\\r\\n5.2.1\\tAmbient air quality monitoring applications\\r\\n5.3\\tAmbient air quality monitoring in smart cities\\r\\n5.4\\tMarket analysis\\r\\n5.4.1\\tMarket forecasts\\r\\n5.4.2\\tIndustry analysis\\r\\n5.4.3\\tImportant advancements in quality assurance are underway\\r\\n5.4.4\\tEvolving business models for the low-cost air quality monitoring market\\r\\n5.4.5\\tAdditional market developments and observations\\r\\n5.5\\tCompany profiles\\r\\n5.5.1\\tAclima\\r\\n5.5.2\\tAeroqual\\r\\n5.5.3\\tAirly\\r\\n5.5.4\\tAurassure\\r\\n5.5.5\\tBettair Cities\\r\\n5.5.6\\tBreeze Technologies\\r\\n5.5.7\\tClarity Movement\\r\\n5.5.8\\tEarthSense Systems\\r\\n5.5.9\\tEcomesure\\r\\n5.5.10\\teLichens\\r\\n5.5.11\\tEnginko\\r\\n5.5.12\\tEnvea\\r\\n5.5.13\\tEnvironmental Instruments\\r\\n5.5.14\\tKunak Technologies\\r\\n5.5.15\\tLibelium\\r\\n5.5.16\\tLunar Outpost\\r\\n5.5.17\\tMagnaSCI\\r\\n5.5.18\\tMet One Instruments (Acoem)\\r\\n5.5.19\\tOizom\\r\\n5.5.20\\tPalas\\r\\n5.5.21\\tPurpleAir\\r\\n5.5.22\\tSailhero Environmental Protection High-Tech\\r\\n5.5.23\\tSensorbee\\r\\n5.5.24\\tTELLUS\\r\\n5.5.25\\tVaisala\\r\\n5.5.26\\tVortex\\r\\n6\\tSmart City Surveillance\\r\\n6.1\\tIssues of public safety\\r\\n6.1.1\\tCriminal activities and terrorist threats\\r\\n6.2\\tSmart City Surveillance\\r\\n6.2.1\\tFixed video surveillance infrastructure\\r\\n6.2.2\\tBody-worn cameras (BWCs) for law enforcement\\r\\n6.2.3\\tGunshot detection and localisation system\\r\\n6.3\\tMarket analysis\\r\\n6.3.1\\tMarket forecasts\\r\\n6.3.2\\tIndustry analysis\\r\\n6.3.3\\tWestern vendors turn to new strategies to mitigate the Chinese AI advantage\\r\\n6.3.4\\tHybrid and cloud-based solutions are picking up speed\\r\\n6.3.5\\tThe impact of 5G technology on networked surveillance\\r\\n6.4\\tCompany profiles\\r\\n6.4.1\\tAxis Communications (Canon)\\r\\n6.4.2\\tDahua Technology\\r\\n6.4.3\\tHanwha Vision\\r\\n6.4.4\\tHikvision\\r\\n6.4.5\\tHoneywell\\r\\n6.4.6\\tInfinova\\r\\n6.4.7\\tMotorola Solutions\\r\\n6.4.8\\tIDIS\\r\\n6.4.9\\ti-PRO\\r\\n6.4.10\\tTiandy Technologies\\r\\n6.4.11\\tUniview Technologies\\r\\n6.4.12\\tVivotek\\r\\n6.4.13\\tAxon\\r\\n6.4.14\\tFlock Safety\\r\\n6.4.15\\tCoreforce\\r\\n6.4.16\\tDigital Ally\\r\\n6.4.17\\tShenzhen Jingyi (Pe)\\r\\n6.4.18\\tReveal Media\\r\\n6.4.19\\tWCCTV\\r\\n6.4.20\\tZepcam\\r\\n6.4.21\\tSoundThinking\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/02/11095410/bi-smartcities4-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The smart cities market continues to evolve at a high pace\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The public spaces of a city – such as streets, squares and transportation hubs – have become more and more crowded and congested by traffic. Meanwhile, safety concerns are also heightened as the risk for criminal activities, traffic accidents and even terrorist attacks grows larger. Improvements in the management of the public spaces of cities therefore become important to ensure that growing challenges of energy consumption, environmental degradation and public safety are addressed in the best possible way. The advancement of IoT technologies has opened up entirely new possibilities for cities to efficiently manage assets, resources and services across multiple city verticals, and effectively given rise to the concept of smart cities. Five smart city verticals have emerged as particularly important for the management of public spaces – smart street lighting, smart parking, smart waste management, urban air quality monitoring and smart city surveillance.\",\n          \"\",\n          \"Smart street lighting solutions enable remote monitoring, control and management of street lighting networks. By the end of 2024, the global installed base (excluding China) of individually controlled smart street lights amounted to 27.9 million units. Growing at a CAGR of 21.8 percent, the number is expected to reach 74.5 million in 2029. Europe is the leading adopter, accounting for more than 42 percent of the installed base. North America was the second largest market while the Rest of World region currently constitutes the fastest growing market. At the end of 2024, the leading smart street lighting vendor was Dutch Signify with an installed base of 5.8 million lighting controls. Included in the top four are also US-based Itron, Belgian Schréder and Flashnet (Lucy Group) from Romania.\",\n          \"\",\n          \"Smart parking solutions based on connected parking occupancy detection sensors offer the possibility to provide real-time visibility of parking availability anywhere in a city. The dominant sensor types for such applications are in-ground and surface-mount sensors, collectively referred to as ground parking sensors. In 2024, there were nearly 1.5 million smart ground parking sensors installed globally (excluding China). The number will grow to 3.4 million units by 2029. Europe accounted for around 49 percent of the installed sensors while the North American and Rest of World regions represented around 293,000 and 456,000 devices respectively. At the end of 2024, the leading vendors in the market were Frogparking, CivicSmart and Urbiotica.\",\n          \"\",\n          \"The primary hardware needed for smart waste management applications is smart waste sensors that measure fill-levels in waste bins and containers throughout a city. These sensors may either be pre-integrated into bins and containers, for example as a smart bin offering, or retrofitted on existing collection points. The installed base of smart waste sensors reached around 1.6 million units globally in 2024 (excluding China). The market is expected to grow at a CAGR of 22.3 percent to reach 4.3 million units in 2029. Europe constitutes the leading market, accounting for around 45 percent of the global installed base. At the end of 2024, the five largest providers of smart waste sensor technology in terms of installed base were the US-based RoadRunner, Waste Harmonics and BigBelly as well as Belgian SmartEnds and Norwegian REEN from Europe.\",\n          \"\",\n          \"Traditional air quality monitoring systems have been around for decades to enable regulatory monitoring operations and typically consist of highly advanced and expensive stations deployed only at one or a few locations in major cities. The last decade has however seen a growing adoption of increasingly affordable and small non-regulatory and networked air quality monitoring devices that can serve as useful complements to traditional regulatory monitoring networks. The global installed base of such devices amounted to 206,000 units in 2024 and the figure is expected to grow at a CAGR of 25.2 percent in the next five years. Europe, North America and China lead the adoption. Leading vendors include companies such as Aclima, Aeroqual, Airly, Breeze Technologies, Clarity Movement, Ecomesure, Envea, Environmental Instruments (AQMesh), Kunak Technologies, Libelium, Met One Instruments (Acoem) and Oizom.\",\n          \"\",\n          \"Smart city surveillance refers to the use of networked security technology to improve safety levels in urban areas. The market is dominated by fixed network surveillance infrastructure, but applications such as body-worn cameras and gunshot detection sensors have also emerged as important complements for city surveillance operations. The smart city surveillance equipment market was in 2024 worth € 13.6 billion. Asia-Pacific and in particular China accounts for the majority. The market will grow at a CAGR of 15.6 percent to reach €_28.0 billion by 2029. Leading video surveillance vendors include the Chinese vendors Hikvision and Dahua Technology as well as Swedish Axis Communications, while the leading providers of urban gunshot detection and BWCs are SoundThinking and Axon respectively.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/02/11095421/bi-smartcities4-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3928,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-08-22 09:48:16\",\n          \"post_date_gmt\": \"2023-08-22 07:48:16\",\n          \"post_content\": \"\",\n          \"post_title\": \"Felix Linderum\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"felix-linderum\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-03-25 20:49:18\",\n          \"post_modified_gmt\": \"2026-03-25 19:49:18\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3928\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 3807,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-06-17 14:25:19\",\n          \"post_date_gmt\": \"2023-06-17 12:25:19\",\n          \"post_content\": \"\",\n          \"post_title\": \"William Ankréus\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"draft\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"william-ankreus\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-06-08 13:32:22\",\n          \"post_modified_gmt\": \"2026-06-08 11:32:22\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3807\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"282\",\n    \"variations\": [\n      {\n        \"id\": 6211,\n        \"name\": \"Smart Cities: Connected Public Spaces - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": 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\"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6190,"link":"https://cms.berginsight.com/report/the-private-lte-5g-network-market-2/","acf_data":"{\n  \"permalink\": \"/the-private-lte5g-network-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"4th Edition\",\n    \"main_product_category\": 25,\n    \"short_description\": \"A comprehensive analysis of the latest developments on the roll-out of private cellular networks worldwide.\",\n    \"full_description\": [\n      \"Berg Insight estimates that there were a total of 6,500 private LTE/5G networks deployed across the world at the end of 2025, excluding proof-of-concept (PoC) projects. With the growing momentum around private LTE and more local 5G spectrum becoming available across regions, the private LTE/5G network market is set to grow significantly in the next years. Until 2030, Berg Insight forecasts that the number of private LTE/5G network deployments will grow at a compound annual growth rate of 38 percent to reach 32,600 networks at the end of the period. Get up to date with the latest trends and information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/02/04222052/bi-privatenetworks4-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tPrivate Cellular Networks\\r\\n1.1\\tIntroduction\\r\\n1.2\\tSpectrum for private LTE/5G networks\\r\\n1.2.1\\t5G spectrum bands\\r\\n1.2.2\\tLicensed spectrum\\r\\n1.2.3\\tUnlicensed spectrum\\r\\n1.2.4\\tShared spectrum\\r\\n1.3\\tPrivate LTE/5G network components\\r\\n1.4\\tPrivate LTE/5G network deployment models\\r\\n1.5\\tPrivate cellular network market segmentation\\r\\n1.5.1\\tIT networks\\r\\n1.5.2\\tNeutral host networks\\r\\n1.5.3\\tIoT networks\\r\\n1.5.4\\tPop-up networks\\r\\n1.5.5\\tCritical communications networks\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.2\\tPrivate LTE/5G industry players\\r\\n2.2.1\\tPrivate LTE/5G solution providers\\r\\n2.2.2\\tAdditional vendors\\r\\n2.2.3\\tPrivate LTE/5G IoT device ecosystem\\r\\n2.2.4\\tSystem integrators\\r\\n2.3\\tPrivate network market sizing and forecast\\r\\n2.3.1\\tPrivate LTE/5G network deployments\\r\\n2.3.2\\tPrivate LTE/5G network market value\\r\\n2.4\\tVertical markets and network cost\\r\\n2.5\\tRegional markets\\r\\n2.5.1\\tPrivate LTE/5G network deployments in Europe\\r\\n2.5.2\\tPrivate LTE/5G network deployments in North America\\r\\n2.5.3\\tPrivate LTE/5G network deployments in the rest of the world\\r\\n2.6\\tSignificant private LTE/5G deployments\\r\\n2.6.1\\tSignificant private LTE/5G campus and FAN network deployments\\r\\n2.6.2\\tSignificant private LTE/5G WAN network deployments\\r\\n2.7\\tEdge device shipments for private LTE/5G networks\\r\\n2.8\\tMarket trends\\r\\n2.8.1\\tThe private LTE/5G industry experiences a slowdown in M&A activity\\r\\n2.8.2\\tMarket exits reshape the private networks landscape\\r\\n2.8.3\\tPop-up networks gain traction\\r\\n2.8.4\\tNew regulations alter private LTE/5G network market conditions\\r\\n2.8.5\\tWi-Fi to remain complementary to private LTE/5G with the launch of Wi-Fi 7\\r\\n2.8.6\\tIs network slicing a substitute for private networks?\\r\\n2.8.7\\tAssessing the role of O-RAN in private LTE/5G networks\\r\\n2.8.8\\tNeutral host solutions expand private network use cases\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tPrivate LTE/5G solution vendors\\r\\n3.1.1\\tAccelleran\\r\\n3.1.2\\tAirspan Networks\\r\\n3.1.3\\tAmarisoft\\r\\n3.1.4\\tAskey\\r\\n3.1.5\\tAsocs\\r\\n3.1.6\\tAttoCore\\r\\n3.1.7\\tAW2S\\r\\n3.1.8\\tAWS\\r\\n3.1.9\\tBaicells Technologies\\r\\n3.1.10\\tBenetel\\r\\n3.1.11\\tBLiNQ Networks\\r\\n3.1.12\\tBlue Arcus\\r\\n3.1.13\\tCableFree\\r\\n3.1.14\\tCelona\\r\\n3.1.15\\tCisco\\r\\n3.1.16\\tCumucore\\r\\n3.1.17\\tDruid Software\\r\\n3.1.18\\tEricsson\\r\\n3.1.19\\tExpeto\\r\\n3.1.20\\tFirecell\\r\\n3.1.21\\tG REIGNS\\r\\n3.1.22\\tGXC\\r\\n3.1.23\\tHewlett Packard Enterprise (HPE)\\r\\n3.1.24\\tHighway 9\\r\\n3.1.25\\tHuawei\\r\\n3.1.26\\tIPLOOK\\r\\n3.1.27\\tJMA Wireless\\r\\n3.1.28\\tMavenir\\r\\n3.1.29\\tMicroamp\\r\\n3.1.30\\tMicrosoft\\r\\n3.1.31\\tMoso Networks\\r\\n3.1.32\\tNokia\\r\\n3.1.33\\tOnomondo\\r\\n3.1.34\\tObvios\\r\\n3.1.35\\tPente Networks\\r\\n3.1.36\\tQCT\\r\\n3.1.37\\tRadisys\\r\\n3.1.38\\tSamsung\\t\\r\\n3.1.39\\tSercomm\\r\\n3.1.40\\tStar Solutions\\r\\n3.1.41\\tTelrad\\r\\n3.1.42\\tXCOM RAN\\r\\n3.1.43\\tZTE Corporation\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/02/04222104/bi-privatenetworks4-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Private LTE/5G network deployments reached 6,500 in 2025\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Private LTE/5G networks, referred to as non-public networks by the 3GPP, are networks that use spectrum defined by the 3GPP and LTE or 5G NR base stations, small cells and other radio access network (RAN) infrastructure to transmit voice and data to edge devices. For the purpose of this report, Berg Insight defines a private cellular network as a 3GPP-based private LTE/5G network built for the sole use of a private entity such as an enterprise or government organisation. Private LTE/5G networks offer numerous benefits, including strong security and reliability, high bandwidth, low latency, smooth handoffs for mobile use cases and compatibility with public networks for increased coverage.\",\n          \"\",\n          \"The private cellular network market is undergoing a transformation, driven by the increasing availability of dedicated spectrum, evolving device ecosystem and growing number of latency-sensitive enterprise use cases. While the market historically has been mainly supply-driven, it is today increasingly driven by organic demand from end users.\",\n          \"\",\n          \"The major RAN vendors (Ericsson, Nokia and Huawei) have achieved significant progress in the private cellular network market in recent years and all play important roles as end-to-end solution providers. Nokia is the largest private LTE/5G network solution vendor of the three with about 960 customers and over 2,000 private network deployments at the end of 2025. However, Nokia announced in November 2025 that it is looking to divest its flagship Nokia DAC solution in favour of focusing more on its other larger segments. Several other noteworthy exits took place in 2025, including divestments by the cloud service providers AWS and Microsoft, signalling a significant shift in the industry. \",\n          \"\",\n          \"A number of small cell and other RAN equipment providers offer competitive LTE/5G radio products and in some cases complete private network offerings, including Airspan Networks, Askey, AW2S, Baicells, Benetel, BLiNQ Networks, Cablefree, Celona, Firecell, GXC, JMA Wireless, Mavenir, Microamp, Samsung Networks, Sercomm, Star Solutions, Telrad, XCOM RAN and ZTE. Important specialised core network software (EPC/5GC) vendors include AttoCore, Blue Arcus, Cisco, Cumucore, Druid Software, Expeto, Hewlett Packard Enterprise (HPE), Highway 9, IPLOOK, Onomondo, Obvios and Pente Networks. In total, RAN and EPC/5GC offerings for private networks are available from close to 60 vendors. \",\n          \"\",\n          \"Private LTE/5G network deployments are growing rapidly, with an increasing number of organisations prioritising production-grade deployments over the extensive trials that previously characterised the market. Berg Insight estimates that there were 6,500 private LTE/5G networks, excluding proof-of-concept (PoC) projects, deployed across the world at the end of 2025, up from 4,700 networks in the previous year. The private LTE/5G network market can be divided into two main segments: Enterprise and Wide Area Networks (WAN). Enterprise networks are smaller, typically covering areas ranging from single buildings to mid-sized cities. WANs extend across much larger areas, sometimes entire countries, and are typically owned by government organisations or utilities and used for critical communications. \",\n          \"\",\n          \"The market value for private LTE/5G network solutions reached an estimated US$ 2.4 billion in 2025. The Enterprise and WAN segments accounted for US$ 1.1 billion and US$ 1.3 billion respectively. The figures do not take into account adjacent revenue streams such as installation, system integration and cross-selling of other adjacent products and services. Berg Insight believes that the market value for private LTE/5G network solutions will grow at a steady pace over the next five years, largely driven by new network deployments. Revenue growth will also be driven by upgrades and expansions of existing networks, as enterprises add new applications and transition from LTE to 5G. Growing at a CAGR of 38 percent, the total market value for private LTE/5G network solutions is forecasted to reach US$ 12.0 billion in 2030.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/02/04222115/bi-privatenetworks4-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 885,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:06:06\",\n          \"post_date_gmt\": \"2021-01-12 15:06:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Fredrik Stålbrand\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"fredrik-stalbrand\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:49:59\",\n          \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 4800,\n          \"post_author\": \"3\",\n          \"post_date\": \"2024-08-06 12:04:27\",\n          \"post_date_gmt\": \"2024-08-06 10:04:27\",\n          \"post_content\": \"\",\n          \"post_title\": \"Melvin Sörum\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"melvin-sorum\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 16:11:12\",\n          \"post_modified_gmt\": \"2026-01-06 15:11:12\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4800\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"281\",\n    \"variations\": [\n      {\n        \"id\": 6195,\n        \"name\": \"The Private LTE/5G Network Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6179,"link":"https://cms.berginsight.com/report/the-home-and-small-business-security-system-market-6/","acf_data":"{\n  \"permalink\": \"/the-home-and-small-business-security-system-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"15th Edition\",\n    \"main_product_category\": 33,\n    \"short_description\": \"This report analyses the key applications for wireless IoT communications in the European and North American security industry.\",\n    \"full_description\": [\n      \"Cellular connectivity is rapidly becoming a standard feature in security alarm systems for the consumer and small business markets. Berg Insight estimates the number of cellular IoT connections for home and small business security systems in Europe and North America will grow at a compound annual growth rate of 5.9 percent from 49.8 million in 2024 to 66.3 million in 2029. Learn about the business opportunities associated with wireless IoT solutions for the alarm system industry in this 130-page report covering both Europe and North America.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/02/02170356/bi-security15-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Security Industry\\r\\n1.1\\tMarket overview\\r\\n1.1.1\\tSecurity services\\r\\n1.1.2\\tEnterprise security systems\\r\\n1.1.3\\tHome and small business security systems\\r\\n1.1.4\\tCash handling\\r\\n1.2\\tKey industry players\\r\\n2\\tHome and Small Business Security Systems\\r\\n2.1\\tTechnology overview\\r\\n2.2\\tEuropean standards for intruder alarm systems\\r\\n2.3\\tAlarm system value chain\\r\\n2.3.1\\tTraditional home and small business security providers\\r\\n2.3.2\\tDIY home security providers\\r\\n2.3.3\\tHome security system manufacturers and platform providers\\r\\n3\\tMarket Forecasts and Trends\\t\\r\\n3.1\\tEurope\\r\\n3.2\\tNorth America\\r\\n3.3\\tVendor market shares\\r\\n3.3.1\\tNorth America\\r\\n3.3.2\\tEurope\\r\\n3.3.3\\tInteractive security\\r\\n3.4\\tMarket drivers and trends\\r\\n3.4.1\\tDIY and traditional home security system offerings are converging\\r\\n3.4.2\\tAI is now an integral component of modern security systems\\r\\n3.4.3\\tThe transition to Edge AI\\r\\n3.4.4\\tSecurity systems and smart home products enable insurance discounts\\r\\n3.4.5\\tSmart home vendors extend their offering to compete with security providers\\r\\n3.4.6\\tNetwork sunsets – an opportunity and challenge for the security industry\\r\\n4\\tCompany Profiles and Strategies\\r\\n4.1\\tTraditional home and small business security providers\\r\\n4.1.1\\tADT\\r\\n4.1.2\\tAlert 360\\r\\n4.1.3\\tAltice Franc\\r\\n4.1.4\\tBrinks Home (Monitronics)\\r\\n4.1.5\\tChubb Fire & Security (APi Group)\\r\\n4.1.6\\tComcast\\r\\n4.1.7\\tG4S (Allied Universal)\\r\\n4.1.8\\tGuardian Protection\\r\\n4.1.9\\tHomely\\r\\n4.1.10\\tHomiris (EPS\\r\\n4.1.11\\tIMA Protect (Groupe IMA)\\r\\n4.1.12\\tJohnson Controls\\r\\n4.1.13\\tNexecur (Crédit Agricole Protection et Sécurité)\\r\\n4.1.14\\tProsegur\\r\\n4.1.15\\tSector Alarm\\r\\n4.1.16\\tSecurita\\r\\n4.1.17\\tTelus\\r\\n4.1.18\\tVector Security\\r\\n4.1.19\\tVerisure\\r\\n4.1.20\\tVivint Smart Home (NRG Energy)\\r\\n4.2\\tDIY home security system providers\\r\\n4.2.1\\tAbode Systems (Nice Group)\\r\\n4.2.2\\tABUS\\r\\n4.2.3\\tArlo Technologies\\r\\n4.2.4\\tAT&T\\r\\n4.2.5\\tBosch\\r\\n4.2.6\\tCanary (Smartfrog Group)\\r\\n4.2.7\\tEcobee (Generac)\\r\\n4.2.8\\tERA Home Security (Quanex Building Products)\\r\\n4.2.9\\tFrontpoint\\r\\n4.2.10\\tMinut\\r\\n4.2.11\\tNetatmo (Legrand)\\r\\n4.2.12\\tOoma\\r\\n4.2.13\\tRing (Amazon)\\r\\n4.2.14\\tRogers Communications\\r\\n4.2.15\\tSignify\\r\\n4.2.16\\tSimpliSafe\\t\\r\\n4.2.17\\tSomfy\\r\\n4.2.18\\tWyze Labs\\r\\n4.2.19\\tYale (Assa Abloy)\\r\\n4.3\\tHome security system manufacturers and platform providers\\r\\n4.3.1\\tAddSecure\\r\\n4.3.2\\tAjax Systems\\r\\n4.3.3\\tAlarm.com\\r\\n4.3.4\\tAtraltech\\r\\n4.3.5\\tClimax Technology\\r\\n4.3.6\\tCrow Electronic Engineering\\r\\n4.3.7\\tCSL\\r\\n4.3.8\\tDMP\\r\\n4.3.9\\tDSC (Johnson Controls)\\r\\n4.3.10\\tEssence Group\\r\\n4.3.11\\tEzlo Innovation\\r\\n4.3.12\\tGoogle\\r\\n4.3.13\\tIQ (Johnson Controls)\\r\\n4.3.14\\tM2M Services\\r\\n4.3.15\\tNapco Security Technologies\\r\\n4.3.16\\tNice Group\\r\\n4.3.17\\tOnics\\r\\n4.3.18\\tResideo Technologie\\r\\n4.3.19\\tScout Security\\r\\n4.3.20\\tSecureNet Technologies (M2M Services)\\r\\n4.3.21\\tTelguard (AMETEK)\\r\\n4.3.22\\tTexecom\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/02/02170403/bi-security15-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Professionally monitored alarm systems in Europe and North America reached 57 million in 2024\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Security systems for homes and small businesses can be categorised into self-monitored and professionally monitored systems. Self-monitored systems utilise cloud-based backends to provide real-time alerts directly to the property owner via push notifications, SMS or email, allowing for immediate remote assessment through a smartphone app. A professionally monitored security system is linked to a 24/7 Alarm Receiving Centre (ARC). When the system is activated, the ARC verifies the alert and initiates a rapid response, which can include dispatching a security patrol and alerting emergency services. Traditional home security systems include professional alarm monitoring as standard. DIY home security systems primarily rely on self-monitoring, although professional alarm monitoring is often offered as an optional added service.\",\n          \"\",\n          \"The North American market for home and small business security systems is almost twice the size of the European market. There were an estimated 37.2 million active monitored alarm systems in the US and Canada at the end of 2024. The overall penetration rate among the around 156 million households and small business premises in North America was 23.9 percent. Growing at a CAGR of 3.5 percent, the number of monitored alarms in North America is estimated to reach 44.1 million in 2029.\",\n          \"\",\n          \"In the EU27+3, there were about 19.6 million active monitored alarm systems at the end of 2024. This corresponds to an overall penetration rate of 7.9 percent among the around 250 million households and small businesses in Europe. The market data thus indicate a significant growth potential for alarm systems in Europe, especially in the residential segment where the current penetration is only 6.5 percent. However, growth in the European market is forecasted to vary considerably from country to country in the next few years. Countries with an already established home security industry and with relatively high penetration rates, including countries such as Spain, France and Sweden, are anticipated to continue to grow faster than the European average. Other markets in Europe will show less growth due to high market fragmentation and fewer specialist alarm service companies that actively market solutions. The number of monitored home and small business alarms in Europe is estimated to grow at a CAGR of 4.6 percent, to reach 24.5 million alarm systems in 2029. In both Europe and North America, interactive security services and smart home products are key growth drivers in the home security market.\",\n          \"\",\n          \"The traditional home and small business security systems market in Europe and North America is served by specialist home security companies such as ADT, Verisure, Brinks Home (Monitronics) and Sector Alarm; large security service companies such as Prosegur, Securitas and G4S (Allied Universal); telecommunications and cable television companies such as Comcast, Telus, Telefónica and Rogers; as well as banking groups and insurance companies such as Crédit Mutuel, Crédit Agricole and Groupe IMA. Providers of DIY home security systems include SimpliSafe, Frontpoint, Ring (Amazon), Yale (Assa Abloy), Arlo Technologies, Ooma, Abode Systems (Nice Group), Somfy, Netatmo (Legrand), Signify, ABUS, Bosch, ERA Home Security (Quanex Building Products) and Wyze Labs. \",\n          \"\",\n          \"ADT is the leading provider of professionally monitored alarm systems in North America with 6.4 million home and small business customers at the end of 2024. In North America, ADT is followed by Vivint, SimpliSafe, Comcast, Telus and Brinks Home (Monitronics), all with between 0.8 million and 2.2 million monitored alarm system customers each at the end of 2024. In the US and Canada, only a few market players offer services nationwide and there are many small home security providers with strong local presence. In Europe, Verisure is the clear market leader with over 5.6 million home and small business customers at the end of 2024. The company is active in 13 European countries and five countries in South America. Verisure has a particularly strong position in Spain, France and the Nordic countries. Other leading players in Europe are Prosegur, EPS (Crédit Mutuel) and Sector Alarm.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/02/02170413/bi-security15-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"280\",\n    \"variations\": [\n      {\n        \"id\": 6184,\n        \"name\": \"The Home and Small Business Security System Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6166,"link":"https://cms.berginsight.com/report/the-future-of-electric-aircraft-and-evtols-2/","acf_data":"{\n  \"permalink\": \"/the-future-of-electric-aircraft-and-evtols\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"2nd Edition\",\n    \"main_product_category\": 31,\n    \"short_description\": \"A comprehensive analysis of the latest developments on the market for electric aircraft and eVTOLs covering both commercial and private use.\",\n    \"full_description\": [\n      \"How will the market for electric aircraft and eVTOLs evolve in the next 25 years? The total market value of electric aircraft and eVTOLs (commercial and private use) during the time period 2021–2050 is forecasted to reach in the range of € 100–300 billion. Get up to date with the latest information about vendors, technology developments, regulations and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/01/29185053/bi-electricaircraft2-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction\\r\\n1.1\\tThe aviation market\\r\\n1.2\\tThe concept of electric aviation\\r\\n1.3\\tDrivers behind the electrification of aircraft and eVTOLs\\t\\r\\n1.3.1\\tReduced costs\\r\\n1.3.2\\tRegional travel market\\r\\n1.3.3\\tEmissions reductions\\r\\n1.3.4\\tNoise reductions\\r\\n1.3.5\\tIncreased accessibility\\r\\n1.3.6\\tEconomic development\\r\\n2\\tElectric Aircraft and eVTOLs\\r\\n2.1\\tElectric aircraft\\r\\n2.1.1\\tRetrofit\\r\\n2.1.2\\tTraditional design\\r\\n2.1.3\\tNew design\\r\\n2.1.4\\tSize versus range\\r\\n2.1.5\\tBattery-electric, hydrogen-electric versus hybrid-electric aircraft\\r\\n2.2\\teVTOLs\\r\\n2.2.1\\tWingless multicopter\\r\\n2.2.2\\tLift-and-cruise (fixed wing)\\r\\n2.2.3\\tTilted wing and/or propellers\\r\\n2.3\\tRisk assessment regarding eVTOLs\\r\\n2.3.1\\tCertification\\r\\n2.3.2\\tInfrastructure\\r\\n2.3.3\\tTechnology\\r\\n2.3.4\\tOperations\\r\\n2.3.5\\tPublic awareness\\r\\n3\\tTechnology Overview\\r\\n3.1\\tBattery-electric\\r\\n3.2\\tHydrogen-electric\\r\\n3.3\\tHybrid-electric\\r\\n3.4\\tAirframes\\r\\n3.5\\tCommunications technology and autonomous flight\\r\\n3.5.1\\tNavigation and communications systems\\r\\n3.5.2\\tIoT connectivity\\r\\n3.5.3\\tA possible pathway to autonomous flights\\r\\n4\\tEcosystem and Regulatory Framework\\r\\n4.1\\tEcosystem\\r\\n4.1.1\\tCharging\\r\\n4.1.2\\tBattery power challenges\\r\\n4.1.3\\tHydrogen power challenges\\r\\n4.1.4\\tTake-off and landing infrastructure – vertiports\\r\\n4.1.5\\tAirport infrastructure\\r\\n4.1.6\\tMRO\\r\\n4.2\\tRegulatory framework\\r\\n4.2.1\\tCertification and standardisation\\r\\n4.2.2\\tSafety\\r\\n4.2.3\\tAirspace management\\r\\n4.2.4\\tSustainability\\r\\n5\\tRegional and Urban Air Mobility\\r\\n5.1\\tRegional Air Mobility – possible market development and use cases\\r\\n5.1.1\\tHow will the RAM market evolve – different scenarios\\r\\n5.1.2\\tUser experience\\r\\n5.2\\tUrban Air Mobility – possible market development and use cases\\r\\n5.2.1\\tHow will the UAM market evolve – different scenarios\\r\\n5.2.2\\tUser experience\\r\\n5.3\\tImplications for regional and city planning\\r\\n5.3.1\\tEducation\\r\\n5.3.2\\tPermits\\r\\n5.3.3\\tShort-term city planning\\r\\n5.3.4\\tLong-term city planning\\r\\n5.3.5\\tRegional planning\\r\\n5.3.6\\tTransport planning and integration\\r\\n6\\tCompany Profiles and Strategies\\r\\n6.1\\teVTOLs\\r\\n6.1.1\\tAerofugia\\r\\n6.1.2\\tAIR\\r\\n6.1.3\\tArcher\\r\\n6.1.4\\tAridge (XPeng AeroHT)\\r\\n6.1.5\\tAutoFlight\\r\\n6.1.6\\tCityAirbus NextGen\\r\\n6.1.7\\tEHang\\r\\n6.1.8\\tEve Air Mobility\\r\\n6.1.9\\tHorizon Aircraft\\r\\n6.1.10\\tJetson\\r\\n6.1.11\\tJoby Aviation\\r\\n6.1.12\\tLEO Flight\\r\\n6.1.13\\tLilium\\r\\n6.1.14\\tPivotal\\r\\n6.1.15\\tSambo Motors\\r\\n6.1.16\\tSkyDrive\\r\\n6.1.17\\tSkyfly\\r\\n6.1.18\\tSupernal\\r\\n6.1.19\\tV-Space\\r\\n6.1.20\\tVertical Aerospace\\r\\n6.1.21\\tVolocopter\\r\\n6.1.22\\tWisk\\r\\n6.2\\tElectric aircraft\\r\\n6.2.1\\tBeta Technologies\\r\\n6.2.2\\tBye Aerospace\\r\\n6.2.3\\tCosmic Aerospace\\r\\n6.2.4\\tElectra\\r\\n6.2.5\\tElectron Aerospace\\r\\n6.2.6\\tElysian\\r\\n6.2.7\\tEviation Aircraft\\r\\n6.2.8\\tHeart Aerospace\\r\\n6.2.9\\tMaeve Aerospace\\r\\n6.2.10\\tMD Aircraft\\r\\n6.2.11\\tPipistrel\\r\\n6.2.12\\tVaeridion\\r\\n6.2.13\\tVoltAero\\r\\n6.3\\tElectric propulsion systems\\r\\n6.3.1\\tAmpaire\\r\\n6.3.2\\tEvolito\\r\\n6.3.3\\tH55\\r\\n6.3.4\\tMagniX\\r\\n6.3.5\\tSafran\\r\\n6.3.6\\tWright Electric\\r\\n6.3.7\\tZeroAvia\\r\\n7\\tMarket Forecasts and Scenarios\\r\\n7.1\\tMarket segmentation\\r\\n7.2\\tMarket size\\r\\n7.2.1\\tCommercial eVTOLs\\r\\n7.2.2\\tPrivately owned eVTOLs\\r\\n7.2.3\\tBattery-electric aircraft with 1–4 passenger seats\\r\\n7.2.4\\tBattery, hydrogen and hybrid-electric aircraft with 5–9 passenger seats\\r\\n7.2.5\\tBattery, hydrogen and hybrid-electric aircraft with 10 or more passenger seats\\r\\n7.2.6\\tThe current non-binding and firm order stock of electric aircraft and eVTOLs\\r\\n7.2.7\\tIoT connectivity\\r\\n7.3\\tMarket value\\r\\n7.3.1\\tMarket value of eVTOLs\\r\\n7.3.2\\tMarket value of electric aircraft\\r\\n7.4\\tBusiness models and use cases\\r\\n7.5\\tConcluding remarks\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/01/29185102/bi-electricaircraft2-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The electric aircraft and eVTOL market is set for long-term growth\",\n            \"attributes\": []\n          },\n          \"\",\n          \"There are many large-scale industrial projects worldwide aimed at developing electric aircraft and eVTOLs. At the same time, the electrification of the aviation industry represents a challenge as the industry is heavily regulated and strongly committed to safe operations and redundant systems. Electric aircraft and eVTOLs will enable new connectivity within large urban areas, between cities, from rural regions to cities and between rural areas. There are many suitable use cases ranging from passenger transportation to cargo transport, surveillance, healthcare and firefighting. Some electric aircraft and eVTOL projects have been paused or discontinued in recent years. Despite this, other actors are progressing towards certification and market entry.\",\n          \"\",\n          \"More than a thousand eVTOL design concepts have been introduced worldwide. Some companies focus on one or two-seat eVTOLs for private use, while others develop larger aircraft for commercial use cases such as air taxi services. Many of the commercial eVTOLs are large vehicles with wingspans of 10–15 metres, which need to be considered when developing ground infrastructure as well as working with city planning, passenger processing and safety issues. Some eVTOLs are also intended to fly autonomously without a pilot. Examples of commercial eVTOL vendors include Aerofugia, Archer, Beta Technologies, EHang, Eve Air Mobility, Joby Aviation, Volocopter, Vertical Aerospace and Wisk. Companies developing eVTOLs for personal mobility include AIR, Aridge, Jetson, LEO Flight, Pivotal and Skyfly.\",\n          \"\",\n          \"There are also several companies working on electric and hybrid-electric aircraft. The market is characterised by having both established aviation companies developing vehicles and solutions as well as start-ups and tech companies doing the same thing. These companies address the challenge in different ways, leading to several possible solutions and design pathways. Examples of battery-electric aircraft vendors include Beta Technologies, Bye Aerospace, Cosmic Aerospace, Electron Aerospace, Elysian, MD Aircraft, Pipistrel and Vaeridion. Companies focusing on hybrid-electric aircraft include Electra, Heart Aerospace, Maeve Aerospace and VoltAero. \",\n          \"\",\n          \"In addition, several companies develop powertrain solutions for battery-electric, hydrogen-electric and hybrid-electric aircraft and eVTOLs. Most actors in this segment produce a complete setup of electric propulsion systems comprising electric motors, energy storage solutions and related components. Electric propulsion systems can be used in both newly developed aircraft and retrofitted in existing aircraft. Examples of companies in this segment include Ampaire, Evolito, MagniX, Safran and ZeroAvia. \",\n          \"\",\n          \"Before 2030 we will see some of the first piloted eVTOLs in commercial use. Between 2036–2040 the ecosystem and acceptance will develop and we might see around 7,500 vehicles being delivered globally. Fewer if costs are high and certification is taking longer than anticipated. In the high scenario we see that the total number of deliveries could reach approximately 45,000 vehicles between 2026–2050. The high scenario is based on a favourable regulatory environment where the long-term airspace management has been solved as well as the approval for autonomous flights.\",\n          \"\",\n          \"The private eVTOL market can be potentially much larger than the commercial market in terms of the number of vehicles. The first eVTOLs for private use have already been delivered. Under favourable conditions in the high scenario, the total market might reach almost 100,000 vehicles delivered by 2050. Most of these will be small one or two-seaters and the majority of them will be delivered in the latter part of the forecast period. These vehicles will need advanced avionics, connectivity, and avoid and detect technology but at the same time need to be cost-efficient solutions. \",\n          \"\",\n          \"Electric aircraft will vary considerably in size and performance and will be powered by either batteries, hydrogen or hybrid-electric propulsion. The forecast is based on three market segments: battery-electric aircraft with one to four passenger seats; aircraft with five to nine passenger seats powered by battery, hydrogen or hybrid-electric propulsion; and aircraft with ten or more passenger seats powered by battery, hydrogen or hybrid-electric propulsion. For all segments, we estimate total shipments of around 10,000 aircraft between 2026–2050 in the high scenario. The first battery-electric aircraft models with one to four passenger seats have been certified and shipped. Due to the complex certification pathway and the dependence of new ground and charging infrastructure, we forecast that only a few hundred aircraft will be delivered before 2030. Some of the addressable market for electric aircraft is based on the replacement of the current fleet of small-sized aircraft. This is however a comparatively small market. It is also a new market for regional air mobility which will take some time to develop. It will take time to build production capacity and solve ground infrastructure challenges, but with more efficient drivetrains the use case and economics look reasonably favourable in the longer term. \",\n          \"\",\n          \"Electric aircraft and eVTOLs will need advanced connectivity. There is also a market for different kinds of autonomous vehicle technology solutions which will need to be incorporated in the vehicles. Cellular connectivity is one of the prominent technologies available to support the use cases in urban areas. Satellite systems can also complement the ground-based architectures, particularly the LEO (Low Earth Orbit) satellite constellations. The number of connected electric aircraft and eVTOLs will take off from 2035 and then increase steadily. We estimate around 10,000 connected vehicles for passenger use by 2035 and between 60,000–140,000 in 2050.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/01/29185110/bi-electricaircraft2-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 4799,\n          \"post_author\": \"3\",\n          \"post_date\": \"2024-08-06 12:03:06\",\n          \"post_date_gmt\": \"2024-08-06 10:03:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Erica Rickard\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"erica-rickard\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:53:34\",\n          \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"279\",\n    \"variations\": [\n      {\n        \"id\": 6171,\n        \"name\": \"The Future of Electric Aircraft and eVTOLs - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      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      \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6151,"link":"https://cms.berginsight.com/report/electronic-offender-monitoring-solutions-4/","acf_data":"{\n  \"permalink\": \"/electronic-offender-monitoring-solutions\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"4th Edition\",\n    \"main_product_category\": 33,\n    \"short_description\": \"This report investigates the electronic offender monitoring market in Europe, North America, Latin America and Oceania, covering 17 solution vendors.\",\n    \"full_description\": [\n      \"The average daily caseload of monitored individuals in Europe, North America, Latin America and Oceania amounted to about 92,000, 564,000, 162,000 and 11,000 respectively during 2025. Berg Insight estimates that the number of daily users will grow to 130,000 in Europe, 700,000 in North America, 278,000 in Latin America and 16,000 in Oceania by 2030. Learn more about the business opportunities associated with electronic offender monitoring solutions in this 90-page strategy report from Berg Insight. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/01/23104526/bi-em4-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tElectronic Offender Monitoring\\r\\n1.1\\tThe criminal justice system\\r\\n1.1.1\\tCorrectional population\\r\\n1.2\\tElectronic offender monitoring programmes\\r\\n1.2.1\\tNorth America\\r\\n1.2.2\\tEurope\\r\\n1.2.3\\tLatin America\\r\\n1.2.4\\tOceania\\r\\n1.2.5\\tEM programme costs\\r\\n1.3\\tElectronic offender monitoring infrastructure\\r\\n1.3.1\\tDevice segment\\r\\n1.3.2\\tPositioning segment\\r\\n1.3.3\\tNetwork segment\\r\\n1.3.4\\tPlatform segment\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket landscape\\r\\n2.1.1\\tEM equipment and service vendor market shares\\r\\n2.1.2\\tMergers and acquisitions in the electronic offender monitoring industry\\r\\n2.2\\tMarket forecasts\\r\\n2.3\\tMarket drivers and trends\\r\\n2.3.1\\tThe COVID-19 pandemic created a greater awareness of EM solutions\\r\\n2.3.2\\tDomestic violence and victim protection cases are important EM applications\\r\\n2.3.3\\tStronger focus on software and analytics within offender monitoring\\r\\n2.3.4\\tApp-based and wrist-worn solutions extend EM beyond traditional devices\\r\\n2.3.5\\tFurther consolidation of the EM market is expected\\r\\n2.3.6\\tElectronic monitoring gains traction in the immigration control use case\\r\\n2.3.7\\tIncreasing integration of AI in EM solutions\\r\\n2.3.8\\tPrice erosion puts pressure on the EM market value\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tAllied Universal Electronic Monitoring\\r\\n3.2\\tBI Incorporated (GEO Group)\\r\\n3.3\\tBuddi (Big Technologies)\\r\\n3.4\\tCorrisoft\\r\\n3.5\\tEnigma (COMP Group)\\r\\n3.6\\tGeosatis\\r\\n3.7\\tLaipac Technology\\r\\n3.8\\tSCRAM Systems\\r\\n3.9\\tSecurus Technologies\\r\\n3.10\\tSentinel Offender Services\\r\\n3.11\\tShadowtrack Technologies\\r\\n3.12\\tSpacecom\\r\\n3.13\\tSuperCom\\r\\n3.14\\tSynergye\\r\\n3.15\\tTalitrix\\r\\n3.16\\tTrack Group\\r\\n3.17\\tUE Brasil Tecnologia\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/01/23104537/bi-em4-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Recent developments in the electronic offender monitoring industry\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Electronic monitoring (EM) programmes were first introduced in the US in the early 1980s. Today, EM is an established alternative to detention across Europe and North America and in some Latin American and Oceanian countries. EM can be used in various stages of the criminal justice system, including at pre-trial, at sentencing and following a period of incarceration. There are two dominant technologies used for electronic monitoring – Radio Frequency (RF) and GPS. RF technology was the first technology to be used, enabling agencies to remotely monitor if offenders sentenced to home curfew complied with the rules of the programme. RF-based systems are today the most common type of solution in most European countries. In the US, Australia and New Zealand in Oceania, and Brazil and other countries in Latin America, GPS-based solutions are more common.\",\n          \"\",\n          \"A number of private companies are involved in the provisioning of EM, including developing, supplying and installing equipment, providing monitoring services as well as delivering other supporting services. In North America, Latin America and in some European jurisdictions, private sector companies are responsible for most parts of the EM programme. In the majority of the European countries as well as in Australia and New Zealand, private companies mainly supply equipment and software while public authorities are responsible for installation, field services, monitoring and enforcement. Leading providers of EM equipment and services include US-based BI Inc. (GEO Group), Allied Universal Electronic Monitoring, Sentinel Offender Services, SCRAM Systems, Securus Technologies, Shadowtrack, Corrisoft, Talitrix and Track Group; UK-based Buddi; Israel-based SuperCom; Poland-based Enigma (COMP Group); Switzerland-based Geosatis; and Brazil-based Spacecom, Synergye and UE Brasil Tecnologia.\",\n          \"\",\n          \"The average daily caseload of monitored individuals in Europe, North America, Latin America and Oceania amounted to about 92,000, 564,000, 162,000 and 11,000 respectively during 2025. Berg Insight estimates that the number of daily users will grow to 130,000 in Europe, 700,000 in North America, 278,000 in Latin America and 16,000 in Oceania by 2030. The market value in 2025 reached US$ 365 million in Europe, US$ 1.1 billion in North America, US$ 97 million in Latin America and US$ 31 million in Oceania. The total market value in the four regions combined is forecasted to grow at a CAGR of 5.9 percent from US$ 1.6 billion in 2025 to US$ 2.2 billion in 2030.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/01/23104546/bi-em4-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 5735,\n          \"post_author\": \"3\",\n          \"post_date\": \"2025-08-15 19:02:30\",\n          \"post_date_gmt\": \"2025-08-15 17:02:30\",\n          \"post_content\": \"\",\n          \"post_title\": \"Filip Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"filip-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-06-17 18:34:34\",\n          \"post_modified_gmt\": \"2026-06-17 16:34:34\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=5735\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"278\",\n    \"variations\": [\n      {\n        \"id\": 6156,\n        \"name\": \"Electronic Offender Monitoring Solutions - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6140,"link":"https://cms.berginsight.com/report/smart-metering-in-latin-america-and-the-caribbean/","acf_data":"{\n  \"permalink\": \"/smart-metering-in-latin-america\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"3rd Edition\",\n    \"main_product_category\": 29,\n    \"short_description\": \"This report from Berg Insight analyses the latest developments for electricity and gas smart metering in 22 countries and territories in this region.\",\n    \"full_description\": [\n      \"Are you looking for detailed information and comprehensive data about the smart metering market in Latin America and the Caribbean? The study concludes that the installed base of smart electricity meters in Latin America and the Caribbean will grow at a compound annual growth rate (CAGR) of 23.5 percent throughout the forecast period, from 17.3 million in 2024 to 61.3 million in 2030. Get up to date with the latest information about vendors, products and local developments in each country.\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2026/01/20162133/bi-smla3-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tSmart Metering Solutions\\r\\n1.1\\tIntroduction to smart grids\\r\\n1.2\\tSmart metering\\r\\n1.2.1\\tSmart metering applications\\r\\n1.2.2\\tSmart metering infrastructure\\r\\n1.2.3\\tBenefits of smart metering\\r\\n1.3\\tProject strategies\\r\\n1.3.1\\tSystem design and sourcing\\r\\n1.3.2\\tRollout and integration\\r\\n1.3.3\\tImplementation and operation\\r\\n1.3.4\\tCommunication with customers\\r\\n1.4\\tRegulatory issues\\r\\n1.4.1\\tModels for the introduction of smart meters\\r\\n1.4.2\\tStandardisation\\r\\n1.4.3\\tIndividual rights issues\\r\\n2\\tIoT Networks and Communications Technologies\\r\\n2.1\\tIoT network technologies\\r\\n2.1.1\\tNetwork architectures\\r\\n2.1.2\\tUnlicensed and licensed frequency bands\\r\\n2.2\\tPLC technology and standards\\r\\n2.2.1\\tInternational standards organisations\\r\\n2.2.2\\tG3-PLC\\r\\n2.2.3\\tPRIME\\r\\n2.2.4\\tMeters & More\\r\\n2.3\\t3GPP cellular and LPWA technologies\\r\\n2.3.1\\t2G/3G/4G/5G cellular technologies and IoT\\r\\n2.3.2\\tNB-IoT and LTE-M\\r\\n2.3.3\\tThe role of cellular networks in smart meter communications\\r\\n2.3.4\\tLoRa and LoRaWAN\\r\\n2.3.5\\tSigfox\\r\\n2.4\\tIEEE 802.15.4-based RF\\r\\n2.4.1\\tIEEE 802.15.4\\r\\n2.4.2\\tWi-SUN\\r\\n2.4.3\\tProprietary IPv6 connectivity stacks based on 802.15.4\\r\\n3\\tSmart Metering Industry Players\\r\\n3.1\\tMeter vendors\\r\\n3.1.1\\tItron\\r\\n3.1.2\\tLandis+Gyr\\r\\n3.1.3\\tAclara (Hubbell)\\r\\n3.1.4\\tDiscar\\r\\n3.1.5\\tElgama Elektronika (Linyang Energy)\\r\\n3.1.6\\tGridspertise\\r\\n3.1.7\\tHexing Electrical\\r\\n3.1.8\\tHolley Technology\\r\\n3.1.9\\tHoneywell (Elster)\\r\\n3.1.10\\tIskraemeco\\r\\n3.1.11\\tKAIFA Technology\\r\\n3.1.12\\tNetworked Energy Services\\r\\n3.1.13\\tSagemcom\\r\\n3.1.14\\tSilexis\\r\\n3.1.15\\tSanxing Electric (Nansen)\\r\\n3.1.16\\tWasion\\r\\n3.1.17\\tWEG Group\\r\\n3.1.18\\tZIV\\r\\n3.2\\tCommunications solution providers\\r\\n3.2.1\\tAviat Networks (4RF)\\r\\n3.2.2\\tCorinex\\r\\n3.2.3\\tNuriFlex\\r\\n3.2.4\\tTantalus Systems\\r\\n3.2.5\\tTrilliant\\r\\n3.3\\tSoftware solution providers\\r\\n3.3.1\\tFluentgrid\\r\\n3.3.2\\tHarris Utilities\\r\\n3.3.3\\tIndra (Minsait)\\r\\n3.3.4\\tEPAM Neoris\\r\\n3.3.5\\tSAP\\r\\n3.3.6\\tSiemens\\r\\n3.4\\tSystem integrators and communications service providers\\r\\n3.4.1\\tAccenture\\r\\n3.4.2\\tAmérica Móvil\\r\\n3.4.3\\tAtiva Soluções\\r\\n3.4.4\\tCAS Tecnologia\\r\\n3.4.5\\tCisco\\r\\n3.4.6\\tIBM\\r\\n3.4.7\\tNTT\\r\\n3.4.8\\tTelefónica\\r\\n3.4.9\\tTelecom Italia (TIM)\\r\\n3.4.10\\tTrópico\\r\\n4\\tMarket Profiles\\r\\n4.1\\tRegional summary\\r\\n4.2\\tArgentina\\r\\n4.2.1\\tElectricity and gas utility industry structure\\r\\n4.2.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.3\\tBahamas\\r\\n4.3.1\\tElectricity utility industry structure\\r\\n4.3.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.4\\tBarbados\\r\\n4.4.1\\tElectricity utility industry structure\\r\\n4.4.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.5\\tBelize\\r\\n4.5.1\\tElectricity utility industry structure\\r\\n4.5.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.6\\tBolivia\\r\\n4.6.1\\tElectricity utility industry structure\\r\\n4.6.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.7\\tBrazil\\r\\n4.7.1\\tElectricity industry structure\\r\\n4.7.2\\tGas utility industry structure\\r\\n4.7.3\\tMetering regulatory environment and smart metering market developments\\r\\n4.7.4\\tSmart metering market developments\\r\\n4.8\\tChile\\r\\n4.8.1\\tElectricity and gas utility industry structure\\r\\n4.8.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.9\\tColombia\\r\\n4.9.1\\tElectricity and gas utility industry structure\\r\\n4.9.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.10\\tCosta Rica\\r\\n4.10.1\\tElectricity utility industry structure\\r\\n4.10.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.11\\tDominican Republic\\r\\n4.11.1\\tElectricity utility industry structure\\r\\n4.11.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.12\\tEcuador\\r\\n4.12.1\\tElectricity utility industry structure\\r\\n4.12.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.13\\tEl Salvador\\r\\n4.13.1\\tElectricity utility industry structure\\r\\n4.13.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.14\\tGuatemala\\r\\n4.14.1\\tElectricity utility industry structure\\r\\n4.14.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.15\\tHonduras\\r\\n4.15.1\\tElectricity and gas utility industry structure\\r\\n4.15.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.16\\tJamaica\\r\\n4.16.1\\tElectricity utility industry structure\\r\\n4.16.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.17\\tMexico\\r\\n4.17.1\\tElectricity and gas utility industry structure\\r\\n4.17.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.18\\tPanama\\r\\n4.18.1\\tElectricity utility industry structure\\r\\n4.18.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.19\\tParaguay\\r\\n4.19.1\\tElectricity utility industry structure\\r\\n4.19.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.20\\tPeru\\r\\n4.20.1\\tElectricity and gas utility industry structure\\r\\n4.20.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.21\\tPuerto Rico\\r\\n4.21.1\\tElectricity utility industry structure\\r\\n4.21.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.22\\tTrinidad and Tobago\\r\\n4.22.1\\tElectricity utility industry structure\\r\\n4.22.2\\tMetering regulatory environment and smart metering market developments\\r\\n4.23\\tUruguay\\r\\n4.23.1\\tElectricity and gas utility industry structure\\r\\n4.23.2\\tMetering regulatory environment and smart metering market developments\\r\\n5\\tMarket Analysis\\r\\n5.1\\tSmart electricity metering\\r\\n5.2\\tMarket forecasts\\r\\n5.2.1\\tArgentina\\r\\n5.2.2\\tBahamas\\r\\n5.2.3\\tBarbados\\r\\n5.2.4\\tBelize\\r\\n5.2.5\\tBolivia\\r\\n5.2.6\\tBrazil\\r\\n5.2.7\\tChile\\r\\n5.2.8\\tColombia\\r\\n5.2.9\\tCosta Rica\\r\\n5.2.10\\tDominican Republic\\r\\n5.2.11\\tEcuador\\r\\n5.2.12\\tEl Salvador\\r\\n5.2.13\\tGuatemala\\r\\n5.2.14\\tHonduras\\r\\n5.2.15\\tJamaica\\r\\n5.2.16\\tMexico\\r\\n5.2.17\\tPanama\\r\\n5.2.18\\tParaguay\\r\\n5.2.19\\tPeru\\r\\n5.2.20\\tPuerto Rico\\r\\n5.2.21\\tTrinidad and Tobago\\r\\n5.2.22\\tUruguay\\r\\n5.3\\tIndustry analysis and technology trends\\r\\n5.3.1\\tTechnology vendors\\r\\n5.3.2\\tTechnology trends\\r\\n5.4\\tSmart gas metering\\r\\n6\\tCase Studies\\r\\n6.1\\tCemig\\r\\n6.2\\tCOPEL\\r\\n6.3\\tGrupo ICE\\r\\n6.4\\tLight\\r\\n6.5\\tUTE\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2026/01/20162141/bi-smla3-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Smart electricity meter adoption in Latin America and the Caribbean set for strong growth by 2030\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Smart metering is widely regarded as a cornerstone for future smart grids and is currently being deployed all over the developed world, with a growing number of large-scale initiatives now also being launched in developing countries. With more than 223 million electricity customers, Latin America and the Caribbean constitute a large market with significant potential, as well as a significantly lower penetration rate of smart meters in comparison to regions such as East Asia, Europe and North America. The annual demand for electricity meters in Latin America and the Caribbean ranges from 20 to 30 million units, out of which Brazil and Mexico together account for over 65 percent. With the exception of the South and Central American countries Uruguay, Costa Rica and Belize, along with Barbados, Jamaica, Trinidad and Tobago and Puerto Rico in the Caribbean, the region has not yet seen the implementation of nationwide smart metering projects. However, a number of utilities in the region are scaling up their smart metering initiatives. Overall, high non-technical electricity losses due to the prevalence of energy theft throughout Latin America and the Caribbean will continue to be a major driver for smart metering investments in the region.\",\n          \"\",\n          \"Berg Insight forecasts that the installed base of smart electricity meters in Latin America and the Caribbean – defined as the South American countries Argentina, Bolivia, Brazil, Chile, Colombia, Ecuador, Paraguay, Peru and Uruguay, the Central American countries Belize, Costa Rica, El Salvador, Guatemala, Honduras, Mexico and Panama and the Caribbean countries and territories Bahamas, Barbados, the Dominican Republic, Jamaica, Puerto Rico and Trinidad and Tobago – will grow at a compound annual growth rate of 23.5 percent from 17.3 million in 2024 to 61.3 million in 2030. New installations will largely be driven by deployments in the two largest markets in the region – Brazil and Mexico – while countries such as Argentina, Colombia, Ecuador and Peru are expected to grow their share of annual shipment volumes throughout the forecast period. Berg Insight projects that 48.5 million new smart electricity meters will be installed in Latin America and the Caribbean during 2024–2030. Annual shipment volumes are forecasted to grow from 2.8 million units in 2024 to nearly 11.3 million units in 2030. The smart meter penetration rate across Latin America and the Caribbean is meanwhile forecasted to reach 24.8 percent in 2030 – up from 7.7 percent in 2024.\",\n          \"\",\n          \"South America is home to 70 percent of all electricity users in Latin America and the Caribbean and accounts for around 60 percent of the installed base of smart electricity meters in the region. South America will also constitute the fastest growing regional smart metering market in Latin America and the Caribbean throughout the forecast period. Brazil in particular is a highly interesting market for smart metering solution vendors with its 94 million electricity users and low penetration rate of smart meters – 6.5 percent in 2024. The market is set to see significant growth over the coming years as the government has recently introduced a number of new laws and policies that actively promote the deployment of smart meters on a large scale, while several utilities such as Cemig, COPEL, Enel and CPFL have already began to invest significantly in AMI. Further Brazilian utilities are expected to increase their investments in the technology in the coming few years and the country is forecasted to account for more than half of the shipped smart electricity meters in Latin America and the Caribbean during the forecast period.\",\n          \"\",\n          \"In Uruguay, the nationwide rollout by the state-owned utility UTE had largely been completed by the end of 2024 and the country has therefore become the first country in South America to reach near universal smart metering coverage. In neighbouring Argentina, Berg Insight estimates that the installed base of smart meters will increase more than six-fold from around 730,000 units in 2024 to more than 4.6 million in 2030. Smart metering deployments in Chile meanwhile peaked in 2018–2019 and have since decreased, mainly due to regulatory ambiguity. There is however potential for a more positive market development should the regulatory environment in the country improve. Colombia is another country which – despite the existence of a regulatory framework for smart metering – has suffered from a lack of policy uncertainty which has impacted the development of smart metering negatively. The installed base of smart meters in the country is nonetheless expected to increase significantly driven by deployments by the largest utility group Grupo EPM alongside Enel Colombia. Peru is a more nascent market, although a series of positive regulatory developments during the past two years has set the country up for a large-scale rollout that is proposed to start in the late 2020s. In Ecuador, investments in smart metering are similarly expected to increase throughout the forecast period. The only two landlocked countries in South America – Bolivia and Paraguay – are also two of the least mature smart metering markets in Latin America and the Caribbean. Berg Insight expects that both markets will see moderate growth and continue to be largely in the smart metering pilot phase throughout the forecast period.\",\n          \"\",\n          \"Central America is the most nascent smart metering market in Latin America and the Caribbean, although a few countries have made notable progress with significant smart metering projects now underway. The rollout of smart electricity meters in Costa Rica progresses steadily and the country has now reached a smart meter penetration rate above 50 percent. Honduras has long deployed smart meters as a tool to reduce non-technical losses and ended 2024 with an installed base of more than 500,000 units. The small country Belize meanwhile initiated a nationwide smart metering rollout in 2024 which is set to be completed within three years. El Salvador, Guatemala and Panama are all countries with relatively low installed bases of smart meters and Berg Insight expects that these markets will slowly increase the scope and scale of their deployments. In Panama, several important policy developments that promote the deployment of smart meters have recently taken place, while El Salvador is also making significant strides spearheaded by the country’s two main utilities. In the largest country in Central America – Mexico – the state-owned utility CFE has an ongoing project that seeks to scale the conversion of basic electronic and electromechanical meters to smart meters.\",\n          \"\",\n          \"Utilities in the Caribbean were in contrast to their counterparts in South and Central America early to implement smart metering. Trinidad and Tobago as well as the US jurisdiction of Puerto Rico are already underway with a second wave of smart metering installations, although their existing meter parks are mainly made up of smart meters with very basic functionalities. Barbados has rolled out smart meters for effectively all customers, while Jamaica has achieved a smart meter penetration rate of more than 75 percent. The main utility in the Bahamas is meanwhile about to embark on a smart meter rollout, while deployments in the Dominican Republic are expected to steadily increase in line with the country’s national electricity loss reduction plan.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2026/01/20162148/bi-smla3-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3928,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-08-22 09:48:16\",\n          \"post_date_gmt\": \"2023-08-22 07:48:16\",\n          \"post_content\": \"\",\n          \"post_title\": \"Felix Linderum\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"felix-linderum\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-03-25 20:49:18\",\n          \"post_modified_gmt\": \"2026-03-25 19:49:18\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3928\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"277\",\n    \"variations\": [\n      {\n        \"id\": 6145,\n        \"name\": \"Smart Metering in Latin America and the Caribbean - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  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operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": 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manufacturers' interest in the fleet management solution market.\",\n    \"full_description\": [\n      \"Tyre Manufacturers’ Telematics Activities covers various initiatives related to fleet telematics among the major tyre manufacturers. This short report from Berg Insight provides you with 39 pages of business intelligence including an overview of the world’s leading tyre manufacturers and their activities related to fleet management and connected services.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/12/27181522/bi-tyremanufacturers4-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"The leading global tyre manufacturers\\r\\nFleet management solutions\\r\\nTyre pressure monitoring systems\\r\\nRegulatory implications on TPMS\\r\\nThe EU now mandates tyre pressure monitoring systems on trucks\\r\\nM&A activity in the fleet telematics space\\r\\nFleet management umbrella brands\\r\\nMichelin\\r\\nBridgestone\\r\\nGoodyear\\r\\nContinental\\r\\nOther tyre manufacturers\\r\\nConcluding remarks\",\n        \"file\": \"https://media.berginsight.com/2025/12/27181530/bi-tyremanufacturers4-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Leading tyre manufacturers bet on the fleet management solution market\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The global tyre market is dominated by a number of well-known players such as Michelin, Bridgestone, Goodyear and Continental. The top-10 manufacturers together generated sales of approximately € 115–120 billion from tyres in 2024. Michelin is the largest player slightly ahead of Bridgestone, generating annual tyre sales of around € 25–27 billion each, followed by Goodyear and Continental at around € 18 billion and € 14 billion respectively. Michelin, Bridgestone and Goodyear generate all or most of their total sales (93–100 percent) from tyres specifically, whereas Continental is more diverse and has a lower share (35 percent) of tyre sales out of the total revenues. \",\n          \"\",\n          \"Other top-10 manufacturers include Pirelli, Sumitomo Rubber Industries (SRI), Hankook, Yokohama Rubber, ZC Rubber (Hangzhou Zhongce Rubber) and Sailun Group (Sailun Tires), all generating sales in the € 4–7 billion range in 2024. Additional tyre manufacturers outside of the top-10 include Toyo Tires, MRF Tyres, Kumho Tire, Linglong Tire, Giti Tire, Apollo Tyres, Cheng Shin Tires (Maxxis), Nexen Tire, Titan Tire, JK Tyre & Industries, Prinx Chengshan, Huayi Group (Double Coin), Ceat Tyres, Guizhou Tyre, Triangle Tyre, Nokian Tyres, BKT Tires, Prometeon, Kenda, Brisa, Jiangsu General, Aeolus Tyres, Doublestar and Nankang Rubber.\",\n          \"\",\n          \"It is apparent that the tyre industry has found the fleet management market highly complementary to its core business. All the major tyre manufacturers offer various tyre pressure monitoring systems and these solutions can typically be integrated with third-party fleet telematics solutions. This enables fleet managers to view live inflation pressure and temperature data as well as receive real-time alerts. A fair share of the leading tyre manufacturers today also have their own fleet management solution offerings for different geographic markets, largely driven by M&A activity. Bridgestone and Michelin have been the most acquisitive. Following multiple acquisitions, Bridgestone Mobility Solutions has reached around 1.3 million connected vehicles, while MICHELIN Connected Fleet now connects a total of over 0.7 million vehicles. Others have opted to partner and integrate with existing telematics systems. This development is foreseen to continue in the coming years, and additional tyre players are expected to expand their activities – directly through M&As or indirectly through partnership strategies – in the fleet management solution market in the future.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/12/27181540/bi-tyremanufacturers4-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"276\",\n    \"variations\": [\n      {\n        \"id\": 6117,\n        \"name\": \"Tyre Manufacturers Telematics Activities - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery 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monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6101,"link":"https://cms.berginsight.com/report/the-global-off-highway-vehicle-telematics-market-6/","acf_data":"{\n  \"permalink\": \"/the-global-off-highway-vehicle-telematics-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"7th Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"An analysis of the market for telematics solutions used in the construction, mining, agriculture and forestry sectors.\",\n    \"full_description\": [\n      \"How will off-highway vehicle telematics market in the construction, mining, agriculture and forestry segments evolve in 2026 and beyond? This report covers the latest trends and developments in the dynamic telematics industry. Berg Insight forecasts that the global installed base of active off-highway vehicle telematics systems will grow at a CAGR of 12.0 percent from 10.0 million units at the end of 2024 to 17.6 million units by 2029. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/12/23132546/bi-offhighway7-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Global Off-Highway Vehicle Market\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tOff-highway vehicle manufacturers\\r\\n1.2\\tThe construction sector\\r\\n1.2.1\\tConstruction equipment\\r\\n1.3\\tThe mining sector\\r\\n1.3.1\\tMining equipment\\r\\n1.4\\tThe agricultural sector\\r\\n1.4.1\\tAgricultural equipment\\r\\n1.5\\tThe forestry sector\\r\\n1.5.1\\tForestry equipment\\r\\n2\\tOff-Highway Vehicle Telematics Technologies and Solutions\\r\\n2.1\\tIntroduction\\r\\n2.2\\tOff-highway vehicle telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tPositioning segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tBackoffice segment\\r\\n2.2.5\\tOEM/dealer segment\\r\\n2.3\\tOff-highway vehicle management\\r\\n2.3.1\\tMachine location tracking and status monitoring\\r\\n2.3.2\\tSecurity tracking and intervention\\r\\n2.3.3\\tRemote diagnostics, preventive maintenance and machine health prognostics\\r\\n2.3.4\\tPrecision agriculture\\r\\n2.4\\tEquipment operator management\\r\\n2.4.1\\tCollection of operator-related data\\r\\n2.4.2\\tInteraction with operators in the field\\r\\n2.5\\tSafety management\\r\\n2.5.1\\tProximity detection and collision avoidance systems\\r\\n2.5.2\\tVideo-based monitoring solutions\\r\\n2.5.3\\tFatigue and distraction monitoring\\r\\n2.6\\tBusiness models\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis\\r\\n3.1.1\\tInstalled base and forecast\\r\\n3.1.2\\tRegional markets\\r\\n3.1.3\\tVendor market shares\\r\\n3.2\\tMarket drivers and barriers\\r\\n3.2.1\\tMacroeconomic environment\\r\\n3.2.2\\tRegulatory environment\\r\\n3.2.3\\tCompetitive environment\\r\\n3.2.4\\tTechnology environment\\r\\n3.3\\tValue chain analysis\\r\\n3.3.1\\tEquipment industry players\\r\\n3.3.2\\tTelematics industry players\\r\\n3.3.3\\tTelecom industry players\\r\\n3.3.4\\tIT and other industry players\\r\\n3.4\\tFuture industry trends\\r\\n4\\tConstruction and Mining Equipment Manufacturers\\r\\n4.1\\tCaterpillar\\r\\n4.2\\tCNH Industrial\\r\\n4.3\\tDeere & Company\\r\\n4.4\\tDoosan Bobcat\\r\\n4.5\\tEpiroc\\r\\n4.6\\tHD Hyundai Construction Equipment\\r\\n4.7\\tHD Hyundai Infracore\\r\\n4.8\\tHitachi Construction Machinery\\r\\n4.9\\tJCB\\r\\n4.10\\tKomatsu\\r\\n4.11\\tLiebherr\\r\\n4.12\\tSandvik\\r\\n4.13\\tVolvo Construction Equipment\\r\\n4.14\\tOther manufacturers\\r\\n4.14.1\\tBell Equipment\\r\\n4.14.2\\tBOMAG\\r\\n4.14.3\\tJLG Industries\\r\\n4.14.4\\tKobelco\\r\\n4.14.5\\tKubota\\r\\n4.14.6\\tLink-Belt Cranes and LBX (Sumitomo)\\r\\n4.14.7\\tLiuGong\\r\\n4.14.8\\tMahindra & Mahindra\\r\\n4.14.9\\tManitowoc\\r\\n4.14.10\\tMecalac\\r\\n4.14.11\\tSANY\\r\\n4.14.12\\tTadano\\r\\n4.14.13\\tTakeuchi\\r\\n4.14.14\\tTerex\\r\\n4.14.15\\tWacker Neuson\\r\\n4.14.16\\tXCMG\\r\\n4.14.17\\tYanmar\\r\\n4.14.18\\tZoomlion\\r\\n5\\tAgriculture and Forestry Equipment Manufacturers\\r\\n5.1\\tAGCO\\r\\n5.2\\tAmazone\\r\\n5.3\\tARGO Tractors\\r\\n5.4\\tCLAAS Group\\r\\n5.5\\tCNH Industrial\\t\\r\\n5.6\\tDeere & Company\\r\\n5.7\\tJCB\\r\\n5.8\\tKomatsu\\r\\n5.9\\tKrone\\r\\n5.10\\tKubota\\r\\n5.11\\tMahindra & Mahindra\\r\\n5.12\\tPonsse\\r\\n5.13\\tRottne\\r\\n5.14\\tSDF\\r\\n5.15\\tStara\\r\\n5.16\\tTigercat\\r\\n5.17\\tVermeer\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/12/23132555/bi-offhighway7-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of off-highway vehicle telematics systems to reach 17.6 million units worldwide by 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Berg Insight’s definition of the off-highway vehicle market includes various equipment such as specialised heavy machinery, lighter equipment and other vehicles used in the construction, mining, agriculture and forestry sectors. Off-highway vehicle telematics refers to telematics hardware and associated software solutions deployed for remote monitoring and management of fleets of machinery and equipment used in these sectors. Early initiatives among the heavy equipment OEMs started to emerge already in the 1990s and many manufacturers followed suit in the 2000s. Today, most equipment manufacturers have introduced some type of telematics offerings for their customers, either as a result of in-house development or through collaborative efforts involving third-party technology partners powering telematics solutions commonly under the OEMs’ brands. A wide range of aftermarket solution providers have entered the off-highway vehicle telematics space, offering solutions for various assets including multi-brand equipment fleets and commonly also other types of mobile and stationary equipment and vehicles. Solutions available on the market enable the delivery of vehicle management, operator management and safety management applications linking off-highway machines and enterprise IT systems.\",\n          \"\",\n          \"Berg Insight estimates that the global installed base of active off-highway vehicle telematics systems reached 10.0 million units in 2024. This includes connected units deployed on various off-highway vehicles across the construction, mining, agriculture and forestry sectors. The construction sector accounts for the largest share, driven by OEM telematics systems offered by heavy equipment manufacturers. Agriculture and mining are the second and third largest off-highway sectors in terms of the number of connected units deployed on machines and vehicles used in agricultural and mining operations respectively. The remainder is represented by the forestry sector including telematics systems fitted to various forestry equipment. Growing at a compound annual growth rate (CAGR) of 12.0 percent, the active installed base of off-highway vehicle telematics systems across all sectors is forecasted to reach 17.6 million units worldwide in 2029. The North American market is estimated to be somewhat larger than the European. The Rest of World market is moreover estimated to represent more than half of the global installed base of off-highway vehicle telematics systems.\",\n          \"\",\n          \"The top ten equipment manufacturers offering telematics together account for around 70 percent of the total number of off-highway vehicle telematics systems in use across the construction, mining, agriculture and forestry sectors globally. Berg Insight ranks Caterpillar as the leading off-highway vehicle telematics provider. Caterpillar was the first to surpass the milestone of 1.0 million connected assets across all segments and the company now has more than 1.5 million units. The runners-up are SANY, Komatsu and Deere & Company. Other major manufacturers with several hundred thousand active units include Volvo Construction Equipment, XCMG, Zoomlion, Hitachi Construction Machinery and JCB. Yanmar, HD Hyundai (HD Hyundai Construction Equipment and HD Hyundai Infracore), CNH Industrial, Doosan Bobcat, Kobelco, Kubota and JLG Industries also have sizeable installed bases of connected equipment. Additional players having estimated installed bases of off-highway vehicle telematics units in the tens of thousands include AGCO, Terex, Liebherr, LiuGong, CLAAS Group, Tadano, Epiroc and BOMAG.\",\n          \"\",\n          \"The aftermarket for off-highway vehicle telematics is expected to shrink as the equipment manufacturers continue to introduce standard fitment on additional machine models and simultaneously increase the length of free software subscriptions. Arguments such as the OEMs’ weak spot being the inability to adequately serve the needs of mixed multi-brand fleets are becoming less valid thanks to initiatives such as the AEMP telematics standard which makes it possible to collect data from different brands and manage it all from a software interface of choice. There are however promising opportunities for telematics players that partner with the OEMs, either as end-to-end full-service providers or – in many cases maybe more realistically – working alongside OEM personnel to optimise the telematics functionality. In addition to the standard-fitted systems and time-limited subscriptions commonly included for free, the telematics players can also benefit from the upselling of more advanced functionality. There are several notable examples of partner-powered and co-developed offerings in the equipment OEM telematics space. In line with trends in adjacent markets such as fleet management for commercial vehicles, the partner strategy may grow in popularity among the equipment manufacturers at the expense of in-house telematics development efforts. This can especially be the case for equipment manufacturers that do not currently offer OEM telematics to their customers. The future development path is however far from certain as there are also numerous examples of OEMs moving from partner-powered to in-house developed telematics offerings in recent years. An increasing number of players such as vendors focused on on-road commercial vehicle fleet management are nevertheless expected to diversify into telematics for various off-highway vehicles and stationary objects. This enables fleets to monitor and manage all of their business-critical assets through the same backoffice interface, using familiar applications and reporting tools. Asset tracking, especially for smaller and lower-value items, represents a heavily underpenetrated market with considerable potential for telematics providers that are ready to diversify their product offering. 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6091,"link":"https://cms.berginsight.com/report/the-cold-chain-tracking-and-monitoring-market-5/","acf_data":"{\n  \"permalink\": \"/the-cold-chain-tracking-and-monitoring-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"5th Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"This study investigates the market for tracking and monitoring of refrigerated containers, trailers, swap bodies, rail freight wagons, air freight ULDs, cargo boxes and pallets covering 76 solution providers.\",\n    \"full_description\": [\n      \"This study investigates the market for tracking and monitoring of refrigerated containers, trailers, swap bodies, rail freight wagons, air freight ULDs as well as pallets and cargo boxes. The installed base of active remote tracking systems for these use cases is forecasted to grow at a CAGR of 20.9 percent from 7.6 million units at the end of 2024 to 19.6 million units by 2029. Perishable foods, vaccines and pharmaceuticals, chemicals and electronics can benefit greatly from these solutions as they are typically sensitive to exposure of temperature variations during transportation. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/12/22203139/bi-coldchain5-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tGlobal Freight Transport Overview\\r\\n1.1\\tInternational merchandise trade\\r\\n1.1.1\\tFreight transportation modes\\r\\n1.1.2\\tLogistics units and containerisation\\r\\n1.1.3\\tPorts, terminals and trade lanes\\r\\n1.1.4\\tGlobal container shipping companies and air cargo airlines\\r\\n1.2\\tContainers, trailers, rail freight wagons and ULDs\\r\\n1.2.1\\tIntermodal shipping containers\\r\\n1.2.2\\tTrailers and semi-trailers\\r\\n1.2.3\\tRail freight wagons\\r\\n1.2.4\\tAir freight unit load devices\\r\\n2\\tThe Cold Chain Industry\\r\\n2.1\\tThe cold supply chain\\r\\n2.2\\tGoods transported in the cold chain\\r\\n2.3\\tCold chain regulations\\r\\n2.3.1\\tNorth America\\r\\n2.3.2\\tEurope\\r\\n2.3.3\\tRest of the world\\r\\n2.4\\tCold chain monitoring solutions\\r\\n2.4.1\\tCold chain tracking infrastructure\\r\\n2.4.2\\tBenefits of using tracking solutions\\r\\n2.5\\tBusiness models\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis\\r\\n3.1.1\\tInstalled base and unit shipments\\r\\n3.1.2\\tRegional markets\\r\\n3.1.3\\tMarket value\\r\\n3.1.4\\tVendor market shares\\r\\n3.2\\tValue chain analysis\\r\\n3.2.1\\tRefrigerated cargo and cargo carrying unit tracking solution providers\\r\\n3.2.2\\tRefrigerated cargo container OEMs\\r\\n3.2.3\\tCold chain logistics service providers\\r\\n3.3\\tMarket drivers and barriers\\r\\n3.3.1\\tMacroeconomic environment\\t\\r\\n3.3.2\\tRegulatory environment\\r\\n3.3.3\\tCompetitive environment\\r\\n3.3.4\\tTechnology environment\\r\\n3.4\\tFuture industry trends\\r\\n3.4.1\\tCold chain monitoring solutions lead the cargo tracking market\\r\\n3.4.2\\tFactory-installation of tracking solutions to drive adoption\\r\\n3.4.3\\tExceptional years in the shipping industry accelerate the adoption of IoT\\r\\n3.4.4\\tSustainability goals can be reached by using real-time monitoring solutions\\r\\n3.4.5\\tIncumbent data logger providers bet on real-time technologies\\r\\n3.4.6\\tNetwork sunsets create opportunities for tracking solution providers\\r\\n3.4.7\\tSmart labels may revolutionise parcel tracking\\r\\n3.4.8\\tShipment monitoring services become increasingly common\\r\\n4\\tCold Chain Tracking Solution Providers\\r\\n4.1\\tRefrigerated cargo container tracking solution providers\\r\\n4.1.1\\tAddSecure\\r\\n4.1.2\\tArrowSpot Systems\\r\\n4.1.3\\tBoxPlus (COSCO Shipping Lines)\\r\\n4.1.4\\tCalAmp\\r\\n4.1.5\\tCLS Group\\r\\n4.1.6\\tContguard\\r\\n4.1.7\\tCooltrax\\r\\n4.1.8\\tCopeland\\r\\n4.1.9\\tEnvotech\\r\\n4.1.10\\tEROAD\\r\\n4.1.11\\tG7 Connect\\r\\n4.1.12\\tGlobe Tracker\\r\\n4.1.13\\tIdem Telematics (BPW)\\r\\n4.1.14\\tIntermodal Telematics\\r\\n4.1.15\\tKirsen Global Security\\r\\n4.1.16\\tMotive Technologies\\r\\n4.1.17\\tORBCOMM\\r\\n4.1.18\\tPowerfleet\\r\\n4.1.19\\tSamsara\\r\\n4.1.20\\tSAVVY Telematic Systems\\r\\n4.1.21\\tSCALAR (ZF)\\r\\n4.1.22\\tSensolus\\r\\n4.1.23\\tSpireon (Solera)\\r\\n4.1.24\\tSwinnus\\r\\n4.1.25\\tT Comm Telematics\\r\\n4.1.26\\tUbidata\\r\\n4.1.27\\tZenatek\\r\\n4.2\\tRefrigerated cargo tracking solution providers\\r\\n4.2.1\\t7PSolutions\\r\\n4.2.2\\tAdapt Ideations\\r\\n4.2.3\\tBerlinger Monitoring Solutions (Carrier)\\r\\n4.2.4\\tControlant\\r\\n4.2.5\\tDecklar\\r\\n4.2.6\\tDeltaTrak\\r\\n4.2.7\\tDigi International\\r\\n4.2.8\\tELPRO (Bosch)\\r\\n4.2.9\\tEscavox\\r\\n4.2.10\\tFrigga (Shanghai Dewav IoT Technology)\\r\\n4.2.11\\tHanhaa\\r\\n4.2.12\\tIntelyt\\r\\n4.2.13\\tOnAsset Intelligence\\r\\n4.2.14\\tOnset (LI-COR Environmental)\\r\\n4.2.15\\tParkourSC\\r\\n4.2.16\\tQualcomm\\r\\n4.2.17\\tSendum Wireless\\r\\n4.2.18\\tSensitech (Carrier)\\r\\n4.2.19\\tSensos\\r\\n4.2.20\\tTempmate\\r\\n4.2.21\\tTive\\r\\n4.2.22\\tTrackonomy Systems\\r\\n4.2.23\\tTransparent Path\\r\\n4.2.24\\tVISEMO\\r\\n4.2.25\\tTSS\\r\\n4.2.26\\tXsense\\t\\r\\n4.3\\tRefrigerated cargo container OEMs\\r\\n4.3.1\\tCarrier\\r\\n4.3.2\\tChina International Marine Containers (CIMC)\\r\\n4.3.3\\tCold Chain Technologies\\r\\n4.3.4\\tCryoport\\r\\n4.3.5\\tCSafe Global\\r\\n4.3.6\\tDaikin Industries\\r\\n4.3.7\\tEnvirotainer\\r\\n4.3.8\\tKrone\\r\\n4.3.9\\tMaersk Container Industry\\r\\n4.3.10\\tMitsubishi Heavy Industries\\r\\n4.3.11\\tSchmitz Cargobull\\r\\n4.3.12\\tSkyCell\\r\\n4.3.13\\tThermo King (Trane Technologies)\\r\\n4.3.14\\tThermoSafe\\r\\n4.3.15\\tUtility Trailer Manufacturing\\r\\n4.4\\tCold chain logistics service providers\\r\\n4.4.1\\tCOSCO Shipping Lines\\r\\n4.4.2\\tFedEx\\r\\n4.4.3\\tHapag-Lloyd\\r\\n4.4.4\\tMaersk\\r\\n4.4.5\\tMediterranean Shipping Company (MSC)\\r\\n4.4.6\\tSchenker\\r\\n4.4.7\\tUPS\\r\\n4.4.8\\tZIM\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/12/22203150/bi-coldchain5-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The market value for cold chain tracking solutions to reach € 2.0 billion in 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Perishable foods, vaccines, pharmaceuticals, chemicals and electronics are typically sensitive to exposure to temperature variations as well as shock, tilt, vibrations and light. These types of goods require a steady and controlled temperature environment throughout the entire supply chain. Cold chain is the most commonly used name to describe such supply chains. Refrigerated trailers, intermodal containers, air freight ULDs, rail freight wagons and other logistics units such as insulated cargo boxes and pallet shippers are used to maintain a steady cargo temperature during transportation. The global fleet of refrigerated trailers and intermodal containers amounts to about 5.2 million units combined. The number of temperature-controlled ULDs and rail freight wagons in use globally are in the tens of thousands.\",\n          \"\",\n          \"Cold chain tracking and monitoring solutions that enable real-time data on cargo location and condition provide significant value for cargo owners and logistics service providers. About one third of all food produced for human consumption globally is wasted. It is estimated that up to 15 percent of the wastage occurs post-harvest and before reaching the retail store, i.e. mainly during transport. Temperature excursions during transport that are not managed properly is a common reason for spoilage. If there is no data available on temperature levels during transport, supply chain managers will not be able to prevent spoilage.\",\n          \"\",\n          \"Berg Insight’s definition of a real-time cold chain tracking solution is a system that incorporates data logging, satellite positioning and data communications to a backoffice application. The tracking device can be designed to track the cargo carrying unit (i.e. refrigerated trailer, intermodal container, air freight ULD, rail freight wagon etc.) or the cargo itself. Cargo carrying unit tracking devices are permanently or temporarily installed on the container unit while cargo tracking devices are typically placed with the cargo or attached to the cargo box or pallet during transport. A range of device form factors and technologies are available on the market serving different needs.\",\n          \"\",\n          \"Berg Insight estimates that shipments of remote tracking systems with cellular or satellite communications capabilities for refrigerated cargo carrying units reached 865,000 units worldwide in 2024. Growing at a compound annual growth rate (CAGR) of 4.7 percent, shipments are expected to reach close to 1.1 million units in 2029. During the same period, the installed base of active remote tracking systems for refrigerated cargo carrying units is forecasted to grow at a compound annual growth rate of 9.1 percent from 3.1 million units at the end of 2024 to 4.9 million units by 2029. The number of active tracking devices and real-time data loggers in use for general cargo applications reached close to 4.5 million units at the end of 2024. The segment includes both multi-use trackers and single-use disposable trackers. The market is set for rapid growth in the coming years as prices are expected to decrease and smart labels and other devices with a very small footprint are being introduced. The number of active devices is forecasted to reach 14.7 million units at the end of 2029. Yearly device shipments in this category will grow from 6.5 million units in 2024 to reach 33.2 million units in 2029. \",\n          \"\",\n          \"The cold chain tracking and monitoring market is served by a wide range of players. In terms of the number of active tracking units, ORBCOMM is the largest player with over 600,000 units installed on containers and trailers. Maersk has rolled out a system for real-time tracking of its entire fleet of around 360,000 refrigerated containers, making it the largest refrigerated container tracking project worldwide. The container tracking specialist Globe Tracker is the third largest provider of tracking solutions for refrigerated containers. The company has equipped the major shipping company Hapag-Lloyd’s entire reefer container fleet with tracking units. Additional leading players in the refrigerated intermodal container tracking segment include BoxPlus (a subsidiary of COSCO Shipping Lines), Copeland and Envotech. Leading refrigerated trailer tracking players moreover include Schmitz Cargobull, Spireon, Samsara, EROAD, Krone, Cooltrax, Idem Telematics, CalAmp, Motive, Powerfleet, AddSecure, T Comm Telematics and SCALAR (ZF). Intermodal Telematics and SAVVY Telematics Systems are leading vendors of temperature-controlled tank container tracking solutions.\",\n          \"\",\n          \"DeltaTrak, Sensitech (part of Carrier), Controlant, Tive, Frigga (part of Dewav Electronic Technology) and Copeland are leading players in the refrigerated cargo tracking segment, each with hundreds of thousands of deployed real-time tracking devices. These companies’ solutions are based on trackers that are placed together with the cargo during transport and can be used for various modes of transportation, including air shipments. Additional players in the segment include OnAsset Intelligence, Decklar, Adapt Ideations, Tempmate, VISEMO, Onset, Escavox, 7PSolutions, Intelyt and Qualcomm. Sensos and Trackonomy are also part of this segment, offering smart label solutions. There are furthermore several cold chain logistics service providers that offer cargo location and condition tracking as a service for their customers, including Schenker, FedEx and UPS.  \",\n          \"\",\n          \"The cold chain logistics industry is currently experiencing a rapid surge in the adoption of real-time tracking and monitoring solutions. The solutions are becoming increasingly advanced, providing data on multiple metrics such as location, temperature, humidity, shock, tampering and more. At the same time, new AI-based software solutions are being developed and launched, helping fleet operators and logistics service providers reduce reliance on monitoring personnel while elevating service levels and operational efficiency. Real-time data on logistics operations will soon no longer be a differentiator but a fundamental requirement for competing in the logistics industry.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/12/22203157/bi-coldchain5-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"274\",\n    \"variations\": [\n      {\n        \"id\": 6096,\n        \"name\": \"The Cold Chain Tracking and Monitoring Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6079,"link":"https://cms.berginsight.com/report/aftermarket-car-telematics-5/","acf_data":"{\n  \"permalink\": \"/aftermarket-car-telematics\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"6th Edition\",\n    \"main_product_category\": 27,\n    \"short_description\": \"An analysis of the latest developments on the market for applications such as stolen vehicle tracking (SVT), usage-based insurance, vehicle diagnostics, Wi-Fi hotspot, roadside assistance and convenience applications targeting consumers and businesses.\",\n    \"full_description\": [\n      \"What are the latest trends and business opportunities for aftermarket car telematics? Berg Insight estimates that total shipments of aftermarket car telematics systems reached 26.5 million units worldwide in 2024. Growing at a compound annual growth rate of 8.2 percent, shipments are expected to reach 39.3 million units in 2029. The aftermarket car telematics applications covered in the report include stolen vehicle tracking, roadside assistance, vehicle diagnostics, Wi-Fi hotspot and various convenience applications. Get up to date with the latest industry trends in this new 180-page strategy report from Berg Insight.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/12/21205353/bi-aftermarketcar6-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Global Passenger Car Market\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tPassenger cars in use by region\\r\\n1.1.2\\tNew passenger car trends\\r\\n1.1.3\\tHybrid electric, plug-in hybrid electric and all-electric vehicles\\r\\n1.2\\tOverview of aftermarket car telematics services\\r\\n1.2.1\\tAftermarket car telematics services in Europe\\r\\n1.2.2\\tAftermarket car telematics services in the Americas\\r\\n1.2.3\\tAftermarket services in the Rest of the World\\r\\n1.3\\tRegulatory compliance\\r\\n1.3.1\\tVehicle security, safety and emergency call regulations\\r\\n1.3.2\\tThe eCall and ERA-GLONASS initiatives\\r\\n1.3.3\\tInsurance industry standards for vehicle tracking\\r\\n1.4\\tVehicle crime\\r\\n2\\tCar Telematics Solutions\\r\\n2.1\\tAftermarket telematics infrastructure\\r\\n2.1.1\\tVehicle segment\\r\\n2.1.2\\tTracking segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tService segment\\r\\n2.2\\tAftermarket car telematics applications\\r\\n2.2.1\\teCall and roadside assistance\\r\\n2.2.2\\tStolen vehicle tracking\\r\\n2.2.3\\tMotor insurance telematics\\r\\n2.2.4\\tDealer lot management\\r\\n2.2.5\\tVehicle finance telematics\\r\\n2.2.6\\tRemote control and convenience services\\r\\n2.2.7\\tVehicle diagnostics and maintenance\\r\\n2.2.8\\tElectronic toll collection and congestion charging\\r\\n2.2.9\\tWi-Fi hotspot\\r\\n2.2.10\\tVehicle emission monitoring\\r\\n2.3\\tBusiness models\\r\\n3\\tMarket Forecasts and Trends\\t\\r\\n3.1\\tAftermarket car telematics market sizing\\r\\n3.1.1\\tAftermarket car telematics in Europe\\r\\n3.1.2\\tAftermarket car telematics in the Americas\\r\\n3.1.3\\tAftermarket car telematics in the Rest of the World\\r\\n3.1.4\\tVendor market shares\\r\\n3.2\\tValue chain analysis\\r\\n3.2.1\\tAutomotive industry players\\r\\n3.2.2\\tTelematics industry players\\r\\n3.2.3\\tTelecom industry players\\r\\n3.2.4\\tIT industry players\\r\\n3.3\\tMarket drivers and barriers\\r\\n3.3.1\\tMacroeconomic environment\\r\\n3.3.2\\tRegulatory environment\\r\\n3.3.3\\tCompetitive environment\\r\\n3.3.4\\tTechnology environment\\r\\n3.4\\tMarket trends and conclusions\\r\\n3.4.1\\tAI is a promising tool for aftermarket TSPs to find a competitive advantage\\r\\n3.4.2\\tNiche aftermarket car telematics applications proven to be successful\\r\\n3.4.3\\tConsumer car telematics providers now offer fleet management services\\r\\n3.4.4\\tSatellite IoT communications offers new opportunities\\r\\n3.4.5\\tNew IoT technologies simplify aftermarket car telematics services\\r\\n3.4.6\\tAftermarket SVT/SVR services compete with OEM services in many countries\\r\\n3.4.7\\tContinued broadening of the aftermarket car telematics concept is expected\\r\\n3.4.8\\tPrivacy concerns are softening\\r\\n3.4.9\\tUsage-based insurance to remain an aftermarket service in the near future\\r\\n3.4.10\\tLarge insurance companies insource telematics activities in many markets\\r\\n3.4.11\\tSmartphone-based telematics solutions compete with aftermarket telematics\\r\\n3.4.12\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.13\\tWi-Fi hotspots enable convenient connectivity for passengers\\r\\n3.4.14\\tCar telematics service providers to use a wide ecosystem of partners\\r\\n3.4.15\\tAftermarket telematics solutions help OEMs manage network shutdowns\\r\\n4\\tAftermarket Car Telematics Solution Providers\\r\\n4.1\\tSVT/SVR solution providers\\r\\n4.1.1\\tArvento Mobile Systems\\r\\n4.1.2\\tAutoconnex\\r\\n4.1.3\\tAutolocator\\r\\n4.1.4\\tBidtrack (Bidvest Group)\\r\\n4.1.5\\tBrickHouse Security\\r\\n4.1.6\\tCalAmp (LoJack International)\\r\\n4.1.7\\tCarsystem\\r\\n4.1.8\\tCartrack (Karooooo)\\r\\n4.1.9\\tCEABS\\r\\n4.1.10\\tCesar Satellite\\r\\n4.1.11\\tConneqtech\\r\\n4.1.12\\tCoyote\\r\\n4.1.13\\tCSE Group\\r\\n4.1.14\\tCtrack\\r\\n4.1.15\\tDigicell\\r\\n4.1.16\\tHunter\\r\\n4.1.17\\tIturan\\r\\n4.1.18\\tMasTrack\\r\\n4.1.19\\tMaxtrack\\r\\n4.1.20\\tNetstar\\r\\n4.1.21\\tPowerfleet\\r\\n4.1.22\\tSAT Company\\r\\n4.1.23\\tStarLine\\r\\n4.1.24\\tStrix\\r\\n4.1.25\\tTeletrac Navman Connected Services\\r\\n4.1.26\\tTPL Trakker\\r\\n4.1.27\\tTracker Connect\\r\\n4.2\\tDealership, vehicle finance and workshop telematics service providers\\r\\n4.2.1\\tAutoAid\\r\\n4.2.2\\tCognosos\\r\\n4.2.3\\tConnected Cars\\r\\n4.2.4\\tGuidepoint Systems\\r\\n4.2.5\\tIkon Technologies\\r\\n4.2.6\\tIMETRIK Global\\r\\n4.2.7\\tPassTime GPS\\r\\n4.2.8\\tProcon Analytics\\r\\n4.2.9\\tSareKon\\r\\n4.2.10\\tSkypatrol\\r\\n4.2.11\\tSpireon\\r\\n4.2.12\\tSVR Tracking\\r\\n4.2.13\\tVoyomotive\\r\\n4.2.14\\tZubie\\r\\n4.3\\tInsurance telematics solution providers\\r\\n4.3.1\\tFairConnect\\r\\n4.3.2\\tHowden Driving Data (Howden Group)\\r\\n4.3.3\\tIMS\\r\\n4.3.4\\tJooycar\\r\\n4.3.5\\tOCTO Telematics\\r\\n4.3.6\\tRedtail Telematics\\r\\n4.3.7\\tScope Technology\\r\\n4.3.8\\tTarga Telematics\\r\\n4.3.9\\tTrakm8\\r\\n4.3.10\\tVodafone Automotive\\r\\n4.4\\tConsumer telematics solution providers\\r\\n4.4.1\\tAccuTracking\\r\\n4.4.2\\tAgnik (Vyncs)\\r\\n4.4.3\\tAir\\r\\n4.4.4\\tAutobrain\\r\\n4.4.5\\tCarmen Automotive\\r\\n4.4.6\\tComodif\\r\\n4.4.7\\tDIMO\\r\\n4.4.8\\tEasyGo\\r\\n4.4.9\\tHaysquare\\r\\n4.4.10\\tLandAirSea\\r\\n4.4.11\\tMojio\\r\\n4.4.12\\tNet4Things (EYSA Group)\\r\\n4.4.13\\tNorthTracker\\r\\n4.4.14\\tOptimus Tracker\\r\\n4.4.15\\tPósitron (Stoneridge)\\r\\n4.4.16\\tProtectus Technologies (CarLock)\\r\\n4.4.17\\tRadius Telematics\\r\\n4.4.18\\tSenSight Technologies (AutoWiz)\\r\\n4.4.19\\tTail Light (Bouncie)\\r\\n4.4.20\\tUffizio\\r\\n4.4.21\\tVarroc Connect\\r\\n4.4.22\\tVerizon\\r\\n5\\tAftermarket Telematics Hardware Vendors\\r\\n5.1\\tCompany profiles and strategies\\r\\n5.1.1\\tBWS IoT\\r\\n5.1.2\\tDanlaw\\r\\n5.1.3\\tDigital Matter\\r\\n5.1.4\\tERM Advanced Telematics\\r\\n5.1.5\\tGosafe\\r\\n5.1.6\\tGosuncn RichLink\\r\\n5.1.7\\tHuabao Electronics Technology\\r\\n5.1.8\\tJimi IoT\\r\\n5.1.9\\tKingwo\\r\\n5.1.10\\tMeitrack\\t\\r\\n5.1.11\\tMunic\\r\\n5.1.12\\tNeoway Technology\\r\\n5.1.13\\tPositioning Universal\\r\\n5.1.14\\tQueclink Wireless Solutions\\r\\n5.1.15\\tRuptela\\r\\n5.1.16\\tSinocastel\\r\\n5.1.17\\tST SUNLAB\\r\\n5.1.18\\tTeltonika\\r\\n5.1.19\\tTOPFLYtech\\r\\n5.1.20\\tXirgo\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/12/21205403/bi-aftermarketcar6-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of aftermarket car telematics devices reached 90 million in 2024\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Telematics is a broad term that may be applied to a wide range of automotive connectivity solutions. Berg Insight’s definition of an aftermarket car telematics solution in this report includes telematics devices created by a company other than the carmakers and are retrofitted into cars mainly via OBD-II and blackbox devices based on both cellular/GNSS and RF technology. The connected car is a major trend in the automotive industry and virtually all of the world’s leading carmakers have launched mass-market services in key regions. The OEM initiatives can be seen as competition for the aftermarket solutions, but there is still a growing demand for different forms of aftermarket car telematics services. Aftermarket telematics still has a dominant position in the market in many parts of the world. Several categories of aftermarket car telematics applications have become popular including roadside assistance, stolen vehicle tracking (SVT), vehicle diagnostics, usage-based insurance, dealer and inventory management, Wi-Fi hotspot as well as other convenience applications targeting consumers.\",\n          \"\",\n          \"The addressable market for aftermarket car telematics solutions is significant. At the end of 2024, there were an estimated 1.4 billion passenger cars and light trucks registered worldwide. Even though aftermarket car telematics services face competition from smartphone-only solutions and OEM solutions, Berg Insight is of the opinion that the aftermarket car telematics market is still in a growth phase. Berg Insight estimates that total shipments of aftermarket car telematics systems reached 26.5 million units worldwide in 2024. Growing at a compound annual growth rate of 8.2 percent, shipments are expected to reach 39.3 million units in 2029. The number of aftermarket car telematics systems in active use is forecasted to grow at a compound annual growth rate of 8.7 percent from 90.3 million in 2024 to 136.8 million worldwide in 2029. The penetration rate will at the same time grow from 6.3 percent in 2024 to 8.5 percent at the end of the forecast period.\",\n          \"\",\n          \"The market is characterised by a great diversity of players interacting in a complex value chain that spans multiple industries. The car telematics companies targeting the aftermarket car sector include specialists focusing on this application area only as well as general telematics players that serve a broad range of applications including also for example fleet management for commercial vehicles. The leading aftermarket car telematics solution providers have reached installed bases in the millions. Leading car telematics solution vendors include OCTO Telematics, Procon Analytics, StarLine, Spireon, Targa Telematics, Vodafone Automotive, Ituran, PassTime GPS, Tracker Connect Maxtrack, Carsystem, SVR Tracking and Cognosos. The most common go-to-market strategy is to partner with insurance companies, dealers, OEMs, MNOs and vehicle finance companies. Leading companies delivering telematics hardware and related services to the aftermarket car telematics market include Teltonika, Jimi IoT, Queclink, ERM Advanced Telematics, Xirgo, BSJ Technology, Positioning Universal, Danlaw, ST SUNLAB, Gosuncn RichLink, Ruptela and Munic.\",\n          \"\",\n          \"Stolen vehicle recovery and security-related telematics applications are mature aftermarket car telematics applications. Regional market conditions such as a high level of vehicle crime influence the demand for stolen vehicle tracking and have made SVT solutions popular in countries such as Brazil, Argentina, China, Israel, Russia and South Africa. Vehicle theft has increased in recent years in many countries. For example, there were thefts of about 0.9 million motor vehicles in the US in 2024 according to the National Insurance Crime Bureau (NICB). Berg Insight forecasts that the number of active aftermarket SVT units in use worldwide will reach 103.4 million in 2029, up from 67.0 million at year-end 2024.\",\n          \"\",\n          \"Telematics has become an important part of the aftersales programmes of dealers and vehicle finance companies, enabling remote diagnostics and direct communication with drivers. There is a tremendous opportunity to turn a reactive way of managing customers into a proactive process by integrating CRM solutions, using data from cars intelligently. Collecting data from the fleet on the lot is also valuable for dealers in order to for example collect information about faulty components and software bugs as well as battery status. Direct-to-consumer car telematics offerings are available to varying degrees in many regions by companies such as Verizon, Mojio, Varroc Connect, Tail Light (Bouncie), Agnik (Vyncs), Net4Things, Air, LandAirSea, Uffizio (Trakzee Mini), Comodif and Protectus Technologies (CarLock). Many direct-to-consumer car telematics providers have broadened their product portfolios to include additional telematics application areas such as fleet management as well as powering B2B2C telematics services.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/12/21205412/bi-aftermarketcar6-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3108,\n          \"post_author\": \"3\",\n          \"post_date\": \"2022-06-28 11:46:08\",\n          \"post_date_gmt\": \"2022-06-28 09:46:08\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Cederqvist\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-cederqvist\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:52:45\",\n          \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"273\",\n    \"variations\": [\n      {\n        \"id\": 6084,\n        \"name\": \"Aftermarket Car Telematics - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6071,"link":"https://cms.berginsight.com/report/the-550-largest-cellular-iot-projects-worldwide/","acf_data":"{\n  \"permalink\": \"/the-550-largest-cellular-iot-projects-worldwide\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"9th Edition\",\n    \"main_product_category\": 25,\n    \"short_description\": \"This is a unique deliverable featuring a database of the largest IoT projects identified by Berg Insight as part of the company’s world-class market research programs.\",\n    \"full_description\": [\n      \"Berg Insight has compiled a list of the 550 largest cellular IoT projects worldwide. The information included about each of these is mainly the company name and location, project name and type, website address, IoT vertical, the number of connections by region (including 5-year forecasts) and operators involved. These 550 projects represented 743 million subscriptions at the end of 2024, which is at the same time about 20 percent of the total cellular IoT connections worldwide. The list is delivered in Excel format.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/12/20200932/bi-550toplist9-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"1 The 550 Largest Cellular IoT Projects Worldwide\\r\\n1.1 Introduction\\r\\n1.2 Methodology\\r\\n1.3 Summary of the findings\\r\\n1.3.1 Analysis of the deployments by vertical market\\r\\n1.3.2 Analysis of the future vertical market developments\\r\\n1.3.3 Analysis by geographical market\\r\\n1.4 Concluding remarks and future outlook\",\n        \"file\": \"https://media.berginsight.com/2025/12/20200941/bi-550toplist9-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The 550 largest cellular IoT deployments in the world together account for 743.2 million units\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Berg Insight presents the ninth edition of its unique database comprising the 550 largest cellular IoT deployments identified as part of the company’s on-going world-class IoT market research activities. The extensive list includes various types of projects and product categories deployed across all types of vertical markets including OEM automotive, aftermarket automotive, transport & logistics, utilities, infrastructure, buildings & security, retail, industrial, consumer electronics, healthcare and other. The database includes project size and geographical distribution by the end of 2024 as well as a 5-year forecast for each individual project.\",\n          \"\",\n          \"The projects included in the top-550 list together account for approximately 743.2 million active cellular IoT connections. This corresponds to as much as 19.6 percent of the total number of cellular IoT connections worldwide at the end of 2024. More than 120 deployments on the list have reached 1 million units, and the top-10 projects alone account for over 230 million units. Transport & logistics is the largest vertical in terms of the number of projects on the top list, followed by utilities, OEM automotive, retail, aftermarket automotive, buildings & security, industrial and healthcare. When comparing the number of active units represented by each vertical for the entries in the top-550 list, OEM automotive is instead the largest vertical, accounting for 281.3 million units, ahead of utilities at 152.3 million units and transport & logistics representing 140.1 million units.\",\n          \"\",\n          \"The North American and European markets represent 162.2 million units and 178.8 million units respectively of the active IoT units across all verticals on the top list. The Rest of World market furthermore accounts for 337.3 million units. The 550 projects on the top list are in the coming five years forecasted to grow from an aggregate total of 743.2 million units to represent 1,219.9 million units globally by 2029. This corresponds to an overall compound annual growth rate (CAGR) of 10.4 percent.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/12/20200950/bi-550toplist9-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 1647,\n          \"post_author\": \"3\",\n          \"post_date\": \"2021-02-17 15:45:36\",\n          \"post_date_gmt\": \"2021-02-17 15:45:36\",\n          \"post_content\": \"\",\n          \"post_title\": \"Caspar Jansson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"caspar-jansson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:51:44\",\n          \"post_modified_gmt\": \"2026-01-06 12:51:44\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n  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\"post_modified_gmt\": \"2026-03-25 19:49:18\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3928\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 5735,\n          \"post_author\": \"3\",\n          \"post_date\": \"2025-08-15 19:02:30\",\n          \"post_date_gmt\": \"2025-08-15 17:02:30\",\n          \"post_content\": \"\",\n          \"post_title\": \"Filip Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"filip-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-06-17 18:34:34\",\n          \"post_modified_gmt\": \"2026-06-17 16:34:34\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=5735\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 885,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:06:06\",\n          \"post_date_gmt\": \"2021-01-12 15:06:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Fredrik Stålbrand\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"fredrik-stalbrand\",\n          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\"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 3108,\n          \"post_author\": \"3\",\n          \"post_date\": \"2022-06-28 11:46:08\",\n          \"post_date_gmt\": \"2022-06-28 09:46:08\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Cederqvist\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-cederqvist\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:52:45\",\n          \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 4800,\n          \"post_author\": \"3\",\n          \"post_date\": \"2024-08-06 12:04:27\",\n          \"post_date_gmt\": \"2024-08-06 10:04:27\",\n          \"post_content\": \"\",\n          \"post_title\": \"Melvin Sörum\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"melvin-sorum\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 16:11:12\",\n          \"post_modified_gmt\": \"2026-01-06 15:11:12\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4800\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n 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            \"\": null,\n                  \"product_edition\": \"13th Edition\",\n                  \"main_product_category\": 30,\n                  \"short_description\": \"This report gives first-hand insights into the adoption of wireless solutions for health monitoring.\",\n                  \"full_description\": [\n                    \"How should the mobile industry address the vast business opportunity in wireless healthcare monitoring? The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6053,"link":"https://cms.berginsight.com/report/the-global-aftermarket-vehicle-telematics-hardware-market/","acf_data":"{\n  \"permalink\": \"/the-global-vehicle-telematics-hardware-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"4th Edition\",\n    \"main_product_category\": 27,\n    \"short_description\": \"An analysis of the latest developments on the market for vehicle telematics devices covering the aftermarket segment for passenger cars and commercial vehicles.\",\n    \"full_description\": [\n      \"This report focuses on the hardware part of the connected vehicle value chain, including device form factors such as blackboxes and OBD dongles. Berg Insight estimates that total shipments of aftermarket telematics devices reached 51.2 million units worldwide in 2024. Growing at a compound annual growth rate of 8.6 percent, shipments are expected to reach 77.5 million units in 2029. The report covers the aftermarket segment for passenger cars and commercial vehicles. Get up to date with the latest industry trends in this new 130-page strategy report from Berg Insight.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/12/17185640/bi-telematicshardware4-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Passenger Car and Commercial Vehicle Market\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tVehicles in use by region\\r\\n1.1.2\\tNew vehicle registration trends\\r\\n1.2\\tAftermarket vehicle telematics services\\r\\n1.2.1\\tFleet management\\r\\n1.2.2\\tVehicle diagnostics and maintenance\\r\\n1.2.3\\tVehicle finance telematics\\r\\n1.2.4\\tStolen vehicle tracking\\r\\n1.2.5\\tDealer lot management\\r\\n1.2.6\\tUsage-based insurance\\r\\n1.2.7\\tConsumer services\\r\\n1.3\\tAftermarket telematics infrastructure\\r\\n1.3.1\\tVehicle segment\\r\\n1.3.2\\tTracking segment\\r\\n1.3.3\\tNetwork segment\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tAftermarket telematics hardware forecast\\r\\n2.1.1\\tMarket analysis and forecasts\\r\\n2.1.2\\tAftermarket vehicle telematics hardware vendor market shares\\r\\n2.2\\tValue chain analysis\\r\\n2.2.1\\tAutomotive industry players\\r\\n2.2.2\\tTelematics industry players\\r\\n2.2.3\\tTelecom industry players\\r\\n2.2.4\\tIT Industry players\\r\\n2.3\\tMarket trends\\r\\n2.3.1\\tVehicle OEMs and TSPs partner for factory-installed telematics\\r\\n2.3.2\\tOEM SVT services compete with aftermarket services in many countries\\r\\n2.3.3\\tTelematics hardware providers support Wi-Fi hotspot services\\r\\n2.3.4\\tInsurers and TSPs increasingly prefer smartphone over telematics hardware\\r\\n2.3.5\\tSatellite IoT communications are gaining support from hardware suppliers\\r\\n2.3.6\\tNew IoT technologies can simplify aftermarket telematics services\\r\\n2.3.7\\tEdge AI applications to drive new requirements for telematics devices\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tSpecialised aftermarket hardware vendors\\r\\n3.1.1\\t666GPS (Guangzhou Xingwei Information Technology)\\r\\n3.1.2\\tA-Telematics\\r\\n3.1.3\\tAplicom\\r\\n3.1.4\\tArusNavi\\r\\n3.1.5\\tArya Omnitalk\\r\\n3.1.6\\tAsiatelco Technologies\\r\\n3.1.7\\tAtlanta Systems\\r\\n3.1.8\\tATrack\\r\\n3.1.9\\tBitrek GPS\\r\\n3.1.10\\tBofan Information Technology\\r\\n3.1.11\\tBWS IoT\\r\\n3.1.12\\tBSJ Technology\\r\\n3.1.13\\tCalAmp\\r\\n3.1.14\\tCargo-UFC\\r\\n3.1.15\\tCoban Electronics\\r\\n3.1.16\\tDanlaw\\r\\n3.1.17\\tEelink Communication Technology\\r\\n3.1.18\\tERM Advanced Telematics\\r\\n3.1.19\\tFleetGuide\\r\\n3.1.20\\tGalileosky\\r\\n3.1.21\\tGeometris\\r\\n3.1.22\\tGLONASSSoft\\t\\r\\n3.1.23\\tGosafe\\r\\n3.1.24\\tGosuncn RichLink\\r\\n3.1.25\\tHuabao Electronics Technology\\r\\n3.1.26\\tHua Sheng\\r\\n3.1.27\\tIOSix\\r\\n3.1.28\\tiTriangle Infotech\\r\\n3.1.29\\tiWave Systems Technologies\\r\\n3.1.30\\tJimi IoT\\r\\n3.1.31\\tJointech\\r\\n3.1.32\\tKCS TraceME\\r\\n3.1.33\\tKingwo\\r\\n3.1.34\\tLantronix\\r\\n3.1.35\\tLevel Systems\\r\\n3.1.36\\tLK-GPS (LHYK Communication Technology)\\r\\n3.1.37\\tMeitrack\\r\\n3.1.38\\tMunic\\r\\n3.1.39\\tNavtelecom\\r\\n3.1.40\\tNeomatica\\r\\n3.1.41\\tNeoway Technology\\r\\n3.1.42\\tOmnicomm\\r\\n3.1.43\\tPCL Technolog\\r\\n3.1.44\\tPositioning Universal\\r\\n3.1.45\\tQuake Global\\r\\n3.1.46\\tQueclink Wireless Solutions\\r\\n3.1.47\\tRedtail Telematics\\r\\n3.1.48\\tRuptela\\r\\n3.1.49\\tSinocastel\\r\\n3.1.50\\tSinoTrack Group\\r\\n3.1.51\\tSquarell Technology\\r\\n3.1.52\\tST SUNLAB\\r\\n3.1.53\\tTeltonika\\r\\n3.1.54\\tTOPFLYtech\\r\\n3.1.55\\tTotemTech\\r\\n3.1.56\\tTramigo\\r\\n3.1.57\\tUlbotech\\r\\n3.1.58\\tVem Solutions\\r\\n3.1.59\\tXirgo\\r\\n3.2\\tVertically integrated telematics and fleet management vendors\\r\\n3.2.1\\tABAX\\r\\n3.2.2\\tAFAQY\\r\\n3.2.3\\tArvento Mobile System\\r\\n3.2.4\\tCartrack (Karooooo)\\t\\r\\n3.2.5\\tConnected Cars\\r\\n3.2.6\\tDigital Matter\\r\\n3.2.7\\tEROAD\\r\\n3.2.8\\tG7 Connect\\r\\n3.2.9\\tGeotab\\r\\n3.2.10\\tGuidepoint Systems\\r\\n3.2.11\\tIturan\\t\\r\\n3.2.12\\tMaxtrack\\r\\n3.2.13\\tMotive Technologies\\r\\n3.2.14\\tPassTime GPS\\r\\n3.2.15\\tPowerfleet\\r\\n3.2.16\\tProcon Analytics\\r\\n3.2.17\\tQuartix\\r\\n3.2.18\\tSamsara\\r\\n3.2.19\\tSareKon\\r\\n3.2.20\\tSpireon\\r\\n3.2.21\\tTPL Trakker\\r\\n3.2.22\\tVodafone Automotive\\r\\n3.2.23\\tWanWayTech\\r\\n3.2.24\\tWebfleet\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/12/17185648/bi-telematicshardware4-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Shipments of aftermarket telematics hardware reached 51.2 million units in 2024\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Telematics is a broad term that may be applied to a wide range of vehicle connectivity solutions. Berg Insight’s definition of a telematics system in this report is an automatic system designed for passenger cars and commercial vehicles that incorporates some form of cellular/GNSS or RF communications technology. All of the world’s leading carmakers have now launched mass-market connectivity services in key regions. The OEM initiatives can be seen as competition for aftermarket solutions, but there is still a growing demand for different forms of aftermarket telematics services. The addressable market for aftermarket telematics solutions is significant. At the end of 2024, an estimated 1.6 billion vehicles were registered worldwide. Berg Insight has found that 51.2 million aftermarket telematics hardware devices were sold globally during 2024 for a total market value of approximately € 2.4 billion. Europe, North America and China were the largest markets, achieving shipments of about 12.2 million, 11.7 million and 10.6 million in 2024. Berg Insight forecasts that global shipments of aftermarket telematics devices will grow at a compound annual growth rate (CAGR) of 8.6 percent in the next five years to reach 77.5 million in 2029. Revenues from sales of aftermarket telematics devices are forecasted to grow from € 2.4 billion in 2024 to € 3.5 billion in 2029, representing a CAGR of 7.6 percent.\",\n          \"\",\n          \"The leading telematics hardware vendors generally have an international market focus and offer products for both passenger cars and commercial vehicle applications. These players often have a number of distribution channels, ranging from direct sales to end-users to indirect sales via fleet management and other aftermarket telematics service providers, system integrators or OEMs. Direct sales remain a principal distribution model to larger clients, while indirect channels are common for distributing solutions to smaller clients. Partnering with resellers is furthermore common when solution providers expand to new geographical markets.\",\n          \"\",\n          \"Teltonika was the market leader in terms of aftermarket vehicle telematics hardware sales with a market share of about 7.1 percent, reaching annual sales of € 170 million in 2024. Jimi IoT was the runner-up with a market share of 4.9 percent. Additional top players include Queclink, Xirgo and BSJ Technology. Queclink ranked third in terms of sales with a market share of about 2.9 percent while Xirgo and BSJ technology ranked fourth and fifth with market shares of roughly 2.3 percent and 2.2 percent respectively. Notable vendors further include ERM Advanced Telematics from Israel; CalAmp, Positioning Universal and Danlaw from North America; ST SUNLAB, Gosuncn RichLink, TOPFLYtech, Neoway Technology, Coban Electronics, Sinotrack, iTriangle, GoSafe, Sinocastel and ATrack from Asia-Pacific; and Ruptela from Europe.\",\n          \"\",\n          \"Some telematics service providers are vertically integrated companies with activities spanning hardware design, software development, marketing, sales, project implementation and system operation. Contract manufacturers are commonly used as opposed to in-house production. Examples of vertically integrated companies include Geotab, Webfleet and Samsara in the fleet management market. Leading aftermarket telematics service providers in the aftermarket dealer and vehicle finance space that design and develop telematics hardware in-house include Procon Analytics, Spireon, Vodafone Automotive and PassTime GPS.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/12/17185659/bi-telematicshardware4-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3108,\n          \"post_author\": \"3\",\n          \"post_date\": \"2022-06-28 11:46:08\",\n          \"post_date_gmt\": \"2022-06-28 09:46:08\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Cederqvist\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-cederqvist\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:52:45\",\n          \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"271\",\n    \"variations\": [\n      {\n        \"id\": 6057,\n        \"name\": \"The Global Aftermarket Vehicle Telematics Hardware Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6040,"link":"https://cms.berginsight.com/report/the-global-construction-equipment-oem-telematics-market-6/","acf_data":"{\n  \"permalink\": \"/the-global-construction-equipment-oem-telematics-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"8th Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"This is the eighth consecutive report from Berg Insight analysing the latest developments on the market for OEM-provided construction equipment telematics systems.\",\n    \"full_description\": [\n      \"How will the market for construction equipment OEM telematics systems evolve in 2026 and beyond? This report covers the latest trends and developments in the dynamic telematics industry. Berg Insight forecasts that the global installed base of active construction equipment OEM telematics systems will grow at a CAGR of 11.5 percent from 7.8 million units at the end of 2024 to 13.4 million units by 2029. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/12/15204405/bi-ce8-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tConstruction Equipment Telematics Solutions\\r\\n1.1\\tIntroduction to CE telematics\\r\\n1.2\\tCE telematics infrastructure\\r\\n1.2.1\\tCE segment\\r\\n1.2.2\\tGNSS segment\\r\\n1.2.3\\tNetwork segment\\r\\n1.2.4\\tBackoffice segment\\r\\n1.2.5\\tOEM/dealer segment\\r\\n1.3\\tConstruction equipment management\\r\\n1.3.1\\tMachine location tracking and status monitoring\\r\\n1.3.2\\tSecurity tracking and intervention\\r\\n1.3.3\\tRemote diagnostics, preventive maintenance and machine health prognostics\\r\\n1.4\\tEquipment operator management\\r\\n1.4.1\\tCollection of operator-related data\\r\\n1.4.2\\tInteraction with operators in the field\\r\\n1.4.3\\tVideo-based operator monitoring\\r\\n1.5\\tWorksite management\\r\\n1.5.1\\tWorksite optimisation and site reporting\\r\\n1.5.2\\tTracking of accessories, tools and other low-value items\\r\\n1.5.3\\tIntegration with auxiliary systems\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe global construction equipment market\\r\\n2.1.2\\tThe installed base of construction equipment OEM telematics systems\\r\\n2.1.3\\tConstruction equipment OEM telematics vendor market shares\\r\\n2.1.4\\tVariations on the global CE telematics market\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tConstruction equipment industry players\\r\\n2.3.2\\tTelematics industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles\\r\\n3.1\\tCaterpillar\\r\\n3.2\\tCNH Industrial\\r\\n3.3\\tDeere & Company\\r\\n3.4\\tDoosan Bobcat\\r\\n3.5\\tHD Hyundai Construction Equipment\\r\\n3.6\\tHD Hyundai Infracore\\r\\n3.7\\tHitachi Construction Machinery\\r\\n3.8\\tJCB\\r\\n3.9\\tKomatsu\\r\\n3.10\\tLiebherr\\r\\n3.11\\tVolvo Construction Equipment\\r\\n3.12\\tOther construction equipment OEMs\\r\\n3.12.1\\tBell Equipment\\r\\n3.12.2\\tBOMAG\\r\\n3.12.3\\tJLG Industries\\r\\n3.12.4\\tKobelco\\r\\n3.12.5\\tKubota\\r\\n3.12.6\\tLink-Belt Cranes and LBX (Sumitomo)\\r\\n3.12.7\\tLiuGong\\r\\n3.12.8\\tMahindra & Mahindra\\r\\n3.12.9\\tManitowoc\\r\\n3.12.10\\tMecalac\\r\\n3.12.11\\tSANY\\r\\n3.12.12\\tTadano\\r\\n3.12.13\\tTakeuchi\\r\\n3.12.14\\tTerex\\r\\n3.12.15\\tWacker Neuson\\r\\n3.12.16\\tXCMG\\r\\n3.12.17\\tYanmar\\r\\n3.12.18\\tZoomlion\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/12/15204414/bi-ce8-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Berg Insight forecasts 13.4 million active construction equipment OEM telematics systems by 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Berg Insight has found that the global installed base of active construction equipment OEM telematics systems reached 7.8 million units in 2024. Growing at a compound annual growth rate (CAGR) of 11.5 percent, the active installed base is forecasted to reach 13.4 million units worldwide in 2029. This includes all CE telematics systems marketed by construction equipment OEMs, either developed in-house or provided by the CE manufacturers in partnership with third-party telematics players. The European market accounted for around 1.1 million active construction equipment OEM telematics systems at the end of 2024. The North American market is estimated to be somewhat larger than the European. The Rest of World moreover represents more than half of the global installed base of CE telematics systems provided by construction equipment OEMs.\",\n          \"\",\n          \"Most major construction equipment OEMs have introduced telematics offerings for their customers either independently or in collaboration with telematics partners. OEM telematics systems are today commonly factory-installed as standard at least for heavier machines and increasingly also for compact equipment. Berg Insight ranks Caterpillar as the leading construction equipment OEM in terms of the number of CE telematics systems deployed worldwide. Caterpillar – which is also by far the leading construction equipment manufacturer by market share – has well over 1 million connected assets in the construction equipment segment specifically. Based in the US, Caterpillar’s largest markets for its telematics offerings are North America and Europe. The runners-up are SANY and Komatsu based in China and Japan respectively, both major players on the respective domestic markets. Komatsu also has relatively large shares of its telematics units in North America, China and Europe. Other major players with several hundred thousand active CE telematics units include Sweden-based Volvo Construction Equipment, XCMG and Zoomlion in China, JCB headquartered in the UK and Japan-based Hitachi Construction Machinery. The remaining top-10 players are Deere & Company and Doosan Bobcat, while companies just outside of the top list moreover include HD Hyundai (HD Hyundai Construction Equipment and HD Hyundai Infracore) and Yanmar. Kobelco, Kubota and JLG Industries also have sizeable installed bases of connected equipment. Additional players having estimated installed bases of construction equipment telematics units in the tens of thousands include Terex, Liebherr, CNH Industrial, LiuGong, Tadano and BOMAG.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/12/15204422/bi-ce8-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"270\",\n    \"variations\": [\n      {\n        \"id\": 6045,\n        \"name\": \"The Global Construction Equipment OEM Telematics Market - 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This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"308\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in the Middle East.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 41 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n            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\"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"300\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 new executive interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in Latin America. \"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications. \"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 95 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands. \"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 26,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Fleet Latin America 2\",\n                \"src\": \"https://media.berginsight.com/2026/06/30093931/Fleet-Latin-America-2.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/fleet-management-in-latin-america-2/\",\n              \"name\": \"Fleet Management in Latin America\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Transport & Logistics\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6028,"link":"https://cms.berginsight.com/report/trailer-and-cargo-container-tracking-6/","acf_data":"{\n  \"permalink\": \"/trailer-and-cargo-container-tracking\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"13th Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"An analysis of the trailer and cargo container tracking market worldwide covering 112 solution providers.\",\n    \"full_description\": [\n      \"This study investigates the market for tracking and security of intermodal shipping containers, trailers, swap bodies, rail freight wagons, air freight unit load devices, pallets, RTPs and cargo boxes. The total market value for tracking solutions covering all these use cases is forecasted to grow at a CAGR of 10.8 percent from € 2.7 billion in 2024 to € 4.5 billion by 2029. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/12/13211620/bi-container13-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tGlobal Freight Transport Overview\\r\\n1.1\\tInternational merchandise trade\\r\\n1.1.1\\tFreight transportation modes\\r\\n1.1.2\\tLogistics units and containerisation\\r\\n1.1.3\\tTransport industry actors\\r\\n1.2\\tCargo carrying units\\r\\n1.2.1\\tIntermodal shipping containers\\r\\n1.2.2\\tTrailers and semi-trailers\\r\\n1.2.3\\tRail freight wagons\\r\\n1.2.4\\tAir freight unit load devices\\r\\n2\\tTrailer and Cargo Container Tracking Solutions\\r\\n2.1\\tTrailer and cargo container tracking infrastructure\\r\\n2.1.1\\tDevice segment\\r\\n2.1.2\\tPositioning segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tService segment\\r\\n2.2\\tBenefits of using tracking solutions\\r\\n2.2.1\\tSupply chain management\\r\\n2.2.2\\tSecurity management\\r\\n2.2.3\\tTrailer and cargo container management\\r\\n2.3\\tRegulatory compliance and reporting\\r\\n2.3.1\\tSupply chain security and environmental programs\\r\\n2.3.2\\tTax collection\\r\\n2.4\\tBusiness models\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis\\r\\n3.1.1\\tInstalled base and unit shipments\\r\\n3.1.2\\tRegional markets\\r\\n3.1.3\\tMarket value\\r\\n3.1.4\\tVendor market shares\\r\\n3.2\\tValue chain analysis\\r\\n3.2.1\\tTelematics industry players\\r\\n3.2.2\\tCargo transport industry players\\r\\n3.2.3\\tTrailer and cargo container OEMs and OEs\\r\\n3.2.4\\tTelecom industry players\\r\\n3.2.5\\tIT industry players\\r\\n3.3\\tMarket drivers and barriers\\r\\n3.3.1\\tMacroeconomic environment\\r\\n3.3.2\\tRegulatory environment\\r\\n3.3.3\\tCompetitive environment\\r\\n3.3.4\\tTechnology environment\\r\\n3.4\\tFuture industry trends\\t\\r\\n3.4.1\\tArtificial intelligence drives efficiency gains for fleet operators\\r\\n3.4.2\\tTrailer OEMs incorporate telematics as standard\\r\\n3.4.3\\tTPMS regulation in the EU is expected to drive the adoption of trailer telematics\\r\\n3.4.4\\tTrailer cameras and advanced sensors increase the value for transporters\\r\\n3.4.5\\tOE trailer suppliers enable smart trailer solutions\\r\\n3.4.6\\tSmart labels may revolutionise parcel tracking\\r\\n3.4.7\\tSolutions for refrigerated cargo lead the tracking market\\r\\n3.4.8\\tNetwork sunsets create opportunities for tracking solution providers\\r\\n3.4.9\\tRail freight wagon tracking – a potential high-growth market\\r\\n3.4.10\\tShipping companies are now also equipping their dry container fleets\\r\\n3.4.11\\tNew technologies make tracking of RTPs economically feasible\\r\\n3.4.12\\tIndustry collaboration and standardisation to foster growth\\t\\r\\n4\\tOEM Products and Strategies\\t\\r\\n4.1\\tAviusULD\\t\\r\\n4.2\\tCarrier\\t\\r\\n4.3\\tChina International Marine Containers (CIMC)\\t\\r\\n4.4\\tDaikin Industries\\t\\r\\n4.5\\tEnvirotainer\\t\\r\\n4.6\\tGreat Dane\\t\\r\\n4.7\\tHyundai Translead\\t\\r\\n4.8\\tKrone\\t\\r\\n4.9\\tKögel\\t\\r\\n4.10\\tMaersk Container Industry (MCI)\\t\\r\\n4.11\\tMitsubishi Heavy Industries\\r\\n4.12\\tSchmitz Cargobull\\r\\n4.13\\tSchwarzmüller Group\\r\\n4.14\\tSkyCell\\r\\n4.15\\tTatravagónka\\r\\n4.16\\tThermo King (Trane Technologies)\\r\\n4.17\\tTrinity Industries\\r\\n4.18\\tUtility Trailer Manufacturing\\r\\n4.19\\tWabash National\\r\\n4.20\\tWabtec\\r\\n4.21\\tWielton Group\\t\\r\\n5\\tVendor Profiles and Strategies\\r\\n5.1\\tEuropean solution providers\\r\\n5.1.1\\tAddSecure\\r\\n5.1.2\\tAgheera\\r\\n5.1.3\\tASPION\\t\\r\\n5.1.4\\tAxscend (SAF-Holland\\r\\n5.1.5\\tBornemann\\r\\n5.1.6\\tBosch\\r\\n5.1.7\\tBOX ID\\r\\n5.1.8\\tCargomon Systems\\r\\n5.1.9\\tCLS Group\\r\\n5.1.10\\tCognid Telematik\\r\\n5.1.11\\tControlant\\r\\n5.1.12\\tDOT Telematik and Systemtechnik\\r\\n5.1.13\\tGiesecke+Devrient\\r\\n5.1.14\\tGlobe Tracker\\r\\n5.1.15\\tGroupe ZeKat\\r\\n5.1.16\\tHanhaa\\r\\n5.1.17\\tIdem Telematics (BPW)\\r\\n5.1.18\\tIntermodal Telematics\\r\\n5.1.19\\tKirsen Global Security\\r\\n5.1.20\\tKPN\\r\\n5.1.21\\tLevel Systems\\r\\n5.1.22\\tMaersk\\r\\n5.1.23\\tNet Feasa\\r\\n5.1.24\\tNexxiot\\r\\n5.1.25\\tSAVVY Telematic Systems\\r\\n5.1.26\\tSCALAR (ZF)\\r\\n5.1.27\\tSensolus\\r\\n5.1.28\\tSiemens\\r\\n5.1.29\\tSpectos\\r\\n5.1.30\\tT Comm Telematics\\r\\n5.1.31\\tTraxens\\r\\n5.1.32\\tTrusted\\r\\n5.1.33\\tUbidata\\r\\n5.1.34\\tXtellio\\r\\n5.1.35\\tZenatek\\r\\n5.2\\tNorth American solution providers\\r\\n5.2.1\\t7PSolutions\\r\\n5.2.2\\tAmsted Rail (Amsted Industries)\\r\\n5.2.3\\tAT&T\\r\\n5.2.4\\tBeWhere\\r\\n5.2.5\\tBlackBerry\\r\\n5.2.6\\tCalAmp\\r\\n5.2.7\\tCarrierWeb\\r\\n5.2.8\\tClarience Technologies\\r\\n5.2.9\\tCopeland\\r\\n5.2.10\\tDecklar\\r\\n5.2.11\\tDeltaTrak\\r\\n5.2.12\\tDigital Communications Technologies\\r\\n5.2.13\\tDrōv Technologies\\r\\n5.2.14\\tFleetPulse\\r\\n5.2.15\\tGeoforce\\r\\n5.2.16\\tGlobalstar\\r\\n5.2.17\\tGPX Intelligence\\r\\n5.2.18\\tIntelyt\\r\\n5.2.19\\tMotive Technologies\\r\\n5.2.20\\tOnAsset Intelligence\\r\\n5.2.21\\tORBCOMM\\r\\n5.2.22\\tPhillips Connect (Phillips Industries)\\r\\n5.2.23\\tPowerfleet\\r\\n5.2.24\\tQualcomm\\r\\n5.2.25\\tRSAE Labs\\r\\n5.2.26\\tSamsara\\r\\n5.2.27\\tSemtech\\r\\n5.2.28\\tSendum Wireless\\r\\n5.2.29\\tSensitech (Carrier)\\r\\n5.2.30\\tSkyBitz (AMETEK)\\r\\n5.2.31\\tSpireon (Solera)\\r\\n5.2.32\\tSpotSee\\r\\n5.2.33\\tTeletrac Navman\\r\\n5.2.34\\tTGI Connect\\r\\n5.2.35\\tTive\\r\\n5.2.36\\tTrackonomy Systems\\r\\n5.2.37\\tWireless Links\\r\\n5.2.38\\tXirgo Technologies\\r\\n5.3\\tRest of World solution providers\\r\\n5.3.1\\tAJ Networks\\r\\n5.3.2\\tArrowSpot Systems\\r\\n5.3.3\\tBoxPlus (COSCO Shipping Lines)\\r\\n5.3.4\\tBrambles\\r\\n5.3.5\\tContguard\\r\\n5.3.6\\tCooltrax\\r\\n5.3.7\\tEnvotech\\r\\n5.3.8\\tEROAD\\r\\n5.3.9\\tFrigga (Shanghai Dewav Electronic Technology)\\r\\n5.3.10\\tHoopo Systems\\r\\n5.3.11\\tJoint Technology\\r\\n5.3.12\\tQueclink Wireless Solutions\\r\\n5.3.13\\tSatlock\\r\\n5.3.14\\tSensos\\r\\n5.3.15\\tSwinnus\\r\\n5.3.16\\tT42 IoT Tracking Solutions\\r\\n5.3.17\\tTracertrak (Pivotel)\\r\\n5.3.18\\tZillionSource Technologies\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/12/13211631/bi-container13-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of connected trailers and cargo containers to reach 27 million by 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Cargo and cargo carrying unit tracking aims to increase operational efficiency and visibility in transport chains. Berg Insight’s definition of a real-time tracking solution is a system that at a minimum incorporates data logging, satellite positioning and data communications to a backoffice application through cellular, satellite or LPWA networks. The tracking device can be designed to track the cargo carrying unit, i.e. the trailer, intermodal container, rail freight wagon, air freight ULD, pallet or other returnable transport packaging (RTP), or the cargo itself. Tracking devices for cargo carrying units are permanently or temporarily installed while cargo tracking devices are typically placed with the cargo or attached to the cargo box during transport. Real-time data on the location and status of cargo carrying units and cargo empowers the various stakeholders in the supply chain to make better-informed decisions, increase asset utilisation, reduce costs and minimise environmental impact.\",\n          \"\",\n          \"Berg Insight estimates that shipments of remote tracking systems with cellular, satellite, LoRa and Sigfox communications capabilities for cargo carrying units reached 4.4 million units worldwide in 2024. Growing at a compound annual growth rate (CAGR) of 10.3 percent, shipments are expected to reach 7.2 million units in 2029. During the same period, the installed base of tracking devices is forecasted to grow at a compound annual growth rate of 14.3 percent from 13.8 million units at the end of 2024 to 26.9 million units by 2029.\",\n          \"\",\n          \"In terms of the number of installed units, trailer tracking is the largest market segment, estimated to account for 43 percent of the total installed base of tracking devices in 2024. Intermodal container tracking is the second largest segment, accounting for 41 percent of the total installed base. The number of tracking devices installed on rail freight wagons, air freight ULDs and pallets and other RTPs is substantially smaller. The market for tracking devices and real-time data loggers used for general cargo applications is set for rapid growth in the next few years as prices are expected to decrease and smart labels and other devices with a very small footprint are being introduced. The number of active devices in use is forecasted to grow from 4.9 million devices in 2024 to 16.2 million devices at the end of 2029. Yearly device shipments in this category will grow from 7.1 million units in 2024 to reach 36.5 million units in 2029. Total revenues for tracking solutions for cargo carrying units and cargo reached € 2.7 billion in 2024. Growing at a CAGR of 10.8 percent, the total market value is forecasted to reach € 4.5 billion in 2029. \",\n          \"\",\n          \"A wide range of companies provides tracking solutions for trailers, containers, rail freight wagons, ULDs, pallets and other RTPs and cargo. Most companies specialise in one application, e.g. trailer tracking but have devices installed on several different asset types due to customer requirements. In terms of the number of deployed tracking devices, Berg Insight ranks ORBCOMM as the largest provider, having a significant installed base of both trailers and containers. ORBCOMM’s total installed base reached 2.1 million units at the end of 2024. Nexxiot and SkyBitz are the second and third largest players. Nexxiot has large installed bases of both containers and rail freight wagons while SkyBitz has the vast majority of its installed base on trailers. Additional leading providers of trailer telematics solutions are Spireon, Samsara, BlackBerry, CalAmp, Motive, Idem Telematics, Powerfleet, Phillips Connect, Schmitz Cargobull, FleetPulse, Clarience Technologies, SCALAR, TGI, EROAD, Axscend, AddSecure and Krone.\",\n          \"\",\n          \"Maersk has equipped its entire fleet of 360,000 reefer containers with tracking devices. Other major players in the container tracking segment are ZillionSource, Envotech, Globe Tracker, Traxens, Giesecke+Devrient, BoxPlus, Sensolus, Geoforce and Copeland. In addition to Nexxiot, leading telematics players in the rail industry are DOT Telematik and Systemtechnik, Amsted Rail, Siemens, SAVVY Telematic Systems and Intermodal Telematics. Sensitech, DeltaTrak, Tive, Controlant, Decklar (formerly Roambee), Frigga, Copeland and OnAsset Intelligence are the leading providers of cargo tracking devices. Sensos and Trackonomy are also part of this segment, offering smart label solutions. Many cargo tracking players offer devices that can be used on all modes of transport, including air shipments.\",\n          \"\",\n          \"Berg Insight anticipates that the ongoing trend in the transport industry to invest in new digital solutions that increase supply chain visibility and security will continue and even accelerate in the next few years. Falling hardware prices, wider availability of low-power cellular networks (LTE-M/NB-IoT) and satellite networks, together with more flexible subscription-based software models, are removing traditional barriers to adoption across fleet sizes and geographies. As solution providers deliver more cost-effective solutions that provide richer shipment, cargo and asset data, fleet operators and logistics service providers will become increasingly willing to invest in tracking systems.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/12/13211641/bi-container13-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"269\",\n    \"variations\": [\n      {\n        \"id\": 6033,\n        \"name\": \"Trailer and Cargo Container Tracking - 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This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        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\"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 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fleet management value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 41 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n            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\"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        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         },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications. \"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 95 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands. \"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n              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Typical applications include tank location tracking, tank level monitoring, regulatory compliance and reporting as well as optimization of delivery and pick up routes, and inventory management and analytics. The installed base of remote tank monitoring (RTM) systems is forecasted to grow at a compound annual growth rate of 22.8 percent from 11.3 million units at the end of 2024 to 31.5 million units by 2029. The report is based on numerous executive interviews and profiles the leading 66 RTM vendors. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/12/10111304/bi-remotetank8-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tTank Monitoring Solutions\\r\\n1.1\\tIntroduction to remote tank monitoring\\r\\n1.2\\tRemote tank monitoring infrastructure\\r\\n1.2.1\\tTank segment\\r\\n1.2.2\\tGNSS segment\\r\\n1.2.3\\tNetwork segment\\r\\n1.2.4\\tBackoffice segment\\r\\n1.3\\tTank fleet management\\r\\n1.3.1\\tTank location tracking and level monitoring\\r\\n1.3.2\\tSecurity tracking and intervention\\r\\n1.3.3\\tRegulatory compliance and reporting\\r\\n1.3.4\\tHealth and safety\\r\\n1.4\\tDistribution operations management\\r\\n1.4.1\\tOptimization of delivery and pick up routes\\r\\n1.4.2\\tInventory management and analytics\\r\\n1.5\\tTank segments and use cases\\r\\n1.6\\tBusiness models and project strategies\\r\\n2\\tMarket Forecasts and Trends\\t\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe installed base of remote tank monitoring solutions\\r\\n2.1.2\\tRemote tank monitoring vendor market shares\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tTank and level sensor industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean solution providers\\r\\n3.1.1\\tAXsensor\\r\\n3.1.2\\tEndress+Hauser\\r\\n3.1.3\\tFoxInsights\\r\\n3.1.4\\tFour Data\\r\\n3.1.5\\tGreenCityZen\\r\\n3.1.6\\tHMS Networks\\r\\n3.1.7\\tKingspan\\r\\n3.1.8\\tMeasure Connect Display (MCD)\\r\\n3.1.9\\tMetasphere\\r\\n3.1.10\\tNanolike\\r\\n3.1.11\\tOriel Systems\\r\\n3.1.12\\tPackwise\\r\\n3.1.13\\tPiusi\\r\\n3.1.14\\tPowTechnology\\r\\n3.1.15\\tSchneider Electric\\r\\n3.1.16\\tSensile Technologies (WIKA)\\r\\n3.1.17\\tSiemens\\r\\n3.1.18\\tSigicom\\r\\n3.1.19\\tSilentSoft\\r\\n3.1.20\\tSool\\r\\n3.1.21\\tStaal Instruments\\t\\r\\n3.1.22\\tTecson\\r\\n3.1.23\\tVEGA\\r\\n3.2\\tNorth American solution providers\\r\\n3.2.1\\tAgnex\\r\\n3.2.2\\tAir Products\\r\\n3.2.3\\tAngus Energy\\r\\n3.2.4\\tAnova\\r\\n3.2.5\\tAsset Monitoring Solutions\\r\\n3.2.6\\tAutomation Products Group\\r\\n3.2.7\\tBadger Meter\\r\\n3.2.8\\tBanner Engineering\\r\\n3.2.9\\tDigi International\\r\\n3.2.10\\tEmerson\\r\\n3.2.11\\tFarmChem\\r\\n3.2.12\\tFLO-CORP\\r\\n3.2.13\\tFreeWave Technologies\\r\\n3.2.14\\tGenerac\\r\\n3.2.15\\tHoover Circular Solutions\\r\\n3.2.16\\tiTankData\\r\\n3.2.17\\tMicro-Design\\r\\n3.2.18\\tMopeka\\r\\n3.2.19\\tNew Boundary Technologies\\r\\n3.2.20\\tOleumTech\\r\\n3.2.21\\tOneTank\\r\\n3.2.22\\tOtodata\\r\\n3.2.23\\tPedigree Technologies\\r\\n3.2.24\\tPulsa\\r\\n3.2.25\\tREDtrac\\r\\n3.2.26\\tRiot Edge Solutions\\r\\n3.2.27\\tRugged Telemetry\\r\\n3.2.28\\tSchmitt Measurement Systems (XACT Monitoring)\\r\\n3.2.29\\tSensorTech (Level Devil)\\r\\n3.2.30\\tSkyBitz (Ametek)\\r\\n3.2.31\\tTankScan\\r\\n3.2.32\\tValarm\\r\\n3.2.33\\tVarec\\r\\n3.2.34\\tWellAware\\r\\n3.3\\tRest of World solution providers\\r\\n3.3.1\\tFarmbot\\r\\n3.3.2\\tFarm Monitoring Solutions\\r\\n3.3.3\\tGasbot\\r\\n3.3.4\\tHawk Measurement\\r\\n3.3.5\\tHyDip (IOR)\\r\\n3.3.6\\tIoT Ventures\\r\\n3.3.7\\tOmniflex\\r\\n3.3.8\\tSolidat Applied Technologies\\t\\r\\n3.3.9\\tTanktel\\r\\n3.4\\tTank level sensor manufacturers\\r\\n3.4.1\\tABB\\r\\n3.4.2\\tAMETEK Level Measurement Solutions\\r\\n3.4.3\\tAzbil Corporation\\r\\n3.4.4\\tChuanyi\\r\\n3.4.5\\tFlowline\\r\\n3.4.6\\tGems Sensors & Controls\\r\\n3.4.7\\tGobius Sensor Technology\\r\\n3.4.8\\tKROHNE Group\\r\\n3.4.9\\tLACROIX Group\\r\\n3.4.10\\tPepperl+Fuchs\\r\\n3.4.11\\tRochester Sensors Europe\\r\\n3.4.12\\tSenix\\r\\n3.4.13\\tSupmea\\r\\n3.4.14\\tWIKA\\r\\n3.4.15\\tYokogawa Electric\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/12/10111313/bi-remotetank8-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of connected tanks to reach 31.5 million by 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Berg Insight estimates that the global installed base of active remote tank monitoring (RTM) solutions reached 11.3 million units in 2024. Growing at a compound annual growth rate (CAGR) of 22.8 percent, the active installed base is estimated to reach 31.5 million units worldwide in 2029. Berg Insight estimates that the European market accounted for close to 2.6 million active RTM systems at the end of 2024. The North American market is estimated to be larger than the European at around 4.6 million active units. The Asia-Pacific market is moreover estimated to represent an installed base of about 2.7 million RTM systems at the end of 2024. South America and Middle East & Africa are smaller markets having installed bases of 565,000 units and 791,000 units respectively.\",\n          \"\",\n          \"There are more than 100 RTM solution vendors active on the market worldwide and this report covers 66 companies. Berg Insight ranks Otodata once again as the leading RTM solution provider in terms of the active installed base worldwide with an installed base of about 3.6 million RTM units. Otodata is based in Canada and primarily focuses on the fuel reseller segment in North America. Otodata has so far acquired 4 companies to boost its growth plans: Wise Telemetry in April 2021, Wireless Applications Corporation (WACnGO) in December 2021, AIUT’s LPG branch in June 2022 and Dunraven Systems in March 2025. Anova and SkyBitz (Ametek) were in second and third place having achieved installed bases of about 1.8 million units and 0.3 million units respectively. Anova has done a string of acquisitions including Independent Technologies, Wikon, ISA – Intelligent Sensing Anywhere, iTank (Sierra Wireless) and Silicon Controls to become the second largest RTM solution vendor with more than 2,000 customers in 80 countries. SkyBitz is based in the US and most of its tanks under management can be found in North America and a few in Mexico and other countries. German FoxInsights and Generac based in the US followed in fourth and fifth place and had installed bases of 180,000 and 130,000 tank monitoring systems respectively. Sensile Technologies, Kingspan, Angus Energy, Gasbot and PowTechnology are also ranked among the largest providers with 70,000–100,000 units each. Other RTM solution providers with installed bases of 30,000–60,000 RTM systems in active use at the end of 2024 include Metasphere, TankScan, Fourdata, Varec, Banner Engineering, FreeWave, OneTank, GreenCityZen, Tecson and Schmitt Measurement Systems.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/12/10111320/bi-remotetank8-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"268\",\n    \"variations\": [\n      {\n        \"id\": 6019,\n        \"name\": \"The Global Remote Tank Monitoring Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery 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ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":6003,"link":"https://cms.berginsight.com/report/fleet-management-in-australia-and-new-zealand-6/","acf_data":"{\n  \"permalink\": \"/fleet-management-in-australia-and-new-zealand\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"10th Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"A market report covering the latest trends and insights including both OEM and aftermarket fleet management vendor activities.\",\n    \"full_description\": [\n      \"How will the market for fleet management systems for commercial vehicles in Australia and New Zealand evolve in 2026 and beyond? The report covers the latest trends and developments in the dynamic telematics industry. Berg Insight forecasts that the number of fleet management systems in active use in Australia and New Zealand will grow at a CAGR of 10.9 percent from about 1.5 million units at the end of 2024 to 2.6 million by 2029. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/12/08120541/bi-fmaustralia10-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tFatigue, Chain of Responsibility (CoR) and Electronic Work Diary (EWD)\\r\\n1.5.2\\tAustralian National Telematics Framework\\r\\n1.5.3\\tRoad User Charges (RUC)\\r\\n1.5.4\\tHealth and safety regulations\\r\\n1.5.5\\tOther applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in Australia and New Zealand\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Australia and New Zealand\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tCtrack\\r\\n3.1.3\\tGeotab\\r\\n3.1.4\\tGurtam\\r\\n3.1.5\\tMicrolise\\r\\n3.1.6\\tPlatform Science\\r\\n3.1.7\\tPowerfleet\\r\\n3.1.8\\tRadius\\r\\n3.1.9\\tTeletrac Navman (Vontier)\\r\\n3.1.10\\tVerizon Connect\\r\\n3.1.11\\tWebfleet (Bridgestone)\\r\\n3.2\\tLocal aftermarket solution providers\\r\\n3.2.1\\tArgus Tracking (Banyan Software)\\r\\n3.2.2\\tBlackBox Control (Jonas Software)\\r\\n3.2.3\\tBlackhawk\\r\\n3.2.4\\tDigital Matter\\r\\n3.2.5\\tDirected Technologies\\r\\n3.2.6\\tEROAD\\r\\n3.2.7\\tEuclidic Systems\\r\\n3.2.8\\tFleetdynamics (Fleetcare)\\r\\n3.2.9\\tFleetpin\\r\\n3.2.10\\tFuture Fleet (Orcoda)\\r\\n3.2.11\\tGPSi Group (GPS Innovations)\\r\\n3.2.12\\tIntelliTrac\\r\\n3.2.13\\tKynection\\r\\n3.2.14\\tLinxio (Banyan Software)\\r\\n3.2.15\\tMTData\\r\\n3.2.16\\tNetcorp Australia\\r\\n3.2.17\\tNetstar Australia\\t\\r\\n3.2.18\\tOptix\\r\\n3.2.19\\tPicobyte\\r\\n3.2.20\\tProcon Telematics\\r\\n3.2.21\\tRand McNally (Fleetsu)\\r\\n3.2.22\\tSensium\\r\\n3.2.23\\tSimply Unified\\r\\n3.2.24\\tSmartrak (Constellation Software)\\r\\n3.2.25\\tTrackIt\\r\\n3.2.26\\tTurboTrack\\r\\n3.2.27\\tWHG\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/12/08120551/bi-fmaustralia10-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of fleet management systems in Australia and New Zealand will reach 2.6 million units by 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The market for fleet management (FM) solutions in Australia and New Zealand (ANZ) has been in a growth period for many years. The economic climate has been somewhat challenging in recent time but the current outlook is positive for the sector. The fleet telematics market in the region is influenced positively by regulatory developments related to health and safety regulations, chain of responsibility legislation, electronic work diaries and road user charges. The total number of FM systems in active use in the ANZ region is forecasted to grow at a compound annual growth rate (CAGR) of 10.9 percent from about 1.5 million units in 2024 to reach 2.6 million units by 2029. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.1 percent in 2024 to 36.3 percent in 2029.\",\n          \"\",\n          \"A large number of vendors are active on the FM market in Australia and New Zealand. Berg Insight ranks Teletrac Navman, EROAD and Geotab as the leading providers of fleet management solutions in the ANZ region. US-based Teletrac Navman (part of Vontier) was the first to reach 100,000 units in the region followed by New Zealand-based EROAD (including Coretex acquired in 2021). This milestone has now also been achieved by Canada-based Geotab following a period of strong organic growth and most recently the acquisition of US-based Verizon Connect’s commercial operations in Australia in October 2025. As a result, Geotab is now established as the largest player by far also in the ANZ region. Netstar Australia, part of South Africa-based Netstar which is a subsidiary of Altron, is also a top-5 player in the ANZ region followed by Australia-based Linxio (Banyan Software) and US-based Powerfleet. The latter has established a growing presence in this market following the acquisitions of both South Africa-based MiX Telematics and Canada-based Fleet Complete in 2024. Fleet Complete itself entered the ANZ region through the acquisition of Geotab’s reseller Securatrak almost a decade ago. Other notable vendors with estimated installed bases of over 40,000 active units in the region include New Zealand-based Smartrak (Constellation Software) as well as Australia-based IntelliTrac and MTData. Currently owned by Telstra since 2017, MTData is now in the process of being sold in a transaction expected to take place in the very near-term. Additional top-15 players in the ANZ region are Digital Matter, Directed Technologies, Procon Telematics and Fleetydnamics by Fleetcare, all based in Australia, as well as UK-based Radius. Directed notably works with a large number of commercial vehicle OEMs in the local market. OEMs which have launched fleet telematics solutions in the ANZ region independently or through partnerships include UD Trucks/Isuzu Group, Toyota, Hino, Mitsubishi, PACCAR, Volvo Group, Daimler Truck, Fuso, Scania, MAN and Iveco.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/12/08120600/bi-fmaustralia10-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"267\",\n    \"variations\": [\n      {\n        \"id\": 6008,\n        \"name\": \"Fleet Management in Australia and New Zealand - 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This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        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This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        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\"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        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Berg Insight estimates that shipments of cellular IoT gateways will grow at a compound annual growth rate (CAGR) of 8.3 percent from 6.2 million units in 2024 to reach 9.2 million units in 2029. The report also includes vendor market shares. Get up to date on the latest trends from all the main regions with this unique 100-page report.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/12/05101018/bi-terminal9-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIoT Networking and Communications\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe IoT technology stack\\r\\n1.2\\tRouters, gateways and modems\\r\\n1.3\\tIntegrating cellular technology into products and systems\\r\\n1.3.1\\tCellular IoT hardware value chain\\r\\n1.3.2\\tRegulatory, industry, mobile operator and application-specific certifications\\r\\n1.4\\tCellular IoT from 2G to 5G\\r\\n1.4.1\\t2G/3G mobile networks\\r\\n1.4.2\\t4G mobile networks\\r\\n1.4.3\\t4G/5G mobile IoT networks (LTE-M and NB-IoT)\\r\\n1.4.4\\t5G mobile networks\\r\\n1.4.5\\tLPWA and satellite technologies\\r\\n1.4.6\\tCost comparison for cellular and LPWA technologies\\r\\n2\\tMarket Forecasts and Trends\\t\\r\\n2.1\\tMarket analysis and forecasts\\r\\n2.1.1\\tCellular router and gateway vendor market shares\\r\\n2.1.2\\tCellular router and gateway market forecasts\\r\\n2.1.3\\tCellular router and gateway market segments\\r\\n2.2\\tMarket trends\\r\\n2.2.1\\tCan eSIM-based solutions replace dual SIMs and automatic failover?\\r\\n2.2.2\\tAntenna complexity drives overall costs for cellular router solutions\\r\\n2.2.3\\t5G router shipments are set to accelerate\\r\\n2.2.4\\tEnterprises adopt 5G/LTE solutions for resilient connectivity\\r\\n2.2.5\\tEnterprise routers offered as premium options for FWA services\\r\\n2.2.6\\tMission-critical networks expand the addressable market for cellular routers\\r\\n2.2.7\\tModular devices enable flexibility and upgradability\\r\\n2.2.8\\tRevenue growth rebounds in the first half of 2025 after a weak 2024\\r\\n2.2.9\\tThe cellular router and gateway industry continues its consolidation journey\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tCellular router and gateway vendors\\r\\n3.1.1\\tAcksys\\r\\n3.1.2\\tADLINK Technology\\r\\n3.1.3\\tAdvantech\\r\\n3.1.4\\tBEC Technologies (Billion Electric)\\r\\n3.1.5\\tBelden\\r\\n3.1.6\\tCelerway\\r\\n3.1.7\\tCisco\\r\\n3.1.8\\tDigi International\\r\\n3.1.9\\tEricsson\\r\\n3.1.10\\tEurotech\\r\\n3.1.11\\tFortinet\\r\\n3.1.12\\tFour-Faith Communication Technology\\r\\n3.1.13\\tHMS Networks\\r\\n3.1.14\\tHongdian\\r\\n3.1.15\\tInHand Networks\\r\\n3.1.16\\tInseego\\r\\n3.1.17\\tINSYS icom\\r\\n3.1.18\\tIntelliport\\r\\n3.1.19\\tLantronix\\r\\n3.1.20\\tMC Technologies\\r\\n3.1.21\\tMilesight\\r\\n3.1.22\\tMoxa\\t\\r\\n3.1.23\\tMultiTech\\r\\n3.1.24\\tOption (Crescent)\\r\\n3.1.25\\tPeplink\\r\\n3.1.26\\tPUSR\\r\\n3.1.27\\tQueclink Wireless Solutions\\r\\n3.1.28\\tRAD\\r\\n3.1.29\\tRobustel\\r\\n3.1.30\\tSemtech\\r\\n3.1.31\\tSystech Corporation\\r\\n3.1.32\\tTeltonika Networks\\r\\n3.1.33\\tUbiquiti\\r\\n3.1.34\\tWestermo (Ependion)\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/12/05101030/bi-terminal9-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The cellular router and gateway market to reach US$ 2.6 billion in 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Cellular routers and gateways are standalone devices that provide primary or backup cellular connectivity to devices in a local network. Berg Insight defines the product category as general-purpose cellular routers, gateways and modems enclosed in a chassis with an external power supply, no display and at least one input/output port. FWA routers from ODM manufacturers are excluded, as these low-cost consumer devices follow a separate supply chain and serve different use cases. Cellular routers and gateways have evolved over the past decades from simple networking devices to aggregation points for devices, implementing advanced functionality for security and edge computing.\",\n          \"\",\n          \"Berg Insight estimates that annual shipments of cellular routers and gateways increased moderately by 2 percent to 6.2 million units in 2024 as inventory levels normalised from the volatile post-COVID environment. Annual sales increased at a higher rate of 7 percent to reach US$ 1.7 billion in the year, driven by a shift in the product mix towards high-end 5G devices. Half-year 2025 revenue figures suggest that the market continued to rebound, as many of the larger vendors reported double-digit growth. Berg Insight forecasts that the market will grow at a CAGR of 9.2 percent in the next five years to reach US$ 2.6 billion in 2029.\",\n          \"\",\n          \"The cellular router and gateway market remains fragmented, despite ongoing consolidation. The five largest vendors account for as much as 52 percent of the market. Ericsson ranks as the overall market leader and offers a comprehensive portfolio of routers and adapters along with cellular-centric SD-WAN and security services. Teltonika Networks is the second largest provider by revenue and the leader in volume, benefitting from its in-house manufacturing facilities and tight cost control. Top players further include Cisco, Semtech and Peplink, which hold strong positions in the North American market. \",\n          \"\",\n          \"Other vendors with a significant presence in the cellular router and gateway market are Digi International, InHand Networks, Inseego, HMS Networks and Moxa. All of the top ten cellular router and gateway vendors shipped more than 100,000 devices in 2024. Notable vendors further include BEC Technologies, Belden, Fortinet, Lantronix and MultiTech in North America; Advantech, Four-Faith, Hongdian, PUSR and Robustel in the Asia-Pacific region; and Celerway, Eurotech, INSYS icom, RAD and Westermo in the EMEA region.\",\n          \"\",\n          \"The cellular router and gateway market is driven by several structural growth trends across industries, as businesses connect vehicle fleets, distributed assets and workforces to support the ongoing digitalisation of their operations. Berg Insight believes that these trends – ranging from in-vehicle connectivity for public transport and public safety fleets, industrial remote access and smart grid communications to cellular SD-WAN in enterprise networking and business FWA – will accelerate in the 5G era, thereby expanding the market for cellular routers and gateways.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/12/05101040/bi-terminal9-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 885,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:06:06\",\n          \"post_date_gmt\": \"2021-01-12 15:06:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Fredrik Stålbrand\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"fredrik-stalbrand\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:49:59\",\n          \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"266\",\n    \"variations\": [\n      {\n        \"id\": 5995,\n        \"name\": \"The Global Cellular Router and Gateway Market - 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platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5980,"link":"https://cms.berginsight.com/report/insurance-telematics-in-europe-and-north-america-5/","acf_data":"{\n  \"permalink\": \"/insurance-telematics-in-europe-and-north-america\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"9th Edition\",\n    \"main_product_category\": 27,\n    \"short_description\": \"An analysis of the insurance telematics market covering 58 insurance telematics initiatives including the involvement of vehicle OEMs and mobile operators.\",\n    \"full_description\": [\n      \"What are the latest trends on the Insurance telematics market? Berg Insight estimates that the total number of insurance telematics policies in force on the European market reached 13.8 million at the end of 2024. Growing at a compound annual growth rate of 7.8 percent, the number of active insurance telematics policies in Europe is estimated to reach 20.1 million by 2029. In North America, the total number of insurance telematics policies in force is forecasted to increase from an estimated 20.2 million policies at the end of 2024 to reach 31.8 million policies by 2029. Get up to date with the latest industry trends in this new 220-page strategy report from Berg Insight.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/12/04114002/bi-insurancetelematics9-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Automotive Market\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car density\\r\\n1.1.2\\tNew car registrations and leading manufacturers\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car parc density\\r\\n1.2.2\\tNew car registrations and leading manufacturers\\r\\n1.3\\tAutomotive insurance\\r\\n1.3.1\\tBasic insurance terminology and categorisations\\r\\n1.3.2\\tThe fundamentals of automotive insurance\\r\\n1.3.3\\tTraditional automotive insurance risk rating and pricing criteria\\r\\n1.3.4\\tDevelopments of the actuarial toolbox for motor insurers\\r\\n1.4\\tThe European automotive insurance market\\r\\n1.5\\tThe North American automotive insurance market\\r\\n2\\tInsurance Telematics Solutions\\r\\n2.1\\tIntroduction to insurance telematics\\r\\n2.1.1\\tThe rationale for telematics-based insurance policy pricing\\r\\n2.1.2\\tBrief history of insurance telematics offerings\\r\\n2.2\\tUsage-based insurance and related concepts and applications\\r\\n2.2.1\\tManual reporting\\r\\n2.2.2\\tUsage-based insurance telematics – PAYD, PHYD, MHYD and TBYB\\r\\n2.2.3\\tContinuous and time-limited telematics data recording\\r\\n2.2.4\\tUsage-based pricing vs claims-related insurance telematics\\r\\n2.2.5\\tPersonal lines and commercial lines insurance telematics\\r\\n2.2.6\\tValue-added services related to insurance telematics\\r\\n2.3\\tInsurance telematics infrastructure\\r\\n2.3.1\\tVehicle segment\\r\\n2.3.2\\tInsurer segment\\r\\n2.3.3\\tEnd-user segment\\r\\n2.3.4\\tNetwork segment\\r\\n2.3.5\\tGNSS segment\\r\\n2.4\\tBusiness models\\r\\n2.4.1\\tIn-house development\\r\\n2.4.2\\tLeveraging telematics partners\\r\\n2.4.3\\tUnderwriting without direct client interaction\\r\\n3\\tThe European Insurance Telematics Market\\r\\n3.1\\tRegional market characteristics\\r\\n3.1.1\\tItaly\\r\\n3.1.2\\tGermany\\r\\n3.1.3\\tUnited Kingdom\\r\\n3.1.4\\tFrance\\r\\n3.1.5\\tBenelux\\r\\n3.1.6\\tCentral and Eastern Europe\\r\\n3.1.7\\tAustria and Switzerland\\r\\n3.1.8\\tIberia\\r\\n3.1.9\\tThe Nordics\\r\\n3.2\\tInsurance telematics case studies\\r\\n3.2.1\\tFour million vehicles insured by Unipol feature a black box\\r\\n3.2.2\\tGenerali offers a wide portfolio of insurance telematics products\\r\\n3.2.3\\tSmartphone-only solutions – a growth engine for Allianz’s telematics offerings\\r\\n3.2.4\\tAXA has refocused its insurance telematics portfolio in Europe\\r\\n3.2.5\\tAdmiral Group has multiple insurance telematics programs in Europe\\r\\n3.2.6\\tInsure The Box exited the UBI market in 2024\\r\\n3.2.7\\tAviva completed the acquisition of Direct Line Group in July 2025\\r\\n3.2.8\\tZego shifts strategic focus from B2B to B2C for its UBI portfolio\\r\\n3.2.9\\tHowden Group consolidates broking businesses under a single brand\\r\\n3.2.10\\tAcorn Insurance offers UBI through the Carrot and Acorn brands\\r\\n3.2.11\\tMarkerstudy Group acquires Atlanta Group\\r\\n3.2.12\\tRSA offers UBI in Ireland via 123.ie\\r\\n3.2.13\\tAbbeyAutoline (Prestige) offers UBI in partnership with Howden Driving Data\\r\\n3.2.14\\tHastings Direct and CMT announce partnership renewal for YouDrive\\r\\n3.2.15\\tStellantis has a long experience in UBI on the European market\\r\\n3.2.16\\tMercedes-Benz offers UBI in Germany, Belgium and France\\r\\n3.2.17\\tHUK-Coburg offers smartphone-based telematics since 2019\\r\\n3.2.18\\tVHV’s Telematik Garant has switched to a mobile-based telematics solution\\r\\n3.2.19\\tNeodigital fully acquired by HUK-COBURG in 2025\\r\\n3.2.20\\tGroupama offers insurance telematics in multiple countries\\r\\n3.2.21\\tMAPFRE provides insurance telematics products in Spain\\r\\n3.2.22\\tÖSA and Sparkassen Versicherung offer eCall services in Germany\\r\\n3.2.23\\tGDV launches eCall service with participating German insurers\\r\\n3.2.24\\tZavarovalnica Triglav offers UBI in Slovenia\\r\\n3.2.25\\tWarta offers app-based UBI in Poland\\r\\n3.2.26\\tHDI Global offers telematics solutions in the UK, Germany and Italy\\r\\n3.2.27\\tZurich partners with MGA Freedom Services in the UK\\r\\n3.2.28\\tPaydrive offers UBI in Sweden\\r\\n3.2.29\\tVIS pioneers telematics insurance in Iceland\\r\\n3.2.30\\tABAX launches commercial UBI insurance\\r\\n3.2.31\\tKIA and LexisNexis Risk Solutions partner to offer OEM telematics-based UBI\\r\\n4\\tThe North American Insurance Telematics Market\\r\\n4.1\\tRegional market characteristics\\r\\n4.1.1\\tUnited States\\r\\n4.1.2\\tCanada\\r\\n4.2\\tInsurance telematics case studies\\r\\n4.2.1\\tProgressive is the UBI telematics pioneer in the US\\r\\n4.2.2\\tState Farm works with CMT to enhance the Drive Safe & Save program\\r\\n4.2.3\\tAllstate offers Drivewise and Milewise in the US\\r\\n4.2.4\\tLiberty Mutual has a broad portfolio of telematics products\\r\\n4.2.5\\tDesjardins offers a smartphone app for insurance telematics in Canada\\r\\n4.2.6\\tNationwide offers UBI based on OBD-II, smartphone and OEM telematics data\\r\\n4.2.7\\tFarmers offers mobile-based insurance telematics\\r\\n4.2.8\\tTravelers offers UBI powered by Cambridge Mobile Telematics\\r\\n4.2.9\\tGEICO offers a smartphone-based telematics program in select US states\\r\\n4.2.10\\tToyota Insurance Management Solutions offers UBI in the US\\r\\n4.2.11\\tCAA offers MyPace and Connect powered by OCTO Telematics\\r\\n4.2.12\\tRoot Insurance leverages smartphone-based telematics to offer UBI\\r\\n4.2.13\\tUSAA relaunches its UBI offerings\\r\\n4.2.14\\tProgressive offers two commercial UBI products\\r\\n4.2.15\\tNationwide offers commercial lines insurance telematics solutions\\r\\n4.2.16\\tPhiladelphia Insurance Companies offers fleet insurance telematics\\r\\n4.2.17\\tOhio Mutual Insurance Group offers app-based UBI in seven states\\r\\n4.2.18\\tLiberty Mutual strengthened its UBI offering with the State Auto acquisition\\r\\n4.2.19\\tCMT powers multiple safe driving contests in the US\\r\\n4.2.20\\tIntact bets on smartphone-based telematics solutions\\r\\n4.2.21\\tLemonade fully integrates Metromile as its pay-per-mile insurance offering\\r\\n4.2.22\\tAmerican Family Insurance offers two UBI programs\\r\\n4.2.23\\tHDVI pioneers telematics UBI for fleets of semi-trailer trucks\\r\\n4.2.24\\tTesla to underwrite its own telematics insurance policies\\r\\n4.2.25\\tPouch and Mojio partner to offer fleet insurance to small businesses\\r\\n4.2.26\\tTD Insurance chooses IMS to power its next-generation UBI\\r\\n4.2.27\\tWawanesa Insurance offers app-based UBI powered by The Floow\\r\\n5\\tMarket Forecasts and Trends\\r\\n5.1\\tMarket analysis\\r\\n5.1.1\\tInsurance telematics policies and penetration in Europe and North America\\r\\n5.1.2\\tForm factor developments in Europe and North America\\r\\n5.2\\tValue chain analysis\\r\\n5.2.1\\tInsurance industry players\\r\\n5.2.2\\tTelematics industry players\\r\\n5.2.3\\tAutomotive industry players\\r\\n5.2.4\\tMergers and acquisitions in the insurance telematics space\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tMacroeconomic environment\\r\\n5.3.2\\tRegulatory environment\\t\\r\\n5.3.3\\tCompetitive environment\\r\\n5.3.4\\tTechnology environment\\r\\n5.4\\tIndustry trends\\r\\n5.4.1\\tAI to drive the need for data in the insurance industry\\r\\n5.4.2\\tCustomer engagement becomes increasingly important for UBI\\r\\n5.4.3\\tInsurers embrace both UBI and claims-related insurance telematics\\r\\n5.4.4\\tUBI standalone apps are being integrated into insurers’ main apps\\r\\n5.4.5\\tThe impact of the EU Data Act remains to be seen\\r\\n5.4.6\\tTSPs as intermediaries between OEMs and insurers for connected car data\\r\\n5.4.7\\tThe smartphone is the most favoured form factor in the industry\\r\\n5.4.8\\tInsurers begin to offer wider functionality in their app-based UBI solutions\\r\\n5.4.9\\tCombined smartphone and connected car data solutions show promise\\r\\n5.4.10\\tFleet insurance telematics is an opportunity to reduce fleet risks and costs\\r\\n5.4.11\\tPrivacy concerns are softening across customer segments\\r\\n5.4.12\\tInsurance telematics aims to reduce distracted driving\\r\\n5.4.13\\tPay-per-mile insurance programs gain popularity as driving habits shift\\r\\n5.4.14\\tContinued broadening of the insurance telematics concept is expected\\r\\n5.4.15\\tAutonomous cars alter the playing field for motor insurance\\r\\n5.4.16\\tNew mobility forms provide new opportunities for telematics-based insurance\\r\\n5.4.17\\tThe insurance telematics concept to be applicable for more vehicle types\\r\\n5.4.18\\tOutlook: Insurance telematics is growing rapidly in other regions\\r\\n6\\tCompany Profiles and Strategies\\r\\n6.1\\tAgero\\r\\n6.2\\tArity\\r\\n6.3\\tAzuga (Bridgestone)\\r\\n6.4\\tCambridge Mobile Telematics\\r\\n6.5\\tCCC Intelligent Solutions\\r\\n6.6\\tClearScore\\r\\n6.7\\tDanlaw\\r\\n6.8\\tDolphin Technologies\\t\\r\\n6.9\\tDriveQuant\\r\\n6.10\\tEarnix\\r\\n6.11\\tFairConnect Group\\r\\n6.12\\tGreater Than\\r\\n6.13\\tHowden Driving Data (Howden Group)\\r\\n6.14\\tIMS\\r\\n6.15\\tLexisNexis Risk Solutions\\r\\n6.16\\tMOTER Technologies\\r\\n6.17\\tMunic\\t\\r\\n6.18\\tOCTO Telematics\\r\\n6.19\\tOSeven Telematics\\r\\n6.20\\tRadius Telematics\\r\\n6.21\\tRedtail Telematics\\r\\n6.22\\tSentiance\\r\\n6.23\\tSmith System\\r\\n6.24\\tScope Technology\\r\\n6.25\\tSycada\\r\\n6.26\\tTarga Telematics\\r\\n6.27\\tTelematics Technologies\\r\\n6.28\\tThe Floow\\t\\r\\n6.29\\tTrakm8\\r\\n6.30\\tValtech Mobility\\r\\n6.31\\tVodafone Automotive\\t\\r\\n6.32\\tWebfleet\\r\\n6.33\\tXirgo\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/12/04114012/bi-insurancetelematics9-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Europe and North America reached 34 million insurance telematics policies in 2024\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The introduction of telematics technology in the context of automotive insurance is commonly referred to as usage-based insurance (UBI) or insurance telematics. Solutions of this type generally enable automotive insurers to improve pricing mechanisms based on actual driving data, gain better control of claims and differentiate their offerings to current and prospective policyholders. Variants of insurance telematics which have been popularised over the years include behaviour-based pricing models such as Pay-As-You-Drive (PAYD), Pay-How-You-Drive (PHYD) and Manage-How-You-Drive (MHYD).\",\n          \"\",\n          \"The addressable market for insurance telematics is significant. A total of around 339 million vehicles were in use in the EU27+EFTA+UK in 2023, including over 294 million passenger cars. In North America, an estimated total of around 328 million vehicles were in use in 2024, out of which passenger cars and light trucks represent around 311 million vehicles. Some kind of basic automotive insurance is mandatory in most developed countries and there are in addition a number of subcategories of insurance that provide coverage for different types of unforeseen events involving motor vehicles. Motor gross written premiums in EU22+3 reached a total of € 152.7 billion in 2023. The equivalent number for North America was US$ 456.7 billion (€ 422.0 billion) in 2024.\",\n          \"\",\n          \"Both Europe and North America are forecasted to be growth markets for insurance telematics adoption in 2024–2029. Uncertain economic conditions and the cost-of-living crisis in many markets and their effects on the world economy are believed to drive demand for digital insurance business models, including insurance telematics. Europe and North America represent two major markets when it comes to insurance telematics programs and active policies, and the front-running national markets include the US, Italy, Germany, Canada and the UK. Berg Insight estimates that the total number of insurance telematics policies in force on the European market reached 13.8 million at the end of 2024. Growing at a compound annual growth rate of 7.8 percent, the number of insurance telematics policies in force in Europe is estimated to reach 20.1 million by 2029. In North America, the total number of insurance telematics policies in force is forecasted to increase from an estimated 20.2 million policies at the end of 2024 to reach 31.8 million policies by 2029, representing a compound annual growth rate of 9.5 percent.\",\n          \"\",\n          \"In the US, most of the largest insurers in terms of UBI policies have all introduced smartphone-based solutions to supplement or replace the previously used OBD-II dongles. Several US and Canadian insurers have during recent years reassessed and re-launched their telematics programs. The North American insurance carriers are also exploring claims-related insurance telematics and many are adding distracted driving parameters in their UBI. The European insurance telematics market is dominated by insurers in Italy, Germany and the UK, with an estimated 10.0 million, 1.5 million and 1.3 million policies respectively. Uptake on all other markets is considerably lower, with between 50,000 and 320,000 policies in the Nordics, Iberian Peninsula, France and Benelux, and Central and Eastern Europe.\",\n          \"\",\n          \"The insurance telematics value chain spans multiple industries. Insurers with notable presence in the insurance telematics market include Progressive, Unipol, State Farm, Allstate, Generali, Allianz, HUK-Coburg, Liberty Mutual, Nationwide, AXA, Groupama, Intact, Desjardins, Admiral, and Direct Line Group (acquired by Aviva). Insurance players can either develop telematics programs independently or rely on partners to varying degrees. Smartphone-based telematics programs have grown to significant market shares in the past years and insurers that have historically focused on hardware telematics solutions have also increased their focus on smartphone-based solutions or started to migrate to app-based solutions. \",\n          \"\",\n          \"Leading providers of UBI based on hardware telematics devices include Octo Telematics, Targa Telematics, Vodafone Automotive and FairConnect. Leading smartphone telematics vendors include Cambridge Mobile Telematics, Arity, IMS and The Floow. Other leading vendors of insurance telematics solutions include Agero, CCC Intelligent Solutions, ClearScore, Dolphin Technologies, DriveQuant, Earnix, Greater Than, Howen Driving Data, LexisNexis Risk Solutions, MOTER Technologies, OSeven Telematics, Redtail Telematics, Scope Technology, Sentiance, Smith System, Sycada, Telematics Technologies and Valtech Mobility. Several traditional fleet telematics players including Azuga, Radius Telematics, Trakm8, Valtech Mobility and Webfleet are also active in the insurance telematics field. Examples of companies that provide hardware telematics devices to the market include Danlaw, Munic and Xirgo. Automotive OEMs are furthermore increasingly taking an active part in the ecosystem. Examples include BMW, General Motors, Ford, Honda, Hyundai, Mercedes-Benz, Stellantis, Tesla and Toyota.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/12/04114021/bi-insurancetelematics9-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3108,\n          \"post_author\": \"3\",\n          \"post_date\": \"2022-06-28 11:46:08\",\n          \"post_date_gmt\": \"2022-06-28 09:46:08\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Cederqvist\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-cederqvist\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:52:45\",\n          \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"265\",\n    \"variations\": [\n      {\n        \"id\": 5985,\n        \"name\": \"Insurance Telematics in Europe and North America - 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Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-automotive-oem-telematics-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"11th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"A comprehensive analysis of 25 major car OEMs and their telematics solutions.\",\n                  \"full_description\": [\n                    \"What are the latest trends on the global car OEM telematics market? Berg Insight estimates that 83 percent of all cars sold worldwide in 2025 were equipped with OEM embedded telematics. Examples of applications include eCall and roadside assistance, stolen vehicle tracking, vehicle diagnostics, connected navigation and infotainment, Wi-Fi hotspot, convenience applications, over-the-air updates, in-vehicle payments, usage-based insurance, leasing and rental fleet management, as well as electronic road charging. Get up to date with the latest industry trends in this new 270-page report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/18143958/bi-oemtelematics11-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Global Passenger Car Market\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tPassenger cars in use by region\\r\\n1.1.2\\tNew passenger car registration trends\\r\\n1.2\\tCar manufacturers\\r\\n1.2.1\\tPassenger car registrations in Europe by manufacturer\\r\\n1.2.2\\tPassenger car registrations in North America by manufacturer\\r\\n1.2.3\\tPassenger car registrations in China by manufacturer\\r\\n1.2.4\\tPassenger car registrations in Japan by manufacturer\\r\\n1.2.5\\tPassenger car and light vehicle registrations in South Korea by manufacturer\\r\\n1.3\\tOverview of car OEM telematics services\\r\\n1.3.1\\tOEM connected car services in Europe\\r\\n1.3.2\\tOEM connected car services in North America\\r\\n1.3.3\\tOEM connected car services in Asia-Pacific\\r\\n1.3.4\\tOEM connected car services in Latin America\\r\\n1.3.5\\tOEM connected car services in the Middle East and Africa\\r\\n1.3.6\\tBusiness models\\r\\n1.4\\tRegulatory compliance\\r\\n1.4.1\\tVehicle security, safety and emergency call regulations\\r\\n1.4.2\\tData governance and cybersecurity\\r\\n1.5\\tMarket trends\\r\\n1.5.1\\tHybrid Battery electric and plug-in hybrid electric vehicles\\r\\n1.5.2\\tThe software-defined vehicle\\r\\n1.5.3\\tADAS and autonomous driving technologies\\r\\n1.5.4\\tVehicle-to-Everything (V2X) communications\\r\\n1.5.5\\tCarsharing and personal transportation as a service\\r\\n2\\tConnected Car Solutions\\r\\n2.1\\tCar telematics infrastructure\\r\\n2.1.1\\tVehicle segment\\r\\n2.1.2\\tTracking segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tService segment\\r\\n2.2\\tConnected car services\\r\\n2.2.1\\teCall and roadside assistance\\r\\n2.2.2\\tStolen vehicle tracking\\r\\n2.2.3\\tMotor insurance telematics\\r\\n2.2.4\\tVehicle diagnostics and maintenance\\r\\n2.2.5\\tOver-the-air updates\\r\\n2.2.6\\tLeasing and rental fleet management\\r\\n2.2.7\\tRemote control and convenience services\\r\\n2.2.8\\tConnected navigation and infotainment\\r\\n2.2.9\\tConnected in-vehicle payments\\r\\n2.2.10\\tWi-Fi hotspots\\r\\n2.2.11\\tConnected and AI-powered in-car personal assistants\\r\\n2.3\\tConnectivity options\\r\\n2.3.1\\tEmbedded connectivity solutions\\r\\n2.3.2\\tIntegrated smartphone solutions\\r\\n2.3.3\\tTethered devices\\r\\n3\\tOEM Telematics Offerings\\r\\n3.1\\tBMW Group\\r\\n3.1.1\\tOverview of BMW passenger car models\\r\\n3.1.2\\tOverview of BMW ConnectedDrive services\\r\\n3.1.3\\tBMW and MINI CarData\\r\\n3.1.4\\tMINI connected car services\\r\\n3.2\\tBYD Auto\\r\\n3.2.1\\tOverview of BYD passenger car models\\r\\n3.2.2\\tBYD connected car services\\r\\n3.3\\tChangan Motors\\r\\n3.3.1\\tOverview of Changan Motors passenger car models\\r\\n3.3.2\\tOverview of Changan Motors connected car services\\r\\n3.4\\tChery Group\\r\\n3.4.1\\tOverview of Chery passenger car models\\r\\n3.4.2\\tChery connected car service offerings\\r\\n3.5\\tFord Motor Company\\r\\n3.5.1\\tOverview of Ford passenger car models\\r\\n3.5.2\\tFordPass Connect and Lincoln connected car services\\r\\n3.5.3\\tFord Pro commercial offerings\\r\\n3.6\\tGeely\\r\\n3.6.1\\tOverview of Geely passenger car models\\r\\n3.6.2\\tGeely connected car services\\r\\n3.7\\tGeneral Motors\\r\\n3.7.1\\tOverview of the main GM passenger car brands\\r\\n3.7.2\\tGM OnStar Connected Vehicle services\\r\\n3.8\\tGreat Wall Motors\\r\\n3.8.1\\tOverview of Great Wall Motors passenger car models\\r\\n3.8.2\\tGWM connected car platforms and services\\r\\n3.9\\tHonda Motor Company\\r\\n3.9.1\\tOverview of Honda and Acura passenger car models\\r\\n3.9.2\\tOverview of Honda and Acura connected car services\\r\\n3.10\\tHyundai Motor Group\\r\\n3.10.1\\tOverview of Hyundai and Kia passenger car models\\r\\n3.10.2\\tOverview of Hyundai Motor Group’s connected car platforms\\r\\n3.10.3\\tHyundai BlueLink services\\r\\n3.10.4\\tKia Connect Services\\r\\n3.11\\tJaguar Land Rover\\r\\n3.11.1\\tOverview of Jaguar Land Rover passenger car models\\r\\n3.11.2\\tJaguar Land Rover connected car services\\r\\n3.12\\tLeapmotor\\r\\n3.12.1\\tOverview of Leapmotor passenger car models\\r\\n3.12.2\\tLeapmotor connected car service offerings\\r\\n3.13\\tLi Auto\\r\\n3.13.1\\tOverview of Li Auto passenger car models\\r\\n3.13.2\\tLi Auto connected car service offerings\\r\\n3.14\\tMazda Motor Corporation\\r\\n3.14.1\\tOverview of Mazda passenger car models\\r\\n3.14.2\\tMazda Connected Services\\r\\n3.15\\tMercedes-Benz Group\\r\\n3.15.1\\tOverview of Mercedes-Benz passenger car models\\r\\n3.15.2\\tMercedes Me connect services\\r\\n3.16\\tNIO\\r\\n3.16.1\\tOverview of NIO passenger car models\\r\\n3.16.2\\tNIO connected car service offerings\\r\\n3.17\\tNissan Motor Company\\r\\n3.17.1\\tOverview of Nissan and Infiniti passenger car models\\r\\n3.17.2\\tNissanConnect Services\\r\\n3.18\\tRenault Group\\r\\n3.18.1\\tOverview of Renault and Dacia passenger car models\\r\\n3.18.2\\tRenault connected car services\\r\\n3.19\\tSAIC Motor\\r\\n3.19.1\\tOverview of SAIC Motor passenger car models\\r\\n3.19.2\\tOverview of SAIC connected car services\\r\\n3.20\\tStellantis\\r\\n3.20.1\\tOverview of Stellantis passenger car models\\r\\n3.20.2\\tOverview of Stellantis’ technology platforms\\r\\n3.20.3\\tChrysler, Jeep, Dodge, Ram and Fiat connected car services\\r\\n3.20.4\\tPeugeot, Citroën, DS, Vauxhall and Opel connected car services\\r\\n3.20.5\\tMobilisights Connect\\r\\n3.21\\tSubaru\\r\\n3.21.1\\tOverview of Subaru passenger car models\\r\\n3.21.2\\tOverview of Subaru connected services offerings\\r\\n3.22\\tTesla\\r\\n3.22.1\\tOverview of Tesla passenger car models\\r\\n3.22.2\\tTesla connected car services\\r\\n3.23\\tToyota Motor Corporation\\r\\n3.23.1\\tOverview of Toyota and Lexus passenger car models\\r\\n3.23.2\\tOverview of Toyota and Lexus connected car services\\r\\n3.23.3\\tThe T-Connect and G-LINK connected car services for the Japanese market\\r\\n3.23.5\\tToyota and Lexus connected car services in the Middle East\\r\\n3.23.6\\tToyota connected car services in Australia\\r\\n3.23.7\\tToyota and Lexus connected car services in Europe\\r\\n3.24\\tVolkswagen Group\\r\\n3.24.1\\tOverview of Volkswagen Group passenger car brands and models\\r\\n3.24.2\\tOverview of Volkswagen Group connected car platforms and strategies\\r\\n3.24.3\\tVolkswagen connected car services\\r\\n3.24.4\\tAudi connected car services\\r\\n3.24.5\\tPorsche connected car services\\r\\n3.24.6\\tŠkoda connected car services\\r\\n3.25\\tVolvo Cars\\r\\n3.25.1\\tOverview of Volvo passenger car models\\r\\n3.25.2\\tVolvo connected car services\\r\\n4\\tConnected Car Ecosystem Players\\r\\n4.1\\tConnected vehicle platform and service providers\\r\\n4.1.1\\tBeijing Yesway Information Technology\\r\\n4.1.2\\tBosch\\r\\n4.1.3\\tCerence AI\\r\\n4.1.4\\tForvia\\r\\n4.1.5\\tHarman International\\r\\n4.1.6\\tHERE Technologies\\r\\n4.1.7\\tMapbox\\r\\n4.1.8\\tPATEO\\r\\n4.1.9\\tSibros\\r\\n4.1.10\\tSiriusXM Connect\\r\\n4.1.11\\tSonatus\\r\\n4.1.12\\tTomTom\\r\\n4.1.13\\tValtech Mobility\\r\\n4.1.14\\tWirelessCar\\r\\n4.2\\tData-as-a-Service marketplaces and developer platforms\\r\\n4.2.1\\tCaruso\\r\\n4.2.2\\tHigh Mobility\\r\\n4.2.3\\tLexisNexis Risk Solutions\\r\\n4.2.4\\tMotorq\\r\\n4.2.5\\tSmartcar\\r\\n4.3\\tMobile operators\\r\\n4.3.1\\tAmérica Móvil\\r\\n4.3.2\\tAT&T\\r\\n4.3.3\\tChina Mobile\\r\\n4.3.4\\tChina Unicom\\r\\n4.3.5\\tDeutsche Telekom\\r\\n4.3.6\\tKDDI\\r\\n4.3.7\\tOrange\\r\\n4.3.8\\tSingtel\\r\\n4.3.9\\tTele2\\r\\n4.3.10\\tTelefónica\\r\\n4.3.11\\tTelenor\\r\\n4.3.12\\tVerizon\\r\\n4.3.13\\tVodafone\\r\\n4.4\\tIoT managed service providers\\r\\n4.4.1\\tAirnity\\r\\n4.4.2\\tCubic\\r\\n4.4.3\\tLenovo Connect\\r\\n4.4.4\\tNTT\\r\\n4.4.5\\tTata Communications\\r\\n4.5\\tConnectivity management platform providers\\r\\n4.5.1\\tAeris\\r\\n4.5.2\\tAirlinq\\r\\n4.5.3\\tCisco\\r\\n4.5.4\\tLolo Company\\r\\n5\\tMarket Forecasts and Trends\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCar sales forecast\\r\\n5.1.2\\tConnected car forecast\\r\\n5.1.3\\tThe connected car market in the EU27+EFTA+UK and Eastern Europe\\r\\n5.1.4\\tThe connected car market in North America\\r\\n5.1.5\\tThe connected car market in Latin America\\r\\n5.1.6\\tThe connected car market in China\\r\\n5.1.7\\tThe connected car market in rest of Asia-Pacific\\r\\n5.1.8\\tThe connected car market in the Middle East and Africa\\r\\n5.1.9\\tAnalysis of connected car services by OEM\\r\\n5.1.10\\tConnected car hardware and service revenue forecast\\r\\n5.1.11\\tEmbedded TCU shipments by technology\\r\\n5.1.12\\tConnected car data consumption analysis\\r\\n5.2\\tValue chain analysis\\r\\n5.2.1\\tTCU, NAD and SoC suppliers\\r\\n5.2.2\\tConnected vehicle platform and service providers\\r\\n5.2.3\\tCar manufacturers\\r\\n5.2.4\\tAutomotive connectivity providers\\r\\n5.2.5\\tCloud, application and content suppliers\\r\\n5.3\\tMarket trends\\r\\n5.3.1\\tConnectivity as an enabler for the software-defined vehicle\\r\\n5.3.2\\tOver-the-air (OTA) updates are now mainstream in new connected vehicles\\r\\n5.3.3\\tLocalisation becomes more important for connected vehicle services\\r\\n5.3.4\\tSGP.32 enables scalable automotive connectivity management for OEMs\\r\\n5.3.5\\t5G RedCap creates a lower-cost migration path from 4G to 5G\\r\\n5.3.6\\tSatellite connectivity emerges as a coverage extension for connected vehicles\\r\\n5.3.7\\tMass market safety services driven by regional mandates\\r\\n5.3.8\\tOEM SVT services compete with aftermarket services in many countries\\r\\n5.3.9\\tConnected navigation faces competition from free smartphone apps\\r\\n5.3.10\\tGen AI-powered in-car personal assistants to improve driving experiences\\r\\n5.3.11\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n5.3.12\\tOEMs increasingly involved in usage-based insurance products\\r\\n5.3.13\\tChinese OEMs raise customer expectations for connected services in Europe\\r\\n5.3.14\\tWestern OEMs adopt new strategies for the Chinese market\\r\\n5.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/18144007/bi-oemtelematics11-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected cars with embedded OEM telematics systems is expected to reach 580 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Several categories of connected car applications are now offered by carmakers. Examples include eCall and roadside assistance, stolen vehicle tracking (SVT), vehicle diagnostics, over-the-air (OTA) updates, connected navigation and infotainment, entertainment services such as music and video streaming, convenience services, Wi-Fi hotspots as well as AI personal assistance services. Virtually all of the world’s leading carmakers have launched mass-market connected services in key regions today. Berg Insight estimates that 83 percent of all new cars sold worldwide in 2025 were equipped with embedded connectivity, up from 79 percent in 2024. The eCall mandate in EU27+EFTA+UK has accelerated the adoption of connected car technology, making it a standard feature in all new cars sold in the region in 2025. North America is an advanced market in terms of connected car services with an estimated attach rate of 94 percent. In China, the attach rate reached an estimated 90 percent in 2025. Other developed markets include Russia and CIS, Japan and South Korea. In other regions, the attach rate is still around 30–40 percent. \",\n                        \"\",\n                        \"Since many volume brands such as Toyota, GM, Stellantis, Ford, Volkswagen, Hyundai/Kia, Honda and Nissan now offer connected services for free in their main markets, they will constitute a large part of the growth of connected cars in the coming years. Premium brands such as BMW, Mercedes-Benz and Audi have offered connected services as a standard feature across models and geographies for more than a decade and have a considerable number of connected cars today. Other major car brands offering connected services on a broad scale include Tesla, Renault, Geely, BYD, Volvo Cars, Mazda, JLR, SAIC, GWM, Chery, Subaru, Skoda, Porsche, Lexus and Changan Motors. Relatively newly founded brands in China such as Leapmotor, Li Auto and NIO also offer embedded connected services.\",\n                        \"\",\n                        \"Berg Insight estimates that total shipments of cars equipped with embedded connectivity reached 72.6 million units worldwide in 2025. Shipments are expected to reach 82.6 million units in 2030. During the same time, the attach rate of embedded connectivity is forecasted to increase from about 83 percent in 2025 to 91 percent in 2030. The number of active OEM telematics SIM cards is forecasted to grow at a CAGR of 11.5 percent from 338.0 million in 2025 to 583.1 million in 2030.\",\n                        \"\",\n                        \"Car manufacturers rely on services provided by mobile network operators, MVNOs, connectivity management platform providers and connected vehicle software and platform providers. Mobile operators and MVNOs such as AT&T, Vodafone, China Unicom, China Mobile, KDDI, Deutsche Telekom, Orange, Verizon, Cubic3 and NTT are leading connectivity providers in the automotive segment. Connectivity management platforms is also an important part of the connected car ecosystem enabling features such as provisioning, subscription management, cost monitoring and event management. Leading connectivity management platforms players in the automotive industry include Cisco, Aeris, Airlinq and Lolo Company.\",\n                        \"\",\n                        \"Connected vehicle platform and service providers support OEMs in the development, deployment and operation of connected car services. The category includes connected vehicle platform providers offering cloud back-end, vehicle-to-cloud connectivity, OTA updates, diagnostics, data management and service orchestration capabilities. It also includes automotive technology suppliers providing infotainment, telematics, digital cockpit, voice assistant and connected-service software. Leading providers in this segment include Beijing Yesway Information, Bosch, Cerence AI, Forvia, Harman International, HERE Technologies, Mapbox, PATEO, Sibros, SiriusXM Connect, Sonatus, TomTom, Valtech Mobility and WirelessCar. There are also companies specialising in building connected car services and applications upon connected car data. Examples of such companies include Caruso, High Mobility, LexisNexis Risk Solutions, Motorq and Smartcar.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/18144015/bi-oemtelematics11-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"304\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on car populations and new car registrations worldwide\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the connected car value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 25 major car OEMs and their connected car offerings. \"\n                      },\n                      {\n                        \"bullet_point\": \"Updated market forecasts by region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Car OEM 11th\",\n                \"src\": \"https://media.berginsight.com/2026/07/18144047/Car-OEM-11th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-automotive-oem-telematics-market-6/\",\n              \"name\": \"The Global Automotive OEM Telematics Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5961,"link":"https://cms.berginsight.com/report/fleet-management-in-europe-6/","acf_data":"{\n  \"permalink\": \"/fleet-management-in-europe\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"20th Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"A comprehensive market report analysing the latest developments on the fleet management market in Europe.\",\n    \"full_description\": [\n      \"How will the market for fleet management systems for commercial vehicles in Europe evolve in 2026 and beyond? Now in its twentieth edition this strategy report from Berg Insight covers the latest trends and developments in the dynamic commercial vehicle telematics industry. Berg Insight forecasts that the number of fleet management systems in active use in the region is forecasted to grow at a CAGR of 11.0 percent from 18.1 million units at the end of 2024 to 30.5 million by 2029. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/11/27150615/bi-fm20-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tCommercial Vehicle Fleets in Europe\\r\\n1.1\\tLight commercial vehicles\\r\\n1.2\\tMedium and heavy trucks and buses\\r\\n1.3\\tTrailers and semi-trailers\\r\\n1.4\\tOff-road construction and agriculture equipment\\r\\n1.5\\tCompany owned passenger cars\\r\\n1.6\\tOwnership structure\\r\\n1.6.1\\tStatistical estimates by industry and company size\\r\\n1.6.2\\tLight commercial vehicle fleets\\r\\n1.6.3\\tMedium and heavy commercial vehicle fleets\\r\\n2\\tFleet Management Solutions\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tVehicle segment\\r\\n2.1.2\\tGNSS segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tBackoffice segment\\r\\n2.2\\tVehicle management\\r\\n2.2.1\\tVehicle diagnostics and maintenance planning\\r\\n2.2.2\\tSecurity tracking\\r\\n2.2.3\\tFuel card integration and reporting\\r\\n2.3\\tDriver management\\r\\n2.3.1\\tDriving data registration and analysis\\r\\n2.3.2\\tVideo-based driver monitoring\\r\\n2.3.3\\tEco-driving schemes\\r\\n2.3.4\\tInsurance risk management\\r\\n2.4\\tOperations management\\r\\n2.4.1\\tRouting and navigation\\r\\n2.4.2\\tTransport management\\r\\n2.4.3\\tMobile workforce management\\r\\n2.5\\tRegulatory compliance and reporting\\r\\n2.5.1\\tDigital tachograph data download\\r\\n2.5.2\\tElectronic toll collection and road user charging\\r\\n2.5.3\\tOther applications\\r\\n2.6\\tBusiness models\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis\\r\\n3.1.1\\tFleet management installed base and unit shipments\\r\\n3.1.2\\tMarket value analysis\\r\\n3.1.3\\tRegional market dynamics\\r\\n3.1.4\\tFleet management vendor market shares\\r\\n3.1.5\\tTrailer telematics shipments, installed base and vendor market shares\\r\\n3.2\\tMarket drivers and barriers\\r\\n3.2.1\\tMacroeconomic environment\\r\\n3.2.2\\tRegulatory environment\\r\\n3.2.3\\tCompetitive environment\\r\\n3.2.4\\tTechnology environment\\r\\n3.3\\tValue chain analysis\\r\\n3.3.1\\tTelematics industry players\\r\\n3.3.2\\tAutomotive industry players\\r\\n3.3.3\\tTelecom industry players\\r\\n3.3.4\\tIT industry players\\r\\n3.4\\tFuture industry trends\\r\\n3.4.1\\tOEM fleet telematics market developments\\r\\n3.4.2\\tNew features are continuously added to fleet management solutions\\r\\n3.4.3\\tAI functionality finds its way into the fleet management solution market\\r\\n3.4.4\\tThe EU Data Act impacts the fleet telematics sector\\r\\n3.4.5\\tNow is the time to adapt to the new tachograph legislation in the EU\\r\\n3.4.6\\tThe EU mandates tyre pressure monitoring systems on trucks\\r\\n3.4.7\\tFM providers support management of EVs and fleet electrification processes\\r\\n3.4.8\\tLCV manufacturers collaborating with aftermarket players\\r\\n3.4.9\\tGo-to-market strategy and pricing model evolution\\r\\n3.4.10\\tInsurance telematics for commercial fleets\\r\\n3.4.11\\tMajor tyre manufacturers invest in the commercial vehicle telematics market\\r\\n3.4.12\\tFleet management services based on mobile app platforms\\r\\n3.4.13\\tBig Data and AI in the fleet management sector\\r\\n3.4.14\\tMore Pan-European players to enter the scene\\r\\n3.4.15\\tFMS providers open up their platforms to third-party app developers\\r\\n3.4.16\\tThe Internet of Transportation Things expands the addressable market\\r\\n3.4.17\\tAutonomous and electric vehicle fleets to influence the FMS market\\r\\n3.4.18\\tMergers and acquisitions to continue in 2026\\r\\n3.4.19\\tThe long-term evolution of the fleet management ecosystem\\r\\n4\\tOEM Products and Strategies\\r\\n4.1\\tTruck manufacturers\\r\\n4.1.1\\tDaimler Truck Group\\r\\n4.1.2\\tVolvo Group (including Renault Trucks)\\r\\n4.1.3\\tScania\\r\\n4.1.4\\tMAN Truck & Bus\\r\\n4.1.5\\tDAF Trucks\\r\\n4.1.6\\tIveco\\r\\n4.2\\tConstruction equipment manufacturers\\r\\n4.2.1\\tBobcat\\r\\n4.2.2\\tCaterpillar\\r\\n4.2.3\\tDeere & Company\\r\\n4.2.4\\tJCB\\r\\n4.2.5\\tKomatsu\\r\\n4.2.6\\tLiebherr\\r\\n4.2.7\\tVolvo CE\\r\\n4.3\\tTrailer manufacturers\\r\\n4.3.1\\tSchmitz Cargobull\\r\\n4.3.2\\tKrone\\r\\n4.3.3\\tKögel\\r\\n4.3.4\\tWielton Group\\r\\n4.4\\tOE suppliers\\r\\n4.4.1\\tActia\\r\\n4.4.2\\tAumovio\\r\\n4.4.3\\tKnorr-Bremse\\r\\n4.4.4\\tStoneridge Electronics\\r\\n4.4.5\\tZF\\r\\n4.5\\tHardware and software providers\\r\\n4.5.1\\tAdvantech\\r\\n4.5.2\\tAplicom\\r\\n4.5.3\\tERM Advanced Telematics\\r\\n4.5.4\\tJimi IoT (Concox)\\r\\n4.5.5\\tJohn Deere Electronic Solutions\\r\\n4.5.6\\tLantronix\\r\\n4.5.7\\tMunic\\r\\n4.5.8\\tPowerfleet\\r\\n4.5.9\\tQuake Global\\r\\n4.5.10\\tQueclink Wireless Solutions\\r\\n4.5.11\\tRuptela\\r\\n4.5.12\\tSquarell Technology\\r\\n4.5.13\\tTeltonika\\r\\n4.6\\tVideo-based driver monitoring solution vendors\\r\\n4.6.1\\tCameraMatics\\r\\n4.6.2\\tExeros Technologies\\r\\n4.6.3\\tIdrive\\r\\n4.6.4\\tLytx\\r\\n4.6.5\\tSeeing Machines\\r\\n4.6.6\\tSolera Fleet Solutions\\r\\n4.6.7\\tStreama\\r\\n4.6.8\\tSureCam\\t\\r\\n4.6.9\\tVisionTrack\\r\\n4.6.10\\tXirgo\\r\\n5\\tInternational Aftermarket Solution Providers\\r\\n5.1\\tABAX\\r\\n5.2\\tAddSecure\\r\\n5.3\\tCalAmp\\r\\n5.4\\tCartrack (Karooooo)\\r\\n5.5\\tCtrack\\r\\n5.6\\tGeotab\\r\\n5.7\\tGurtam\\r\\n5.8\\tMICHELIN Connected Fleet\\r\\n5.9\\tORBCOMM\\r\\n5.10\\tPlatform Science\\r\\n5.11\\tPowerfleet\\r\\n5.12\\tSamsara\\r\\n5.13\\tSCALAR by ZF\\r\\n5.14\\tShiftmove\\r\\n5.15\\tTarga Telematics\\r\\n5.16\\tTeletrac Navman\\r\\n5.17\\tTrackunit\\r\\n5.18\\tVerizon Connect\\r\\n5.19\\tWebfleet\\r\\n6\\tRegional Aftermarket Solution Providers\\r\\n6.1\\tBenelux and France\\r\\n6.1.1\\tActia Telematics Services\\r\\n6.1.2\\tCLS Group\\r\\n6.1.3\\tCoyote Group\\r\\n6.1.4\\tFleetGO\\r\\n6.1.5\\tGeoDynamics\\r\\n6.1.6\\tGPS-Buddy\\r\\n6.1.7\\tInter-Data\\r\\n6.1.8\\tLinqo\\r\\n6.1.9\\tMicpoint\\r\\n6.1.10\\tMobiCoach\\r\\n6.1.11\\tOcéan (Orange Business)\\r\\n6.1.12\\tPrometheus Informatics\\r\\n6.1.13\\tRietveld\\r\\n6.1.14\\tRoute42\\r\\n6.1.15\\tRouteVision\\r\\n6.1.16\\tSensolus\\r\\n6.1.17\\tSimpliciti\\r\\n6.1.18\\tSinari Telematics\\r\\n6.1.19\\tSoFleet (Synox)\\r\\n6.1.20\\tStrada\\r\\n6.1.21\\tSuiviDeFlotte.net\\r\\n6.1.22\\tSuivo\\r\\n6.1.23\\tT Comm Telematics\\r\\n6.1.24\\tTEKSAT\\r\\n6.1.25\\tTruckonline\\r\\n6.1.26\\tVehizen\\r\\n6.2\\tGermany and Central Europe\\r\\n6.2.1\\tArealControl\\r\\n6.2.2\\tAROBS Transilvania Software\\r\\n6.2.3\\tBornemann\\r\\n6.2.4\\tCCS (Corpay)\\r\\n6.2.5\\tCommander\\r\\n6.2.6\\tENAiKOON\\r\\n6.2.7\\tETA Automatizari Industriale\\r\\n6.2.8\\tEurowag Telematics\\r\\n6.2.9\\tFleet Services (GPS Bulgaria)\\r\\n6.2.10\\tFlotman\\r\\n6.2.11\\tGEONAVI\\r\\n6.2.12\\ti-Cell\\r\\n6.2.13\\tiData\\r\\n6.2.14\\tIdem Telematics\\r\\n6.2.15\\tInfis\\r\\n6.2.16\\tLogifleet\\r\\n6.2.17\\tLogisat\\r\\n6.2.18\\tMapon\\r\\n6.2.19\\tMireo\\r\\n6.2.20\\tmobileObjects\\r\\n6.2.21\\tNaviman Telematics\\r\\n6.2.22\\tRosenberger Telematics\\r\\n6.2.23\\tSherlog Technology\\r\\n6.2.24\\tSpedion\\r\\n6.2.25\\tTIS\\r\\n6.2.26\\tVISPIRON (Carsync)\\r\\n6.2.27\\tYellowFox\\r\\n6.2.28\\tZF Bus Connect\\r\\n6.3\\tThe Mediterranean\\r\\n6.3.1\\tAtlantis Global System (Schmitz Cargobull)\\r\\n6.3.2\\tFagor Electrónica (Sateliun)\\r\\n6.3.3\\tFrotcom International\\r\\n6.3.4\\tG4S Telematix\\r\\n6.3.5\\tGesinflot\\r\\n6.3.6\\tGMV\\r\\n6.3.7\\tiLink\\r\\n6.3.8\\tInfogestweb (Golia)\\r\\n6.3.9\\tLocatel\\r\\n6.3.10\\tMacnil\\r\\n6.3.11\\tMovildata\\r\\n6.3.12\\tSatdata\\r\\n6.3.13\\tSIPLI\\r\\n6.3.14\\tTecmic\\r\\n6.3.15\\tTrackysat\\r\\n6.3.16\\tVodafone Automotive\\r\\n6.3.17\\tWemob\\r\\n6.4\\tNordic countries\\r\\n6.4.1\\tECIT Autogear\\r\\n6.4.2\\tEcoMobility\\r\\n6.4.3\\tGpsGate\\r\\n6.4.4\\tGSFleet\\r\\n6.4.5\\tGSMvalve\\r\\n6.4.6\\tInfobric Fleet\\r\\n6.4.7\\tKeatech\\r\\n6.4.8\\tLocus Solutions\\r\\n6.4.9\\tTotal Car\\r\\n6.4.10\\tTramigo\\r\\n6.4.11\\tTriona\\r\\n6.4.12\\tVialumina\\r\\n6.4.13\\tZeekit\\r\\n6.5\\tUK and Ireland\\r\\n6.5.1\\t3Dtracking\\r\\n6.5.2\\tAxscend (SAF-Holland)\\r\\n6.5.3\\tBigChange\\r\\n6.5.4\\tCMS SupaTrak\\r\\n6.5.5\\tCrystal Ball\\r\\n6.5.6\\tGreenRoad\\r\\n6.5.7\\tLightfoot\\r\\n6.5.8\\tMatrix iQ\\r\\n6.5.9\\tMicrolise\\r\\n6.5.10\\tQuartix\\r\\n6.5.11\\tRadius Telematics\\r\\n6.5.12\\tRAM Tracking\\r\\n6.5.13\\tSatmo\\r\\n6.5.14\\tTrakm8\\r\\n6.5.15\\tTranspoco\\r\\n6.5.16\\tVerilocation (Omegro)\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/11/27150624/bi-fm20-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of FM systems to reach 30.5 million units by 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Fleet management is an ambiguous term used in reference to a wide range of solutions for different vehicle-related applications. Berg Insight’s definition of a fleet management solution is a vehicle-based system that incorporates data logging, satellite positioning and data communications to a backoffice application. The history of fleet management solutions goes back several decades. On-board vehicle computers first emerged in the 1980s and were soon connected to various networks. Today mobile networks can provide ubiquitous online connectivity at a reasonable cost and mobile computing technology delivers very high performance, as well as excellent usability. All of these components combined enable the delivery of vehicle management, transport management, driver management and mobile workforce management applications linking vehicles and enterprise IT systems.\",\n          \"\",\n          \"Commercial vehicle fleets play an essential role in the European economy. According to official statistics there were 44.4 million commercial vehicles in use in EU25+3 in 2023. The 6.9 million medium and heavy trucks accounted for more than 75 percent of all inland transports, forming a € 250 billion industry. Approximately 0.8 million buses and coaches stood for 9.3 percent of all passenger kilometres. The greater part of the 36.7 million light commercial vehicles (LCV) in Europe was used by mobile workers and for activities such as distribution of goods and parcels. Last but not least, there are an estimated 23.2 million passenger cars owned by companies and governments in EU27+3.\",\n          \"\",\n          \"Berg Insight is of the opinion that the European fleet management market has entered a growth period that will last for several years to come. Individual markets may however suffer temporary setbacks, depending on the development of the general economy in the region and Ukraine crisis. The number of fleet management systems in active use is forecasted to grow at a compound annual growth rate of 11.0 percent from 18.1 million units at the end of 2024 to 30.5 million by 2029. The penetration rate in the total population of non-privately owned commercial vehicles and cars is estimated to increase from 26.7 percent in 2024 to 42.8 percent in 2029.\",\n          \"\",\n          \"The top-40 vendors have today more than 100,000 active units in Europe. A group of international aftermarket solution providers have emerged as the leaders on the European fleet management market. Berg Insight ranks Targa Telematics as the largest vendor in Europe at the end of 2024 with 900,000 subscribers in the region, followed by Webfleet and CalAmp with 752,000 and 600,000 subscribers respectively. AddSecure Smart Transport is ranked as the largest player in the aftermarket heavy trucks segment with an estimated 320,000 active units installed. Other significant players include European companies such as Radius Telematics, Microlise, Eurowag Telematics, ABAX, Shiftmove, Gurtam, Quartix, Bornemann, MICHELIN Connected Fleet, SCALAR by ZF, Linqo, RAM Tracking, Océan (Orange), Mapon, GSFleet, Macnil, AROBS Transilvania Software, Actia Telematics Services, Matrix iQ and Infobric Fleet and international players like Platform Science, Teletrac Navman, Powerfleet and Verizon Connect from the US, Geotab from Canada and the South African telematics providers Cartrack and Ctrack.\",\n          \"\",\n          \"All major truck manufacturers on the European market offer OEM telematics solutions as part of their product portfolio. A major trend in the past years has been the announcements of standard line fitment of fleet management solutions. Since the end of 2011, Scania is rolling out the Scania Communicator as standard on all European markets and includes a ten-year basic service subscription. All medium and heavy duty trucks from Daimler Truck contains the Fleetboard vehicle computer as standard and the buses are equipped with OMNIplus ON. Volvo offers Volvo Connect as standard in Europe. New MAN trucks are now equipped with RIO as standard. DAF launched its new PACCAR Connect as standard in 2024 and includes 10 years of connectivity. The leading OEMs in Europe are Scania, Daimler Truck, Volvo Group and MAN with 461,000, 382,000, 364,000 and 264,000 active FM subscribers respectively at the end of 2024.\",\n          \"\",\n          \"The consolidation trend continues and 11 M&A activities have taken place in 2025 so far. Mapon acquired the two fleet management companies Interkom in Sweden and Envirokind (known under the Fleet DATA brand) in Ireland. FleetGO Group acquired the Dutch software provider ScoreTrace and Awaken in France. H2 Equity Partners divested its majority share in RAM Tracking to Klipboard. The investment firm IK Investment Partners divested GeoDynamics to Blinqx. Movildata in Spain was separated from Verizon Connect in June 2025. The new owner is Unirte IOT, a company under control of Movildata’s original CEO. Geotab acquired Verizon Connect’s remaining commercial operations in Europe (including the UK, Ireland, Italy, France, Germany, the Netherlands, Poland and Portugal). Trakm8 was acquired by Brillian UK (part of Constellation Software) and subsequently delisted from the AIM stock exchange. AddSecure’s Smart Transport UK business was in August acquired by Omegro and rebranded to Verilocation. Carsync merged with Motum, a specialist in digital claims and maintenance management.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/11/27150632/bi-fm20-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"264\",\n    \"variations\": [\n      {\n        \"id\": 5966,\n        \"name\": \"Fleet Management in Europe - 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This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"308\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in the Middle East.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the 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\"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"300\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 new executive interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in Latin America. \"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications. \"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 95 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands. \"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 26,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Fleet Latin America 2\",\n                \"src\": \"https://media.berginsight.com/2026/06/30093931/Fleet-Latin-America-2.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/fleet-management-in-latin-america-2/\",\n              \"name\": \"Fleet Management in Latin America\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Transport & Logistics\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n         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The vehicle category can be further divided into cars, motorcycles, mopeds, bicycles, caravans, motor caravans, leisure boats, ATVs and snowmobiles. The general asset tracking category includes any type of asset, such as luggage, keys, wallets, clothes, electronics, tools and sports equipment. Learn more about the business opportunities associated with these tracking solutions in this 180 page strategy report from Berg Insight. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/11/21193152/bi-consumerassets3-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction\\r\\n1.1\\tConsumer asset tracking infrastructure\\r\\n1.1.1\\tDevice segment\\r\\n1.1.2\\tPositioning segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tPlatform segment\\r\\n1.2\\tBusiness models and sales channels\\r\\n1.2.1\\tRetail\\r\\n1.2.2\\tInsurance companies\\r\\n1.2.3\\tMobile network operators\\r\\n2\\tFamily and Child Tracking\\r\\n2.1\\tPopulation in Europe and North America\\r\\n2.2\\tFamily tracking solutions\\r\\n2.2.1\\tMobile operator branded apps\\r\\n2.2.2\\tFreemium apps\\r\\n2.2.3\\tFree apps and social media\\r\\n2.3\\tChild tracking solutions and vendor market shares\\r\\n2.4\\tCompany profiles\\r\\n2.4.1\\tApple\\r\\n2.4.2\\tBark Technologies\\r\\n2.4.3\\tCosmo Technologies\\r\\n2.4.4\\tGabb Wireless\\r\\n2.4.5\\tGarmin\\r\\n2.4.6\\tGlobalstar\\r\\n2.4.7\\tLife360\\r\\n2.4.8\\tLil Tracker\\r\\n2.4.9\\tMyKi (Shelly Group)\\r\\n2.4.10\\tSmartcom Mobility Solutions\\r\\n2.4.11\\tSmith Micro Software\\r\\n2.4.12\\tXplora Technologies\\r\\n3\\tPet Tracking\\r\\n3.1\\tPet population in Europe and North America\\r\\n3.2\\tPet tracking solutions and vendor market shares\\r\\n3.3\\tCompany profiles\\r\\n3.3.1\\tFi\\r\\n3.3.2\\tFitbark\\r\\n3.3.3\\tHalo\\r\\n3.3.4\\tKippy (Datamars)\\r\\n3.3.5\\tLafayette\\r\\n3.3.6\\tLildog\\r\\n3.3.7\\tLink My Pet (Smart Tracking Technologies)\\r\\n3.3.8\\tPawfit\\r\\n3.3.9\\tPetCube\\r\\n3.3.10\\tPetSafe Brands\\r\\n3.3.11\\tPetPace\\r\\n3.3.12\\tPitPat\\r\\n3.3.13\\tSpotOn\\r\\n3.3.14\\tTracker (Natlink)\\r\\n3.3.15\\tTractive\\r\\n3.3.16\\tWeenect\\r\\n4\\tPassenger Car Tracking\\r\\n4.1\\tPassenger car fleet in Europe and North America\\r\\n4.2\\tCar theft in Europe and North America\\r\\n4.3\\tTelematics solutions\\r\\n4.3.1\\teCall and roadside assistance\\r\\n4.3.2\\tStolen vehicle tracking\\r\\n4.3.3\\tVehicle diagnostics and maintenance\\r\\n4.3.4\\tMotor insurance telematics\\r\\n4.3.5\\tRemote control and convenience services\\r\\n4.3.6\\tWi-Fi hotspot\\r\\n4.4\\tVendor market shares\\r\\n4.5\\tCompany profiles\\r\\n4.5.1\\tAccuTracking\\r\\n4.5.2\\tAgnik (Vyncs)\\r\\n4.5.3\\tAir\\r\\n4.5.4\\tAutobrain\\r\\n4.5.5\\tDIMO\\r\\n4.5.6\\tMasTrack\\r\\n4.5.7\\tMojio\\r\\n4.5.8\\tNet4Things\\r\\n4.5.9\\tPasstime GPS\\r\\n4.5.10\\tProtectus Technologies (CarLock)\\r\\n4.5.11\\tSVR Tracking\\r\\n4.5.12\\tTail Light (Bouncie)\\r\\n4.5.13\\tVerizon\\r\\n5\\tConsumer Vehicle Tracking\\r\\n5.1\\tConsumer vehicle parc in Europe and North America\\r\\n5.1.1\\tMotorcycles and mopeds\\r\\n5.1.2\\tBicycles\\r\\n5.1.3\\tCaravans and motor caravans\\r\\n5.1.4\\tLeisure boats\\r\\n5.1.5\\tOther consumer vehicles\\r\\n5.2\\tConsumer vehicle theft\\r\\n5.3\\tConsumer vehicle tracking solutions and vendor market shares\\r\\n5.3.1\\tMotorcycles and mopeds\\r\\n5.3.2\\tBicycles\\r\\n5.3.3\\tLeisure boats\\r\\n5.3.4\\tCaravans, motorhomes, ATVs and snowmobiles\\r\\n5.4\\tCompany profiles\\r\\n5.4.1\\tAtlantis Moto\\r\\n5.4.2\\tBikeFinder\\r\\n5.4.3\\tBikeTrac\\r\\n5.4.4\\tBoomerang Bike\\r\\n5.4.5\\tBosch eBike Systems\\r\\n5.4.6\\tConneqtech\\r\\n5.4.7\\tDokensip\\r\\n5.4.8\\tEllr\\r\\n5.4.9\\tFaria Beede\\r\\n5.4.10\\tGeoRide\\r\\n5.4.11\\tHaveltec (I Lock It)\\r\\n5.4.12\\tIoT Venture\\r\\n5.4.13\\tLinxup\\r\\n5.4.14\\tMapit IoT\\r\\n5.4.15\\tMonimoto\\r\\n5.4.16\\tNorthTracker\\r\\n5.4.17\\tPowUnity\\r\\n5.4.18\\tSailsense Analytics\\r\\n5.4.19\\tScorpion Automotive\\r\\n5.4.20\\tSensar Marine\\r\\n5.4.21\\tSense4Boat (D-Marin)\\r\\n5.4.22\\tSentinel Marine Solutions\\r\\n5.4.23\\tSiren Marine (Yamaha Motor)\\r\\n5.4.24\\tSIZZAPP\\r\\n5.4.25\\tSMT Performances\\r\\n5.4.26\\tTracefy\\r\\n5.4.27\\tTrackting\\r\\n6\\tGeneral Consumer Asset Tracking\\r\\n6.1\\tGeneral consumer asset tracking solutions\\r\\n6.2\\tCompany profiles\\r\\n6.2.1\\tBrickHouse Security\\r\\n6.2.2\\tDOTS\\r\\n6.2.3\\tGEGO (LugLoc)\\r\\n6.2.4\\tInvoxia\\r\\n6.2.5\\tLandAirSea Systems\\r\\n6.2.6\\tLoneStar Tracking\\r\\n6.2.7\\tMiniFinder\\r\\n6.2.8\\tOptimus\\r\\n6.2.9\\tPAJ\\r\\n6.2.10\\tSpåra Group (EmbeddedArt)\\r\\n6.2.11\\tStealth Tracer\\r\\n6.2.12\\tTrackimo\\r\\n7\\tMarket Forecasts and Trends\\r\\n7.1\\tMarket forecasts\\r\\n7.1.1\\tConsumer asset tracking installed base and unit shipments\\r\\n7.1.2\\tPenetration rate\\r\\n7.1.3\\tKids GPS watches\\r\\n7.1.4\\tPet tracking\\r\\n7.1.5\\tCar tracking\\r\\n7.1.6\\tMotorcycle and moped tracking\\r\\n7.1.7\\tBicycle tracking\\r\\n7.1.8\\tCaravan and motor caravan tracking\\r\\n7.1.9\\tLeisure boat tracking\\r\\n7.1.10\\tOther consumer vehicle tracking\\r\\n7.1.11\\tGeneral-purpose tracking\\r\\n7.2\\tMarket trends\\r\\n7.2.1\\tLPWA networking technologies create new market opportunities\\r\\n7.2.2\\tConsumer asset tracking market gains traction thanks to Apple AirTag\\r\\n7.2.3\\tSpecialised solutions have a competitive advantage\\r\\n7.2.4\\tPet tracking is a high-potential market\\r\\n7.2.5\\tIncreasing integration of AI in consumer asset tracking solutions\\r\\n7.2.6\\tConsumer car telematics providers now offer fleet management services\\r\\n7.2.7\\tSteady growth in bicycle tracking as security gains importance\\r\\n7.2.8\\tConsumer GPS tracking providers are searching for the right business model\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/11/21193202/bi-consumerassets3-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The state of the consumer asset tracking market: Trends, challenges & opportunities\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Consumer asset tracking is a sub-segment of the wider consumer IoT market. While the latter concept includes all IoT devices developed for the consumer market, consumer asset tracking focuses on solutions and services that utilise location data. To enable remote monitoring and control, a solution must include GNSS or other positioning technology and some type of wireless wide area network such as cellular networks, satellite networks, LoRa or Sigfox. Tracking solutions based solely on short-range technologies such as Bluetooth and Wi-Fi are not included in the report.\",\n          \"\",\n          \"The market can be divided into four main categories based on asset type – family and child tracking, pet tracking, vehicle tracking and general-purpose asset tracking. The vehicle category can be further divided into cars; motorcycles and mopeds; bicycles; caravans and motor caravans; leisure boats; and other consumer vehicles including ATVs and snowmobiles. The general asset tracking segment includes any type of asset, such as bags and luggage, keys, wallets, clothes, electronics, tools and sports equipment. As this report focuses on products and solutions aimed at consumers, solutions developed and sold exclusively to business customers are excluded.\",\n          \"\",\n          \"The market potential for consumer asset tracking is huge. In Europe and North America, there are close to 70 million children aged 4–10 years old, which is the typical age group for kids GPS watches. There are furthermore almost 380 million dogs and cats, about 615 million passenger cars and 160 million other consumer vehicles. The overall penetration rate of GPS tracking products is currently around 1.1 percent. The largest consumer asset tracking segments today, based on the number of active units, are car tracking, kids GPS watches and pet tracking. Berg Insight estimates that the installed base of active consumer asset tracking devices in Europe and North America reached 15.0 million at the end of 2024. Growing at a CAGR of 15.4 percent, the number of units in active use is estimated to reach 30.7 million units by the end of 2029. The market value is forecasted to grow from € 2.0 billion in 2024 to € 4.1 billion in 2029. \",\n          \"\",\n          \"Leading providers of family tracking and parental control services include US-based Smartcom Mobility Solutions, Smith Micro Software and Life360. Smartcom Mobility Solutions is a platform provider for kids GPS watches and other consumer asset tracking segments, used by several MNOs, OEMs and ODMs in the US and Europe. Smith Micro offers white-label solutions to MNOs and has contracts with major mobile operators in the US. Life360 offers a mobile app for location sharing and messaging that has close to 80 million monthly active users. Major providers of kids GPS watches include Xplora Technologies in Europe and Verizon in North America. The pet tracking market is dominated by Austria-based Tractive, whose subscriber base has grown to about 1.5 million. In North America, the main providers of pet tracking solutions are Fi and Halo. The latter company offers a combined pet GPS tracking and containment solution.\",\n          \"\",\n          \"The market for passenger car tracking solutions sold to consumers is led by Verizon, Mojio, Passtime GPS, Tail Light and Agnik in North America and Net4Things, Air and Protectus Technologies (CarLock) in Europe. Although OEM telematics is increasingly common within the automotive industry, there is still a growing interest in aftermarket telematics solutions. Leading providers of GPS tracking and vehicle recovery solutions for motorcycles and mopeds in Europe include Datatool (Scorpion Automotive), Mapit IoT, Trackting, Monimoto, GeoRide and SMT Performances. A few companies provide tracking solutions developed specifically for caravans, leisure boats and other consumer vehicles. Europe-based Sensar Marine, NorthTracker, Sentinel Marine Solutions, Sense4Boat and Sailsense Analytics as well as US-based Siren Marine and Faria Beede offer solutions developed for leisure boats. General-purpose tracking solutions and solutions developed for other types of vehicles are often used to serve these segments as well. Along with the growing market for electric bicycles, the market for GPS trackers for e-bicycles and other high-value bicycles is growing as well. The market is today served by European companies such as IoT Venture, PowUnity, Haveltec, BikeFinder and Tracefy. Trackimo, Invoxia, PAJ and LandAirSea are examples of well-known providers of general-purpose tracking devices.\",\n          \"\",\n          \"The consumer asset tracking solutions market is still in an early phase with tremendous growth potential. Advancements in battery capacity, processor power and network technology will continuously enable better solutions at lower price points which will lead to a higher demand from consumers. Many solution providers covered in this report have recently introduced new tracking devices based on Low-Power Wide-Area (LPWA) network technologies. LPWA technologies are especially valuable in market segments where low battery consumption is key, such as pet tracking, bicycle tracking and general asset tracking. Several vendors have also begun integrating Artificial Intelligence (AI) into their offerings. AI enables companies to gain a competitive edge by enhancing product functionality and delivering advanced features such as improved health and activity monitoring in pet trackers and predictive maintenance in vehicle trackers.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/11/21193212/bi-consumerassets3-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 5735,\n          \"post_author\": \"3\",\n          \"post_date\": \"2025-08-15 19:02:30\",\n          \"post_date_gmt\": \"2025-08-15 17:02:30\",\n          \"post_content\": \"\",\n          \"post_title\": \"Filip Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"filip-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-06-17 18:34:34\",\n          \"post_modified_gmt\": \"2026-06-17 16:34:34\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=5735\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"263\",\n    \"variations\": [\n      {\n        \"id\": 5947,\n        \"name\": \"Consumer Asset Tracking Solutions - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5929,"link":"https://cms.berginsight.com/report/the-on-device-ai-market-for-iot-applications/","acf_data":"{\n  \"permalink\": \"/the-on-device-ai-market-for-iot-applications\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 25,\n    \"short_description\": \"A comprehensive analysis of the on-device AI market covering the latest trends and developments.\",\n    \"full_description\": [\n      \"Berg Insight estimates that the revenues generated by on-device AI solutions reached US$ 10.1 billion in 2024, an increase of 22 percent year-on-year. This figure includes AI SoCs/SoMs, AI accelerators, AI MCUs and specialised on-device AI software and platforms, but excludes revenues generated by non-IoT applications such as smartphones, tablets and personal computers. The market is expected to grow to US$ 30.6 billion in 2029, representing a CAGR of 25 percent. Get up to date with the latest trends and developments with this unique 90-page report.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/11/17171503/bi-edgeai1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction\\r\\n1.1\\tCloud vs on-device processing\\r\\n1.1.1\\tOn-device processing\\r\\n1.1.2\\tCloud processing\\r\\n1.1.3\\tEdge data centre processing\\r\\n1.1.4\\tHybrid approaches\\r\\n1.2\\tAIoT: The convergence of AI and IoT\\r\\n1.2.1\\tWhat constitutes an IoT device?\\r\\n1.2.2\\tIoT connectivity options\\r\\n1.3\\tArtificial intelligence technology overview\\r\\n1.3.1\\tArtificial intelligence\\r\\n1.3.2\\tMachine learning\\r\\n1.3.3\\tDeep learning\\r\\n1.3.4\\tGenerative AI\\r\\n1.4\\tOn-device AI ecosystem\\r\\n1.4.1\\tOn-device AI hardware\\r\\n1.4.2\\tOn-device AI software\\r\\n1.4.3\\tOn-device AI models\\r\\n1.4.4\\tOn-device AI platforms\\r\\n2\\tMarket Analysis\\r\\n2.1\\tThe on-device AI industry landscape\\r\\n2.1.1\\tAI SoC/SoM providers\\r\\n2.1.2\\tAI accelerator providers\\r\\n2.1.3\\tAI MCU providers\\r\\n2.1.4\\tOn-device AI platform providers\\r\\n2.2\\tMarket sizing and forecast\\r\\n2.2.1\\tAutomotive on-device AI market size\\r\\n2.2.2\\tIoT on-device AI market size\\r\\n2.2.3\\tOn-device GenAI vs non-GenAI market size\\r\\n2.2.4\\tOn-device AI processor shipments\\r\\n2.3\\tSolution provider market shares\\r\\n2.4\\tVertical adoption and use cases\\r\\n2.4.1\\tOn-device AI in automotive IoT applications\\r\\n2.4.2\\tOn-device AI in industrial IoT applications\\r\\n2.4.3\\tOn-device AI in wearables\\r\\n2.4.4\\tOn-device AI in retail IoT applications\\r\\n2.4.5\\tOn-device AI in buildings & security IoT applications\\r\\n2.4.6\\tOn-device AI in smart home applications\\r\\n2.4.7\\tOn-device AI in other IoT applications\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tAmbarella\\r\\n3.2\\tAmbiq\\r\\n3.3\\tAdvanced Micro Devices (AMD)\\r\\n3.4\\tApple\\r\\n3.5\\tAxelera\\r\\n3.6\\tBlack Sesame Technologies\\r\\n3.7\\tDEEPX\\r\\n3.8\\tEdgeCortix\\r\\n3.9\\tEdge Impulse\\r\\n3.10\\tEmbedUR\\r\\n3.11\\tHailo\\r\\n3.12\\tHorizon Robotics\\r\\n3.13\\tHugging Face\\r\\n3.14\\tIntel\\r\\n3.15\\tMediaTek\\r\\n3.16\\tMemryX\\r\\n3.17\\tMobileye\\r\\n3.18\\tMythic\\r\\n3.19\\tNota AI\\r\\n3.20\\tNVIDIA\\r\\n3.21\\tNXP Semiconductors\\r\\n3.22\\tQualcomm\\r\\n3.23\\tRenesas Electronics\\r\\n3.24\\tRockchip\\r\\n3.25\\tSigmaStar\\r\\n3.26\\tSiMa\\r\\n3.27\\tSTMicroelectronics\\r\\n3.28\\tSynaptics\\r\\n3.29\\tSyntiant\\r\\n3.30\\tTesla\\r\\n3.31\\tTexas Instruments\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/11/17171511/bi-edgeai1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The on-device AI market to reach US$ 30.6 billion in 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Internet of Things (IoT) is continually evolving and expanding into new domains. Among the most recent developments is the integration of artificial intelligence (AI) capabilities directly onto IoT devices to unlock a new generation of applications. Devices that integrate AI have numerous benefits over traditional rule-based or manually programmed methods, particularly for applications that require object detection, speech recognition, predictive maintenance, anomaly detection, dynamic resource optimisation and autonomous decision-making. Running AI algorithms directly on the device – known as edge AI or on-device AI – brings numerous advantages, such as real-time responsiveness, reduced data transfer, enhanced privacy and improved resilience. While cloud processing remains effective for many IoT use cases, a growing number of emerging use cases now demand the capabilities of on-device AI.\",\n          \"\",\n          \"The market for on-device AI solutions is characterised by a high degree of heterogeneity in both technologies and applications, in contrast to cloud-based AI where the hardware is typically designed around predefined use cases and centralised infrastructure. Embedded AI processing can be architected in numerous ways depending on the end use case, and it can be integrated into an almost limitless range of devices across consumer, industrial and automotive domains. This leads to a differentiated market landscape, with unique design constraints, performance requirements and optimisation strategies. However, the overarching objective is typically the same for all vendors – to achieve the highest possible performance per watt for the intended use case.\",\n          \"\",\n          \"Berg Insight has identified 40 key companies that shape the on-device AI landscape. The market can broadly be divided into two layers. The first encompasses hardware categories such as AI system-on-chips (SoCs) or system-on-modules (SoMs), AI accelerators and AI microcontroller units (MCUs), each optimised for different levels of performance, power efficiency and integration. AI SoCs typically integrate components such as general-purpose and specialised AI compute cores, on-chip memory and connectivity on a single chip, while SoMs extend this design by including external system memory, storage and interface components on a larger board, targeting more advanced use cases. AI accelerators are specialised chips or modules designed to enhance AI inference efficiency in existing systems, typically working alongside a separate host processor in embedded applications. AI MCUs serve lower-power devices by bringing neural network capabilities to sensors, wearables and IoT endpoints where energy efficiency and cost are most critical. The second layer consists of on-device AI platforms that combine hardware, software and developer tools to simplify model deployment and optimisation.\",\n          \"\",\n          \"Over the past decade, the on-device AI market has been driven primarily by traditional machine learning use cases such as computer vision and anomaly detection, which have seen steady annual growth of around the 10 percent range. In recent years, the market has reached an inflexion point as emerging technologies and applications in generative AI, robotics and autonomous driving have opened up new dimensions of growth. These developments are expected to accelerate market growth and give rise to entirely new use cases and product categories. Berg Insight estimates that the revenue generated by on-device AI solutions reached US$ 10.1 billion in 2024, an increase of around 22 percent from 2023. This figure includes AI SoCs/SoMs, AI accelerators, AI MCUs and specialised on-device AI software and platforms, but excludes revenues generated by non-IoT applications such as smartphones, tablets and personal computers. The market is expected to grow to US$ 30.6 billion in 2029, representing a compound annual growth rate (CAGR) of 25 percent. \"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/11/17171519/bi-edgeai1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 4800,\n          \"post_author\": \"3\",\n          \"post_date\": \"2024-08-06 12:04:27\",\n          \"post_date_gmt\": \"2024-08-06 10:04:27\",\n          \"post_content\": \"\",\n          \"post_title\": \"Melvin Sörum\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"melvin-sorum\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 16:11:12\",\n          \"post_modified_gmt\": \"2026-01-06 15:11:12\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4800\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"262\",\n    \"variations\": [\n      {\n        \"id\": 5934,\n        \"name\": \"The On-device AI Market for IoT Applications - 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The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": 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\"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-m2miot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"11th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"Our flagship report covering the latest trends and developments in cellular IoT, satellite IoT and low power wireless networking.\",\n                  \"full_description\": [\n                    \"Berg Insight estimates that the global number of cellular IoT subscribers increased by 11 percent during 2025 to reach 4.2 billion at the end of the year. Until 2030, the number of cellular IoT subscribers is forecasted to grow at a compound annual growth rate (CAGR) of 9.3 percent to reach 6.5 billion at the end of the period. This report covers in-depth the mobile operator perspective on the global M2M/IoT communications market. Get up to date with the latest trends from all main regions and vertical markets with this unique 260-page report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/27171620/bi-globaliot11-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tWide Area Networks for the Internet of Things\\r\\n1.1\\t3GPP family of cellular technologies\\r\\n1.1.1\\t3GPP Release 13 (2016) – Introducing LTE-M and NB-IoT\\r\\n1.1.2\\t3GPP Release 14 (2017) – IoT enhancements and C-V2X\\r\\n1.1.3\\t3GPP Release 15 (2019) – The first phase of 5G specifications\\r\\n1.1.4\\t3GPP Release 16 (2020) – URLLC and 5G NR C-V2X\\r\\n1.1.5\\t3GPP Release 17 (2022) – RedCap and NTN communications\\r\\n1.1.6\\t3GPP Release 18 (2024) – The first 5G-Advanced specifications and eRedCap\\r\\n1.1.7\\t3GPP Release 19 (2025) – Ambient IoT as a new low-power cellular IoT class\\r\\n1.1.8\\tNetwork footprint\\r\\n1.1.9\\t2G/3G mobile networks\\r\\n1.1.10\\t4G mobile networks\\r\\n1.1.11\\t4G/5G mobile IoT networks (LTE-M and NB-IoT)\\r\\n1.1.12\\t5G mobile networks\\r\\n1.2\\tLPWA and satellite technologies\\r\\n1.2.1\\tLoRa\\r\\n1.2.2\\tSigfox\\r\\n1.2.3\\tSatellite networks\\r\\n1.3\\tIoT connectivity management platforms and eSIM solutions\\r\\n1.3.1\\tIoT connectivity management platforms\\r\\n1.3.2\\tSIM and eSIM solutions\\r\\n1.4\\tInternational coverage and alliances\\r\\n1.4.1\\tRoaming and international coverage\\r\\n1.4.2\\tMobile operator alliances\\r\\n2\\tEurope\\r\\n2.1\\tRegional market trends\\r\\n2.1.1\\tWestern Europe\\r\\n2.1.2\\tCentral and Eastern Europe\\r\\n2.2\\tMobile operators\\r\\n2.2.1\\tA1 Telekom Austria\\r\\n2.2.2\\tAltice Group\\r\\n2.2.3\\tBouygues Telecom\\r\\n2.2.4\\tBT Group\\r\\n2.2.5\\tCK Hutchison Group Telecom\\r\\n2.2.6\\tDeutsche Telekom\\r\\n2.2.7\\tKPN\\r\\n2.2.8\\tOV (Manx Telecom)\\r\\n2.2.9\\tMegaFon\\r\\n2.2.10\\tMTS\\r\\n2.2.11\\tOrange\\r\\n2.2.12\\tDEEP (POST Luxembourg)\\r\\n2.2.13\\tProximus\\r\\n2.2.14\\tTele2\\r\\n2.2.15\\tTelecom Italia\\r\\n2.2.16\\tTelefónica\\r\\n2.2.17\\tTelenor\\r\\n2.2.18\\tTelia Company\\r\\n2.2.19\\tVodafone\\r\\n2.3\\tIoT managed service providers\\r\\n2.3.1\\t1GLOBAL\\r\\n2.3.2\\t1NCE\\r\\n2.3.3\\t1oT\\r\\n2.3.4\\tAirnity\\r\\n2.3.5\\tBICS\\r\\n2.3.6\\tCom4 (Wireless Logic)\\r\\n2.3.7\\tCSL Group\\r\\n2.3.8\\tCubic3\\r\\n2.3.9\\temnify\\r\\n2.3.10\\tEseye\\r\\n2.3.11\\tfloLIVE\\r\\n2.3.12\\tFreeeway\\r\\n2.3.13\\tGiesecke+Devrient\\r\\n2.3.14\\tiBASIS\\r\\n2.3.15\\tOnomondo\\r\\n2.3.16\\tPelion\\r\\n2.3.17\\tVelos IoT\\r\\n2.3.18\\tWireless Logic\\r\\n2.4\\tLPWA networks\\r\\n2.4.1\\tLoRa networks\\r\\n2.4.2\\tSigfox and network partners\\r\\n3\\tThe Americas\\r\\n3.1\\tRegional market trends\\r\\n3.1.1\\tUnited States and Canada\\r\\n3.1.2\\tBrazil\\r\\n3.1.3\\tRest of Latin America\\r\\n3.2\\tMobile operators\\r\\n3.2.1\\tAT&T\\r\\n3.2.2\\tBell\\r\\n3.2.3\\tVerizon\\r\\n3.2.4\\tT-Mobile USA\\r\\n3.2.5\\tRogers Communications\\r\\n3.2.6\\tTELUS\\r\\n3.2.7\\tAmérica Móvil\\r\\n3.2.8\\tVivo (Telefónica Brasil)\\r\\n3.2.9\\tOther mobile operators in Latin America\\r\\n3.3\\tIoT managed service providers\\r\\n3.3.1\\tAeris\\r\\n3.3.2\\tHologram\\r\\n3.3.3\\tKajeet\\r\\n3.3.4\\tKORE Wireless\\r\\n3.3.5\\tMonogoto\\r\\n3.3.6\\tSemtech\\r\\n3.3.7\\tSimplex Wireless\\r\\n3.3.8\\tTeal\\r\\n3.3.9\\tTelit Cinterion\\r\\n3.4\\tLPWA networks\\r\\n3.4.1\\tLoRa networks\\r\\n3.4.2\\tSigfox and network partners\\r\\n4\\tAsia-Pacific\\r\\n4.1\\tRegional market trends\\r\\n4.1.1\\tChina\\t\\r\\n4.1.2\\tIndia\\r\\n4.1.3\\tJapan and South Korea\\r\\n4.1.4\\tAustralia and New Zealand\\r\\n4.1.5\\tSoutheast Asia\\r\\n4.2\\tMobile operators\\r\\n4.2.1\\tChina Mobile\\r\\n4.2.2\\tChina Unicom\\r\\n4.2.3\\tChina Telecom\\r\\n4.2.4\\tKDDI\\r\\n4.2.5\\tKT\\r\\n4.2.6\\tNTT\\r\\n4.2.7\\tSingtel\\r\\n4.2.8\\tSK Telecom\\r\\n4.2.9\\tSoftBank\\r\\n4.2.10\\tTelstra\\r\\n4.2.11\\tVodafone Idea\\r\\n4.3\\tIoT managed service providers\\r\\n4.3.1\\tLenovo Connect\\r\\n4.3.2\\tPlintron\\r\\n4.3.3\\tQuectel\\r\\n4.3.4\\tSoracom\\r\\n4.3.5\\tTata Communications\\r\\n4.4\\tLPWA networks\\r\\n4.4.1\\tLoRa networks\\r\\n4.4.2\\tSigfox networks\\r\\n5\\tMiddle East & Africa\\r\\n5.1\\tRegional market trends\\r\\n5.1.1\\tMiddle East\\r\\n5.1.2\\tAfrica\\r\\n5.2\\tMobile operators\\r\\n5.2.1\\te&\\r\\n5.2.2\\tMTN\\r\\n5.2.3\\tOoredoo\\r\\n5.2.4\\tTurkcell\\r\\n5.2.5\\tVodacom\\r\\n5.2.6\\tZain\\r\\n5.3\\tIoT managed service providers\\r\\n5.3.1\\tSIMcontrol\\r\\n5.4\\tLPWA networks\\r\\n5.4.1\\tLoRa networks\\r\\n5.4.2\\tSigfox networks\\r\\n6\\tSatellite IoT Communications\\r\\n6.1\\tIntroduction to satellite IoT networks\\r\\n6.2\\tMarket analysis\\r\\n6.3\\tSatellite IoT operator market shares\\r\\n6.4\\tEuropean satellite operators\\r\\n6.4.1\\tAstrocast\\r\\n6.4.2\\tKineis\\r\\n6.4.3\\tLacuna Space\\r\\n6.4.4\\tOQ Technology\\r\\n6.4.5\\tSateliot\\r\\n6.4.6\\tSES\\r\\n6.4.7\\tAdditional satellite connectivity providers\\r\\n6.5\\tNorth American satellite operators\\r\\n6.5.1\\tGlobalstar\\r\\n6.5.2\\tIridium\\r\\n6.5.3\\tLigado Networks\\r\\n6.5.4\\tLynk\\r\\n6.5.5\\tOrbcomm\\r\\n6.5.6\\tSkylo\\r\\n6.5.7\\tStarlink (SpaceX)\\r\\n6.5.8\\tViasat\\r\\n6.5.9\\tAdditional satellite connectivity providers\\r\\n6.6\\tChinese satellite operators\\r\\n6.6.1\\tCommsat\\r\\n6.6.2\\tGalaxy Space\\r\\n6.6.3\\tGuowang\\r\\n6.6.4\\tHead Aerospace\\r\\n6.6.5\\tHonghu-3\\r\\n6.6.6\\tQianfan\\r\\n6.6.7\\tAdditional satellite connectivity providers\\r\\n6.7\\tRest of World satellite operators\\r\\n6.7.1\\tInnova Space\\r\\n6.7.2\\tMyriota\\r\\n6.7.3\\tPlan-S\\r\\n6.7.4\\tThuraya (Space42)\\r\\n6.7.5\\tAdditional satellite connectivity providers\\r\\n7\\tMarket Forecasts and Trends\\r\\n7.1\\tIndustry trends\\r\\n7.1.1\\tTop ten connectivity providers manage 3.7 billion cellular IoT connections\\r\\n7.1.2\\tIoT connectivity revenues continue to grow slower than connections\\r\\n7.1.3\\tIoT managed service providers connect 250+ million cellular devices\\r\\n7.1.4\\tThe international connectivity segment is evolving\\r\\n7.1.5\\teSIMs and fragmentation of CMPs drive the need for orchestration capabilities\\r\\n7.1.6\\tIoT MVNOs are driving consolidation in the IoT connectivity market\\r\\n7.1.7\\tSGP.32 disaggregates the IoT connectivity value chain\\r\\n7.1.8\\tSatellite IoT players leverage mobile operators and MVNOs as sales channel\\r\\n7.1.9\\tNew entrants disrupt distribution channels\\r\\n7.2\\tGeographic markets\\r\\n7.2.1\\tGlobal market summary\\r\\n7.2.2\\tEurope\\r\\n7.2.3\\tNorth America\\r\\n7.2.4\\tLatin America\\r\\n7.2.5\\tAsia-Pacific\\r\\n7.2.6\\tMiddle East & Africa\\r\\n7.3\\tVertical markets\\r\\n7.3.1\\tConnected cars on the rise\\r\\n7.3.2\\tData consumption of connected cars will grow significantly\\r\\n7.3.3\\tMotor-powered two-wheeler telematics adoption picks up speed\\r\\n7.3.4\\tTelematics giants increasingly dominate the fleet management industry\\r\\n7.3.5\\tThe opportunity to create smarter and safer cities\\r\\n7.3.6\\tSmart metering turns to new LPWA options for deployments in the 2020s\\r\\n7.3.7\\tAsset tracking to drive the second wave of LPWA deployments\\r\\n7.3.8\\tConnected healthcare reaches the masses\\r\\n7.3.9\\tSteady uptake of cellular connectivity in the POS terminal market\\r\\n7.3.10\\tHome energy and EV charging solutions to become new volume segments\\r\\n7.4\\tTechnology trends\\r\\n7.4.1\\tCellular technologies dominate wireless IoT\\r\\n7.4.2\\tIoT CMPs move towards AI-assisted operations\\r\\n7.4.3\\tNB-IoT uptake is growing on a project-by-project basis\\r\\n7.4.4\\tRedCap will accelerate the adoption of 5G in IoT\\r\\n7.4.5\\tDistributed core networks facilitate global IoT connectivity services\\r\\n7.4.6\\tThe SGP.32 specification will lower the barriers for eSIM adoption in IoT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/27171629/bi-globaliot11-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Global cellular IoT connections reached 4.2 billion in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Berg Insight estimates that the global number of cellular IoT connections increased by 11 percent during 2025 to reach 4.2 billion at the end of the year – corresponding to around 32 percent of all mobile subscriptions. Until 2030, the number of cellular IoT connections is forecasted to grow at a compound annual growth rate (CAGR) of 9.3 percent to reach 6.5 billion at the end of the period. During the same period, cellular IoT connectivity revenues are forecasted to grow at a CAGR of 8.1 percent from € 14.5 billion in 2025 to approximately € 21.5 billion in 2030. Meanwhile the monthly ARPU is expected to drop from € 0.31 to € 0.28.\",\n                        \"\",\n                        \"China is the world’s largest market for cellular IoT connectivity services by volume. According to data from the national telecom regulator, the installed base in the country grew by 5 percent year-on-year to reach 2.9 billion IoT connections at the end of 2025. This corresponded to about 70 percent of the global installed base. Berg Insight believes that the role of the Chinese government is the main explanation for why China is ahead of the rest of the world in the adoption of IoT. Authorities actively endorse large-scale IoT deployments as a method for addressing problems affecting the society, whether it is crime, fire safety, energy conservation or traffic management. The private sector is directed and encouraged to do the same.\",\n                        \"\",\n                        \"North America and Western Europe ranks as the second and third largest markets for IoT connectivity with 321 million and 313 million IoT connections respectively at the end of 2025. In contrast to China, developments in these regions are largely driven by commercial interests. The connected car is currently one of the strongest trends with more than 90 percent of new cars sold featuring embedded cellular connectivity in the regions. Other key application areas are fleet management of commercial vehicles, smart utility metering and monitored alarm systems. South Asia, Latin America and Central & Eastern Europe had in the range of 93–142 million IoT connections, while Middle East, Africa and Southeast Asia had between 41–53 million. Australia & Oceania was the smallest region with approximately 22 million IoT connections.\",\n                        \"\",\n                        \"China Mobile is the world’s largest provider of cellular IoT connectivity services. At the end of 2025, the operator reported 1.48 billion cellular IoT connections and a year-on-year growth rate of 5 percent. China Telecom and China Unicom ranked second and third with 746 million and 723 million connections respectively. Vodafone ranked first among the Western operators and fourth overall with 234 million connections, followed by AT&T with 160 million in fifth place. Airtel in India recorded the highest yearly growth rate, with IoT connections increasing to 69 million. Verizon and Deutsche Telekom had in the range of 62–69 million cellular IoT connections each. Telefónica and KDDI Orange were the last players in the top ten with about 59 million and 58 million connections respectively. The installed bases of the largest IoT connectivity providers grew at a rate of 5–115 percent annually.\",\n                        \"\",\n                        \"IoT managed service providers play a key role in the ecosystem with a combined installed base of more than 250 million cellular IoT connections. While the distinction between mobile operators’ IoT businesses and IoT managed service providers is becoming less clear, the latter benefit their network-agnostic positioning and ability to aggregate multiple mobile networks through roaming agreements, sponsored IMSIs and eSIM profiles. Due to the nature of their business, the players are becoming increasingly international, supporting customers in many parts of the world. Important players in this category include 1GLOBAL, 1NCE, 1oT, Aeris, Airnity, BICS, CSL Group, Cubic, emnify, Eseye, floLIVE, Giesecke+Devrient, Hologram, Kajeet, KORE, Lenovo Connect, Monogoto, Onomondo, Pelion, Semtech, Soracom, Tata Communications, Teal, Telit Cinterion, Velos IoT and Wireless Logic.\",\n                        \"\",\n                        \"IoT connectivity revenues are growing at a slower rate than the number of connections. Berg Insight estimates that global IoT connectivity revenues increased by 5 percent during 2025, while the monthly ARPU dropped by 7 percent. IoT connectivity revenues accounted for 1–4 percent of service revenues for the largest mobile operator groups. As the value in IoT lies in value-added services rather than connectivity, IoT connectivity service providers increasingly focus on boosting their IoT portfolios by adding cloud services, security capabilities and devices on top of their connectivity offering to capture a larger share of the market.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/27171637/bi-globaliot11-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 885,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:06:06\",\n                        \"post_date_gmt\": \"2021-01-12 15:06:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Fredrik Stålbrand\",\n                        \"post_excerpt\": \"\",\n                        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                 \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"305\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the cellular IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Update on the adoption of 5G and LPWA standards for IoT networking.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the IoT strategies of the leading IoT connectivity providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of industry trends in all world regions.\"\n                      },\n                      {\n                        \"bullet_point\": \"IoT business KPIs for leading global mobile operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Statistical data on cellular IoT connections in all world regions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"The Global M2M_IoT Communications Market 11\",\n                \"src\": \"https://media.berginsight.com/2026/07/27171524/The-Global-M2M_IoT-Communications-Market-11.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-m2m-iot-communications-market-7/\",\n              \"name\": \"The Global M2M/IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-cellular-iot-and-lpwa-chipset-and-module-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"10th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"This report gives a comprehensive overview of the main wide area networking technologies for the Internet of Things – 2G/3G/4G/5G cellular, LoRa, Sigfox as well as a group of emerging low-power IoT technologies including 802.15.4-based protocols, Wirepas Mesh, DECT-2020 NR and Mioty.\",\n                  \"full_description\": [\n                    \"Global demand for IoT wide area networking technology is in a growth phase. Berg Insight forecasts that annual shipments of cellular and non-3GPP LPWA IoT modules will grow at a compound annual growth rate (CAGR) of 7.7 percent from 909 million units in 2025 to 1.32 billion units in 2030. Get up to date with the latest trends from all vertical markets with this unique 150-page report and database covering cellular IoT chipset and module shipments across 30+ device types, 10 technologies and 6 regional markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/26123439/bi-chipsetmodule10-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tWide Area Networks for the Internet of Things\\r\\n1.1\\tWhich things will be connected to wide area networks?\\r\\n1.1.1\\tUtility meters\\r\\n1.1.2\\tMotor vehicles\\r\\n1.1.3\\tBuildings\\r\\n1.1.4\\tAsset tracking and supply chain visibility\\r\\n1.1.5\\tThe opportunity to create smarter and safer cities\\r\\n1.1.6\\tThe convergence of IoT and AI\\r\\n1.2\\tWhat are the technology options?\\r\\n1.2.1\\tNetwork deployment models\\r\\n1.2.2\\tLicensed and unlicensed frequency bands\\r\\n1.2.3\\tCost comparison for cellular and LPWA technologies\\r\\n1.3\\tWhich are the leading technology ecosystems?\\r\\n2\\t3GPP Ecosystem\\r\\n2.1\\tTechnology characteristics\\r\\n2.1.1\\t3GPP Release 13 (2016) – Introducing LTE-M and NB-IoT\\r\\n2.1.2\\t3GPP Release 14 (2017) – IoT enhancements and C-V2X\\r\\n2.1.3\\t3GPP Release 15 (2019) – The first phase of 5G specifications\\r\\n2.1.4\\t3GPP Release 16 (2020) – URLLC and 5G NR C-V2X\\r\\n2.1.5\\t3GPP Release 17 (2022) – RedCap and NTN communications\\r\\n2.1.6\\t3GPP Release 18 (2024) – The first 5G-Advanced specifications and eRedCap\\r\\n2.1.7\\t3GPP Release 19 (2025) – Ambient IoT as a new low-power cellular IoT class\\r\\n2.2\\tNetwork footprint\\r\\n2.2.1\\t2G/3G mobile networks\\r\\n2.2.2\\t4G LTE mobile networks\\r\\n2.2.3\\t4G/5G mobile IoT networks (LTE-M and NB-IoT)\\r\\n2.2.4\\t5G mobile networks\\r\\n2.3\\tSemiconductor vendors\\r\\n2.3.1\\tAltair Semiconductor\\r\\n2.3.2\\tASR Microelectronics\\r\\n2.3.3\\tEigencomm\\r\\n2.3.4\\tHiSilicon\\r\\n2.3.5\\tMediaTek\\r\\n2.3.6\\tMLINK\\r\\n2.3.7\\tQualcomm\\r\\n2.3.8\\tSamsung Electronics\\r\\n2.3.9\\tSequans Communications\\r\\n2.3.10\\tUNISOC\\r\\n2.3.11\\tXinyi Information Technology\\r\\n2.3.12\\tOther semiconductor vendors\\r\\n2.4\\tModule vendors\\r\\n2.4.1\\tCavli Wireless\\r\\n2.4.2\\tChina Mobile IoT\\r\\n2.4.3\\tEagle Wireless\\r\\n2.4.4\\tFibocom\\r\\n2.4.5\\tKontron\\r\\n2.4.6\\tLierda\\r\\n2.4.7\\tMeiG Smart Technology\\r\\n2.4.8\\tMurata\\r\\n2.4.9\\tNeoway\\r\\n2.4.10\\tNordic Semiconductor\\r\\n2.4.11\\tQuectel\\r\\n2.4.12\\tRolling Wireless\\r\\n2.4.13\\tSemtech\\r\\n2.4.14\\tSunsea AIoT (SIMCom & Longsung)\\r\\n2.4.15\\tTelit Cinterion\\r\\n2.4.16\\tTrasna\\r\\n2.4.17\\tZxInfoTek\\r\\n2.4.18\\tOther cellular IoT module vendors\\r\\n3\\tLoRa and LoRaWAN Ecosystem\\r\\n3.1\\tTechnology characteristics\\r\\n3.2\\tNetwork footprint\\r\\n3.2.1\\tEurope\\r\\n3.2.2\\tAsia-Pacific\\r\\n3.2.3\\tThe Americas\\r\\n3.2.4\\tMiddle East & Africa\\r\\n3.3\\tSemiconductor and module vendors\\r\\n3.3.1\\tSemtech\\r\\n3.3.2\\tOther semiconductor vendors\\r\\n3.3.3\\tLoRa module vendors\\r\\n4\\tSigfox Ecosystem\\r\\n4.1\\tTechnology characteristics\\r\\n4.2\\tNetwork footprint\\r\\n4.2.1\\tEurope\\r\\n4.2.2\\tThe Americas\\r\\n4.2.3\\tAsia-Pacific\\r\\n4.2.4\\tMiddle East & Africa\\r\\n4.2.5\\tUnaBiz partners with the LoRaWAN ecosystem\\r\\n4.2.6\\tExamples of major Sigfox use cases\\r\\n4.3\\tSemiconductor and module vendors\\r\\n4.3.1\\tSemiconductor vendors\\r\\n4.3.2\\tSigfox module vendors\\r\\n5\\tEmerging Low-Power IoT Connectivity Ecosystems\\r\\n5.1\\tIEEE 802.15.4\\r\\n5.1.1\\tConnectivity stacks based on 802.15.4\\r\\n5.1.2\\tNetwork footprint\\r\\n5.2\\tWirepas Mesh\\r\\n5.3\\tDECT-2020 NR (NR+)\\r\\n5.4\\tMioty\\r\\n5.5\\tChipset and module vendors\\r\\n6\\tMarket Forecasts and Trends\\r\\n6.1\\tMarket summary\\r\\n6.2\\tThe cellular IoT device market\\r\\n6.2.1\\tThe cellular IoT chipset market shares\\r\\n6.2.2\\tCellular IoT module market shares\\r\\n6.2.3\\tAutomotive cellular IoT chipset market shares\\r\\n6.2.4\\tNAD module market shares\\r\\n6.3\\tThe cellular IoT technology landscape\\r\\n6.4\\tCellular IoT regional market trends\\r\\n6.4.1\\tEurope\\r\\n6.4.2\\tNorth America\\r\\n6.4.3\\tLatin America\\r\\n6.4.4\\tChina\\r\\n6.4.5\\tRest of Asia-Pacific\\r\\n6.4.6\\tMiddle East & Africa\\r\\n6.5\\tThe LoRa device market\\r\\n6.6\\tThe Sigfox device market\\r\\n6.7\\tEmerging low-power IoT connectivity technologies\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/26123447/bi-chipsetmodule10-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Cellular IoT module shipments reached 612 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The Internet of Things is continuously evolving and expanding into new domains. By the end of 2025, approximately 4.8 billion devices were connected to wide area networks based on cellular or low-power IoT technologies. The market is highly diverse and divided into multiple ecosystems. This report focuses on the most prominent technology ecosystems for wide area IoT networking – the 3GPP ecosystem of cellular technologies and the LPWA technologies LoRa and Sigfox – as well as a group of other low-power IoT technologies including IEEE 802.15.4-based protocols, Wirepas Mesh, DECT-2020 NR (NR+) and Mioty.\",\n                        \"\",\n                        \"The 3GPP family of cellular technologies supports the largest ecosystem in wide area IoT networking. The cellular IoT chipset and module market can be divided into two main segments with distinct supply chains: general IoT solutions and automotive-grade solutions. Yearly shipments of cellular IoT modules excluding automotive NAD modules amounted to 612 million units in 2025, up 33 percent year-on-year. Annual cellular IoT module revenues grew by 19 percent to US$ 5.6 billion. The five largest cellular module vendors – Quectel, Fibocom, Telit Cinterion, MeiG and China Mobile IoT – held a market share of 73 percent in terms of revenues. The China-based vendors Quectel, China Mobile IoT, Sunsea AIoT, Lierda and Fibocom rank as the volume leaders, benefitting from the massive scale of the domestic market. ZXInfoTek has also rapidly emerged as a prominent vendor with a strong position in the POS terminal segment. ASR Microelectronics, Qualcomm, Eigencomm, UNISOC, Xinyi and MediaTek are the main cellular IoT chipset suppliers. Cellular IoT module shipments are forecasted to grow at a compound annual growth rate (CAGR) of 7.2 percent to reach 976 million units by 2030.\",\n                        \"\",\n                        \"Automotive-grade modules, or NAD modules, are provided by specialised cellular module providers, ODMs and TCU vendors. Quectel is the leading provider of NAD modules with a volume market share of 27 percent, followed by Rolling Wireless with a market share of 13 percent. Other major NAD module vendors include the TCU vendors LG Electronics and Aumovio, as well as Kontron, Favalon (Fibocom), MeiG and Compal. The automotive-grade chipset segment is dominated by Qualcomm, while MediaTek ranks second. NAD module shipments are forecasted to grow at a CAGR of 4.6 percent from 78 million units in 2025 to 98 million units in 2030. \",\n                        \"\",\n                        \"LoRa is gaining momentum as a global connectivity platform for IoT devices. Cumulative shipments of LoRa end nodes reached 500 million at the beginning of 2026. The majority of demand comes from devices deployed in private networks, which remain the dominant deployment model for LoRa networks. The major volume application segments are smart gas and water metering, followed by local area IoT deployments for networking of smart sensors and tracking devices in cities, industrial plants and commercial buildings. Smart home is expected to become a major application area in the coming years, driven by Amazon’s Sidewalk network that is expanding beyond the US. Berg Insight estimates that yearly shipments of LoRa devices amounted to 90 million units in 2025. Until 2030, yearly shipments are forecasted to grow at a CAGR of 17.5 percent to reach 202 million units.\",\n                        \"\",\n                        \"Other low-power IoT device ecosystems such as IEEE 802.15.4, Wirepas Mesh, Sigfox, Mioty and NR+ have the potential to grow into significant IoT networking platforms in the coming years. So far, IEEE 802.15.4 has achieved the most widespread adoption. The technology is the most mature in the group and has gained support from several of the leading smart metering vendors. Wirepas Mesh reached an installed base of over 20 million in early 2026 and has been used in a number of large-scale projects. Sigfox had an installed base of 15 million at year-end 2025. The Singapore-based Sigfox operator UnaBiz took over as the new owner of Sigfox in 2022, setting a new direction for the Sigfox technology and operating model for the business. Berg Insight believes that the critical test for Sigfox will be how the technology is received in the asset tracking segment. Mioty has in the last few years started to gain traction within smart water metering and has reached an installed base of over 1 million. DECT-2020 NR (NR+) is at an even earlier stage of development, with deployments still primarily limited to pilot projects and early commercial implementations.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/26123456/bi-chipsetmodule10-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 885,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:06:06\",\n                        \"post_date_gmt\": \"2021-01-12 15:06:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Fredrik Stålbrand\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"fredrik-stalbrand\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:49:59\",\n                        \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4800,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:04:27\",\n                        \"post_date_gmt\": \"2024-08-06 10:04:27\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Melvin Sörum\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"melvin-sorum\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 16:11:12\",\n                        \"post_modified_gmt\": \"2026-01-06 15:11:12\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4800\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"299\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the main IoT wide area networking ecosystems. \"\n                      },\n                      {\n                        \"bullet_point\": \"Cellular IoT chipset and module data by region, vertical, device type and technology from 2018–2030.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market shares for cellular IoT chipset and module vendors.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comparison of technologies and standards. \"\n                      },\n                      {\n                        \"bullet_point\": \"Updated profiles of the main suppliers of IoT chipsets and modules. \"\n                      },\n                      {\n                        \"bullet_point\": \"Adoption trends for 5G technologies including 5G eMBB, 5G RedCap and 5G eRedCap, as well as LPWA technologies including NB-IoT, LTE-M, LoRa and Sigfox. \"\n                      },\n                      {\n                        \"bullet_point\": \"Cellular and non-3GPP LPWA IoT device market forecasts until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"The Cellular IoT and LPWA Chipset and Module Market 10th\",\n                \"src\": \"https://media.berginsight.com/2026/06/26123752/The-Cellular-IoT-and-LPWA-Chipset-and-Module-Market-10th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-cellular-iot-and-lpwa-chipset-and-module-market/\",\n              \"name\": \"The Cellular IoT and LPWA Chipset and Module Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5912,"link":"https://cms.berginsight.com/report/the-automotive-connectivity-soc-nad-and-tcu-markets/","acf_data":"{\n  \"permalink\": \"/the-automotive-connectivity-soc-nad-and-tcu-markets\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 27,\n    \"short_description\": \"An analysis of the latest developments on the market for vehicle telematics devices covering the OEM segment for passenger cars and commercial vehicles.\",\n    \"full_description\": [\n      \"This report focuses on the hardware part of the connected vehicle value chain, and specifically the devices installed by the passenger car and commercial vehicle OEMs. Berg Insight estimates that global shipments of TCUs for both passenger cars and commercial vehicles reached 74.4 million units in 2024. Growing at a CAGR of 5.0 percent, global shipments are expected to reach 95.0 million units in 2029. Get up to date with the latest industry trends in this new 90-page strategy report from Berg Insight.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/11/10192600/bi-TCU1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Passenger Car and Commercial Vehicle Market\\r\\n1.1\\tPassenger car and commercial vehicle market data\\t\\r\\n1.1.1\\tVehicles in use by region\\r\\n1.1.2\\tNew vehicle registration trends\\r\\n1.2\\tThe automotive OEM telematics market\\r\\n1.2.1\\tPassenger car telematics services\\r\\n1.2.2\\tCommercial vehicle telematics services\\r\\n1.3\\tTelematics control units (TCUs)\\r\\n1.3.1\\tHardware components\\r\\n1.3.2\\tSoftware and firmware layers\\r\\n1.4\\tNetwork technologies\\r\\n1.4.1\\tCellular technologies\\r\\n1.4.2\\tVehicle-to-Everything (V2X) communications\\r\\n1.4.3\\tGlobal navigation satellite systems (GNSS)\\r\\n2\\tMarket Forecasts and Trends\\t\\r\\n2.1\\tMarket forecasts\\r\\n2.1.1\\tTCU shipments and revenues by region\\r\\n2.1.2\\tTCU shipments by network technology\\r\\n2.2\\tMarket analysis and vendor market shares\\r\\n2.2.1\\tTCU vendor market shares\\r\\n2.2.2\\tNAD module vendor market shares\\r\\n2.2.3\\tSoC vendor market shares\\r\\n2.3\\tMarket trends\\r\\n2.3.1\\t5G RedCap for TCUs on the horizon\\r\\n2.3.2\\tTCU and infotainment integration gains traction in China\\r\\n2.3.3\\tTCUs with integrated antennas gain traction\\r\\n2.3.4\\tZonal and software-defined architectures reshape TCU design strategies\\r\\n2.3.5\\tIncreasingly complex ADAS features drive the importance of safety for TCUs\\r\\n2.3.6\\tSatellite connectivity offers new opportunities\\r\\n2.3.7\\tNew Car Assessment Programmes drive demand for V2X\\r\\n2.3.8\\tThe regulatory environment has driven the adoption of OEM telematics\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tTCU vendors\\r\\n3.1.1\\tActia\\r\\n3.1.2\\tAumovio (Continental)\\r\\n3.1.3\\tBosch\\r\\n3.1.4\\tDenso\\r\\n3.1.5\\tDesay SV Automotive\\r\\n3.1.6\\tGosuncn WeLink\\r\\n3.1.7\\tHarman\\r\\n3.1.8\\tHyundai Mobis\\r\\n3.1.9\\tLear\\r\\n3.1.10\\tLG Electronics\\r\\n3.1.11\\tLan-You Technology\\r\\n3.1.12\\tMarelli\\r\\n3.1.13\\tNeusoft Corporation\\r\\n3.1.14\\tValeo\\r\\n3.1.15\\tAdditional TCU vendors\\r\\n3.2\\tNAD module Vendors\\r\\n3.2.1\\tCavli Wireless\\r\\n3.2.2\\tFibocom\\r\\n3.2.3\\tKontron\\r\\n3.2.4\\tMeiG Smart Technology\\r\\n3.2.5\\tQuectel\\r\\n3.2.6\\tRolling Wireless\\r\\n3.2.7\\tSunsea AIoT (SIMCom & Longsung)\\r\\n3.2.8\\tAdditional NAD module vendors\\r\\n3.3\\tSoC vendors\\r\\n3.3.1\\tASR Microelectronics\\r\\n3.3.2\\tMediaTek\\r\\n3.3.3\\tQualcomm\\r\\n3.3.4\\tSamsung Electronics\\r\\n3.3.5\\tUNISOC\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/11/10192609/bi-TCU1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The total TCU market value reached € 8.6 million in 2024\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Virtually all of the world’s leading vehicle OEMs have launched mass-market connected services in key regions today. Connected vehicles rely on a telematics control unit (TCU), which provides communications between the vehicle and external networks and navigation satellite systems. Examples of connected car services offered include eCall and roadside assistance, stolen vehicle tracking (SVT), vehicle diagnostics, over-the-air (OTA) updates, connected navigation, entertainment services such as music and video streaming, convenience services, Wi-Fi hotspots as well as AI personal assistant services.\",\n          \"\",\n          \"Berg Insight estimates that global shipments of TCUs for both passenger cars and commercial vehicles reached 74.4 million units in 2024. Growing at a compound annual growth rate (CAGR) of 5.0 percent, global shipments are expected to reach 95.0 million units in 2029. The total global market value of TCUs is forecasted to grow from € 8.6 billion in 2024 to € 11.5 billion in 2029. Berg Insight estimates that 78 percent of all new passenger cars and commercial vehicles sold worldwide in 2024 were equipped with a TCU, up from 74 percent in 2023. The vast majority of all sold TCUs today feature 4G LTE connectivity, though many carmakers plan to use 5G TCUs for the next generation of cars that will be released in the upcoming years. Berg Insight expects that 5G TCUs will account for about 70 percent of total shipments in 2029.\",\n          \"\",\n          \"The OEM hardware telematics ecosystem spans TCU vendors, network access device (NAD) vendors and system-on-chip (SoC) suppliers. The value chain is characterised by powerful actors at both ends. Vehicle OEMs hold substantial leverage over their suppliers and dictates both technical specifications and commercial terms. At the opposite end, SoC suppliers maintain significant bargaining power, underpinned by high technological barriers to entry and a highly concentrated market structure. Consequently, NAD and TCU vendors operate in a constrained middle ground between dominant upstream and downstream players. These players must continuously balance the competing demands of OEMs and SoC suppliers, adapting their designs and business terms to maintain these relationships. Success in this environment largely depends on flexibility, technical agility and the ability to align closely with OEM requirements while effectively managing SoC supplier dependencies. \",\n          \"\",\n          \"The design and development of TCUs is complex as these have to integrate with other vehicle systems, fulfil strict quality standards and ensure performance during the long lifecycle of a vehicle model. For this reason, TCUs are generally developed by established automotive suppliers in cooperation with car manufacturers. Berg Insight ranks LG Electronics as the leading TCU vendor in terms of shipments. Aumovio and Harman were the runners-up, both holding significant market shares. Other major TCU vendors include Actia, Bosch, Denso, Desay SV Automotive, Gosuncn WeLink, Hyundai Mobis, Lear, Lan-You Technology, Marelli, Neusoft Corporation and Valeo.\",\n          \"\",\n          \"Important players in the TCU ecosystem include SoC vendors and NAD module vendors. The automotive connectivity SoC segment is heavily dominated by Qualcomm, which has long-standing relationships with all of the largest NAD module vendors, TCU suppliers and automotive OEMs. MediaTek ranks second and has strategically pivoted its IoT business towards high-end 5G applications, with a strong focus on the automotive sector in recent years. Other important automotive connectivity SoC vendors are China-based UNISOC and ASR Microelectronics. The SoCs are in turn integrated into NAD modules. NAD module developers include both specialised cellular module providers, as well as TCU vendors that operate as vertically integrated TCU makers with in-house NAD module design capabilities. Quectel is the leading provider of NAD modules for the automotive industry, followed by Rolling Wireless. Other major NAD module vendors include the TCU vendors LG Electronics and Aumovio, as well as specialised module vendors like Favalon (Fibocom), MeiG and Kontron.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/11/10192619/bi-TCU1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 885,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:06:06\",\n          \"post_date_gmt\": \"2021-01-12 15:06:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Fredrik Stålbrand\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"fredrik-stalbrand\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:49:59\",\n          \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 3108,\n          \"post_author\": \"3\",\n          \"post_date\": \"2022-06-28 11:46:08\",\n          \"post_date_gmt\": \"2022-06-28 09:46:08\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Cederqvist\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-cederqvist\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:52:45\",\n          \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"261\",\n    \"variations\": [\n      {\n        \"id\": 5917,\n        \"name\": \"The Automotive Connectivity SoC, NAD and TCU Markets - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5887,"link":"https://cms.berginsight.com/report/fleet-management-in-north-america/","acf_data":"{\n  \"permalink\": \"/fleet-management-in-north-america\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"15th Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in North America.\",\n    \"full_description\": [\n      \"How will the market for fleet management systems for commercial vehicles in North America evolve in 2026 and beyond? Now in its fifteenth edition this strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in North America is forecasted to grow at a compound annual growth rate (CAGR) of 11.9 percent from 19.2 million units in 2024 to 33.2 million units by 2029. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/11/07105750/bi-fmna15-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tCommercial Vehicle Fleets in North America\\r\\n1.1\\tVehicles in operation\\r\\n1.1.1\\tThe US\\r\\n1.1.2\\tCanada\\r\\n1.2\\tNew registrations and manufacturer market shares\\r\\n1.3\\tTrailers\\r\\n1.4\\tOwnership structure and major fleets\\r\\n2\\tFleet Management Solutions\\r\\n2.1\\tFleet management infrastructure\\r\\n2.1.1\\tVehicle segment\\r\\n2.1.2\\tGNSS segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tBackoffice segment\\r\\n2.2\\tVehicle management\\r\\n2.2.1\\tVehicle diagnostics and maintenance planning\\r\\n2.2.2\\tSecurity tracking\\r\\n2.2.3\\tTire pressure monitoring systems\\r\\n2.2.4\\tFuel card integration and reporting\\r\\n2.3\\tDriver management\\r\\n2.3.1\\tDriving data registration and analysis\\r\\n2.3.2\\tVideo-based driver monitoring\\r\\n2.3.3\\tEco-driving schemes\\r\\n2.3.4\\tInsurance risk management\\r\\n2.4\\tOperations management\\r\\n2.4.1\\tRouting and navigation\\r\\n2.4.2\\tTransport management\\r\\n2.4.3\\tMobile workforce management\\r\\n2.5\\tRegulatory compliance and reporting\\r\\n2.5.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.5.2\\tHours-of-Service and electronic logging devices\\r\\n2.5.3\\tFuel tax reporting\\r\\n2.5.4\\tDistracted driving\\r\\n2.5.5\\tOther applications\\r\\n2.6\\tBusiness models\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis\\r\\n3.1.1\\tFleet management market forecast\\r\\n3.1.2\\tFleet management vendor market shares\\r\\n3.1.3\\tLocal market characteristics in North America\\r\\n3.1.4\\tTrailer telematics\\r\\n3.2\\tMarket drivers and barriers\\r\\n3.2.1\\tMacroeconomic environment\\r\\n3.2.2\\tRegulatory environment\\r\\n3.2.3\\tCompetitive environment\\r\\n3.2.4\\tTechnology environment\\r\\n3.3\\tValue chain analysis\\r\\n3.3.1\\tTelematics industry players\\r\\n3.3.2\\tAutomotive industry players\\r\\n3.3.3\\tTelecom industry players\\r\\n3.3.4\\tIT industry players\\r\\n3.4\\tFuture industry trends\\r\\n3.4.1\\tFleet telematics remains a high-pace IoT market favoured by multiple trends\\r\\n3.4.2\\tVehicle OEMs and aftermarket providers partner for factory-installed telematic\\r\\n3.4.3\\tIncreasing openness in the fleet telematics space favours joint solutions\\r\\n3.4.4\\tIndustry consolidation fosters emergence of leading global telematics giants\\r\\n3.4.5\\tSpecialised providers may thrive as applications are unbundled\\r\\n3.4.6\\tIntegrated weigh station bypass services save time and fuel\\r\\n3.4.7\\tFuel card integration extends the capabilities of fleet telematics\\r\\n3.4.8\\tLeading tire manufacturers heavily involved in the fleet telematics space\\r\\n3.4.9\\tHardwired, mobile and hybrid telematics systems to co-exist\\r\\n3.4.10\\tThe US and Canada have surpassed 1,000 and 100 certified ELDs respectively\\r\\n3.4.11\\tUpselling of value-added services to drive uptake beyond the ELD basics\\r\\n3.4.12\\tVideo telematics remains a highly popular FM solution add-on\\r\\n3.4.13\\tFleet insurance telematics is an opportunity to reduce fleet risks and costs\\r\\n3.4.14\\tThe Internet of Transportation Things expands the addressable market\\r\\n3.4.15\\tFM providers support management of EVs and fleet electrification processes\\r\\n3.4.16\\tThe fleet management space is permeated by AI innovations\\r\\n4\\tOEM Products and Strategies\\r\\n4.1\\tDaimler Truck Group\\r\\n4.2\\tFord\\r\\n4.3\\tGeneral Motors\\r\\n4.4\\tHino Trucks\\r\\n4.5\\tInternational\\r\\n4.6\\tMercedes-Benz Group\\r\\n4.7\\tPACCAR\\r\\n4.8\\tVolvo Group\\r\\n5\\tInternational Aftermarket Solution Providers\\r\\n5.1\\tCalAmp\\r\\n5.2\\tEROAD\\r\\n5.3\\tGeotab\\r\\n5.4\\tGurtam\\r\\n5.5\\tMICHELIN Connected Fleet\\r\\n5.6\\tPlatform Science\\r\\n5.7\\tPowerfleet\\r\\n5.8\\tRadius\\r\\n5.9\\tSamsara\\r\\n5.10\\tTeletrac Navman\\r\\n5.11\\tWebfleet (Bridgestone)\\r\\n6\\tLocal Aftermarket Solution Providers\\r\\n6.1\\tAzuga (Bridgestone)\\r\\n6.2\\tBlackBerry\\r\\n6.3\\tCameraMatics\\r\\n6.4\\tCertified Tracking Solutions (GPS Insight)\\r\\n6.5\\tDigital Communications Technologies\\r\\n6.6\\tDigital Matter\\r\\n6.7\\tFieldLogix\\r\\n6.8\\tFleet Freedom\\r\\n6.9\\tFleeteye\\r\\n6.10\\tFleetHunt\\r\\n6.11\\tFleetMovil (Guidepoint Systems)\\r\\n6.12\\tFleetPulse\\r\\n6.13\\tFleetUp\\r\\n6.14\\tForward Thinking Systems\\r\\n6.15\\tGPS Insight\\r\\n6.16\\tGPS Trackit (Zonar Systems)\\r\\n6.17\\tGreenRoad\\r\\n6.18\\tIntelliShift\\r\\n6.19\\tISAAC Instruments\\r\\n6.20\\tJ. J. Keller\\r\\n6.21\\tKORE\\r\\n6.22\\tLinxup\\r\\n6.23\\tLytx\\r\\n6.24\\tMapon\\r\\n6.25\\tMojio\\r\\n6.26\\tMotive\\r\\n6.27\\tNavixy (SquareGPS)\\r\\n6.28\\tOne Step GPS\\r\\n6.29\\tORBCOMM\\r\\n6.30\\tPedigree Technologies\\r\\n6.31\\tPhillips Connect (Phillips Industries)\\r\\n6.32\\tPositioning Universal\\r\\n6.33\\tPosiTrace\\r\\n6.34\\tPrometheus\\r\\n6.35\\tQuartix\\r\\n6.36\\tQuestar Auto\\r\\n6.37\\tRAM Tracking\\r\\n6.38\\tRand McNally\\r\\n6.39\\tRastrac\\r\\n6.40\\tRaven Connected\\r\\n6.41\\tSkyBitz (AMETEK)\\r\\n6.42\\tSolera Fleet Solutions\\r\\n6.43\\tVecima Networks\\r\\n6.44\\tVerizon Connect\\r\\n6.45\\tWideTech\\r\\n6.46\\tZonar Systems\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/11/06194301/bi-fmna15-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The top-15 FM solution providers in North America together have 14 million active units\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Fleet management (FM) is an ambiguous term used in reference to a wide range of solutions for different vehicle-related applications. Berg Insight’s definition of a fleet management solution is a vehicle-based system that incorporates data logging, satellite positioning and data communications to a backoffice application. The history of fleet management solutions goes back several decades. On-board vehicle computers first emerged in the 1980s and were soon connected to various satellite and terrestrial wireless networks. Today, mobile networks can provide ubiquitous online connectivity in many regions at a reasonable cost and mobile computing technology delivers very high performance, as well as excellent usability. All of these components combined enable the delivery of vehicle management, transport management, driver management and mobile workforce management applications that link vehicles and enterprise IT systems. The same technology platform can furthermore also be used for regulatory compliance and reporting.\",\n          \"\",\n          \"Commercial vehicle fleets play an essential role in the economy in North America. Compared with other transport modes, road transport offers unparalleled flexibility in many regards, not the least due to the extensive set of vehicle types available for various purposes. There are approximately 34 million vehicles in fleet use on the North American market. The fleet management solution market in North America has been in a growth period for many years. Berg Insight expects the fleet management market to continue to show healthy growth in 2026–2029. The total number of fleet management systems in active use on the North American market is forecasted to grow at a compound annual growth rate (CAGR) of 11.6 percent from about 19.2 million units at the end of 2024 to reach 33.2 million units by 2029. The penetration rate in the total population of non-privately owned vehicles in commercial use is at the same time estimated to increase from 56.8 percent in 2024 to 84.7 percent in 2029.\",\n          \"\",\n          \"A handful of solution providers have emerged as frontrunners on the fleet management market in North America and the top-5 players are all estimated to have reached the million mark in terms of installed base. Canada-based Geotab is clearly in the lead, having several million active fleet management subscribers in North America alone. Samsara is the runner-up ahead of Verizon Connect, CalAmp and Lytx, all based in the US. Additional solution providers with estimated installed bases of at least half a million units in North America include Motive, Platform Science and Powerfleet. Platform Science has notably acquired Trimble’s global transportation telematics business units while Powerfleet expanded its presence considerably through the acquisitions of both MiX Telematics and Fleet Complete. Other major players with decades of experience in the North American fleet management space include Zonar Systems and Solera Fleet Solutions. Zonar Systems was acquired by GPS Trackit which is now transitioning to the Zonar brand. The remaining top-15 players with estimated installed bases of at least a couple of hundred thousand units include Bridgestone Mobility Solutions, GPS Insight, One Step GPS, Gurtam and Teletrac Navman. Bridgestone is mainly represented by Azuga and to some extent Webfleet in the North American fleet telematics market. Solution vendors just outside of the top list moreover include Linxup, IntelliShift, Forward Thinking Systems, Rastrac, MICHELIN Connected Fleet, FleetMovil (Guidepoint Systems), Rand McNally, J. J. Keller and Raven Connected. Forward Thinking Systems has recently acquired the Position Logic platform from KORE. Other notable fleet management players active in North America include Positioning Universal, Radius, EROAD and ISAAC Instruments.\",\n          \"\",\n          \"Most vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. The OEM telematics initiatives have intensified over the years, and large installed bases can now be found on the North American market, not the least for systems powered by established aftermarket fleet management solution providers. Examples of manufacturers which have introduced OEM fleet telematics systems in North America include Volvo Group, PACCAR, Daimler Truck, International, Hino, Mercedes-Benz, Stellantis, Ford and GM. Basic telematics services such as remote diagnostics are increasingly included for free for the first years after purchasing a vehicle. Extended coverage and additional fleet management services are commonly offered as subscriptions. Several of the commercial vehicle OEMs have over time extended their partnership strategies and started working with additional aftermarket telematics partners, enabling fleet customers to choose the systems which best match their specific needs. Some OEMs such as Ford and GM have also in recent years introduced new proprietary fleet telematics solutions offered as alternatives alongside growing selections of partner-powered offerings. Notable fleet telematics providers active in the OEM space in various ways include Platform Science, Geotab, Verizon Connect, Samsara, Radius, Zonar Systems and Powerfleet. Platform Science’s Virtual Vehicle platform represents one of the most noteworthy developments in recent time. The Virtual Vehicle open OEM platform is adopted and backed by several of the most important brands in heavy trucking in North America. Additional partnerships between commercial vehicle manufacturers and specialised fleet management solution providers are expected to be unveiled in the near term.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/11/06194310/bi-fmna15-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"260\",\n    \"variations\": [\n      {\n        \"id\": 5892,\n        \"name\": \"Fleet Management in North America - 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This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        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This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        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\"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        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Berg Insight estimates that revenues from home automation system shipments and service fees in Europe and North America will grow at a compound annual growth rate of 10.4 percent from € 87.7 billion in 2024 to € 143.9 billion in 2029. Get a 360-degree perspective on the rapid evolution of the home automation market in this comprehensive 240-page strategy report.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/10/28151819/bi-sh12-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tSmart Homes and Home Automation\\r\\n1.1\\tIntroduction\\r\\n1.2\\tTypes of home automation\\r\\n1.2.1\\tSecurity and access control systems\\t6\\r\\n1.2.2\\tEnergy management and climate control systems\\r\\n1.2.3\\tAudio-visual and entertainment systems\\r\\n1.2.4\\tLighting and window control systems\\r\\n1.2.5\\tIrrigation and water management systems\\r\\n1.2.6\\tHome appliances\\r\\n1.2.7\\tService robotics\\r\\n1.2.8\\tMultifunction and whole-home automation systems\\r\\n1.3\\tHome automation market segments\\r\\n1.3.1\\tMainstream houses and multi-family dwellings\\r\\n1.3.2\\tThe custom/luxury segment\\r\\n1.3.3\\tNew homes versus existing homes\\r\\n1.4\\tChannels to market\\r\\n1.4.1\\tProfessional installation\\r\\n1.4.2\\tRetail\\r\\n1.4.3\\tService providers\\r\\n2\\tNetworks and Communications Technologies\\r\\n2.1\\tOverview\\r\\n2.1.1\\tDifferent approaches to establishing interoperability\\r\\n2.1.2\\tTechnology choices of product OEMs\\r\\n2.1.3\\tTechnology choices of whole-home solution vendors\\r\\n2.2\\tSmart home networking technologies and standards\\r\\n2.2.1\\tBluetooth\\r\\n2.2.2\\tDECT ULE\\r\\n2.2.3\\tEnOcean\\r\\n2.2.4\\tHome Connectivity Alliance (HCA)\\r\\n2.2.5\\tKNX\\r\\n2.2.6\\tMatter\\r\\n2.2.7\\tOpen Connectivity Foundation\\r\\n2.2.8\\tOpenTherm\\r\\n2.2.9\\tThread\\r\\n2.2.10\\tWi-Fi\\r\\n2.2.11\\tZigbee\\r\\n2.2.12\\tZ-Wave\\r\\n2.3\\tSmart home hubs and integration services\\r\\n2.3.1\\tAmazon Alexa\\r\\n2.3.2\\tApple HomeKit and Siri\\r\\n2.3.3\\tFlic (Shortcut Labs)\\r\\n2.3.4\\tGoogle Home and Google Assistant\\r\\n2.3.5\\tHome Assistant\\r\\n2.3.6\\tHomey (LG Electronics)\\r\\n2.3.7\\tIFTTT\\r\\n2.3.8\\tLG Electronics\\r\\n2.3.9\\tMediola\\r\\n2.3.10\\tOlisto\\r\\n2.3.11\\tSamsung SmartThings\\r\\n2.4\\tSmart home platform and white-label solution providers\\r\\n2.4.1\\tAlarm.com\\r\\n2.4.2\\tAyla Networks\\r\\n2.4.3\\tEssence Group\\r\\n2.4.4\\tLeedarson IoT Technology\\r\\n2.4.5\\tOBLO Living\\r\\n2.4.6\\tOnics\\r\\n2.4.7\\tThroughTek\\r\\n2.4.8\\tTuya\\r\\n3\\tPoint Solution Providers\\r\\n3.1\\tMarket overview\\r\\n3.1.1\\tPoint solutions – an entry into the smart home\\r\\n3.1.2\\tSmart home strategies for product OEMs\\r\\n3.1.3\\tNew entrants challenge incumbents with connected products\\r\\n3.2\\tSecurity and access control system vendors\\r\\n3.2.1\\tArlo Technologies\\r\\n3.2.2\\tAssa Abloy\\r\\n3.2.3\\tCanary (Smartfrog Group)\\r\\n3.2.4\\tChamberlain Group\\r\\n3.2.5\\tEzviz Network (Hikvision)\\r\\n3.2.6\\tMinut\\r\\n3.2.7\\tNuki Home Solutions\\r\\n3.2.8\\tReolink\\r\\n3.2.9\\tSchlage (Allegion)\\r\\n3.2.10\\tWyze Labs\\r\\n3.3\\tEnergy management and climate control system vendors\\r\\n3.3.1\\tCopeland\\r\\n3.3.2\\tDanfoss\\r\\n3.3.3\\tEcobee (Generac)\\r\\n3.3.4\\tEve Systems (ABB)\\r\\n3.3.5\\tGoogle Nest\\r\\n3.3.6\\tMysa\\r\\n3.3.7\\tNetatmo (Legrand)\\r\\n3.3.8\\tSensibo\\r\\n3.3.9\\tTado\\r\\n3.4\\tAudio-visual and entertainment system vendors\\r\\n3.4.1\\tBose\\r\\n3.4.2\\tHarman (Samsung Electronics)\\r\\n3.4.3\\tKaleidescape\\r\\n3.4.4\\tNaim Audio\\r\\n3.4.5\\tSonos\\r\\n3.5\\tLighting and window control system vendors\\r\\n3.5.1\\tAcuity Brands\\r\\n3.5.2\\tIKEA\\r\\n3.5.3\\tLedvance (MLS)\\r\\n3.5.4\\tLeviton\\r\\n3.5.5\\tLIFX (Feit Electric)\\r\\n3.5.6\\tMerkury Innovations\\r\\n3.5.7\\tPlejd\\r\\n3.5.8\\tSignify\\r\\n3.5.9\\tVelux\\r\\n3.6\\tIrrigation and water management system vendors\\r\\n3.6.1\\tFlume\\r\\n3.6.2\\tGardena and Orbit Irrigation (Husqvarna)\\r\\n3.6.3\\tMoen (Fortune Brands Innovations)\\r\\n3.6.4\\tPhyn\\r\\n3.6.5\\tRachio\\r\\n3.7\\tHome appliances vendors\\r\\n3.7.1\\tBSH Hausgeräte (Bosch)\\r\\n3.7.2\\tElectrolux\\r\\n3.7.3\\tGE Appliances (Haier)\\r\\n3.7.4\\tHaier Smart Home\\r\\n3.7.5\\tWhirlpool\\r\\n3.8\\tService robotics vendors\\r\\n3.8.1\\tAmbrogio Robot (Zucchetti Centro Sistemi)\\r\\n3.8.2\\tDyson\\r\\n3.8.3\\tEcovacs\\r\\n3.8.4\\tHusqvarna\\r\\n3.8.5\\tiRobot\\r\\n3.8.6\\tLabrador Systems\\r\\n3.8.7\\tRobomow (Stanley Black & Decker)\\r\\n3.8.8\\tRoborock\\r\\n3.8.9\\tSharkNinja\\r\\n3.8.10\\tWorx Landroid (Positec)\\r\\n4\\tWhole-Home System Vendors and Service Providers\\r\\n4.1\\tMarket overview\\r\\n4.2\\tMarket segments and go-to-market strategies\\r\\n4.2.1\\tTraditional home automation\\r\\n4.2.2\\tDIY systems\\r\\n4.2.3\\tProfessionally monitored security\\r\\n4.3\\tWhole-home system vendors\\r\\n4.3.1\\tABB\\r\\n4.3.2\\tBosch\\r\\n4.3.3\\tControl4 (Resideo)\\r\\n4.3.4\\tCrestron Electronics\\r\\n4.3.5\\tDelta Dore\\r\\n4.3.6\\tD-Link\\r\\n4.3.7\\tEltako\\r\\n4.3.8\\tEzlo Innovation\\r\\n4.3.9\\tFuturehome (FHSD Connect)\\r\\n4.3.10\\tGira\\r\\n4.3.11\\tGrenton\\r\\n4.3.12\\tHomeMatic (eQ-3)\\r\\n4.3.13\\tLegrand\\r\\n4.3.14\\tLoxone Electronics\\r\\n4.3.15\\tLutron Electronics\\r\\n4.3.16\\tmyGEKKO (Ekon)\\r\\n4.3.17\\tNice Group\\r\\n4.3.18\\tResideo Technologies\\r\\n4.3.19\\tSavant Systems\\r\\n4.3.20\\tSchneider Electric\\r\\n4.3.21\\tShelly Group\\r\\n4.3.22\\tSomfy\\r\\n4.3.23\\tSonoff (ITEAD Intelligent Systems)\\r\\n4.3.24\\tTP-Link\\r\\n4.3.25\\tUniversal Electronics\\r\\n4.3.26\\tXiaomi\\r\\n4.4\\tService providers\\r\\n4.4.1\\tADT\\r\\n4.4.2\\tBrinks Home (Monitronics)\\r\\n4.4.3\\tCentrica\\r\\n4.4.4\\tComcast\\r\\n4.4.5\\tDeutsche Telekom\\r\\n4.4.6\\tFrontpoint\\r\\n4.4.7\\tProsegur\\r\\n4.4.8\\tRing (Amazon)\\r\\n4.4.9\\tSector Alarm\\r\\n4.4.10\\tSimplisafe\\r\\n4.4.11\\tTelus\\r\\n4.4.12\\tToon (Eneco)\\r\\n4.4.13\\tVerisure\\r\\n4.4.14\\tVivint Smart Home (NRG Energy)\\r\\n5\\tMarket Forecasts and Conclusions\\r\\n5.1\\tEurope\\r\\n5.1.1\\tRevenues\\r\\n5.1.2\\tShipments\\r\\n5.1.3\\tInstalled base\\r\\n5.2\\tNorth America\\r\\n5.2.1\\tRevenues\\r\\n5.2.2\\tShipments\\r\\n5.2.3\\tInstalled base\\r\\n5.3\\tPopular smart home product categories\\r\\n5.3.1\\tSmart speakers and displays\\r\\n5.3.2\\tSmart thermostats and radiator valves\\r\\n5.3.3\\tSmart lighting\\r\\n5.3.4\\tFloor cleaning robots\\r\\n5.4\\tMarket trends and analysis\\r\\n5.4.1\\tCan AI revolutionise the smart home market?\\r\\n5.4.2\\tA new major platform player is challenging the incumbents\\r\\n5.4.3\\tWill smart speakers and voice assistant services have a renaissance with AI?\\r\\n5.4.4\\tWill Matter solve the interoperability problems in the smart home industry?\\r\\n5.4.5\\tSurging energy prices create demand for smart energy efficiency solutions\\r\\n5.4.6\\tConnectivity – soon a standard feature in the home appliances segment\\r\\n5.4.7\\tLower price points opens the doors to the mass market\\r\\n5.4.8\\tCellular IoT in the smart home and home security markets\\r\\n5.4.9\\tShort product lifecycles damage consumer trust\\r\\n5.4.10\\tSmart home companies introduce paid services\\r\\n5.4.11\\tSmart insurance for the connected home\\r\\n5.4.12\\tMergers and acquisitions in the smart home industry\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/10/28151830/bi-sh12-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"139 million homes in Europe and North America were smart at the end of 2024\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Smart home and home automation systems include a wide range of solutions for controlling, monitoring and automating functions in the home. Berg Insight’s definition of a smart home system is one that is accessible from remote and includes a smartphone app or a web portal user interface. Devices that can only be controlled and automated locally, through switches, timers, sensors and remote controls, are thus not included in the scope of this study. Smart home systems can be grouped into seven primary categories: security and access control systems; energy management and climate control systems; audio-visual and entertainment systems; lighting and window control systems; home appliances; service robotics and irrigation and water management systems.\",\n          \"\",\n          \"A point solution will in many cases constitute a consumer’s first smart home purchase. The most popular point solutions to date, in terms of sold units, include smart thermostats, smart light bulbs, smart plugs, connected security cameras, voice-controlled smart speakers and floor cleaning robots. These products are marketed by incumbent OEMs such as Signify, Resideo, Danfoss, Belkin, Chamberlain, Schlage, Assa Abloy and iRobot and newer entrants such as Ecobee, Sonos, Arlo, Nuki, Mysa, IKEA, Wyze Labs and SharkNinja. In the whole-home system market, traditional home automation vendors such as Crestron Electronics, Control4, Savant Systems, eQ-3, Shelly, Somfy and Loxone are facing new competition as companies from adjacent industries have entered the market. Communications and security service providers such as Verisure, ADT, Vivint, Comcast, SimpliSafe and Telus have established themselves among the largest whole-home solution vendors in North America and Europe by combining home security services with smart home features. \",\n          \"\",\n          \"The North American smart home market continues to grow. The installed base of smart home systems reached 305.8 million at the end of 2024. An estimated 64.4 million of these were multifunction or whole-home systems whereas 241.4 million were point solutions designed for one specific function. As some homes have more than one smart system in use, the installed base totalled an estimated 66.7 million smart homes at the end of the year. This corresponds to 44.8 percent of all households, placing North America as the most advanced smart home market in the world. Between 2024 and 2029, the number of households that adopt smart home systems is forecasted to grow at a compound annual growth rate (CAGR) of 6.4 percent, resulting in 90.9 million smart homes at the end of the forecast period. Market revenues reached US$ 52.4 billion (€ 48.4 billion) in 2024. The market is expected to grow at a CAGR of 9.3 percent between 2024 and 2029, reaching US$_81.8 billion (€ 75.6 billion) in yearly revenues at the end of the forecast period.\",\n          \"\",\n          \"The European market for smart home systems is still behind the North American market in terms of market penetration and maturity. However, the market has now grown to become almost as large as the North American market. At the end of 2024, there were a total of 240.1 million smart home systems in use in the EU27+3 countries. Around 46.4 million of these systems were multifunction or whole-home systems whereas 193.7 million were point solutions. This corresponds to around 72.8 million smart homes when overlaps are taken into account, meaning that 30.7 percent of all households in Europe were smart at the end of the year. The number of European households to adopt smart home systems is forecasted to grow at a compound annual growth rate (CAGR) of 7.2 percent during the next five years, resulting in 102.8 million smart homes by 2029. Market revenues reached € 39.3 billion (US$ 42.5 billion) in 2024. The market is forecasted to grow at a CAGR of 11.7 percent between 2024 and 2029 to reach € 68.3 billion (US$ 73.9 billion) at the end of the forecast period.\",\n          \"\",\n          \"The outlook for the smart home market in the coming years is positive. Connectivity adds several benefits to the most commonly used products and systems in the home, including home security systems, door locks, indoor climate control devices, lights, irrigation systems, home appliances and entertainment solutions. The ability to view information and manage various settings of the home remotely enables energy and cost savings, enhances security and safety, and provides convenience for homeowners. In several product categories, connectivity is now becoming a standard feature and consumers are increasingly expecting new products to be smart and connected.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/10/28151840/bi-sh12-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"259\",\n    \"variations\": [\n      {\n        \"id\": 5879,\n        \"name\": \"Smart Homes and Home Automation - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5857,"link":"https://cms.berginsight.com/report/smart-metering-in-asia-pacific-3/","acf_data":"{\n  \"permalink\": \"/smart-metering-in-asia-pacific\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"7th Edition\",\n    \"main_product_category\": 29,\n    \"short_description\": \"This report from Berg Insight analyses the latest developments for electricity and gas smart metering in China, Japan, South Korea, Taiwan, Bangladesh, India, Brunei, Indonesia, Malaysia, the Philippines, Singapore, Thailand, Vietnam, Australia and New Zealand.\",\n    \"full_description\": [\n      \"Are you looking for detailed information and comprehensive data about the Asia-Pacific smart metering market? The study concludes that the installed base of smart electricity meters in Asia-Pacific will grow at a compound annual growth rate (CAGR) of 6.8 percent throughout the forecast period, from 857.6 million in 2024 to 1.3 billion in 2030. The installed base of smart gas metering endpoints in the region is at the same time expected to grow at a CAGR of 10.9 percent from 237.1 million in 2024 to 442.2 million in 2030. Get up to date with the latest information about vendors, products and local developments in each country.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/10/24145357/bi-smapac7-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tSmart Grids and Intelligent Meters\\r\\n1.1\\tIntroduction to smart grids\\r\\n1.2\\tSmart metering\\r\\n1.2.1\\tSmart metering applications\\r\\n1.2.2\\tSmart metering infrastructure\\r\\n1.2.3\\tBenefits of smart metering\\r\\n1.3\\tProject strategies\\r\\n1.3.1\\tSystem design and sourcing\\r\\n1.3.2\\tRollout and integration\\r\\n1.3.3\\tImplementation and operation\\r\\n1.3.4\\tCommunication with customers\\r\\n1.4\\tRegulatory issues\\r\\n1.4.1\\tModels for the introduction of smart meters\\r\\n1.4.2\\tStandardisation\\r\\n1.4.3\\tIndividual rights issues\\r\\n2\\tIoT Networks and Communications Technologies\\r\\n2.1\\tIoT network technologies\\r\\n2.1.1\\tNetwork architecture\\r\\n2.1.2\\tUnlicensed and licensed frequency bands\\r\\n2.2\\tPLC technology and standards\\r\\n2.2.1\\tInternational standards organisations\\r\\n2.2.2\\tG3-PLC\\r\\n2.2.3\\tPRIME\\r\\n2.2.4\\tMeters & More\\r\\n2.3\\t3GPP cellular and LPWA technologies\\r\\n2.3.1\\t2G/3G/4G/5G cellular technologies and IoT\\r\\n2.3.2\\tNB-IoT and LTE-M\\r\\n2.3.3\\tThe role of cellular networks in smart meter communications\\r\\n2.3.4\\tLoRa & LoRaWAN\\r\\n2.3.5\\tSigfox\\r\\n2.4\\tIEEE 802.15.4-based RF\\r\\n2.4.1\\tIEEE 802.15.4\\r\\n2.4.2\\tWi-SUN\\r\\n2.4.3\\tProprietary IPv6 connectivity stacks based on 802.15.4\\r\\n3\\tSmart Metering Industry Players\\r\\n3.1\\tMeter vendors\\r\\n3.1.1\\tItron\\r\\n3.1.2\\tLandis+Gyr\\r\\n3.1.3\\tHoneywell\\r\\n3.1.4\\tAichi Tokei Denki\\r\\n3.1.5\\tAllied Engineering Works\\r\\n3.1.6\\tAvon Meters\\r\\n3.1.7\\tAzbil Kimmon\\r\\n3.1.8\\tBentec\\r\\n3.1.9\\tCapital Power Systems\\r\\n3.1.10\\tChung-Hsin Electric & Machinery\\r\\n3.1.11\\tCHINT Instrument & Meter\\r\\n3.1.12\\tClou Electronics\\r\\n3.1.13\\tDongfang Wisdom Electric\\r\\n3.1.14\\tEDMI (Osaki Electric)\\r\\n3.1.15\\tFuji Electric\\r\\n3.1.16\\tGenus Power Infrastructures\\r\\n3.1.17\\tGoldCard Smart Group\\r\\n3.1.18\\tGridspertise\\r\\n3.1.19\\tHexing Electrical\\r\\n3.1.20\\tHPL Electric & Power\\r\\n3.1.21\\tHolley Technology\\r\\n3.1.22\\tIljin Electric\\r\\n3.1.23\\tInnover Technology\\r\\n3.1.24\\tITI Limited\\r\\n3.1.25\\tKAIFA Technology\\r\\n3.1.26\\tKimbal Technologies\\r\\n3.1.27\\tLinyang Energy\\r\\n3.1.28\\tLondian Wason Holdings Group\\r\\n3.1.29\\tLS Electric\\r\\n3.1.30\\tMitsubishi Electric\\r\\n3.1.31\\tOmni System\\r\\n3.1.32\\tOsaki Electric\\r\\n3.1.33\\tPSTEC\\r\\n3.1.34\\tSanxing Electric\\r\\n3.1.35\\tSchneider Electric\\r\\n3.1.36\\tSecure Meters\\r\\n3.1.37\\tStar Instrument\\r\\n3.1.38\\tSuntront Technology\\r\\n3.1.39\\tSunrise Technology\\r\\n3.1.40\\tTatung Company\\r\\n3.1.41\\tToshiba Toko Meter Systems\\r\\n3.1.42\\tTOYOKEIKI\\r\\n3.1.43\\tWasion\\r\\n3.1.44\\tViewshine\\r\\n3.1.45\\tXJ Electric\\r\\n3.1.46\\tZenMeter (Enzen)\\r\\n3.1.47\\tYazaki Group\\r\\n3.1.48\\tZENNER Metering Technology\\r\\n3.2\\tCommunications technology and connectivity service providers\\r\\n3.2.1\\tBharti Airtel\\r\\n3.2.2\\tChunghwa Telecom\\r\\n3.2.3\\tCyanConnode\\r\\n3.2.4\\tFujitsu\\r\\n3.2.5\\tGenesis Gas Solutions\\r\\n3.2.6\\tReliance Jio\\r\\n3.2.7\\tKDDI\\r\\n3.2.8\\tNuriFlex\\r\\n3.2.9\\tTelstra\\r\\n3.2.10\\tTrilliant\\r\\n3.2.11\\tUnaBiz\\r\\n3.2.12\\tUbiik\\r\\n3.2.13\\tWirepas\\r\\n3.2.14\\tVodafone\\r\\n3.2.15\\tChinese & Korean PLC communications technology providers\\r\\n3.3\\tSoftware providers and system integrators\\r\\n3.3.1\\tAccenture\\r\\n3.3.2\\tEDF\\r\\n3.3.3\\tEsyasoft Technologies\\r\\n3.3.4\\tFluentgrid\\r\\n3.3.5\\tGE Vernova\\r\\n3.3.6\\tHansen Technologies\\r\\n3.3.7\\tIBM\\r\\n3.3.8\\tLarsen & Toubro\\r\\n3.3.9\\tOculin Tech\\r\\n3.3.10\\tOracle\\r\\n3.3.11\\tSAP\\r\\n3.3.12\\tSiemens\\r\\n4\\tMarket Profiles\\r\\n4.1\\tRegional summary\\r\\n4.2\\tChina\\r\\n4.2.1\\tElectricity and gas utility industry structure\\r\\n4.2.2\\tSmart grid policies and initiatives\\r\\n4.2.3\\tSmart meter rollouts\\r\\n4.3\\tJapan\\r\\n4.3.1\\tElectricity and gas utility industry structure\\r\\n4.3.2\\tSmart grid and metering initiatives\\r\\n4.4\\tSouth Korea\\r\\n4.4.1\\tElectricity and gas utility industry structure\\r\\n4.4.2\\tSmart grid and metering initiatives\\r\\n4.5\\tTaiwan\\r\\n4.5.1\\tElectricity industry structure\\r\\n4.5.2\\tSmart grid and metering initiatives\\r\\n4.5.3\\tGas utility industry structure and smart metering initiatives\\r\\n4.6\\tBangladesh\\r\\n4.6.1\\tElectricity and gas utility industry structure\\r\\n4.6.2\\tSmart grid and metering initiatives\\r\\n4.7\\tIndia\\r\\n4.7.1\\tElectricity utility industry structure\\r\\n4.7.2\\tSmart grid policies and initiatives\\r\\n4.7.3\\tGovernment-funded projects and schemes\\r\\n4.7.4\\tPrivate sector initiatives\\r\\n4.7.5\\tGas utility industry structure and smart metering initiatives\\r\\n4.8\\tBrunei\\r\\n4.8.1\\tElectricity industry structure\\r\\n4.8.2\\tSmart grid and metering initiatives\\r\\n4.9\\tIndonesia\\r\\n4.9.1\\tElectricity and gas utility industry structure\\r\\n4.9.2\\tSmart grid and metering initiatives\\r\\n4.10\\tMalaysia\\r\\n4.10.1\\tElectricity utility industry structure\\r\\n4.10.2\\tSmart grid and metering initiatives\\r\\n4.11\\tPhilippines\\r\\n4.11.1\\tElectricity utility industry structure\\r\\n4.11.2\\tSmart grid and metering initiatives\\r\\n4.12\\tSingapore\\r\\n4.12.1\\tElectricity and gas utility industry structure\\r\\n4.12.2\\tSmart grid and metering initiatives\\r\\n4.13\\tThailand\\r\\n4.13.1\\tElectricity and gas utility industry structure\\r\\n4.13.2\\tSmart grid and metering initiatives\\r\\n4.14\\tVietnam\\r\\n4.14.1\\tElectricity utility industry structure\\r\\n4.14.2\\tSmart grid and metering initiatives\\r\\n4.15\\tAustralia\\r\\n4.15.1\\tElectricity and gas utility industry structure\\r\\n4.15.2\\tEarly smart meter rollout and demonstration projects\\r\\n4.15.3\\tMarket reforms and transition to market-driven smart meter rollouts\\r\\n4.16\\tNew Zealand\\r\\n4.16.1\\tElectricity utility industry structure\\r\\n4.16.2\\tSmart grid and metering initiatives\\r\\n5\\tMarket Analysis\\r\\n5.1\\tSmart electricity metering\\r\\n5.1.1\\tMarket forecasts\\r\\n5.1.2\\tTechnology trends\\r\\n5.1.3\\tIndustry analysis\\r\\n5.1.4\\tTechnology vendors\\r\\n5.2\\tSmart gas metering\\r\\n5.2.1\\tTechnology trends and vendors\\r\\n6\\tCase Studies\\r\\n6.1\\tEESL and IntelliSmart\\r\\n6.2\\tEVNCPC\\r\\n6.3\\tIntellihub\\r\\n6.4\\tKorea Electric Power Corporation\\r\\n6.5\\tState Grid Corporation of China\\r\\n6.6\\tTokyo Electric Power Company\\r\\n6.7\\tBluecurrent (Vector)\\r\\n6.8\\tWestern Power\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/10/24145405/bi-smapac7-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Asia-Pacific now home to nearly 1.1 billion connected energy meters\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Smart metering is widely regarded as the cornerstone for future smart grids and is currently being deployed all over the developed world, with a growing number of large-scale initiatives now also being launched in developing countries. Asia-Pacific constitutes the world’s largest metering market by far with more than 1.8 billion electricity and gas customers – more than North America and Europe combined. Annual demand for electricity meters in the region is in the range of 130–180 million units, of which China accounts for roughly half. The region saw a wave of massive smart metering projects being launched during the first half of the past decade and several utilities in the region are now preparing for rollouts of second-generation meters to take off, driven by new smart meter functionalities and smart energy use cases. Other markets in South and Southeast Asia are on the other hand just beginning their smart metering journeys, following in the footsteps of the leading markets in East Asia.\",\n          \"\",\n          \"Berg Insight forecasts that the installed base of smart electricity meters in Asia-Pacific – defined as China, Japan, South Korea, Taiwan, Bangladesh, India, Brunei Darussalam, Indonesia, Malaysia, the Philippines, Singapore, Thailand, Vietnam, Australia and New Zealand – will grow at a compound annual growth rate (CAGR) of 6.8 percent throughout the forecast period, from 857.6 million in 2024 to nearly 1.3 billion in 2030. Shipments will to a large extent be driven by first-wave installations in India as well as by replacements of first-generation meters in China and Japan, while emerging markets in South and Southeast Asia will contribute with increasing volumes throughout the forecast period. In total, Berg Insight forecasts that around 924.7 million smart electricity meters will be shipped in Asia Pacific during 2025–2030. The installed base of smart gas metering endpoints in the region is at the same time expected to grow at a CAGR of 10.9 percent throughout the forecast period, from 237.1 million in 2024 to 442.2 million in 2030. China accounts for the vast majority of the market, both in terms of installed base and annual shipment volumes, although emerging markets are expected to account for a significant increase in annual shipments throughout the forecast period. India for example aims to increase the number of piped natural gas connections more than ninefold – from around 14 million in 2024 to more than 125 million in 2034.\",\n          \"\",\n          \"East Asia – defined as China, Japan, South Korea and Taiwan – has led the adoption of smart metering technology in Asia-Pacific with ambitious national rollouts and today accounts for around 91 percent of the installed base of smart electricity meters in the region. The rollouts of smart electricity meters in China and Japan are now complete. The nationwide rollout in South Korea has suffered a number of delays and the national utility KEPCO now aims to complete the rollout by the end of 2025. Taiwan is the least mature market in East Asia and boasts an installed base of just 3.4 million smart meters. In China and Japan, replacements of first-generation smart meters have already begun and will dominate shipment volumes in the region in the coming years. East Asia also constitutes the leading adopter of smart gas metering technology in Asia-Pacific, accounting for nearly all installed devices and forecasted shipment volumes in the coming years. \",\n          \"\",\n          \"South Asia – defined as India and Bangladesh – will constitute the fastest growing smart electricity metering market in Asia-Pacific throughout the forecast period with ambitious governmental initiatives now in place in both India and Bangladesh. The former has for example set a highly ambitious target of reaching 250 million installed smart prepayment meters by 2026 – a target that will however not be met. Berg Insight anticipates that the installed base of smart electricity meters in South Asia will grow at a CAGR of 52.4 percent throughout the forecast period, reaching 324.5 million units installed in 2030.\",\n          \"\",\n          \"Southeast Asia – defined as Thailand, Vietnam, Indonesia, Malaysia, Singapore, Brunei Darussalam and the Philippines – on the other hand remains the most nascent smart metering market in Asia-Pacific, although some countries have made notable progress with major projects now underway. Singapore is on track to complete its nationwide rollout within the next year, while the main utility in Malayasia is in the midst of a large-scale deployment. The small country of Brunei is at the same time rolling out smart prepayment meters for all electricity customers. The main utilities in Indonesia and Thailand are by contrast at the very beginning of their large-scale smart metering implementation plans while the leading utilities in the Philippines have similar ambitions. In Vietnam, the national utility has rolled out basic remote metering technologies for years with a vision to eventually transition to more advanced technologies. Australasia – defined as Australia and New Zealand – is characterised by a market-driven and retailer-led approach to smart metering. In the case of Australia, however, recent changes to the regulatory framework have strengthened the role of mandated deployment over market forces. More than half of all smart meters in Australia are now smart while New Zealand has reached a natural saturation of more than 90 percent with second-generation installations now about to take off. \",\n          \"\",\n          \"The markets in Asia-Pacific are largely dominated by local or regional players and only a few companies such as Landis+Gyr, Itron, EDMI (Osaki Electric) and Trilliant have managed to establish a notable presence in multiple markets across the region. In terms of smart meter communications, domestic PLC technologies dominate the electricity markets in China and South Korea while RF mesh is the main option in Japan, Singapore and Malaysia. Cellular communications has meanwhile emerged as the dominant technology in Australasia as well as in India, where RF mesh also has a significant market share. The LPWA technologies NB-IoT, LTE-M, LoRa and Sigfox have at the same time emerged as the favoured options for smart gas metering projects across Asia-Pacific, although major regional differences exist.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/10/24145413/bi-smapac7-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3928,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-08-22 09:48:16\",\n          \"post_date_gmt\": \"2023-08-22 07:48:16\",\n          \"post_content\": \"\",\n          \"post_title\": \"Felix Linderum\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"felix-linderum\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-03-25 20:49:18\",\n          \"post_modified_gmt\": \"2026-03-25 19:49:18\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3928\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"258\",\n    \"variations\": [\n      {\n        \"id\": 5862,\n        \"name\": \"Smart Metering in Asia-Pacific - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5840,"link":"https://cms.berginsight.com/report/the-bike-and-scootersharing-telematics-market-3/","acf_data":"{\n  \"permalink\": \"/the-bike-and-scootersharing-telematics-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"4th Edition\",\n    \"main_product_category\": 31,\n    \"short_description\": \"This report covers the latest developments on the connected micromobility markets worldwide.\",\n    \"full_description\": [\n      \"What are the latest developments on the bikesharing and scootersharing market? Berg Insight estimates that the number of deployed vehicles in bikesharing schemes will grow at a CAGR of 5.9 percent from 25.7 million at the end of 2024 to 34.3 million by 2029. The number of scooters available from scootersharing services will at the same time grow at a CAGR of 12.8 percent from 1.9 million at the end of 2024 to 3.5 million vehicles in 2029. This report explains all segments including station-based and free floating bikesharing and scootersharing concepts. Get up to date with the latest information about micromobility organisations, vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/10/14124140/bi-micromobilitytelematics4-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Micromobility\\r\\n1.1\\tOverview of urban transportation modes\\r\\n1.1.1\\tPassenger cars in use by region\\r\\n1.1.2\\tThe new passenger car registration trends\\r\\n1.1.3\\tBicycle market data\\r\\n1.1.4\\tScooter, moped and motorcycle market data\\r\\n1.2\\tGlobal trends influencing the automotive industry\\r\\n1.2.1\\tPeak car use and car ownership\\r\\n1.2.2\\tThe sharing economy\\r\\n1.3\\tOverview of shared mobility services\\r\\n1.4\\tShared micromobility services\\r\\n1.4.1\\tBikesharing services\\r\\n1.4.2\\tScootersharing services\\r\\n1.4.3\\tOperational models\\r\\n1.5\\tMicromobility services worldwide\\r\\n1.5.1\\tMicromobility in Europe\\r\\n1.5.2\\tMicromobility in North America\\r\\n1.5.3\\tMicromobility in Asia-Pacific\\r\\n1.5.4\\tOverview of micromobility service providers\\r\\n1.5.5\\tBusiness models\\r\\n1.6\\tMicromobility telematics infrastructure\\r\\n1.6.1\\tVehicle Segment\\r\\n1.6.2\\tTracking segment\\r\\n1.6.3\\tNetwork segment\\r\\n1.6.4\\tService segment\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tBikesharing market forecasts\\r\\n2.1.1\\tBikesharing in Europe\\r\\n2.1.2\\tBikesharing in North America\\r\\n2.1.3\\tBikesharing in Rest of World\\r\\n2.1.4\\tBikesharing service providers\\r\\n2.2\\tScootersharing market forecasts\\r\\n2.2.1\\tScootersharing in Europe\\r\\n2.2.2\\tScootersharing in North America\\r\\n2.2.3\\tScootersharing in Rest of World\\r\\n2.2.4\\tScootersharing service providers\\r\\n2.3\\tRegulatory environment\\r\\n2.4\\tMergers and acquisitions in the micromobility market\\r\\n2.5\\tMarket trends and industry observations\\r\\n2.5.1\\tMicromobility is becoming increasingly integrated with other mobility services\\r\\n2.5.2\\tMicromobility and public transport ecosystems to converge\\r\\n2.5.3\\tPartnerships are increasingly established between micromobility providers\\r\\n2.5.4\\tThe relationship between cities and mobility operators has changed drastically\\r\\n2.5.5\\tCities embrace various types of micromobility services and vehicles\\r\\n2.5.6\\tHybrid operational models are increasingly applied\\r\\n2.5.7\\tMulti-modal fleets are increasingly adopted by micromobility operators\\r\\n2.5.8\\tMicromobility operators use more ruggedised and modular vehicles\\r\\n2.5.9\\tShared scooters and bikes are equipped with factory-installed IoT as standard\\r\\n2.5.10\\tThe micromobility market continues to consolidate\\r\\n2.5.11\\tMicromobility operators adopt advanced telematics and AI technology\\r\\n2.5.12\\tMicromobility operators adopt fleet optimisation tools to increase profitability\\r\\n3\\tMicromobility Operators\\r\\n3.1\\tSpecialist micromobility operators\\r\\n3.1.1\\tBeam Mobility\\r\\n3.1.2\\tBolt Technology\\r\\n3.1.3\\tDott (and Tier)\\r\\n3.1.4\\tGCOO by Gbike\\r\\n3.1.5\\tLime\\r\\n3.1.6\\tLuup\\r\\n3.1.7\\tMarti Technologies\\r\\n3.1.8\\tNeuron Mobility\\r\\n3.1.9\\tRideMovi\\r\\n3.1.10\\tSwing Mobility\\r\\n3.1.11\\tThird Lane Mobility (Bird and Spin)\\r\\n3.1.12\\tVoi Technology\\r\\n3.2\\tSpecialist bikesharing operators\\r\\n3.2.1\\tAnywheel\\r\\n3.2.2\\tBixi Montréal\\r\\n3.2.3\\tBlue-bike\\r\\n3.2.4\\tCall a Bike by DB Connect\\r\\n3.2.5\\tDidi Qingju\\r\\n3.2.6\\tDocomo Bike Share\\r\\n3.2.7\\tDonkey Republic\\r\\n3.2.8\\tForest\\r\\n3.2.9\\tHello Cycling (OpenStreet)\\r\\n3.2.10\\tHellobike and HelloRide (Hello Inc)\\r\\n3.2.11\\tMeituan Bike\\r\\n3.2.12\\tMevo\\r\\n3.2.13\\tMYBYK\\r\\n3.2.14\\tTembici\\r\\n3.2.15\\tVélib (Smovengo)\\r\\n3.3\\tSpecialist stand-up scootersharing operators\\r\\n3.3.1\\tBinBin\\r\\n3.3.2\\tHop\\r\\n3.3.3\\tRyde Technology\\r\\n3.3.4\\tSuperpedestrian\\r\\n3.3.5\\tMTS Urent\\r\\n3.3.6\\tWhoosh\\r\\n3.4\\tSpecialist sit-down scootersharing operators\\r\\n3.4.1\\tAcciona\\r\\n3.4.2\\tCheck\\r\\n3.4.3\\tCooltra\\r\\n3.4.4\\tEmmy (GoTo)\\r\\n3.4.5\\tFelyx (part of Cooltra)\\r\\n3.4.6\\tGoShare\\r\\n3.4.7\\tWeMo\\r\\n3.4.8\\tYulu\\r\\n4\\tTechnology Vendors\\r\\n4.1\\tEnd-to-end bikesharing technology vendors\\r\\n4.1.1\\tDrop Mobility\\r\\n4.1.2\\tFifteen\\r\\n4.1.3\\tFreebike\\r\\n4.1.4\\tJCDecaux\\r\\n4.1.5\\tLyft Urban Solutions\\r\\n4.1.6\\tNextbike\\r\\n4.1.7\\tVaimoo\\r\\n4.1.8\\tYouon Technology\\r\\n4.2\\tMicromobility telematics solution vendors\\r\\n4.2.1\\tComodule\\r\\n4.2.2\\tConnected Cycle\\r\\n4.2.3\\tHaveltec (I Lock It)\\r\\n4.2.4\\tJimi IoT\\r\\n4.2.5\\tJoyride Technologies\\r\\n4.2.6\\tLuna Systems\\r\\n4.2.7\\tOmni Intelligent Technology\\r\\n4.2.8\\tQueclink Wireless Solutions\\r\\n4.2.9\\tTeltonika Telematics\\r\\n4.2.10\\tTracefy\\r\\n4.3\\tMicromobility software platform vendors\\r\\n4.3.1\\t2hire\\r\\n4.3.2\\tAtom Mobility\\r\\n4.3.3\\tCT Mobility\\r\\n4.3.4\\tDrover AI\\r\\n4.3.5\\tMOQO\\r\\n4.3.6\\tQucit\\r\\n4.3.7\\tUrban Sharing\\r\\n4.3.8\\tVulog\\r\\n4.3.9\\tWunder Mobility\\r\\n4.3.10\\tZemtu\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/10/14124152/bi-micromobilitytelematics4-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The shared micromobility fleet to reach 37.8 million vehicles in 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Passenger cars and light trucks are the main modes of transportation in most industrialised countries. The vast majority of car trips in metropolitan areas are drive-alone trips with only one person in the car and vehicles are used for only about one hour per day on average. Bikesharing and scootersharing are shared micromobility services that are available for people who want to complement other modes of transportation. Examples of other mobility services include carsharing, carpooling, ridesharing, taxi and ridesourcing services. Many of these mobility services aim to decrease the cost of transportation, create convenience through fewer ownership responsibilities, as well as reduce congestion and environmental impact.\",\n          \"\",\n          \"Micromobility includes shared mobility services in urban areas that offer short-term rentals of light vehicles such as bikes, scooters or other similar vehicles to paying users or communities. The services aim to reduce urban congestion, car usage and car ownership to improve the inner-city landscape and reduce air pollution. Usage is typically billed by the minute/hour with rates that include parking, fuel or charging and maintenance. The services are generally used for short trips between 0–10 kilometres. Bikesharing is a kind of decentralised bicycle rental service, usually focusing on short-term rentals that supplement other modes of transport including walking and public transport. Scootersharing services offer motorised scooters. The vehicles are usually sit-down electric scooters or stand-up electric scooters. Today, most operators use two operational models – free-floating and station-based. The station-based operational model enables members to pick up and return the vehicle at any designated station in a city. Free-floating services mean that dockless vehicles can be picked up and dropped off anywhere within a designated area. The free-floating operational model is rapidly gaining users and rides.\",\n          \"\",\n          \"Telematics systems and smartphones are key enablers of bikesharing and scootersharing micromobility services. Micromobility services mostly comprise a telematics device for capturing trip data, enabling fleet management and granting access to the vehicle through a smartphone app. Software platforms include complete IT systems that can support all the operational activities of a micromobility operation ranging from management of in-vehicle equipment, fleet management, booking management, billing, as well as operations supervision via dashboards and data analytics. Leading vendors of end-to-end bikesharing technology such as bikes, connected bike locks, infrastructure for station-based bikesharing and software platforms include Nextbike, Lyft Urban Solutions and JCDecaux. Examples of micromobility telematics solution players include Omni Intelligent Technology, Jimi IoT, Connected Cycle, Queclink and Teltonika Telematics. Micromobility software providers include Qucit, Urban Sharing, Atom Mobility, MOQO, Wunder Mobility and CT Mobility.\",\n          \"\",\n          \"Berg Insight estimates that the total shared micromobility fleet worldwide reached approximately 25.7 million vehicles at the end of 2024. Free-floating bikesharing was the most dominant service in terms of deployed vehicles. Berg Insight forecasts that the bikesharing fleet will reach 34.3 million globally by the end of 2029 and the scootersharing fleet comprising both sit-down and stand-up scooters will then reach approximately 3.5 million vehicles. The regulatory environment will have a considerable impact on the market’s future. Regulators decide the types of vehicles allowed on the road, helmet requirements as well as award operator licenses that limit the number of operators and vehicles permitted. \",\n          \"\",\n          \"Commercial micromobility services are offered by specialist bikesharing and scootersharing companies, local governments, public transport operators and other shared mobility operators. Multiple micromobility operators provide fleets with a mix of shared bikes and scooters. Leading micromobility operators with multi-modal fleets include for example Lime, Dott, Bolt, Voi and Swing Mobility. Examples of free-floating bikesharing operators include Hellobike, Didi Qingju and Meituan Bike in China; Anywheel in Singapore; and RideMovi, Donkey Republic and Forest in Europe. Station-based bikesharing systems include Nextbike, Vélib and Call a Bike in Europe; Docomo Bike Share and Hello Cycling in Japan; Bixi Montréal in Canada; and Tembici in Latin America. Leading sit-down scootersharing operators include Yulu in India; Marti Technologies in Turkey; GoShare and WeMo in Taiwan; and Cooltra and Check in Europe. Stand-up scootersharing services were first launched in 2017–2018. The market has grown significantly since then and the leading operators in this segment include Dott, Whoosh, Lime, Third Lane Mobility (Bird and Spin), MTS Urent, Bolt and Voi. There has been significant M&A activity on this market in recent years, involving diverse players from many parts of the ecosystem. \"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/10/14124200/bi-micromobilitytelematics4-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 4799,\n          \"post_author\": \"3\",\n          \"post_date\": \"2024-08-06 12:03:06\",\n          \"post_date_gmt\": \"2024-08-06 10:03:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Erica Rickard\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"erica-rickard\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:53:34\",\n          \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"257\",\n    \"variations\": [\n      {\n        \"id\": 5845,\n        \"name\": \"The Bike and Scootersharing Telematics Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": 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developments on the electric bus market in Europe and North America covering all parts of the value chain including electric bus OEMs, intelligent transportation systems (ITS) providers and charging station providers.\",\n    \"full_description\": [\n      \"This strategic research report from Berg Insight covers the latest trends and developments on the intelligent transportation system and charging station market for electric buses in public transport. The total market value of public transport ITS for electric buses in Europe and North America is forecasted to grow from € 150.1 million in 2024 to reach € 460.7 million by 2029. Berg Insight at the same time estimates that the charging station market value for electric buses to grow from € 507.3 million in 2024 to € 1.50 billion in 2029. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/08/29162932/bi-electricbuses3-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tPublic Transport in Europe and North America\\r\\n1.1\\tModal split of passenger transport\\r\\n1.2\\tBus fleets and public transport utilisation\\r\\n1.3\\tElectric vehicle types and electric bus fleet statistics\\r\\n1.3.1\\tHybrid electric vehicles\\r\\n1.3.2\\tPlug-in hybrid electric vehicles\\r\\n1.3.3\\tBattery electric vehicles\\r\\n1.3.4\\tElectric bus fleet statistics\\r\\n1.4\\tMarket shares for electric bus and coach OEMs\\r\\n1.5\\tOrganisation and contracting in public transport\\r\\n1.5.1\\tLegal framework in Europe\\r\\n1.5.2\\tLegal framework in North America\\r\\n1.5.3\\tOrganisational forms and regional differences\\r\\n2\\tITS Technologies and Solutions\\r\\n2.1\\tPublic transport ITS infrastructure\\r\\n2.1.1\\tVehicle segment\\r\\n2.1.2\\tRoadside segment\\r\\n2.1.3\\tBack-office segment\\r\\n2.1.4\\tTraveller segment\\r\\n2.1.5\\tGNSS segment\\r\\n2.1.6\\tNetwork segment\\r\\n2.2\\tPublic transport management\\r\\n2.2.1\\tPlanning and scheduling tools\\r\\n2.2.2\\tComputer aided dispatch systems\\r\\n2.2.3\\tTraffic signal priority\\r\\n2.2.4\\tDepot management\\r\\n2.3\\tTraveller management\\r\\n2.3.1\\tPassenger information\\r\\n2.3.2\\tEntertainment\\r\\n2.3.3\\tFare payment\\r\\n2.4\\tDriver management\\r\\n2.4.1\\tDriving data registration and analysis\\r\\n2.4.2\\tVideo-based driver monitoring\\r\\n2.4.3\\tInsurance risk management\\r\\n2.5\\tVehicle management\\r\\n2.5.1\\tVehicle diagnostics and maintenance planning\\r\\n2.5.2\\tOn-board security solutions\\r\\n2.6\\tCharging station management\\r\\n2.6.1\\tStation management\\r\\n2.6.2\\tEnergy management\\r\\n2.6.3\\tThe Open Charge Point Protocol (OCPP)\\r\\n3\\tCharging Technologies and Standards\\r\\n3.1\\tElectric vehicle charging\\r\\n3.1.1\\tAC and DC\\r\\n3.1.2\\tCharging modes and levels\\r\\n3.2\\tConnector standards\\r\\n3.2.1\\tType 1\\r\\n3.2.2\\tType 2\\r\\n3.2.3\\tCombined Charging System (CCS)\\r\\n3.2.4\\tMegawatt Charging System (MCS)\\r\\n3.2.5\\tNorth American Charging Standard (Tesla)\\r\\n3.2.6\\tCHAdeMO\\r\\n3.2.7\\tGB/T\\r\\n3.3\\tElectric bus charging\\r\\n3.3.1\\tOppCharge\\r\\n3.3.2\\tDepot charging\\r\\n3.3.3\\tOpportunity charging\\r\\n3.3.4\\tBattery capacity and charging time\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tMarket analysis\\r\\n4.1.1\\tElectric bus forecast\\r\\n4.1.2\\tMarket value forecast – public transport ITS for electric buses\\r\\n4.1.3\\tMarket value forecast – bus charging stations\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive industry players\\r\\n4.2.2\\tITS and telematics industry players\\r\\n4.2.3\\tCharging station industry players\\r\\n4.3\\tIndustry trends\\r\\n4.3.1\\tOpen architectures alter the ITS value chain\\r\\n4.3.2\\tConnected charging stations are a requirement for public transport operations\\r\\n4.3.3\\tOpportunity charging regains traction\\r\\n4.3.4\\tNew entrants increase the competition among the bus OEMs\\r\\n4.3.5\\tStandards improving interoperability are essential for the electric bus market\\r\\n4.3.6\\tThe electric bus market continues to grow despite economic uncertainty\\r\\n4.3.7\\tEnergy supply will be an increasingly important issue for electric bus fleets\\r\\n4.3.8\\tCentralised power cabinets may save space and money in electric fleet depots\\r\\n4.3.9\\tThe rising importance of cybersecurity\\r\\n5\\tOEM Products and Strategies\\r\\n5.1\\tBluebus (Bolloré Group)\\r\\n5.2\\tBYD\\r\\n5.3\\tCaetanoBus (Salvador Caetano Group)\\r\\n5.4\\tDaimler Truck\\r\\n5.4.1\\tMercedes-Benz\\r\\n5.4.2\\tThomas Built Buses\\r\\n5.5\\tEbusco\\r\\n5.6\\tGillig\\r\\n5.7\\tIrizar e-mobility (Irizar Group)\\r\\n5.8\\tIveco Group\\r\\n5.9\\tNFI Group\\r\\n5.9.1\\tAlexander Dennis\\r\\n5.9.2\\tNew Flyer\\r\\n5.9.3\\tMotor Coach Industries\\r\\n5.10\\tPhoenix Motor\\r\\n5.11\\tRampini\\r\\n5.12\\tSolaris Bus and Coach\\r\\n5.13\\tSwitch Mobility\\r\\n5.14\\tTRATON Group\\r\\n5.14.1\\tInternational Motors\\r\\n5.14.2\\tMAN Truck & Bus\\r\\n5.14.3\\tScania\\r\\n5.15\\tVDL Bus & Coach (VDL Groep)\\r\\n5.16\\tVolvo Group\\r\\n5.17\\tWrightbus\\r\\n5.18\\tYutong Group\\r\\n6\\tAftermarket Solution Providers\\r\\n6.1\\tActia\\r\\n6.2\\tAtron\\r\\n6.3\\tBP Pulse\\r\\n6.4\\tClever Devices\\r\\n6.5\\tConsat Telematics\\r\\n6.6\\tEQUANS\\r\\n6.7\\tFARA (Modaxo)\\r\\n6.8\\tGIRO\\r\\n6.9\\tINIT\\r\\n6.10\\tIVU\\r\\n6.11\\tOptibus\\r\\n6.12\\tPilotfish\\r\\n6.13\\tPSI Transcom\\r\\n6.14\\tQuestar Auto Technologies\\r\\n6.15\\tSaga Tenix\\r\\n6.16\\tSycada\\r\\n6.17\\tTelia Company\\r\\n6.18\\tTrapeze Group (Modaxo)\\r\\n6.19\\tTwaice\\r\\n6.20\\tVerkehrsautomatisierung Berlin (Hanning & Kahl)\\r\\n6.21\\tVontas (Modaxo)\\r\\n6.22\\tWebfleet\\r\\n6.23\\tZF\\r\\n7\\tCharging Station Providers\\r\\n7.1\\tABB E-Mobility\\r\\n7.2\\tBTC Power (E.ON)\\r\\n7.3\\tCamber\\r\\n7.4\\tChargePoint\\r\\n7.5\\tChargepoly\\r\\n7.6\\tCircontrol\\r\\n7.7\\tEfacec\\r\\n7.8\\tEkoenergetyka\\r\\n7.9\\tHitachi Energy\\r\\n7.10\\tIES Synergy\\r\\n7.11\\tInCharge Energy (ABB)\\r\\n7.12\\tKempower\\r\\n7.13\\tSBRS (Shell Group)\\r\\n7.14\\tSiemens\\r\\n7.15\\tTritium\\r\\n7.16\\tXCharge\\r\\n8\\tCase Studies: Electric Bus Projects\\r\\n8.1\\tArriva\\r\\n8.2\\tAssociation du Transport Urbain du Québec (ATUQ)\\r\\n8.3\\tBerliner Verkehrsbetriebe (BVG)\\r\\n8.4\\tKeolis\\r\\n8.5\\tMetropolitan Transport Authority (MTA)\\r\\n8.6\\tNobina\\r\\n8.7\\tQbuzz\\r\\n8.8\\tRATP Group\\r\\n8.9\\tRuter\\r\\n8.10\\tToronto Transit Commission (TTC)\\r\\n8.11\\tTransdev\\r\\n8.12\\tVR Group\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/08/29162947/bi-electricbuses3-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The market for ITS solutions and charging stations for electric buses in Europe and North America to reach € 2.0 billion by 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The number of battery-electric buses has grown significantly in the last years. Berg Insight estimates that the number of electric buses in Europe and North America increased from about 1,000 in 2016 to around 31,000 in 2024. The growing fleets of electric buses have created new challenges for public transport operators and agencies. Limited driving range and the need to integrate charging stations have expanded the demand for intelligent transport systems (ITS) that bring together all the necessary infrastructure, including electric buses, charging stations and depots. The term ITS refers to information and communications technology applied to transport infrastructure and vehicles. Berg Insight’s definition of ITS for public transport for the purpose of this report includes systems for communication between dispatchers and vehicle operators, automatic vehicle locator systems and automated dispatching systems. Other associated back-office IT systems are also part of the definition, including depot management, driver monitoring, scheduling and planning tools for vehicles and personnel, vehicle maintenance and charging station management software.\",\n          \"\",\n          \"Berg Insight is of the opinion that the market for ITS solutions for electric buses is in a growth phase which will last for several years to come. Mega-challenges such as urbanisation, climate change and traffic congestion continue to encourage investments in electric buses and ITS, contributing to a positive outlook for the market. The increased energy prices following Russia’s invasion of Ukraine and the supply chain issues following the COVID-19 pandemic have had limited adverse effect on the electrification of public transport. The total market value of public transport ITS for electric buses in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 27 percent from € 110.4 million in 2024 to reach € 359.1 million by 2029. Vehicle and driver monitoring software as well as vehicle gateways are together estimated to account for € 30.7 million of the market value in 2024, while the corresponding number for charging station management software is € 21.5 million. In North America, the total market value of ITS solutions for electric buses is forecasted to grow slower at a CAGR of 21 percent from € 39.7 million in 2024 to reach € 101.6 million in 2029. The US administration has reduced its support for the transition to electric transportation which is expected to affect growth in the US in the coming years. Vehicle and driver monitoring software and vehicle gateways are estimated to account for € 10.5 million of the market value in 2024, while the corresponding number for charging station management software is € 7.9 million.\",\n          \"\",\n          \"Some ITS players offer complete turnkey solutions including functionality for most of the ITS applications for electric buses utilised by public transport operators, but many vendors on the market are also specialised ITS players focusing on a few subsystems. Major international ITS players such as INIT, IVU, Trapeze and Clever Devices can provide complete turnkey solutions. IVU has customers mainly in Europe, while Clever Devices, INIT and Trapeze have stronger presence in North America. EQUANS is also a major global player and its CAD/AVL systems have been installed on electric buses both in Europe and North America. ViriCiti has been one of the leading telematics providers for electric buses, before it was acquired by ChargePoint in August 2021. The company now offers hardware and software for the management of buses and charging stations under the ChargePoint brand, which additionally has a comprehensive portfolio of charging hardware and software. Other important providers serving public transport companies with different types of solutions for electric buses include the Scandinavian companies Consat Telematics, FARA and Saga Tenix. The Canadian company GIRO is an important player in the scheduling and planning segment, while PSI Transcom is a prominent provider of depot and charging management software in Europe.\",\n          \"\",\n          \"Most of the bus OEMs on the market offer conventional telematics solutions, but the strategies in the area of electric bus specific solutions vary between the players. The European market for electric buses is served by a variety of manufacturers. The Chinese company Yutong reached the highest number of registrations in 2024, followed by Mercedes-Benz, Wrightbus, Iveco Bus, BYD, Solaris and Traton Group. In North America, New Flyer holds a dominant position and other notable players include Gillig, Phoenix Motor, BYD and Nova Bus. \",\n          \"\",\n          \"Charging stations play a significant role in the electrification of bus fleets. Berg Insight estimates that the charging station market value for buses in Europe and North America is estimated to have reached over €_500 million in 2024. Growing at a CAGR of 24 percent, the total market value is expected to reach €_1.5 billion in 2029. A group of vendors have emerged as leaders on the market for bus chargers. Examples of major charging station providers in the market for bus charging include ABB E-mobility, BTC Power, Camber, Efacec, Ekoenergetyka, IES Synergy, Kempower, SBRS (Shell Group) and Siemens (together with Heliox).\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/08/29162956/bi-electricbuses3-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 1647,\n          \"post_author\": \"3\",\n          \"post_date\": \"2021-02-17 15:45:36\",\n          \"post_date_gmt\": \"2021-02-17 15:45:36\",\n          \"post_content\": \"\",\n          \"post_title\": \"Caspar Jansson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"caspar-jansson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:51:44\",\n          \"post_modified_gmt\": \"2026-01-06 12:51:44\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=1647\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"255\",\n    \"variations\": [\n      {\n        \"id\": 5777,\n        \"name\": \"Connected Infrastructure for Electric Buses - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": 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transport management systems market in Europe and North America covering 60 key solution vendors.\",\n    \"full_description\": [\n      \"How will the transport management systems (TMS) market in Europe and North America evolve in 2025 and beyond? Berg Insight forecasts that the value of this market in the two regions will grow at a CAGR of 11.6 percent from € 3.1 billion in 2024 to € 5.4 billion in 2029. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/08/22163947/bi-tms4-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tTransport Management Systems\\r\\n1.1\\tIntroduction to transport management systems\\r\\n1.2\\tTransport management functionality and associated concepts\\r\\n1.2.1\\tOverview of TMS feature sets and benefits\\r\\n1.2.2\\tIntegration with other software systems\\r\\n1.2.3\\tTMS functionality for specific transport modes and stakeholders\\r\\n1.2.4\\tOn-premise and cloud-based implementations\\r\\n1.2.5\\tManaged TMS solutions\\r\\n1.3\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tTransport management systems market forecast – Europe and North America\\r\\n2.1.2\\tRegional market characteristics\\r\\n2.1.3\\tKey vendors\\r\\n2.2\\tValue chain analysis\\r\\n2.2.1\\tSupply chain and logistics software vendors\\r\\n2.2.2\\tFleet telematics solution providers\\r\\n2.2.3\\tIT industry players\\r\\n2.3\\tMarket drivers and trends\\r\\n2.3.1\\tCloud-based SaaS solutions expand the addressable market for TMS\\r\\n2.3.2\\tFragmented TMS space has seen M&As in the hundreds over several decades\\r\\n2.3.3\\tNiche players and incumbents alike focus on the last mile\\r\\n2.3.4\\tTechnology integrations & partnerships contribute to end-to-end visibility\\r\\n2.3.5\\tReal-time transportation visibility platforms diversify and compete with TMS\\r\\n2.3.6\\tThe potential of leveraging AI capabilities in the TMS space is unprecedented\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEurope\\r\\n3.1.1\\t4flow\\r\\n3.1.2\\tAddSecure\\r\\n3.1.3\\tAEB\\r\\n3.1.4\\tAKANEA\\r\\n3.1.5\\tAlerce\\r\\n3.1.6\\tAlpega\\r\\n3.1.7\\tAndSoft\\r\\n3.1.8\\tAptean 3T\\r\\n3.1.9\\tArt Systems\\r\\n3.1.10\\tBlueRock TMS\\r\\n3.1.11\\tBoltrics\\r\\n3.1.12\\tCAPcargo\\r\\n3.1.13\\tCleverit\\r\\n3.1.14\\tecovium\\r\\n3.1.15\\tEnterprise Software (Microlise)\\r\\n3.1.16\\tGenerix\\r\\n3.1.17\\tHaulTech\\r\\n3.1.18\\tInelo (Eurowag)\\r\\n3.1.19\\tInfios (Körber)\\r\\n3.1.20\\tLIS\\r\\n3.1.21\\tLoqus\\r\\n3.1.22\\tMandata\\r\\n3.1.23\\tMyTower\\r\\n3.1.24\\tNavitrans\\r\\n3.1.25\\tnShift\\r\\n3.1.26\\tOpter\\r\\n3.1.27\\tPagero (Thomson Reuters)\\r\\n3.1.28\\tproLogistik\\r\\n3.1.29\\tSAP\\r\\n3.1.30\\tSIMA (Zucchetti)\\r\\n3.1.31\\tSINARI\\r\\n3.1.32\\tSoloplan\\r\\n3.1.33\\tSolvares Logistics\\r\\n3.1.34\\tTANS\\r\\n3.1.35\\tTeliae\\r\\n3.1.36\\tTESISQUARE\\r\\n3.1.37\\tTiramizoo\\r\\n3.1.38\\tTransporeon (Trimble)\\r\\n3.1.39\\tVita Software (Microlise)\\r\\n3.2\\tNorth America\\r\\n3.2.1\\t3G (Descartes)\\r\\n3.2.2\\tBlue Yonder\\r\\n3.2.3\\tC.H. Robinson\\r\\n3.2.4\\tDescartes\\r\\n3.2.5\\tE2open (WiseTech)\\r\\n3.2.6\\tFreightWise\\r\\n3.2.7\\tFull Circle TMS\\r\\n3.2.8\\tKinaxis\\r\\n3.2.9\\tManhattan\\r\\n3.2.10\\tMastery\\r\\n3.2.11\\tMcLeod Software\\r\\n3.2.12\\tOracle\\r\\n3.2.13\\tReconex\\r\\n3.2.14\\tShipwell\\r\\n3.2.15\\tSolera Fleet Solutions\\r\\n3.2.16\\tTMSfirst\\r\\n3.2.17\\tTransPlus\\r\\n3.2.18\\tTrimble\\r\\n3.2.19\\tTurvo\\r\\n3.2.20\\tUber Freight\\r\\n3.2.21\\tWiseTech\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/08/22163956/bi-tms4-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The TMS market value in Europe and North America to exceed € 5 billion by 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Transport management systems are used by businesses to manage logistics and streamline shipping. A transport management system (TMS) is a logistics platform that helps plan, execute and optimise the physical movement of goods. Dedicated transport management systems first emerged in the 1980s and were mainly adopted by larger companies. The TMS market has since then evolved considerably and cloud-based solutions today offer scalable alternatives for businesses of any size across industry sectors. Berg Insight estimates that the value of the European TMS market reached around € 1.4 billion in 2024. Growing at a compound annual growth rate (CAGR) of 12.2 percent, the market value of transport management systems in Europe is forecasted to reach € 2.5 billion in 2029. The North American TMS market is at the same time forecasted to grow from an estimated € 1.8 billion in 2024 to reach almost € 3.0 billion in 2029, representing a CAGR of 11.2 percent.\",\n          \"\",\n          \"Solution vendors range from small specialised TMS developers active in local markets to the major enterprise software providers with worldwide presence. Some of the most notable players on the North American TMS market are Trimble Transportation and McLeod Software. Trimble is a major industrial technology company which offers a suite of TMS solutions following multiple acquisitions, while McLeod has focused specifically on serving the trucking industry for 40 years. Providers of broader supply chain and logistics offerings such as Blue Yonder, Manhattan, E2open (acquired by WiseTech in 2025), Descartes (including 3G acquired in 2025) and Kinaxis are also competing in the TMS space. Mastery, Turvo, TMSfirst, FreightWise (including Kuebix acquired in 2023) and Shipwell are additional examples of players with a primary TMS focus. The global logistics company C.H. Robinson (the former TMC division) is yet another example. Uber Freight also has a TMS business (stemming from the acquisition of Transplace). The major US-based cloud infrastructure and software provider Oracle is active in this space with its Oracle Transportation Management offering deployed across all geographic markets. The Germany-based enterprise application software giant SAP similarly offers SAP Transportation Management globally. The European TMS market is further served by players such as Transporeon (now owned by Trimble), Infios (formerly Körber Supply Chain Software, including US-based MercuryGate acquired in 2024), 4flow, proLogistik, AEB, ecovium, Solvares, Soloplan and LIS based in Germany; the French groups Generix (including DDS), SINARI and AKANEA; Microlise (including Enterprise Software and Vita Software), Aptean 3T, Mandata and HaulTech in the UK; Alpega headquartered in Austria; BlueRock TMS, Navitrans and Boltrics based in Benelux; nShift, Pagero, AddSecure and Opter in the Nordics; Inelo headquartered in Poland; the Italian companies TESISQUARE and SIMA; Alerce based in Spain; as well as AndSoft in Andorra. 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Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        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fleet management value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 41 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n            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\"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"300\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 new executive interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in Latin America. \"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications. \"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 95 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands. \"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 26,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Fleet Latin America 2\",\n                \"src\": \"https://media.berginsight.com/2026/06/30093931/Fleet-Latin-America-2.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/fleet-management-in-latin-america-2/\",\n              \"name\": \"Fleet Management in Latin America\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Transport & Logistics\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5715,"link":"https://cms.berginsight.com/report/the-generative-ai-market/","acf_data":"{\n  \"permalink\": \"/the-generative-ai-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 25,\n    \"short_description\": \"A comprehensive analysis of the generative AI market covering the latest trends and developments.\",\n    \"full_description\": [\n      \"Berg Insight estimates that the generative AI market experienced triple-digit-growth rates in all three major segments spanning GenAI hardware, foundation models and development platforms in 2024. The market is driven by significant data centre investments by cloud service providers, and over US$ 400 billion in expected AI-related spending in 2025. The market value for foundation models reached an estimated US$ 4.1 billion in 2024, while GenAI development platforms reached US$ 17.0 billion. Meanwhile, GPU-based hardware systems used for GenAI workloads generated revenues of US$ 132.3 billion in 2024.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/08/13165551/bi-generativeai1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction\\r\\n1.1\\tThe AI taxonomy\\r\\n1.1.1\\tArtificial intelligence\\r\\n1.1.2\\tMachine learning\\r\\n1.1.3\\tDeep learning\\r\\n1.1.4\\tGenerative AI\\r\\n1.2\\tGenerative AI architectures\\r\\n1.2.1\\tTransformer-based language models\\r\\n1.2.2\\tDiffusion models, VAEs and GANs\\r\\n1.3\\tThe generative AI technology stack\\r\\n1.3.1\\tFoundation models\\r\\n1.3.2\\tDatabases\\r\\n1.3.3\\tHardware infrastructure\\r\\n1.3.4\\tDevelopment platforms\\r\\n2\\tMarket Analysis\\r\\n2.1\\tThe generative AI industry landscape\\r\\n2.1.1\\tFoundation model providers\\r\\n2.1.2\\tDevelopment platform providers\\r\\n2.1.3\\tGPU-based hardware providers\\r\\n2.2\\tMarket sizing and forecast\\r\\n2.2.1\\tMarket value for GenAI models and platforms\\r\\n2.2.2\\tMarket value for GenAI hardware\\r\\n2.3\\tSolution provider market shares\\r\\n2.3.1\\tThe foundation model market\\r\\n2.3.2\\tThe development platform market\\r\\n2.3.3\\tThe GenAI hardware market\\r\\n2.4\\tFoundation model benchmarks\\r\\n2.5\\tGenAI in IoT\\r\\n2.5.1\\tGenerative AIoT use cases\\r\\n2.5.2\\tEdge vs cloud deployments\\r\\n2.5.3\\tAIoT solution providers\\r\\n2.6\\tGenAI in telecom\\r\\n2.6.1\\tAI-on-RAN\\r\\n2.6.2\\tAI-for-RAN\\r\\n2.6.3\\tAI-and-RAN\\r\\n2.7\\tMarket trends\\r\\n2.7.1\\tThe emergence of low-cost models and platforms from China\\r\\n2.7.2\\tLLM providers suffer profitability issues\\r\\n2.7.3\\tLarge regional differences in GenAI developments\\r\\n2.7.4\\tTelecoms providers invest in sovereign AI solutions\\r\\n2.7.5\\tMoving away from tokenisation\\r\\n2.7.6\\tAgentic AI gains traction\\r\\n2.7.7\\tPhysical AI nears breakthrough with GenAI\\r\\n2.7.8\\tAI regulations affecting the GenAI market\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\t01.AI\\r\\n3.2\\tAI21 Labs\\r\\n3.3\\tAleph Alpha\\r\\n3.4\\tAlibaba\\r\\n3.5\\tAnthropic\\r\\n3.6\\tAssembly AI\\r\\n3.7\\tAWS\\r\\n3.8\\tBaichuan\\r\\n3.9\\tBaidu\\r\\n3.10\\tByteDance\\r\\n3.11\\tC3 AI\\r\\n3.12\\tCohere\\r\\n3.13\\tDatabricks\\r\\n3.14\\tDataiku\\r\\n3.15\\tDeepSeek\\r\\n3.16\\tDomino\\r\\n3.17\\tElevenlabs\\r\\n3.18\\tGoogle\\r\\n3.19\\tH2O AI\\r\\n3.20\\tHugging Face\\r\\n3.21\\tIBM\\r\\n3.22\\tLuma AI\\r\\n3.23\\tMistral AI\\r\\n3.24\\tMeta\\r\\n3.25\\tMicrosoft\\r\\n3.26\\tMiniMax\\r\\n3.27\\tMoonshot AI\\r\\n3.28\\tNebius\\r\\n3.29\\tNvidia\\r\\n3.30\\tOpenAI\\r\\n3.31\\tOracle\\r\\n3.32\\tRunway\\r\\n3.33\\tSambaNova Systems\\r\\n3.34\\tScale AI\\r\\n3.35\\tStability AI\\r\\n3.36\\tSnowflake\\r\\n3.37\\tStepFun\\r\\n3.38\\tTencent\\r\\n3.39\\tTogether AI\\r\\n3.40\\tWeights & Biases\\r\\n3.41\\txAI\\r\\n3.42\\tZ.ai\\r\\nGlossary\\t\",\n        \"file\": \"https://media.berginsight.com/2025/08/13165559/bi-generativeai1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The Generative AI market showed triple-digit growth in 2024\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Generative AI (GenAI) has popularly been compared to major technological breakthroughs such as the printing press of the 15th century, the steam engine of the late 18th, electricity in the late 19th and the emergence of the Internet in the late 20th. The GenAI hype is not without merit, since its ability to creatively generate convincingly human-like content makes it a disruptive technology with the potential to influence nearly every industry. Even though traditional AI systems have been used commercially for many years, GenAI is a more novel practice that enables computer systems to produce original content – including text, images, video, audio and software code – rather than merely analysing existing data or making predictions. \",\n          \"\",\n          \"Before 2023, the use of GenAI technology was practically non-existent. The nascent market was ignited by the launch of OpenAI’s ChatGPT, which was the first widely adopted commercial product to bring GenAI to mainstream attention. Significant investments can since be observed from a diverse range of enterprises, spanning both startups and established technology giants, all trying to capitalise on the substantial market potential. However, due to the vast computational resources required to train and run AI models, the market is primarily dominated by large technology conglomerates and companies that have managed to raise significant funding. \",\n          \"\",\n          \"Berg Insight has identified 31 key foundation model providers spanning LLMs, vision, audio and multimodal models. While many LLMs started as unimodal models, nearly all successful LLMs now include multimodal capabilities. Companies with multimodal LLMs or successful cross-modal offerings include US-based Anthropic, Google, Meta, OpenAI, Upstage and xAI; China-based AI.01, Alibaba, Baichuan, Baidu, ByteDance, DeepSeek, MiniMax, Moonshot AI, Stepfun, Tencent and Z.ai; France-based Mistral AI; Canada-based Cohere and Israel-based AI21 Labs. Specialised vision model developers include US-based Luma AI, Midjourney, Pika and Runway; UK-based Recraft and Stability AI; Japan-based Black Forest Labs; Canada-based Ideogram and Chinese Kuaishou. Key audio specialists include US-based Assembly AI and ElevenLabs. \",\n          \"\",\n          \"The ecosystem is supported by a host of development platform providers offering streamlined environments and tools for building GenAI applications and models. In the US, these include established cloud service providers like Microsoft, Google and AWS, as well as diversified technology companies such as IBM and Oracle. The landscape also includes hardware providers like Nvidia and SambaNova Systems, data platform specialists such as Databricks and Snowflake, model training and dataset platforms like Scale AI, the open-source model library from Hugging Face and other key players including C3.ai, Dataiku, Weights & Biases, Cloudera, Together AI, Domino and H2O.ai. Several European and Asian providers also contribute to the landscape, including Netherlands-based Nebius, Germany’s Aleph Alpha, and Chinese Alibaba, Baidu, ByteDance and Tencent.\",\n          \"\",\n          \"The GenAI market grew substantially in 2024, experiencing triple-digit-growth rates in all three major segments spanning GenAI hardware, foundation models and development platforms. Hardware is currently the largest, led by Nvidia. It is driven by significant data centre investments by cloud service providers, with over US$ 400 billion in expected AI-related spending in 2025. However, there is a significant time lag before this infrastructure spend translates into revenues from end-user AI applications. The market value for foundation models reached an estimated US$ 4.1 billion in 2024, excluding end-user applications such as ChatGPT. The figure primarily includes income through API services or license fees as the models are used on development platforms. Meanwhile, the market value for GenAI development platforms reached an estimated US$ 17.0 billion. Furthermore, GPU-based hardware systems used for GenAI workloads generated revenues of US$ 132.3 billion in 2024.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/08/13165607/bi-generativeai1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 4800,\n          \"post_author\": \"3\",\n          \"post_date\": \"2024-08-06 12:04:27\",\n          \"post_date_gmt\": \"2024-08-06 10:04:27\",\n          \"post_content\": \"\",\n          \"post_title\": \"Melvin Sörum\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"melvin-sorum\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 16:11:12\",\n          \"post_modified_gmt\": \"2026-01-06 15:11:12\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4800\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"251\",\n    \"variations\": [\n      {\n        \"id\": 5720,\n        \"name\": \"The Generative AI Market - 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The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": 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\"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-m2miot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"11th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"Our flagship report covering the latest trends and developments in cellular IoT, satellite IoT and low power wireless networking.\",\n                  \"full_description\": [\n                    \"Berg Insight estimates that the global number of cellular IoT subscribers increased by 11 percent during 2025 to reach 4.2 billion at the end of the year. Until 2030, the number of cellular IoT subscribers is forecasted to grow at a compound annual growth rate (CAGR) of 9.3 percent to reach 6.5 billion at the end of the period. This report covers in-depth the mobile operator perspective on the global M2M/IoT communications market. Get up to date with the latest trends from all main regions and vertical markets with this unique 260-page report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/27171620/bi-globaliot11-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tWide Area Networks for the Internet of Things\\r\\n1.1\\t3GPP family of cellular technologies\\r\\n1.1.1\\t3GPP Release 13 (2016) – Introducing LTE-M and NB-IoT\\r\\n1.1.2\\t3GPP Release 14 (2017) – IoT enhancements and C-V2X\\r\\n1.1.3\\t3GPP Release 15 (2019) – The first phase of 5G specifications\\r\\n1.1.4\\t3GPP Release 16 (2020) – URLLC and 5G NR C-V2X\\r\\n1.1.5\\t3GPP Release 17 (2022) – RedCap and NTN communications\\r\\n1.1.6\\t3GPP Release 18 (2024) – The first 5G-Advanced specifications and eRedCap\\r\\n1.1.7\\t3GPP Release 19 (2025) – Ambient IoT as a new low-power cellular IoT class\\r\\n1.1.8\\tNetwork footprint\\r\\n1.1.9\\t2G/3G mobile networks\\r\\n1.1.10\\t4G mobile networks\\r\\n1.1.11\\t4G/5G mobile IoT networks (LTE-M and NB-IoT)\\r\\n1.1.12\\t5G mobile networks\\r\\n1.2\\tLPWA and satellite technologies\\r\\n1.2.1\\tLoRa\\r\\n1.2.2\\tSigfox\\r\\n1.2.3\\tSatellite networks\\r\\n1.3\\tIoT connectivity management platforms and eSIM solutions\\r\\n1.3.1\\tIoT connectivity management platforms\\r\\n1.3.2\\tSIM and eSIM solutions\\r\\n1.4\\tInternational coverage and alliances\\r\\n1.4.1\\tRoaming and international coverage\\r\\n1.4.2\\tMobile operator alliances\\r\\n2\\tEurope\\r\\n2.1\\tRegional market trends\\r\\n2.1.1\\tWestern Europe\\r\\n2.1.2\\tCentral and Eastern Europe\\r\\n2.2\\tMobile operators\\r\\n2.2.1\\tA1 Telekom Austria\\r\\n2.2.2\\tAltice Group\\r\\n2.2.3\\tBouygues Telecom\\r\\n2.2.4\\tBT Group\\r\\n2.2.5\\tCK Hutchison Group Telecom\\r\\n2.2.6\\tDeutsche Telekom\\r\\n2.2.7\\tKPN\\r\\n2.2.8\\tOV (Manx Telecom)\\r\\n2.2.9\\tMegaFon\\r\\n2.2.10\\tMTS\\r\\n2.2.11\\tOrange\\r\\n2.2.12\\tDEEP (POST Luxembourg)\\r\\n2.2.13\\tProximus\\r\\n2.2.14\\tTele2\\r\\n2.2.15\\tTelecom Italia\\r\\n2.2.16\\tTelefónica\\r\\n2.2.17\\tTelenor\\r\\n2.2.18\\tTelia Company\\r\\n2.2.19\\tVodafone\\r\\n2.3\\tIoT managed service providers\\r\\n2.3.1\\t1GLOBAL\\r\\n2.3.2\\t1NCE\\r\\n2.3.3\\t1oT\\r\\n2.3.4\\tAirnity\\r\\n2.3.5\\tBICS\\r\\n2.3.6\\tCom4 (Wireless Logic)\\r\\n2.3.7\\tCSL Group\\r\\n2.3.8\\tCubic3\\r\\n2.3.9\\temnify\\r\\n2.3.10\\tEseye\\r\\n2.3.11\\tfloLIVE\\r\\n2.3.12\\tFreeeway\\r\\n2.3.13\\tGiesecke+Devrient\\r\\n2.3.14\\tiBASIS\\r\\n2.3.15\\tOnomondo\\r\\n2.3.16\\tPelion\\r\\n2.3.17\\tVelos IoT\\r\\n2.3.18\\tWireless Logic\\r\\n2.4\\tLPWA networks\\r\\n2.4.1\\tLoRa networks\\r\\n2.4.2\\tSigfox and network partners\\r\\n3\\tThe Americas\\r\\n3.1\\tRegional market trends\\r\\n3.1.1\\tUnited States and Canada\\r\\n3.1.2\\tBrazil\\r\\n3.1.3\\tRest of Latin America\\r\\n3.2\\tMobile operators\\r\\n3.2.1\\tAT&T\\r\\n3.2.2\\tBell\\r\\n3.2.3\\tVerizon\\r\\n3.2.4\\tT-Mobile USA\\r\\n3.2.5\\tRogers Communications\\r\\n3.2.6\\tTELUS\\r\\n3.2.7\\tAmérica Móvil\\r\\n3.2.8\\tVivo (Telefónica Brasil)\\r\\n3.2.9\\tOther mobile operators in Latin America\\r\\n3.3\\tIoT managed service providers\\r\\n3.3.1\\tAeris\\r\\n3.3.2\\tHologram\\r\\n3.3.3\\tKajeet\\r\\n3.3.4\\tKORE Wireless\\r\\n3.3.5\\tMonogoto\\r\\n3.3.6\\tSemtech\\r\\n3.3.7\\tSimplex Wireless\\r\\n3.3.8\\tTeal\\r\\n3.3.9\\tTelit Cinterion\\r\\n3.4\\tLPWA networks\\r\\n3.4.1\\tLoRa networks\\r\\n3.4.2\\tSigfox and network partners\\r\\n4\\tAsia-Pacific\\r\\n4.1\\tRegional market trends\\r\\n4.1.1\\tChina\\t\\r\\n4.1.2\\tIndia\\r\\n4.1.3\\tJapan and South Korea\\r\\n4.1.4\\tAustralia and New Zealand\\r\\n4.1.5\\tSoutheast Asia\\r\\n4.2\\tMobile operators\\r\\n4.2.1\\tChina Mobile\\r\\n4.2.2\\tChina Unicom\\r\\n4.2.3\\tChina Telecom\\r\\n4.2.4\\tKDDI\\r\\n4.2.5\\tKT\\r\\n4.2.6\\tNTT\\r\\n4.2.7\\tSingtel\\r\\n4.2.8\\tSK Telecom\\r\\n4.2.9\\tSoftBank\\r\\n4.2.10\\tTelstra\\r\\n4.2.11\\tVodafone Idea\\r\\n4.3\\tIoT managed service providers\\r\\n4.3.1\\tLenovo Connect\\r\\n4.3.2\\tPlintron\\r\\n4.3.3\\tQuectel\\r\\n4.3.4\\tSoracom\\r\\n4.3.5\\tTata Communications\\r\\n4.4\\tLPWA networks\\r\\n4.4.1\\tLoRa networks\\r\\n4.4.2\\tSigfox networks\\r\\n5\\tMiddle East & Africa\\r\\n5.1\\tRegional market trends\\r\\n5.1.1\\tMiddle East\\r\\n5.1.2\\tAfrica\\r\\n5.2\\tMobile operators\\r\\n5.2.1\\te&\\r\\n5.2.2\\tMTN\\r\\n5.2.3\\tOoredoo\\r\\n5.2.4\\tTurkcell\\r\\n5.2.5\\tVodacom\\r\\n5.2.6\\tZain\\r\\n5.3\\tIoT managed service providers\\r\\n5.3.1\\tSIMcontrol\\r\\n5.4\\tLPWA networks\\r\\n5.4.1\\tLoRa networks\\r\\n5.4.2\\tSigfox networks\\r\\n6\\tSatellite IoT Communications\\r\\n6.1\\tIntroduction to satellite IoT networks\\r\\n6.2\\tMarket analysis\\r\\n6.3\\tSatellite IoT operator market shares\\r\\n6.4\\tEuropean satellite operators\\r\\n6.4.1\\tAstrocast\\r\\n6.4.2\\tKineis\\r\\n6.4.3\\tLacuna Space\\r\\n6.4.4\\tOQ Technology\\r\\n6.4.5\\tSateliot\\r\\n6.4.6\\tSES\\r\\n6.4.7\\tAdditional satellite connectivity providers\\r\\n6.5\\tNorth American satellite operators\\r\\n6.5.1\\tGlobalstar\\r\\n6.5.2\\tIridium\\r\\n6.5.3\\tLigado Networks\\r\\n6.5.4\\tLynk\\r\\n6.5.5\\tOrbcomm\\r\\n6.5.6\\tSkylo\\r\\n6.5.7\\tStarlink (SpaceX)\\r\\n6.5.8\\tViasat\\r\\n6.5.9\\tAdditional satellite connectivity providers\\r\\n6.6\\tChinese satellite operators\\r\\n6.6.1\\tCommsat\\r\\n6.6.2\\tGalaxy Space\\r\\n6.6.3\\tGuowang\\r\\n6.6.4\\tHead Aerospace\\r\\n6.6.5\\tHonghu-3\\r\\n6.6.6\\tQianfan\\r\\n6.6.7\\tAdditional satellite connectivity providers\\r\\n6.7\\tRest of World satellite operators\\r\\n6.7.1\\tInnova Space\\r\\n6.7.2\\tMyriota\\r\\n6.7.3\\tPlan-S\\r\\n6.7.4\\tThuraya (Space42)\\r\\n6.7.5\\tAdditional satellite connectivity providers\\r\\n7\\tMarket Forecasts and Trends\\r\\n7.1\\tIndustry trends\\r\\n7.1.1\\tTop ten connectivity providers manage 3.7 billion cellular IoT connections\\r\\n7.1.2\\tIoT connectivity revenues continue to grow slower than connections\\r\\n7.1.3\\tIoT managed service providers connect 250+ million cellular devices\\r\\n7.1.4\\tThe international connectivity segment is evolving\\r\\n7.1.5\\teSIMs and fragmentation of CMPs drive the need for orchestration capabilities\\r\\n7.1.6\\tIoT MVNOs are driving consolidation in the IoT connectivity market\\r\\n7.1.7\\tSGP.32 disaggregates the IoT connectivity value chain\\r\\n7.1.8\\tSatellite IoT players leverage mobile operators and MVNOs as sales channel\\r\\n7.1.9\\tNew entrants disrupt distribution channels\\r\\n7.2\\tGeographic markets\\r\\n7.2.1\\tGlobal market summary\\r\\n7.2.2\\tEurope\\r\\n7.2.3\\tNorth America\\r\\n7.2.4\\tLatin America\\r\\n7.2.5\\tAsia-Pacific\\r\\n7.2.6\\tMiddle East & Africa\\r\\n7.3\\tVertical markets\\r\\n7.3.1\\tConnected cars on the rise\\r\\n7.3.2\\tData consumption of connected cars will grow significantly\\r\\n7.3.3\\tMotor-powered two-wheeler telematics adoption picks up speed\\r\\n7.3.4\\tTelematics giants increasingly dominate the fleet management industry\\r\\n7.3.5\\tThe opportunity to create smarter and safer cities\\r\\n7.3.6\\tSmart metering turns to new LPWA options for deployments in the 2020s\\r\\n7.3.7\\tAsset tracking to drive the second wave of LPWA deployments\\r\\n7.3.8\\tConnected healthcare reaches the masses\\r\\n7.3.9\\tSteady uptake of cellular connectivity in the POS terminal market\\r\\n7.3.10\\tHome energy and EV charging solutions to become new volume segments\\r\\n7.4\\tTechnology trends\\r\\n7.4.1\\tCellular technologies dominate wireless IoT\\r\\n7.4.2\\tIoT CMPs move towards AI-assisted operations\\r\\n7.4.3\\tNB-IoT uptake is growing on a project-by-project basis\\r\\n7.4.4\\tRedCap will accelerate the adoption of 5G in IoT\\r\\n7.4.5\\tDistributed core networks facilitate global IoT connectivity services\\r\\n7.4.6\\tThe SGP.32 specification will lower the barriers for eSIM adoption in IoT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/27171629/bi-globaliot11-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Global cellular IoT connections reached 4.2 billion in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Berg Insight estimates that the global number of cellular IoT connections increased by 11 percent during 2025 to reach 4.2 billion at the end of the year – corresponding to around 32 percent of all mobile subscriptions. Until 2030, the number of cellular IoT connections is forecasted to grow at a compound annual growth rate (CAGR) of 9.3 percent to reach 6.5 billion at the end of the period. During the same period, cellular IoT connectivity revenues are forecasted to grow at a CAGR of 8.1 percent from € 14.5 billion in 2025 to approximately € 21.5 billion in 2030. Meanwhile the monthly ARPU is expected to drop from € 0.31 to € 0.28.\",\n                        \"\",\n                        \"China is the world’s largest market for cellular IoT connectivity services by volume. According to data from the national telecom regulator, the installed base in the country grew by 5 percent year-on-year to reach 2.9 billion IoT connections at the end of 2025. This corresponded to about 70 percent of the global installed base. Berg Insight believes that the role of the Chinese government is the main explanation for why China is ahead of the rest of the world in the adoption of IoT. Authorities actively endorse large-scale IoT deployments as a method for addressing problems affecting the society, whether it is crime, fire safety, energy conservation or traffic management. The private sector is directed and encouraged to do the same.\",\n                        \"\",\n                        \"North America and Western Europe ranks as the second and third largest markets for IoT connectivity with 321 million and 313 million IoT connections respectively at the end of 2025. In contrast to China, developments in these regions are largely driven by commercial interests. The connected car is currently one of the strongest trends with more than 90 percent of new cars sold featuring embedded cellular connectivity in the regions. Other key application areas are fleet management of commercial vehicles, smart utility metering and monitored alarm systems. South Asia, Latin America and Central & Eastern Europe had in the range of 93–142 million IoT connections, while Middle East, Africa and Southeast Asia had between 41–53 million. Australia & Oceania was the smallest region with approximately 22 million IoT connections.\",\n                        \"\",\n                        \"China Mobile is the world’s largest provider of cellular IoT connectivity services. At the end of 2025, the operator reported 1.48 billion cellular IoT connections and a year-on-year growth rate of 5 percent. China Telecom and China Unicom ranked second and third with 746 million and 723 million connections respectively. Vodafone ranked first among the Western operators and fourth overall with 234 million connections, followed by AT&T with 160 million in fifth place. Airtel in India recorded the highest yearly growth rate, with IoT connections increasing to 69 million. Verizon and Deutsche Telekom had in the range of 62–69 million cellular IoT connections each. Telefónica and KDDI Orange were the last players in the top ten with about 59 million and 58 million connections respectively. The installed bases of the largest IoT connectivity providers grew at a rate of 5–115 percent annually.\",\n                        \"\",\n                        \"IoT managed service providers play a key role in the ecosystem with a combined installed base of more than 250 million cellular IoT connections. While the distinction between mobile operators’ IoT businesses and IoT managed service providers is becoming less clear, the latter benefit their network-agnostic positioning and ability to aggregate multiple mobile networks through roaming agreements, sponsored IMSIs and eSIM profiles. Due to the nature of their business, the players are becoming increasingly international, supporting customers in many parts of the world. Important players in this category include 1GLOBAL, 1NCE, 1oT, Aeris, Airnity, BICS, CSL Group, Cubic, emnify, Eseye, floLIVE, Giesecke+Devrient, Hologram, Kajeet, KORE, Lenovo Connect, Monogoto, Onomondo, Pelion, Semtech, Soracom, Tata Communications, Teal, Telit Cinterion, Velos IoT and Wireless Logic.\",\n                        \"\",\n                        \"IoT connectivity revenues are growing at a slower rate than the number of connections. Berg Insight estimates that global IoT connectivity revenues increased by 5 percent during 2025, while the monthly ARPU dropped by 7 percent. IoT connectivity revenues accounted for 1–4 percent of service revenues for the largest mobile operator groups. As the value in IoT lies in value-added services rather than connectivity, IoT connectivity service providers increasingly focus on boosting their IoT portfolios by adding cloud services, security capabilities and devices on top of their connectivity offering to capture a larger share of the market.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/27171637/bi-globaliot11-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 885,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:06:06\",\n                        \"post_date_gmt\": \"2021-01-12 15:06:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Fredrik Stålbrand\",\n                        \"post_excerpt\": \"\",\n                        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                 \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"305\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the cellular IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Update on the adoption of 5G and LPWA standards for IoT networking.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the IoT strategies of the leading IoT connectivity providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of industry trends in all world regions.\"\n                      },\n                      {\n                        \"bullet_point\": \"IoT business KPIs for leading global mobile operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Statistical data on cellular IoT connections in all world regions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"The Global M2M_IoT Communications Market 11\",\n                \"src\": \"https://media.berginsight.com/2026/07/27171524/The-Global-M2M_IoT-Communications-Market-11.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-m2m-iot-communications-market-7/\",\n              \"name\": \"The Global M2M/IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-cellular-iot-and-lpwa-chipset-and-module-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"10th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"This report gives a comprehensive overview of the main wide area networking technologies for the Internet of Things – 2G/3G/4G/5G cellular, LoRa, Sigfox as well as a group of emerging low-power IoT technologies including 802.15.4-based protocols, Wirepas Mesh, DECT-2020 NR and Mioty.\",\n                  \"full_description\": [\n                    \"Global demand for IoT wide area networking technology is in a growth phase. Berg Insight forecasts that annual shipments of cellular and non-3GPP LPWA IoT modules will grow at a compound annual growth rate (CAGR) of 7.7 percent from 909 million units in 2025 to 1.32 billion units in 2030. Get up to date with the latest trends from all vertical markets with this unique 150-page report and database covering cellular IoT chipset and module shipments across 30+ device types, 10 technologies and 6 regional markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/26123439/bi-chipsetmodule10-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tWide Area Networks for the Internet of Things\\r\\n1.1\\tWhich things will be connected to wide area networks?\\r\\n1.1.1\\tUtility meters\\r\\n1.1.2\\tMotor vehicles\\r\\n1.1.3\\tBuildings\\r\\n1.1.4\\tAsset tracking and supply chain visibility\\r\\n1.1.5\\tThe opportunity to create smarter and safer cities\\r\\n1.1.6\\tThe convergence of IoT and AI\\r\\n1.2\\tWhat are the technology options?\\r\\n1.2.1\\tNetwork deployment models\\r\\n1.2.2\\tLicensed and unlicensed frequency bands\\r\\n1.2.3\\tCost comparison for cellular and LPWA technologies\\r\\n1.3\\tWhich are the leading technology ecosystems?\\r\\n2\\t3GPP Ecosystem\\r\\n2.1\\tTechnology characteristics\\r\\n2.1.1\\t3GPP Release 13 (2016) – Introducing LTE-M and NB-IoT\\r\\n2.1.2\\t3GPP Release 14 (2017) – IoT enhancements and C-V2X\\r\\n2.1.3\\t3GPP Release 15 (2019) – The first phase of 5G specifications\\r\\n2.1.4\\t3GPP Release 16 (2020) – URLLC and 5G NR C-V2X\\r\\n2.1.5\\t3GPP Release 17 (2022) – RedCap and NTN communications\\r\\n2.1.6\\t3GPP Release 18 (2024) – The first 5G-Advanced specifications and eRedCap\\r\\n2.1.7\\t3GPP Release 19 (2025) – Ambient IoT as a new low-power cellular IoT class\\r\\n2.2\\tNetwork footprint\\r\\n2.2.1\\t2G/3G mobile networks\\r\\n2.2.2\\t4G LTE mobile networks\\r\\n2.2.3\\t4G/5G mobile IoT networks (LTE-M and NB-IoT)\\r\\n2.2.4\\t5G mobile networks\\r\\n2.3\\tSemiconductor vendors\\r\\n2.3.1\\tAltair Semiconductor\\r\\n2.3.2\\tASR Microelectronics\\r\\n2.3.3\\tEigencomm\\r\\n2.3.4\\tHiSilicon\\r\\n2.3.5\\tMediaTek\\r\\n2.3.6\\tMLINK\\r\\n2.3.7\\tQualcomm\\r\\n2.3.8\\tSamsung Electronics\\r\\n2.3.9\\tSequans Communications\\r\\n2.3.10\\tUNISOC\\r\\n2.3.11\\tXinyi Information Technology\\r\\n2.3.12\\tOther semiconductor vendors\\r\\n2.4\\tModule vendors\\r\\n2.4.1\\tCavli Wireless\\r\\n2.4.2\\tChina Mobile IoT\\r\\n2.4.3\\tEagle Wireless\\r\\n2.4.4\\tFibocom\\r\\n2.4.5\\tKontron\\r\\n2.4.6\\tLierda\\r\\n2.4.7\\tMeiG Smart Technology\\r\\n2.4.8\\tMurata\\r\\n2.4.9\\tNeoway\\r\\n2.4.10\\tNordic Semiconductor\\r\\n2.4.11\\tQuectel\\r\\n2.4.12\\tRolling Wireless\\r\\n2.4.13\\tSemtech\\r\\n2.4.14\\tSunsea AIoT (SIMCom & Longsung)\\r\\n2.4.15\\tTelit Cinterion\\r\\n2.4.16\\tTrasna\\r\\n2.4.17\\tZxInfoTek\\r\\n2.4.18\\tOther cellular IoT module vendors\\r\\n3\\tLoRa and LoRaWAN Ecosystem\\r\\n3.1\\tTechnology characteristics\\r\\n3.2\\tNetwork footprint\\r\\n3.2.1\\tEurope\\r\\n3.2.2\\tAsia-Pacific\\r\\n3.2.3\\tThe Americas\\r\\n3.2.4\\tMiddle East & Africa\\r\\n3.3\\tSemiconductor and module vendors\\r\\n3.3.1\\tSemtech\\r\\n3.3.2\\tOther semiconductor vendors\\r\\n3.3.3\\tLoRa module vendors\\r\\n4\\tSigfox Ecosystem\\r\\n4.1\\tTechnology characteristics\\r\\n4.2\\tNetwork footprint\\r\\n4.2.1\\tEurope\\r\\n4.2.2\\tThe Americas\\r\\n4.2.3\\tAsia-Pacific\\r\\n4.2.4\\tMiddle East & Africa\\r\\n4.2.5\\tUnaBiz partners with the LoRaWAN ecosystem\\r\\n4.2.6\\tExamples of major Sigfox use cases\\r\\n4.3\\tSemiconductor and module vendors\\r\\n4.3.1\\tSemiconductor vendors\\r\\n4.3.2\\tSigfox module vendors\\r\\n5\\tEmerging Low-Power IoT Connectivity Ecosystems\\r\\n5.1\\tIEEE 802.15.4\\r\\n5.1.1\\tConnectivity stacks based on 802.15.4\\r\\n5.1.2\\tNetwork footprint\\r\\n5.2\\tWirepas Mesh\\r\\n5.3\\tDECT-2020 NR (NR+)\\r\\n5.4\\tMioty\\r\\n5.5\\tChipset and module vendors\\r\\n6\\tMarket Forecasts and Trends\\r\\n6.1\\tMarket summary\\r\\n6.2\\tThe cellular IoT device market\\r\\n6.2.1\\tThe cellular IoT chipset market shares\\r\\n6.2.2\\tCellular IoT module market shares\\r\\n6.2.3\\tAutomotive cellular IoT chipset market shares\\r\\n6.2.4\\tNAD module market shares\\r\\n6.3\\tThe cellular IoT technology landscape\\r\\n6.4\\tCellular IoT regional market trends\\r\\n6.4.1\\tEurope\\r\\n6.4.2\\tNorth America\\r\\n6.4.3\\tLatin America\\r\\n6.4.4\\tChina\\r\\n6.4.5\\tRest of Asia-Pacific\\r\\n6.4.6\\tMiddle East & Africa\\r\\n6.5\\tThe LoRa device market\\r\\n6.6\\tThe Sigfox device market\\r\\n6.7\\tEmerging low-power IoT connectivity technologies\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/26123447/bi-chipsetmodule10-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Cellular IoT module shipments reached 612 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The Internet of Things is continuously evolving and expanding into new domains. By the end of 2025, approximately 4.8 billion devices were connected to wide area networks based on cellular or low-power IoT technologies. The market is highly diverse and divided into multiple ecosystems. This report focuses on the most prominent technology ecosystems for wide area IoT networking – the 3GPP ecosystem of cellular technologies and the LPWA technologies LoRa and Sigfox – as well as a group of other low-power IoT technologies including IEEE 802.15.4-based protocols, Wirepas Mesh, DECT-2020 NR (NR+) and Mioty.\",\n                        \"\",\n                        \"The 3GPP family of cellular technologies supports the largest ecosystem in wide area IoT networking. The cellular IoT chipset and module market can be divided into two main segments with distinct supply chains: general IoT solutions and automotive-grade solutions. Yearly shipments of cellular IoT modules excluding automotive NAD modules amounted to 612 million units in 2025, up 33 percent year-on-year. Annual cellular IoT module revenues grew by 19 percent to US$ 5.6 billion. The five largest cellular module vendors – Quectel, Fibocom, Telit Cinterion, MeiG and China Mobile IoT – held a market share of 73 percent in terms of revenues. The China-based vendors Quectel, China Mobile IoT, Sunsea AIoT, Lierda and Fibocom rank as the volume leaders, benefitting from the massive scale of the domestic market. ZXInfoTek has also rapidly emerged as a prominent vendor with a strong position in the POS terminal segment. ASR Microelectronics, Qualcomm, Eigencomm, UNISOC, Xinyi and MediaTek are the main cellular IoT chipset suppliers. Cellular IoT module shipments are forecasted to grow at a compound annual growth rate (CAGR) of 7.2 percent to reach 976 million units by 2030.\",\n                        \"\",\n                        \"Automotive-grade modules, or NAD modules, are provided by specialised cellular module providers, ODMs and TCU vendors. Quectel is the leading provider of NAD modules with a volume market share of 27 percent, followed by Rolling Wireless with a market share of 13 percent. Other major NAD module vendors include the TCU vendors LG Electronics and Aumovio, as well as Kontron, Favalon (Fibocom), MeiG and Compal. The automotive-grade chipset segment is dominated by Qualcomm, while MediaTek ranks second. NAD module shipments are forecasted to grow at a CAGR of 4.6 percent from 78 million units in 2025 to 98 million units in 2030. \",\n                        \"\",\n                        \"LoRa is gaining momentum as a global connectivity platform for IoT devices. Cumulative shipments of LoRa end nodes reached 500 million at the beginning of 2026. The majority of demand comes from devices deployed in private networks, which remain the dominant deployment model for LoRa networks. The major volume application segments are smart gas and water metering, followed by local area IoT deployments for networking of smart sensors and tracking devices in cities, industrial plants and commercial buildings. Smart home is expected to become a major application area in the coming years, driven by Amazon’s Sidewalk network that is expanding beyond the US. Berg Insight estimates that yearly shipments of LoRa devices amounted to 90 million units in 2025. Until 2030, yearly shipments are forecasted to grow at a CAGR of 17.5 percent to reach 202 million units.\",\n                        \"\",\n                        \"Other low-power IoT device ecosystems such as IEEE 802.15.4, Wirepas Mesh, Sigfox, Mioty and NR+ have the potential to grow into significant IoT networking platforms in the coming years. So far, IEEE 802.15.4 has achieved the most widespread adoption. The technology is the most mature in the group and has gained support from several of the leading smart metering vendors. Wirepas Mesh reached an installed base of over 20 million in early 2026 and has been used in a number of large-scale projects. Sigfox had an installed base of 15 million at year-end 2025. The Singapore-based Sigfox operator UnaBiz took over as the new owner of Sigfox in 2022, setting a new direction for the Sigfox technology and operating model for the business. Berg Insight believes that the critical test for Sigfox will be how the technology is received in the asset tracking segment. Mioty has in the last few years started to gain traction within smart water metering and has reached an installed base of over 1 million. DECT-2020 NR (NR+) is at an even earlier stage of development, with deployments still primarily limited to pilot projects and early commercial implementations.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/26123456/bi-chipsetmodule10-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 885,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:06:06\",\n                        \"post_date_gmt\": \"2021-01-12 15:06:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Fredrik Stålbrand\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n           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\"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        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\"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the main IoT wide area networking ecosystems. \"\n                      },\n                      {\n                        \"bullet_point\": \"Cellular IoT chipset and module data by region, vertical, device type and technology from 2018–2030.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market shares for cellular IoT chipset and module vendors.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comparison of technologies and standards. \"\n                      },\n                      {\n                        \"bullet_point\": \"Updated profiles of the main suppliers of IoT chipsets and modules. \"\n                      },\n                      {\n                        \"bullet_point\": \"Adoption trends for 5G technologies including 5G eMBB, 5G RedCap and 5G 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Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"This report covers the most important vendors and latest developments on the real-time transportation visibility platform market.\",\n    \"full_description\": [\n      \"Real-Time Transportation Visibility Platforms covers the leading solutions that offer visibility functionality for the transport sector. This research paper from Berg Insight provides you with 28 pages of business intelligence including an overview of the leading players in the transportation visibility space.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/08/07192520/bi-visibility2-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Fleet management, transport management and visibility\\r\\nFleet management solutions\\r\\nTransport management systems\\r\\nReal-time transportation visibility platforms\\r\\nKey players in the transportation visibility space\\r\\nVisibility platforms diversify and compete with TMS\\r\\nProject44\\r\\nFourKites\\r\\nShippeo\\r\\nTransporeon\\r\\nDescartes\\r\\nOther visibility providers\\r\\nConcluding remarks\",\n        \"file\": \"https://media.berginsight.com/2025/08/07192529/bi-visibility2-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Real-time transportation visibility platforms diversify and compete with TMS\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Many companies today offer various types of visibility functionality for the transport sector. Players active in this space range from niche visibility providers and more general transport management system providers, through broader supply chain and logistics software vendors, to providers of fully integrated business management IT solutions such as enterprise resource planning systems.\",\n          \"\",\n          \"Key players in this market include Project44, FourKites and Shippeo which have all focused on visibility platforms specifically. Project44 and FourKites are both US-based companies active on the global market, while Shippeo is based in France. These companies all have extensive partner ecosystems, ranging from ELD and telematics companies to TMS, WMS and ERP system vendors as well as consulting firms and system integrators. Project44 alone has more than 1,400 telematics integrations and 80 TMS/ERP integrations. FourKites also works with various partner companies having hundreds of enterprise technology offerings including ERP, TMS, WMS, dispatch and other supply chain technologies. Shippeo’s network in turn integrates with over 1,100 TMS, telematics and ELD systems.\",\n          \"\",\n          \"In addition to Project44, FourKites and Shippeo which have had an explicit focus on visibility platforms specifically, other major players in this space include Transporeon and Descartes which are also key TMS providers. The respective visibility products of Transporeon and Descartes also feature large numbers of integrations through extensive partner ecosystems. Trimble-owned Transporeon extended its transportation logistics offering with the addition of Sixfold’s real-time visibility technology, while Descartes acquired MacroPoint which is one of the largest supply chain visibility networks. The transport management and visibility markets are expected to continue to amalgamate in the coming years through continued M&A activities and in-house development efforts aimed at achieving true end-to-end supply chain visibility. Transporeon notably highlights the fact that visibility comes as standard – real-time visibility is baked into all of the company’s solutions. 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": 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\"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5634,"link":"https://cms.berginsight.com/report/smart-metering-in-north-america-3/","acf_data":"{\n  \"permalink\": \"/smart-metering-in-north-america\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"7th Edition\",\n    \"main_product_category\": 29,\n    \"short_description\": \"This report from Berg Insight analyses the latest developments for electricity and gas smart metering in the US and Canada.\",\n    \"full_description\": [\n      \"Are you looking for detailed information and comprehensive data about the North American smart metering market? The study concludes that the installed base of smart electricity meters in north America will grow at a compound annual growth rate (CAGR) of 2.9 percent throughout the forecast period, from 152.4 million in 2024 to 180.9 million in 2030. Get up to date with the latest information about vendors, products and local developments in each country.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/07/08224138/bi-smna7-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tSmart Grids and Intelligent Meters\\r\\n1.1\\tIntroduction to smart grids\\r\\n1.2\\tSmart metering\\r\\n1.2.1\\tSmart metering applications\\r\\n1.2.2\\tSmart metering infrastructure\\r\\n1.2.3\\tBenefits of smart metering\\r\\n1.3\\tProject strategies\\r\\n1.3.1\\tSystem design and sourcing\\r\\n1.3.2\\tRollout and integration\\r\\n1.3.3\\tImplementation and operation\\r\\n1.3.4\\tCommunication with customers\\r\\n1.4\\tRegulatory issues\\r\\n1.4.1\\tModels for the introduction of smart meters\\r\\n1.4.2\\tStandardisation\\r\\n1.4.3\\tIndividual rights issues\\r\\n2\\tIoT Networks and Communications Technologies\\r\\n2.1\\tIoT network technologies\\r\\n2.1.1\\tNetwork architectures\\r\\n2.1.2\\tUnlicensed and licensed frequency bands\\r\\n2.2\\tPLC technology and standards\\r\\n2.2.1\\tInternational standards organisations\\r\\n2.2.2\\tG3-PLC\\r\\n2.2.3\\tPRIME\\r\\n2.2.4\\tMeters & More\\r\\n2.3\\t3GPP cellular and LPWA technologies\\r\\n2.3.1\\t2G/3G/4G/5G cellular technologies and IoT\\r\\n2.3.2\\tNB-IoT and LTE-M\\r\\n2.3.3\\tThe role of cellular networks in smart meter communications\\r\\n2.3.4\\tLoRa & LoRaWAN\\r\\n2.3.5\\tSigfox\\r\\n2.4\\tIEEE 802.15.4-based RF\\r\\n2.4.1\\tIEEE 802.15.4\\r\\n2.4.2\\tWi-SUN\\r\\n2.4.3\\tProprietary IPv6 connectivity stacks based on 802.15.4\\r\\n3\\tSmart Metering Industry Players\\r\\n3.1\\tMeter vendors\\r\\n3.1.1\\tItron\\r\\n3.1.2\\tLandis+Gyr\\r\\n3.1.3\\tAclara (Hubbell)\\r\\n3.1.4\\tGridspertise\\r\\n3.1.5\\tHoneywell\\r\\n3.1.6\\tNansen (Sanxing Electric)\\r\\n3.1.7\\tNetworked Energy Services (NES)\\r\\n3.1.8\\tPietro Fiorentini\\r\\n3.1.9\\tSagemcom\\r\\n3.1.10\\tSensus (Xylem)\\r\\n3.1.11\\tVision Metering\\r\\n3.1.12\\tWasion\\r\\n3.2\\tCommunications solution providers\\r\\n3.2.1\\tAviat Networks (4RF)\\r\\n3.2.2\\tEaton\\r\\n3.2.3\\tNexgrid\\r\\n3.2.4\\tNighthawk\\r\\n3.2.5\\tTantalus Systems\\r\\n3.2.6\\tTrilliant\\r\\n3.2.7\\tUbiik\\r\\n3.2.8\\tWirepas\\r\\n3.3\\tSoftware solution providers\\r\\n3.3.1\\tHansen Technologies\\r\\n3.3.2\\tHarris Utilities\\r\\n3.3.3\\tParsons Corporation (IPKeys Power Partners)\\r\\n3.3.4\\tOracle\\r\\n3.3.5\\tOSlsoft (Aveva)\\r\\n3.3.6\\tSAP\\r\\n3.3.7\\tSiemens\\r\\n3.4\\tSystem integrators and communications service providers\\r\\n3.4.1\\tAccenture\\r\\n3.4.2\\tCapgemini\\r\\n3.4.3\\tCisco\\r\\n3.4.4\\tGE Vernova (Greenbird Integration Technology)\\r\\n3.4.5\\tIBM\\r\\n3.4.6\\tVerizon\\r\\n4\\tMarket Overview\\r\\n4.1\\tRegional summary\\r\\n4.2\\tUnited States\\r\\n4.2.1\\tElectricity and gas utilities\\r\\n4.2.2\\tSmart grid funding and policies\\r\\n4.2.3\\tRegional overview: Northeast\\r\\n4.2.4\\tRegional overview: Midwest\\r\\n4.2.5\\tRegional overview: South\\r\\n4.2.6\\tRegional overview: West\\r\\n4.3\\tCanada\\r\\n4.3.1\\tElectricity and gas utilities\\r\\n4.3.2\\tSmart grid funding and policies\\r\\n4.3.3\\tOntario’s smart meter rollout\\r\\n4.3.4\\tSmart metering initiatives in other provinces\\r\\n5\\tMarket Forecasts and Trends\\r\\n5.1\\tOverview of the smart energy metering market\\r\\n5.1.1\\tMarket forecast\\r\\n5.1.2\\tTechnology trends\\r\\n5.1.3\\tIndustry analysis\\r\\n6\\tCase Studies\\r\\n6.1\\tSmart metering projects in North America\\r\\n6.1.1\\tAmeren\\r\\n6.1.2\\tConsolidated Edison\\r\\n6.1.3\\tEntergy\\r\\n6.1.4\\tNational Grid\\r\\n6.1.5\\tNiSource\\r\\n6.1.6\\tHawaiian Electric\\r\\n6.1.7\\tTXNM\\r\\n6.1.8\\tBC Hydro\\r\\n6.1.9\\tHydro-Québec\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/07/08224148/bi-smna7-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          [\n            {\n              \"tag\": \"b\",\n              \"content\": \"The smart electricity meter penetration rate in North America will reach 91 percent in 2030\",\n              \"attributes\": []\n            },\n            \" \"\n          ],\n          \"\",\n          \"Smart metering is widely regarded as the cornerstone for future smart grids and is currently being deployed all over the developed world, with a growing number of large-scale initiatives now also being launched in developing countries. Asia-Pacific constitutes the largest market by far while North America ranks as the third largest market after Europe. North America and Europe are two highly dynamic market regions that saw a wave of massive smart metering projects being launched or completed during the first half of the past decade. Several major utilities in these regions are thus now preparing for a second-wave of deployments to take off, driven by new smart meter functionalities and smart energy use-cases. Berg Insight forecasts that the installed base of smart electricity meters in North America will grow at a compound annual growth rate of 2.9 percent throughout the forecast period, from 152.4 million in 2024 to a total of 180.9 million in 2030. The installed base of smart electricity meters in the US reached 136.9 million in 2024, while the installed base of smart electricity meters in Canada reached 15.5 million in the same year. The penetration of smart electricity meters is higher in Canada compared to the US however this difference is expected to continuously shrink until 2030 when the countries are forecasted to have penetration rates of 97 percent and 91 percent respectively.\",\n          \"\",\n          \"North America was the first region in the world to move beyond traditional energy metering through the widespread introduction of AMR which started in the 1980s. Today, intelligent grids are becoming an integral part of the development of smart cities, and smart meters’ ability to improve the reliability and resilience of energy supply constitutes an important driver of growth in the region. A significant majority of the large investor-owned utilities in North America are now either fully deployed or in the implementation or planning phases of large-scale projects, and a second-wave of deployments is on the horizon for the early adopters. The penetration of smart electricity meters in the region was around 82 percent in 2024 and is expected to increase to over 91 percent in 2030, mostly driven by large investor-owned utility projects in the US as the relatively mature market in Canada is only expected to see moderate growth. In terms of total shipments of smart electricity meters, second-wave rollouts for early adopters are ramping up and will grow their share of annual shipment volumes throughout the forecast period, accounting for almost 75 percent by the end of the forecast period.\",\n          \"\",\n          \"The market in North America is dominated by the two US-based companies AcIara and Itron, as well as Swiss-based Landis+Gyr. Itron and Landis+Gyr have a 35 and 32 percent market share respectively of the installed base of smart electricity meters in North America. Aclara is in third place with a market share of 21 percent and the remaining 12 percent is predominately shared between Honeywell and Sensus. In terms of network endpoints, the largest player is Itron with a market share of 64 percent, followed by Landis+Gyr with a market share of 25 percent and Sensus with an 8 percent market share. \",\n          \"\",\n          \"North America is a technologically advanced market where smart electricity metering is implemented in the context of the smart grid. Wireless RF technologies are today preferred and account for the vast majority of installations, both in the electricity and the gas sectors. The leading players provide proprietary RF mesh or star topology platforms for the unlicensed 915 MHz ISM band, in addition to licensed sub-GHz spectrums. Wi-SUN-based mesh networks offered by vendors such as Landis+Gyr and Itron is currently the most widespread variant and also accounts for the majority of shipments. In the North American region PLC has generally been perceived as inferior in terms of performance and cost mainly due to the characteristics of the grid, where the ratio of meters per substation is low. Cellular communications have also historically enjoyed limited adoption in the region, partly due to the technology being perceived as too costly compared to RF communications. The evolution of public cellular standards has also raised questions about network longevity and backward compatibility, leading to concerns that meters reliant on cellular technologies might become unsupported before the end of their useful life. A few significant cellular deployments totalling less than 5 million meters have however been made throughout the past decade. The prospects for cellular technology in the North American smart metering sector are meanwhile improving, particularly driven by the utilities’ increasing interest in private cellular networks which hold the potential to address some of the key challenges that has previously held back wider adoption of cellular communications.\",\n          \"\",\n          \"Among utilities which have already deployed advanced electricity metering infrastructure, interest is now growing for being able to leverage the installed RF network for applications beyond smart metering and bring a wider array of devices onto the platform. Most network platforms are already designed to support a number of smart grid applications in addition to two-way communications with meters. With the advanced metering infrastructure in place, increasing investments in areas such as distribution automation, distributed energy resources (DERs), electric vehicle (EV) charging infrastructure and smart streetlighting are however highlighting the need for further synergies.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/07/08224156/bi-smna7-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3928,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-08-22 09:48:16\",\n          \"post_date_gmt\": \"2023-08-22 07:48:16\",\n          \"post_content\": \"\",\n          \"post_title\": \"Felix Linderum\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"felix-linderum\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-03-25 20:49:18\",\n          \"post_modified_gmt\": \"2026-03-25 19:49:18\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3928\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"246\",\n    \"variations\": [\n      {\n        \"id\": 5639,\n        \"name\": \"Smart Metering in North America - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5589,"link":"https://cms.berginsight.com/report/the-motor-powered-two-wheeler-telematics-market-2/","acf_data":"{\n  \"permalink\": \"/the-motor-powered-two-wheeler-telematics-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"2nd Edition\",\n    \"main_product_category\": 27,\n    \"short_description\": \"A comprehensive analysis of the motorcycle, scooter and moped telematics market worldwide covering both OEM and aftermarket solutions.\",\n    \"full_description\": [\n      \"What are the latest trends on the connected motorcycle, scooter and moped market worldwide? At the end of 2024, an estimated 16.7 million active motor-powered two-wheeler OEM telematics systems and 17.2 million aftermarket telematics systems were in use globally. The addressable market is large as there were about 888 million registered motorcycles, scooters and mopeds at the end of 2023. Get up to date with the latest industry trends in this new 85-page report.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/06/19210303/bi-twowheelertelematics2-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Motor-Powered Two-Wheeler Market\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tMotor-powered two-wheeler market data\\r\\n1.2\\tTwo-wheeler telematics infrastructure\\r\\n1.2.1\\tVehicle segment\\r\\n1.2.2\\tTracking segment\\r\\n1.2.3\\tNetwork segment\\r\\n1.2.4\\tService segment\\r\\n1.3\\tTwo-wheeler telematics applications\\r\\n1.3.1\\tVehicle diagnostics and maintenance\\r\\n1.3.2\\tVehicle management\\r\\n1.3.3\\tStolen vehicle tracking\\r\\n1.3.4\\teCall and roadside assistance\\r\\n1.3.5\\tVehicle finance telematics\\r\\n1.3.6\\tOver-the-air updates\\r\\n1.4\\tConnectivity options\\r\\n1.4.1\\tTethered devices\\r\\n1.4.2\\tEmbedded telematics solutions\\r\\n1.4.3\\tAftermarket telematics solutions\\r\\n1.5\\tMotor-powered two-wheeler thefts\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tThe OEM telematics market\\r\\n2.1.1\\tThe OEM telematics market in EU27+EFTA+UK\\r\\n2.1.2\\tThe OEM telematics market in North America\\r\\n2.1.3\\tThe OEM telematics market in APAC\\r\\n2.1.4\\tThe OEM telematics market in RoW\\r\\n2.2\\tAftermarket motor-powered two-wheeler telematics\\r\\n2.2.1\\tAftermarket telematics in EU27+EFTA+UK\\r\\n2.2.2\\tAftermarket telematics in North America\\r\\n2.2.3\\tAftermarket telematics in Asia-Pacific\\r\\n2.2.4\\tAftermarket telematics in RoW\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTwo-wheeler OEMs\\r\\n2.3.2\\tTier 1 suppliers\\r\\n2.3.3\\tTelematics service providers\\r\\n2.3.4\\tTelecom industry players\\r\\n2.4\\tMarket trends\\r\\n2.4.1\\tV2X is a promising future use case for two-wheelers\\r\\n2.4.2\\tElectric two-wheelers drive telematics adoption\\r\\n2.4.3\\tAdditional OEMs consider introducing embedded telematics\\r\\n2.4.4\\tIntegration of telematics and digital clusters offers strategic options for OEMs\\r\\n2.4.5\\tTelematics solutions enable new leasing and financing models\\r\\n2.4.6\\tTwo-wheeler OEMs experiment with business models for connected services\\r\\n3\\tOEM Telematics Initiatives\\r\\n3.1\\tMotorcycle and scooter OEM telematics initiatives\\r\\n3.1.1\\tAther Energy\\r\\n3.1.2\\tBlueshark\\r\\n3.1.3\\tBMW Motorrad\\r\\n3.1.4\\tCFMoto\\r\\n3.1.5\\tChetak (Bajaj Auto)\\r\\n3.1.6\\tCurtiss Motorcycles\\r\\n3.1.7\\tGogoro\\r\\n3.1.8\\tHero MotoCorp\\r\\n3.1.9\\tLiveWire\\r\\n3.1.10\\tOkinawa Autotech\\r\\n3.1.11\\tOla Electric\\r\\n3.1.12\\tQianjiang Motorcycle\\r\\n3.1.13\\tRoyal Enfield\\r\\n3.1.14\\tSilence\\r\\n3.1.15\\tTVS Motor\\r\\n3.1.16\\tVerge\\r\\n3.1.17\\tZero Motorcycles\\r\\n3.2\\tMoped OEM telematics initiatives\\r\\n3.2.1\\tAskoll\\r\\n3.2.2\\tGOVECS\\r\\n3.2.3\\tNIU Technologies\\r\\n3.2.4\\tSegway-Ninebot\\r\\n3.2.5\\tSunra\\r\\n3.2.6\\tTorrot\\r\\n3.2.7\\tYadea\\r\\n4\\tTechnology Vendors\\r\\n4.1\\tOEM telematics vendors\\r\\n4.1.1\\tActia\\r\\n4.1.2\\tAjjas\\r\\n4.1.3\\tBosch\\r\\n4.1.4\\tCerence AI\\r\\n4.1.5\\tContinental\\r\\n4.1.6\\tHarman International\\r\\n4.1.7\\tiTriangle Infotech\\r\\n4.1.8\\tPanasonic\\r\\n4.1.9\\tSibros\\r\\n4.1.10\\tTrak N Tell\\r\\n4.2\\tAftermarket telematics vendors\\r\\n4.2.1\\tCarsystem\\r\\n4.2.2\\tDTC\\r\\n4.2.3\\tERM Advanced Telematics\\r\\n4.2.4\\tFleettrack\\r\\n4.2.5\\tGeoRide\\r\\n4.2.6\\tJimi IoT\\r\\n4.2.7\\tMapit IoT\\r\\n4.2.8\\tMonimoto\\r\\n4.2.9\\tOnelap Telematics\\r\\n4.2.10\\tPositioning Universal\\r\\n4.2.11\\tQueclink Wireless Solutions\\r\\n4.2.12\\tSeTrack GPS\\r\\n4.2.13\\tScorpion Automotive\\r\\n4.2.14\\tShanghai WanWay Digital Technology\\r\\n4.2.15\\tSizzapp\\r\\n4.2.16\\tStrix\\r\\n4.2.17\\tTeltonika\\r\\n4.2.18\\tTracker Connect\\r\\n4.2.19\\tTrackNerd\\r\\n4.2.20\\tTrackting\\r\\n4.2.21\\tTramigo\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/06/19210314/bi-twowheelertelematics2-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of connected motorcycles, scooters and mopeds to reach 90.5 million units worldwide in 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Telematics is a broad term that may be applied to a wide range of vehicle connectivity solutions. Berg Insight’s definition of a telematics system is an automatic system designed for any motor-powered two-wheeler that incorporates some form of cellular communications. This report focuses on both aftermarket and OEM embedded telematics solutions for motor-powered two-wheelers including motorcycles, mopeds and scooters. OEM embedded telematics solutions are installed at the factory-level and are managed by the OEMs. Aftermarket solutions are retro-fitted and usually managed by third-party companies.\",\n          \"\",\n          \"The adoption of telematics in the two-wheeler industry has recently begun to pick up speed but only a few of the largest two-wheeler OEMs offer embedded telematics services today. Most major motorcycle OEMs have begun to consider including embedded telematics systems and many will likely introduce such offerings in the future. Important drivers for telematics include safety and security services such as emergency and roadside assistance services and stolen vehicle tracking solutions. The increasing interest in electric two-wheelers is also a major catalyst for telematics adoption. At the end of 2024, an estimated 16.7 million active two-wheeler OEM telematics systems were in use globally. Growing at a CAGR of 29.0 percent, this number is expected to reach 59.7 million in 2029. Annual shipments of OEM telematics systems are expected to reach 24.9 million by 2029, up from 8.3 million in 2024. This represents a CAGR of 24.4 percent. Examples of two-wheeler OEMs that offer embedded telematics services today include BMW Motorrad in Europe, LiveWire and Zero Motorcycles in the US, Hero MotoCorp, TVS Motor, Chetak (Bajaj Auto) and Royal Enfield in India as well as Yadea, NIU Technologies, Segway-Ninebot and Sunra in China. \",\n          \"\",\n          \"The penetration rate of embedded OEM telematics solutions will increase in the coming years, but there will still be plenty of opportunities for aftermarket telematics service providers. The number of aftermarket two-wheeler telematics systems in active use is forecasted to grow from 17.2 million at the end of 2024 to reach 30.8 million in 2029. This represents a CAGR of 12.3 percent. The Asia-Pacific region accounts for the largest number of active telematics systems followed by RoW including regions such as Africa, the Middle East and Latin America. Annual shipments of aftermarket two-wheeler telematics systems are expected to grow at a CAGR of 12.1 percent from 5.8 million in 2024 to 10.2 million in 2029.\",\n          \"\",\n          \"Suppliers to OEM telematics programs include tier 1 automotive firms and specialised TSPs. Companies like Actia, Bosch, Cerence AI, Continental, Harman, Panasonic and Sibros leverage their automotive capabilities to also serve the two-wheeler segment. TSPs such as Ajjas, iTriangle Infotech and Trak N Tell provide hardware and software services to two-wheeler OEMs in the Indian market. Tier 1 suppliers traditionally focused on the automotive industry are gradually entering the two-wheeler OEM telematics sector. Their approach has been relatively cautious, with some initial initiatives underway. Many tier 1 suppliers focus on infotainment clusters without embedded connectivity, such as smartphone integration solutions.\",\n          \"\",\n          \"The two-wheeler aftermarket telematics segment is served by a variety of companies including large firms with significant installed bases across various vehicle types and those specialising in two-wheeler solutions. Examples of two-wheeler telematics service providers include Mapit IoT, Trackting, GeoRide, Monimoto, Sizzapp and Scorpion Automotive from Europe; SVR Tracking and Find it Now from North America; Carsystem and Strix from South America; Ajjas, Fleettrack, iTriangle Infotech, Onelap Telematics and Trak N Tell from India; WanWayTech from China as well as Tracker Connect from South Africa. There are also a range of companies focusing on developing hardware telematics devices. Examples of such companies include ERM Advanced Telematics, Jimi IoT, Positioning Universal, Queclink Wireless Solutions, Teltonika and Tramigo.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/06/19210324/bi-twowheelertelematics2-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3108,\n          \"post_author\": \"3\",\n          \"post_date\": \"2022-06-28 11:46:08\",\n          \"post_date_gmt\": \"2022-06-28 09:46:08\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Cederqvist\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-cederqvist\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:52:45\",\n          \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"244\",\n    \"variations\": [\n      {\n        \"id\": 5593,\n        \"name\": \"The Motor-Powered Two-Wheeler Telematics Market - 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Enterprise license\",\n        \"slug\": \"the-motor-powered-two-wheeler-telematics-market-enterprise-license-2\",\n        \"date_created\": {\n          \"date\": \"2025-06-19 21:07:33.000000\",\n          \"timezone_type\": 3,\n          \"timezone\": \"Europe/Stockholm\"\n        },\n        \"date_modified\": {\n          \"date\": \"2025-06-19 21:08:24.000000\",\n          \"timezone_type\": 3,\n          \"timezone\": \"Europe/Stockholm\"\n        },\n        \"status\": \"publish\",\n        \"featured\": false,\n        \"catalog_visibility\": \"visible\",\n        \"description\": \"\",\n        \"short_description\": \"\",\n        \"sku\": \"\",\n        \"global_unique_id\": \"\",\n        \"price\": \"3000\",\n        \"regular_price\": \"3000\",\n        \"sale_price\": \"\",\n        \"date_on_sale_from\": null,\n        \"date_on_sale_to\": null,\n        \"total_sales\": \"0\",\n        \"tax_status\": \"taxable\",\n        \"tax_class\": \"parent\",\n        \"manage_stock\": false,\n        \"stock_quantity\": null,\n        \"stock_status\": \"instock\",\n        \"backorders\": \"no\",\n        \"low_stock_amount\": \"\",\n        \"sold_individually\": false,\n        \"weight\": \"\",\n        \"length\": \"\",\n        \"width\": \"\",\n        \"height\": \"\",\n        \"upsell_ids\": [],\n        \"cross_sell_ids\": [],\n        \"parent_id\": 5589,\n        \"reviews_allowed\": false,\n        \"purchase_note\": \"\",\n        \"attributes\": {\n          \"pa_licence\": \"enterprise-license\"\n        },\n        \"default_attributes\": [],\n        \"menu_order\": 3,\n        \"post_password\": \"\",\n        \"virtual\": true,\n        \"downloadable\": true,\n        \"category_ids\": [],\n        \"tag_ids\": [],\n        \"brand_ids\": [],\n        \"shipping_class_id\": 0,\n        \"downloads\": [],\n        \"image_id\": 0,\n        \"gallery_image_ids\": [],\n        \"download_limit\": -1,\n        \"download_expiry\": -1,\n        \"rating_counts\": [],\n        \"average_rating\": 0,\n        \"review_count\": 0,\n        \"cogs_value\": null,\n        \"attribute_summary\": \"Licence: Enterprise license\",\n        \"cogs_value_is_additive\": false,\n        \"meta_data\": [\n          {\n            \"id\": 108184,\n            \"key\": \"_vies_product_is_service\",\n            \"value\": \"no\"\n          }\n        ]\n      }\n    ]\n  },\n  \"product_info_sections\": [\n    {\n      \"heading\": \"Highlights from the report:\",\n      \"bullet_points\": [\n        {\n          \"bullet_point\": \"Insights from numerous interviews with market leading companies.\"\n        },\n        {\n          \"bullet_point\": \"New data on two-wheeler populations and new registrations worldwide. \"\n        },\n        {\n          \"bullet_point\": \"Descriptions of two-wheeler telematics systems and associated concepts.\"\n        },\n        {\n          \"bullet_point\": \"Case studies of 24 two-wheeler OEM telematics offerings.\"\n        },\n        {\n          \"bullet_point\": \"Detailed profiles of 31 two-wheeler telematics technology and service providers. \"\n        },\n        {\n          \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n        },\n        {\n          \"bullet_point\": \"Market forecasts by region and segment lasting until 2029.\"\n        }\n      ],\n      \"module\": \"list_section\"\n    }\n  ],\n  \"page_content\": [\n    {\n      \"data\": {\n        \"\": null,\n        \"mode\": \"latest_category\",\n        \"show_prices\": true,\n        \"heading\": \"You may also be interested in:\",\n        \"link\": null,\n        \"category\": 27,\n        \"products\": [\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-automotive-oem-telematics-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"11th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"A comprehensive analysis of 25 major car OEMs and their telematics solutions.\",\n                  \"full_description\": [\n                    \"What are the latest trends on the global car OEM telematics market? Berg Insight estimates that 83 percent of all cars sold worldwide in 2025 were equipped with OEM embedded telematics. Examples of applications include eCall and roadside assistance, stolen vehicle tracking, vehicle diagnostics, connected navigation and infotainment, Wi-Fi hotspot, convenience applications, over-the-air updates, in-vehicle payments, usage-based insurance, leasing and rental fleet management, as well as electronic road charging. Get up to date with the latest industry trends in this new 270-page report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/18143958/bi-oemtelematics11-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Global Passenger Car Market\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tPassenger cars in use by region\\r\\n1.1.2\\tNew passenger car registration trends\\r\\n1.2\\tCar manufacturers\\r\\n1.2.1\\tPassenger car registrations in Europe by manufacturer\\r\\n1.2.2\\tPassenger car registrations in North America by manufacturer\\r\\n1.2.3\\tPassenger car registrations in China by manufacturer\\r\\n1.2.4\\tPassenger car registrations in Japan by manufacturer\\r\\n1.2.5\\tPassenger car and light vehicle registrations in South Korea by manufacturer\\r\\n1.3\\tOverview of car OEM telematics services\\r\\n1.3.1\\tOEM connected car services in Europe\\r\\n1.3.2\\tOEM connected car services in North America\\r\\n1.3.3\\tOEM connected car services in Asia-Pacific\\r\\n1.3.4\\tOEM connected car services in Latin America\\r\\n1.3.5\\tOEM connected car services in the Middle East and Africa\\r\\n1.3.6\\tBusiness models\\r\\n1.4\\tRegulatory compliance\\r\\n1.4.1\\tVehicle security, safety and emergency call regulations\\r\\n1.4.2\\tData governance and cybersecurity\\r\\n1.5\\tMarket trends\\r\\n1.5.1\\tHybrid Battery electric and plug-in hybrid electric vehicles\\r\\n1.5.2\\tThe software-defined vehicle\\r\\n1.5.3\\tADAS and autonomous driving technologies\\r\\n1.5.4\\tVehicle-to-Everything (V2X) communications\\r\\n1.5.5\\tCarsharing and personal transportation as a service\\r\\n2\\tConnected Car Solutions\\r\\n2.1\\tCar telematics infrastructure\\r\\n2.1.1\\tVehicle segment\\r\\n2.1.2\\tTracking segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tService segment\\r\\n2.2\\tConnected car services\\r\\n2.2.1\\teCall and roadside assistance\\r\\n2.2.2\\tStolen vehicle tracking\\r\\n2.2.3\\tMotor insurance telematics\\r\\n2.2.4\\tVehicle diagnostics and maintenance\\r\\n2.2.5\\tOver-the-air updates\\r\\n2.2.6\\tLeasing and rental fleet management\\r\\n2.2.7\\tRemote control and convenience services\\r\\n2.2.8\\tConnected navigation and infotainment\\r\\n2.2.9\\tConnected in-vehicle payments\\r\\n2.2.10\\tWi-Fi hotspots\\r\\n2.2.11\\tConnected and AI-powered in-car personal assistants\\r\\n2.3\\tConnectivity options\\r\\n2.3.1\\tEmbedded connectivity solutions\\r\\n2.3.2\\tIntegrated smartphone solutions\\r\\n2.3.3\\tTethered devices\\r\\n3\\tOEM Telematics Offerings\\r\\n3.1\\tBMW Group\\r\\n3.1.1\\tOverview of BMW passenger car models\\r\\n3.1.2\\tOverview of BMW ConnectedDrive services\\r\\n3.1.3\\tBMW and MINI CarData\\r\\n3.1.4\\tMINI connected car services\\r\\n3.2\\tBYD Auto\\r\\n3.2.1\\tOverview of BYD passenger car models\\r\\n3.2.2\\tBYD connected car services\\r\\n3.3\\tChangan Motors\\r\\n3.3.1\\tOverview of Changan Motors passenger car models\\r\\n3.3.2\\tOverview of Changan Motors connected car services\\r\\n3.4\\tChery Group\\r\\n3.4.1\\tOverview of Chery passenger car models\\r\\n3.4.2\\tChery connected car service offerings\\r\\n3.5\\tFord Motor Company\\r\\n3.5.1\\tOverview of Ford passenger car models\\r\\n3.5.2\\tFordPass Connect and Lincoln connected car services\\r\\n3.5.3\\tFord Pro commercial offerings\\r\\n3.6\\tGeely\\r\\n3.6.1\\tOverview of Geely passenger car models\\r\\n3.6.2\\tGeely connected car services\\r\\n3.7\\tGeneral Motors\\r\\n3.7.1\\tOverview of the main GM passenger car brands\\r\\n3.7.2\\tGM OnStar Connected Vehicle services\\r\\n3.8\\tGreat Wall Motors\\r\\n3.8.1\\tOverview of Great Wall Motors passenger car models\\r\\n3.8.2\\tGWM connected car platforms and services\\r\\n3.9\\tHonda Motor Company\\r\\n3.9.1\\tOverview of Honda and Acura passenger car models\\r\\n3.9.2\\tOverview of Honda and Acura connected car services\\r\\n3.10\\tHyundai Motor Group\\r\\n3.10.1\\tOverview of Hyundai and Kia passenger car models\\r\\n3.10.2\\tOverview of Hyundai Motor Group’s connected car platforms\\r\\n3.10.3\\tHyundai BlueLink services\\r\\n3.10.4\\tKia Connect Services\\r\\n3.11\\tJaguar Land Rover\\r\\n3.11.1\\tOverview of Jaguar Land Rover passenger car models\\r\\n3.11.2\\tJaguar Land Rover connected car services\\r\\n3.12\\tLeapmotor\\r\\n3.12.1\\tOverview of Leapmotor passenger car models\\r\\n3.12.2\\tLeapmotor connected car service offerings\\r\\n3.13\\tLi Auto\\r\\n3.13.1\\tOverview of Li Auto passenger car models\\r\\n3.13.2\\tLi Auto connected car service offerings\\r\\n3.14\\tMazda Motor Corporation\\r\\n3.14.1\\tOverview of Mazda passenger car models\\r\\n3.14.2\\tMazda Connected Services\\r\\n3.15\\tMercedes-Benz Group\\r\\n3.15.1\\tOverview of Mercedes-Benz passenger car models\\r\\n3.15.2\\tMercedes Me connect services\\r\\n3.16\\tNIO\\r\\n3.16.1\\tOverview of NIO passenger car models\\r\\n3.16.2\\tNIO connected car service offerings\\r\\n3.17\\tNissan Motor Company\\r\\n3.17.1\\tOverview of Nissan and Infiniti passenger car models\\r\\n3.17.2\\tNissanConnect Services\\r\\n3.18\\tRenault Group\\r\\n3.18.1\\tOverview of Renault and Dacia passenger car models\\r\\n3.18.2\\tRenault connected car services\\r\\n3.19\\tSAIC Motor\\r\\n3.19.1\\tOverview of SAIC Motor passenger car models\\r\\n3.19.2\\tOverview of SAIC connected car services\\r\\n3.20\\tStellantis\\r\\n3.20.1\\tOverview of Stellantis passenger car models\\r\\n3.20.2\\tOverview of Stellantis’ technology platforms\\r\\n3.20.3\\tChrysler, Jeep, Dodge, Ram and Fiat connected car services\\r\\n3.20.4\\tPeugeot, Citroën, DS, Vauxhall and Opel connected car services\\r\\n3.20.5\\tMobilisights Connect\\r\\n3.21\\tSubaru\\r\\n3.21.1\\tOverview of Subaru passenger car models\\r\\n3.21.2\\tOverview of Subaru connected services offerings\\r\\n3.22\\tTesla\\r\\n3.22.1\\tOverview of Tesla passenger car models\\r\\n3.22.2\\tTesla connected car services\\r\\n3.23\\tToyota Motor Corporation\\r\\n3.23.1\\tOverview of Toyota and Lexus passenger car models\\r\\n3.23.2\\tOverview of Toyota and Lexus connected car services\\r\\n3.23.3\\tThe T-Connect and G-LINK connected car services for the Japanese market\\r\\n3.23.5\\tToyota and Lexus connected car services in the Middle East\\r\\n3.23.6\\tToyota connected car services in Australia\\r\\n3.23.7\\tToyota and Lexus connected car services in Europe\\r\\n3.24\\tVolkswagen Group\\r\\n3.24.1\\tOverview of Volkswagen Group passenger car brands and models\\r\\n3.24.2\\tOverview of Volkswagen Group connected car platforms and strategies\\r\\n3.24.3\\tVolkswagen connected car services\\r\\n3.24.4\\tAudi connected car services\\r\\n3.24.5\\tPorsche connected car services\\r\\n3.24.6\\tŠkoda connected car services\\r\\n3.25\\tVolvo Cars\\r\\n3.25.1\\tOverview of Volvo passenger car models\\r\\n3.25.2\\tVolvo connected car services\\r\\n4\\tConnected Car Ecosystem Players\\r\\n4.1\\tConnected vehicle platform and service providers\\r\\n4.1.1\\tBeijing Yesway Information Technology\\r\\n4.1.2\\tBosch\\r\\n4.1.3\\tCerence AI\\r\\n4.1.4\\tForvia\\r\\n4.1.5\\tHarman International\\r\\n4.1.6\\tHERE Technologies\\r\\n4.1.7\\tMapbox\\r\\n4.1.8\\tPATEO\\r\\n4.1.9\\tSibros\\r\\n4.1.10\\tSiriusXM Connect\\r\\n4.1.11\\tSonatus\\r\\n4.1.12\\tTomTom\\r\\n4.1.13\\tValtech Mobility\\r\\n4.1.14\\tWirelessCar\\r\\n4.2\\tData-as-a-Service marketplaces and developer platforms\\r\\n4.2.1\\tCaruso\\r\\n4.2.2\\tHigh Mobility\\r\\n4.2.3\\tLexisNexis Risk Solutions\\r\\n4.2.4\\tMotorq\\r\\n4.2.5\\tSmartcar\\r\\n4.3\\tMobile operators\\r\\n4.3.1\\tAmérica Móvil\\r\\n4.3.2\\tAT&T\\r\\n4.3.3\\tChina Mobile\\r\\n4.3.4\\tChina Unicom\\r\\n4.3.5\\tDeutsche Telekom\\r\\n4.3.6\\tKDDI\\r\\n4.3.7\\tOrange\\r\\n4.3.8\\tSingtel\\r\\n4.3.9\\tTele2\\r\\n4.3.10\\tTelefónica\\r\\n4.3.11\\tTelenor\\r\\n4.3.12\\tVerizon\\r\\n4.3.13\\tVodafone\\r\\n4.4\\tIoT managed service providers\\r\\n4.4.1\\tAirnity\\r\\n4.4.2\\tCubic\\r\\n4.4.3\\tLenovo Connect\\r\\n4.4.4\\tNTT\\r\\n4.4.5\\tTata Communications\\r\\n4.5\\tConnectivity management platform providers\\r\\n4.5.1\\tAeris\\r\\n4.5.2\\tAirlinq\\r\\n4.5.3\\tCisco\\r\\n4.5.4\\tLolo Company\\r\\n5\\tMarket Forecasts and Trends\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCar sales forecast\\r\\n5.1.2\\tConnected car forecast\\r\\n5.1.3\\tThe connected car market in the EU27+EFTA+UK and Eastern Europe\\r\\n5.1.4\\tThe connected car market in North America\\r\\n5.1.5\\tThe connected car market in Latin America\\r\\n5.1.6\\tThe connected car market in China\\r\\n5.1.7\\tThe connected car market in rest of Asia-Pacific\\r\\n5.1.8\\tThe connected car market in the Middle East and Africa\\r\\n5.1.9\\tAnalysis of connected car services by OEM\\r\\n5.1.10\\tConnected car hardware and service revenue forecast\\r\\n5.1.11\\tEmbedded TCU shipments by technology\\r\\n5.1.12\\tConnected car data consumption analysis\\r\\n5.2\\tValue chain analysis\\r\\n5.2.1\\tTCU, NAD and SoC suppliers\\r\\n5.2.2\\tConnected vehicle platform and service providers\\r\\n5.2.3\\tCar manufacturers\\r\\n5.2.4\\tAutomotive connectivity providers\\r\\n5.2.5\\tCloud, application and content suppliers\\r\\n5.3\\tMarket trends\\r\\n5.3.1\\tConnectivity as an enabler for the software-defined vehicle\\r\\n5.3.2\\tOver-the-air (OTA) updates are now mainstream in new connected vehicles\\r\\n5.3.3\\tLocalisation becomes more important for connected vehicle services\\r\\n5.3.4\\tSGP.32 enables scalable automotive connectivity management for OEMs\\r\\n5.3.5\\t5G RedCap creates a lower-cost migration path from 4G to 5G\\r\\n5.3.6\\tSatellite connectivity emerges as a coverage extension for connected vehicles\\r\\n5.3.7\\tMass market safety services driven by regional mandates\\r\\n5.3.8\\tOEM SVT services compete with aftermarket services in many countries\\r\\n5.3.9\\tConnected navigation faces competition from free smartphone apps\\r\\n5.3.10\\tGen AI-powered in-car personal assistants to improve driving experiences\\r\\n5.3.11\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n5.3.12\\tOEMs increasingly involved in usage-based insurance products\\r\\n5.3.13\\tChinese OEMs raise customer expectations for connected services in Europe\\r\\n5.3.14\\tWestern OEMs adopt new strategies for the Chinese market\\r\\n5.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/18144007/bi-oemtelematics11-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected cars with embedded OEM telematics systems is expected to reach 580 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Several categories of connected car applications are now offered by carmakers. Examples include eCall and roadside assistance, stolen vehicle tracking (SVT), vehicle diagnostics, over-the-air (OTA) updates, connected navigation and infotainment, entertainment services such as music and video streaming, convenience services, Wi-Fi hotspots as well as AI personal assistance services. Virtually all of the world’s leading carmakers have launched mass-market connected services in key regions today. Berg Insight estimates that 83 percent of all new cars sold worldwide in 2025 were equipped with embedded connectivity, up from 79 percent in 2024. The eCall mandate in EU27+EFTA+UK has accelerated the adoption of connected car technology, making it a standard feature in all new cars sold in the region in 2025. North America is an advanced market in terms of connected car services with an estimated attach rate of 94 percent. In China, the attach rate reached an estimated 90 percent in 2025. Other developed markets include Russia and CIS, Japan and South Korea. In other regions, the attach rate is still around 30–40 percent. \",\n                        \"\",\n                        \"Since many volume brands such as Toyota, GM, Stellantis, Ford, Volkswagen, Hyundai/Kia, Honda and Nissan now offer connected services for free in their main markets, they will constitute a large part of the growth of connected cars in the coming years. Premium brands such as BMW, Mercedes-Benz and Audi have offered connected services as a standard feature across models and geographies for more than a decade and have a considerable number of connected cars today. Other major car brands offering connected services on a broad scale include Tesla, Renault, Geely, BYD, Volvo Cars, Mazda, JLR, SAIC, GWM, Chery, Subaru, Skoda, Porsche, Lexus and Changan Motors. Relatively newly founded brands in China such as Leapmotor, Li Auto and NIO also offer embedded connected services.\",\n                        \"\",\n                        \"Berg Insight estimates that total shipments of cars equipped with embedded connectivity reached 72.6 million units worldwide in 2025. Shipments are expected to reach 82.6 million units in 2030. During the same time, the attach rate of embedded connectivity is forecasted to increase from about 83 percent in 2025 to 91 percent in 2030. The number of active OEM telematics SIM cards is forecasted to grow at a CAGR of 11.5 percent from 338.0 million in 2025 to 583.1 million in 2030.\",\n                        \"\",\n                        \"Car manufacturers rely on services provided by mobile network operators, MVNOs, connectivity management platform providers and connected vehicle software and platform providers. Mobile operators and MVNOs such as AT&T, Vodafone, China Unicom, China Mobile, KDDI, Deutsche Telekom, Orange, Verizon, Cubic3 and NTT are leading connectivity providers in the automotive segment. Connectivity management platforms is also an important part of the connected car ecosystem enabling features such as provisioning, subscription management, cost monitoring and event management. Leading connectivity management platforms players in the automotive industry include Cisco, Aeris, Airlinq and Lolo Company.\",\n                        \"\",\n                        \"Connected vehicle platform and service providers support OEMs in the development, deployment and operation of connected car services. The category includes connected vehicle platform providers offering cloud back-end, vehicle-to-cloud connectivity, OTA updates, diagnostics, data management and service orchestration capabilities. It also includes automotive technology suppliers providing infotainment, telematics, digital cockpit, voice assistant and connected-service software. Leading providers in this segment include Beijing Yesway Information, Bosch, Cerence AI, Forvia, Harman International, HERE Technologies, Mapbox, PATEO, Sibros, SiriusXM Connect, Sonatus, TomTom, Valtech Mobility and WirelessCar. There are also companies specialising in building connected car services and applications upon connected car data. Examples of such companies include Caruso, High Mobility, LexisNexis Risk Solutions, Motorq and Smartcar.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/18144015/bi-oemtelematics11-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"304\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on car populations and new car registrations worldwide\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the connected car value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 25 major car OEMs and their connected car offerings. \"\n                      },\n                      {\n                        \"bullet_point\": \"Updated market forecasts by region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Car OEM 11th\",\n                \"src\": \"https://media.berginsight.com/2026/07/18144047/Car-OEM-11th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-automotive-oem-telematics-market-6/\",\n              \"name\": \"The Global Automotive OEM Telematics Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5426,"link":"https://cms.berginsight.com/report/connected-commercial-drones/","acf_data":"{\n  \"permalink\": \"/connected-commercial-drones\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 28,\n    \"short_description\": \"This report investigates the global commercial drone market worldwide covering the agriculture, military and defence, public safety and first response, and surveying and inspection application areas.\",\n    \"full_description\": [\n      \"How will the market for connected commercial drones evolve in 2025 and beyond? Berg Insight covers the latest trends and developments in this emerging market including detailed profiles of 45 solution vendors. The installed base of commercial drones is forecasted to grow at a CAGR of 9.9 percent from around 2.8 million units at the end of 2024 to 4.5 million units by 2029. Cellular connections amounted to 0.5 million at the end of 2024 and are expected to reach 1.0 million in 2029. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/04/02171051/bi-drones1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Commercial Drone Market\\r\\n1.1\\tIntroduction to commercial drones\\r\\n1.1.1\\tThe evolution of drones\\r\\n1.1.2\\tClassifications of drones\\r\\n1.1.3\\tWing types\\r\\n1.1.4\\tLevel of autonomy\\r\\n1.1.5\\tFlight operations\\r\\n2\\tConnected Commercial Drones\\r\\n2.1\\tConnected drone infrastructure\\r\\n2.1.1\\tDrone segment\\r\\n2.1.2\\tNavigation segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tBackoffice segment\\r\\n2.2\\tCommercial drone applications\\r\\n2.2.1\\tAgriculture\\r\\n2.2.2\\tLogistics and delivery\\r\\n2.2.3\\tMilitary and defence\\r\\n2.2.4\\tPublic safety and first response\\r\\n2.2.5\\tSurveying and inspection\\r\\n2.2.6\\tOther application areas\\r\\n2.3\\tLaws and regulations\\r\\n2.4\\tBusiness models and strategies\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis\\r\\n3.1.1\\tUnit shipments and installed base\\r\\n3.1.2\\tRegional markets\\r\\n3.1.3\\tWireless technologies\\r\\n3.1.4\\tMarket value\\r\\n3.2\\tValue chain analysis\\r\\n3.2.1\\tDrone industry players\\r\\n3.2.2\\tCamera and sensor industry players\\r\\n3.2.3\\tTelecom industry players\\r\\n3.2.4\\tIT industry players\\r\\n3.3\\tMarket drivers and trends\\r\\n3.3.1\\tDrones flying BVLOS are progressing with reliable connectivity\\r\\n3.3.2\\tIncreasing adoption of drone-in-a-box solutions for continuous operations\\r\\n3.3.3\\tAmbiguous growth in drone sales as geopolitical tensions develop\\r\\n3.3.4\\tThe drone industry continues its consolidation journey\\r\\n3.3.5\\tSwarm technology has the potential to reshape commercial drone operations\\r\\n4\\tDrone Manufacturers\\r\\n4.1\\tAgEagle\\r\\n4.2\\tAutel Robotics\\r\\n4.3\\tC-ASTRAL Aerospace\\r\\n4.4\\tDelair\\r\\n4.5\\tDJI\\r\\n4.6\\tDraganfly\\r\\n4.7\\tDrone Volt\\r\\n4.8\\tHoneycomb Aerospace\\r\\n4.9\\tideaForge\\r\\n4.10\\tJOUAV\\r\\n4.11\\tMMC\\r\\n4.12\\tParrot\\r\\n4.13\\tSkydio\\r\\n4.14\\tTTA\\r\\n4.15\\tYuneec International (ATL)\\r\\n5\\tSpecialised Drone Vendors\\r\\n5.1\\tAgriculture\\r\\n5.1.1\\tAonic\\r\\n5.1.2\\tHylio\\r\\n5.1.3\\tJiyi\\r\\n5.1.4\\tSentera\\r\\n5.1.5\\tXAG\\r\\n5.2\\tMilitary and defence\\r\\n5.2.1\\tAeroVironment\\r\\n5.2.2\\tAlpha Unmanned Systems\\r\\n5.2.3\\tBlueBird Aero Systems\\r\\n5.2.4\\tEdge Autonomy\\r\\n5.2.5\\tRed Cat\\r\\n5.2.6\\tTEKEVER\\r\\n5.2.7\\tTeledyne FLIR\\r\\n5.2.8\\tUAVision\\r\\n5.2.9\\tVayu Aerospace\\r\\n5.3\\tPublic safety and first response\\r\\n5.3.1\\tAEE\\r\\n5.3.2\\tAvy\\r\\n5.3.3\\tBRINC Drones\\r\\n5.3.4\\tFotokite\\r\\n5.3.5\\tWalkera\\r\\n5.4\\tSurveying and inspection\\r\\n5.4.1\\tAIR6 Systems\\r\\n5.4.2\\tFlyability\\r\\n5.4.3\\tProdrone\\r\\n5.4.4\\tVoliro\\r\\n5.4.5\\tWingtra\\r\\n5.4.6\\tXer Technologies\\r\\n5.5\\tOther specialised vendors\\r\\n5.5.1\\tA2Z Drone Delivery\\r\\n5.5.2\\tEHang\\r\\n5.5.3\\tFreefly Systems\\r\\n5.5.4\\tRigiTech\\r\\n5.5.5\\tSafeSight Exploration\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/04/02171102/bi-drones1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of connected commercial drones reached 2.8 million units worldwide in 2024\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Drones, also known as unmanned aerial vehicles (UAVs), are aircraft that operate without a human pilot, crew or passenger onboard. Drones were first created for the military market before entering the consumer and commercial markets. This development can be attributed to a range of technological advancements over the last 20 years. Commercial drones have high payload capacities, long flight times and robust navigation systems. These also incorporate advanced ground control stations and communication systems to support their operation, enabling them to be used in several industries. All drones feature RF communications in the 2.4 GHz or 5.8 GHz bands as default for both flight control and data transmission. It is however common that commercial drones also include cellular or satellite connectivity when long-distance missions are to be conducted. Berg Insight’s definition of a commercial drone is an unmanned aircraft that features some level of autonomy. Included are drones used for industrial and governmental purposes while excluding drones used for recreational purposes, drones offered or rented as services as well as weaponised military-grade drones.\",\n          \"\",\n          \"Berg Insight estimates that the installed base of commercial drones reached 2.8 million units worldwide in 2024. The installed base includes connected drones in the agriculture, military and defence, public safety and first response, and surveying and inspection application areas. In the agricultural sector, drones used for both aerial imagery and crop spraying operations, while the military and defence area includes tactical drones used for intelligence, surveillance, target acquisition and reconnissance (ISTAR) missions. Drones for public safety and first response also comprise drone-in-a-box solutions. The surveying and inspection application area considers drones used within the construction, aggregates, mining, energy, oil and gas, utilities and renewables industries. Lastly, other application areas include drones for delivery and logistics as well as environmental monitoring and media and entertainment. Growing at a compound annual growth rate (CAGR) of 9.9 percent, the installed base of commercial drones is forecasted to reach roughly 4.5 million units by 2029. Asia-Pacific is estimated to account for the largest share of the installed base, followed by North America, Europe, the Middle East & Africa and Latin America.\",\n          \"\",\n          \"The top players active in the commercial drone space range from specialised technology suppliers of varying sizes to leading drone manufacturers. Many of the key players today serve several application areas, while other solution providers may focus on one single use case. The market is led by China-based DJI, which holds an estimated 70 percent market share of the global drone market as of 2024. Other leading drone manufacturers include Autel Robotics and JOUAV based in China, France-based Delair and Parrot, as well as Skydio, AeroVironment and AgEagle from the US. The commercial drone market is set for a consolidation journey in the upcoming years as many application areas are fragmented. The solution providers are also largely impacted by the developing drone related regulations, which can affect the adoption of commercial drones worldwide. Regulations are in a sense steering the market in order to implement safe and efficient usage of drones across several industries.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/04/02171112/bi-drones1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3933,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-08-25 15:56:31\",\n          \"post_date_gmt\": \"2023-08-25 13:56:31\",\n          \"post_content\": \"\",\n          \"post_title\": \"Veronika Barta\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"veronika-barta\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2023-10-03 12:24:32\",\n          \"post_modified_gmt\": \"2023-10-03 10:24:32\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3933\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"236\",\n    \"variations\": [\n      {\n        \"id\": 5431,\n        \"name\": \"Connected Commercial Drones - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5341,"link":"https://cms.berginsight.com/report/connected-care-in-europe-3/","acf_data":"{\n  \"permalink\": \"/connected-care-in-europe\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"5th Edition\",\n    \"main_product_category\": 30,\n    \"short_description\": \"A comprehensive analysis of the telehealth and telecare markets in Europe.\",\n    \"full_description\": [\n      \"How should the mobile industry address the vast business opportunity in the connected care market? Berg Insight forecasts that the number of cellular connections in the connected care market in Europe will increase from 7.8 million in 2023 to more than 14.8 million in 2028. Learn more about how wireless technology can become seamlessly integrated with telehealth and telecare solutions in this 155 page in-depth report.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/02/14092314/bi-connectedcareeu5-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tHealthcare and Social Care in Europe\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tMetabolic syndrome and lifestyle-related diseases\\r\\n1.2\\tChronic diseases\\r\\n1.2.1\\tCardiovascular diseases\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tDiabetes\\r\\n1.3\\tNeurological disorders, mental disorders and physical disabilities\\r\\n1.3.1\\tAutism spectrum disorders\\r\\n1.3.2\\tDementia\\r\\n1.3.3\\tEpilepsy\\r\\n1.3.4\\tOther disorders and disabilities\\r\\n1.4\\tHealthcare and social care systems\\r\\n1.4.1\\tHealthcare systems\\r\\n1.4.2\\tSocial care systems\\r\\n1.5\\tThe regulatory environment\\r\\n1.5.1\\tMedical device regulations\\r\\n1.5.2\\tPrivacy regulations\\r\\n1.5.3\\tStandardisation\\r\\n2\\tTelecare Solutions\\r\\n2.1\\tMarket overview\\r\\n2.1.1\\tForm factors and use cases\\r\\n2.1.2\\tValue chain\\r\\n2.1.3\\tCompetitive landscape\\r\\n2.2\\tSolution providers\\r\\n2.2.1\\t9Solutions\\r\\n2.2.2\\tAccess Group (Oysta Technology)\\r\\n2.2.3\\tAlthea\\r\\n2.2.4\\tAppello\\r\\n2.2.5\\tAzur Soft\\r\\n2.2.6\\tBeghelli\\r\\n2.2.7\\tBuddi (Big Technologies)\\r\\n2.2.8\\tCareium\\r\\n2.2.9\\tChiptech\\r\\n2.2.10\\tChubb Community Care\\r\\n2.2.11\\tEnovation (Legrand Care)\\r\\n2.2.12\\tEssence Group\\r\\n2.2.13\\tEurocross Assistance\\r\\n2.2.14\\tEveron\\r\\n2.2.15\\tGenus Care\\r\\n2.2.16\\tJames TeleCare (iLogs Healthcare)\\r\\n2.2.17\\tJust Checking\\r\\n2.2.18\\tLegrand Care\\r\\n2.2.19\\tLibify\\r\\n2.2.20\\tLimmex\\r\\n2.2.21\\tMetAlert (GTX Corp)\\r\\n2.2.22\\tMiniFinder\\r\\n2.2.23\\tNavigil\\r\\n2.2.24\\tNobi\\r\\n2.2.25\\tPosifon\\r\\n2.2.26\\tSensio Group\\r\\n2.2.27\\tSkyresponse\\r\\n2.2.28\\tSmartLife Care\\r\\n2.2.29\\tSmartwatcher\\r\\n2.2.30\\tTeleAlarm Group\\r\\n2.2.31\\tTelecom Design\\r\\n2.2.32\\tTelegrafik\\r\\n2.2.33\\tTellu\\r\\n2.2.34\\tTunstall Healthcare Group\\r\\n2.2.35\\tUrmet ATE\\r\\n2.2.36\\tVitakt Hausnotruf\\r\\n2.2.37\\tVivago\\r\\n2.2.38\\tVIVAI Software\\r\\n2.2.39\\tYorbl\\r\\n2.2.40\\tZembro\\r\\n3\\tTelehealth Solutions\\r\\n3.1\\tMarket overview\\r\\n3.1.1\\tForm factors and use cases\\r\\n3.1.2\\tValue chain\\r\\n3.1.3\\tCompetitive landscape\\r\\n3.1.4\\tThe European telehealth landscape by country\\r\\n3.2\\tSolution providers\\r\\n3.2.1\\tAb Medica\\r\\n3.2.2\\tAlira Health (Bepatient)\\r\\n3.2.3\\tAlphabet\\r\\n3.2.4\\tApple\\r\\n3.2.5\\tAptar Digital Health\\r\\n3.2.6\\tBT Group\\r\\n3.2.7\\tComarch Healthcare\\r\\n3.2.8\\tDignio\\r\\n3.2.9\\tDoccla (Open TeleHealth)\\r\\n3.2.10\\teDevice\\r\\n3.2.11\\tHope Care\\r\\n3.2.12\\tHuma Therapeutics\\r\\n3.2.13\\tKPN\\r\\n3.2.14\\tLuscii (Omron Healthcare)\\r\\n3.2.15\\tMedixine\\r\\n3.2.16\\tMedM\\r\\n3.2.17\\tS3 Connected Health\\r\\n3.2.18\\tSHL Telemedicine\\r\\n3.2.19\\tSiDLY\\r\\n3.2.20\\tTelefónica\\r\\n3.2.21\\tVitagroup\\r\\n4\\tMarket Forecasts and Conclusions\\r\\n4.1\\tMarket trends and analysis\\r\\n4.1.1\\tPSTN switch off continues to drive the transition to IP-based telecare\\r\\n4.1.2\\tThe role of AI in transforming connected care solutions\\r\\n4.1.3\\tBYOD has become a common option for telehealth\\r\\n4.1.4\\tTechnological developments change the competitive landscape\\r\\n4.1.5\\tIntegrated data systems are becoming increasingly important\\r\\n4.1.6\\tThe digital shift will unlock new services and use cases\\r\\n4.1.7\\tConvergence between telecare and telehealth towards integrated care\\r\\n4.1.8\\tAdvancing remote care with data-driven strategies\\r\\n4.1.9\\tThe use of mobile telecare solutions grows rapidly\\r\\n4.1.10\\tA slowly awakening consumer market for telecare in Europe\\t\\r\\n4.1.11\\tStaffing shortages is a catalyst for digital transformation\\r\\n4.1.12\\tTechnology enabled care enables elderly to age at home for longer\\r\\n4.1.13\\tCOVID-19 became a catalyst that took telehealth into the next growth phase\\r\\n4.2\\tMarket forecasts\\r\\n4.2.1\\tTelecare solutions\\r\\n4.2.2\\tTelehealth\\r\\n4.3\\tRevenue forecasts\\r\\n4.3.1\\tTelecare solutions\\r\\n4.3.2\\tTelehealth\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/02/14092326/bi-connectedcareeu5-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Connected care revenues in Europe will reach € 17.7 billion by 2028\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The ageing population and the increasing prevalence of chronic diseases will be two of the greatest challenges in Europe during this century. It is widely believed that connected care solutions can ease the burden on society by enabling more efficient delivery of care and allowing people to live independently in their homes for longer. Berg Insight’s definition of connected care comprises telecare and telehealth solutions that are used for the remote delivery of healthcare and social care services. Today, the most common connected care solution is the traditional telecare alarm, which includes a wearable alarm button that the user presses in the case of an emergency. Mobile telecare systems have a portable form factor and typically incorporate cellular connectivity and GPS technology. Telehealth solutions involve connected medical devices and monitoring services that are used for the remote monitoring and management of patients with COPD, chronic heart failure, diabetes, hypertension, asthma, coronary heart disease or chronic kidney disease.\",\n          \"\",\n          \"Telecare is the largest and most mature segment of the connected care market with a total of 9.0 million users at the end of 2023. The market for telehealth solutions is entering a growth phase with an estimated total of 5.5 million users in the EU 27+3 countries at the end of 2023. The total number of people using connected care solutions amounted to 13.1 million at the end of 2023, as there is an overlap between the two solution categories. The market is forecasted to grow at a CAGR of 12.0 percent during the next five years to reach 23.0 million connected care users by 2028. Berg Insight expects that telecare will be the largest segment of the connected care market throughout the forecast period reaching 13.1 million users in 2028. Telehealth will follow with 12.5 million users at the end of the forecast period.\",\n          \"\",\n          \"Connected care revenues in the EU 27+3 countries reached an estimated € 9.4 billion in 2023. This includes revenues from telecare solutions and telehealth solutions. The market is expected to grow at a CAGR of 13.4 percent between 2023 and 2028 to reach € 17.7 billion at the end of the forecast period. Telehealth solutions accounted for the largest share of the market in 2023 and will remain in lead during the forecast period. The market for telehealth solutions involves a wide range of actors, from specialised equipment vendors to integrated mHealth solution providers.\",\n          \"\",\n          \"The telecare equipment market in Europe is highly consolidated. The three major players – Tunstall, Legrand and TeleAlarm – hold leading positions in nearly all markets and together account for about 60 percent of the telecare unit sales in the region. Additional vendors include Careium, Chiptech and Chubb. Chiptech has its operations in the UK market, meanwhile Careium is a leading market player in the Nordic region and has also presence in the UK. Companies such as Telecom Design, Essence Group, 9Solutions, Oysta Technology (Access Group) and Everon are key telecare equipment vendors. Enovation, Skyresponse and Azur Soft are the leading providers of telecare monitoring software solutions. Additional significant vendors active in Europe are Tellu, Yorbl, Urmet, Navigil, SmartLife Care, Libify, SmartWatcher, Just Checking and Vivago. The telehealth market evolves quickly and many new start-ups as well as well-established solution providers from adjacent industries are active on the market. Examples include Huma, Luscii (Omron Healthcare), Dignio, Comarch, eDevice and SHL Telemedicine. \",\n          \"\",\n          \"The ongoing digitalisation of telephone networks in Europe requires massive replacements of PSTN-based telecare systems. At the same time, there is rising interest in new types of solutions that enable social care and healthcare services to be delivered more efficiently. Berg Insight expects that these trends will catalyse the transition to the next generation of connected care solutions. Future caregiving is also anticipated to be predictive in nature by continuously analysing user data and acting on abnormalities. Care providers will work with solutions that rely on data not only from telecare devices, but also from other sources such as smart home sensors and healthcare records. Artificial intelligence (AI) is also rapidly becoming a cornerstone of modern healthcare practices, driving improvements in clinical efficiency, patient engagement and care coordination. The transition to digital technologies is good news for mobile network operators, as many connected care systems rely on cellular connectivity. In fact, Berg Insight predicts that the number of cellular connections will grow from around 7.8 million in 2023 to more than 14.8 million in 2028.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/02/14092334/bi-connectedcareeu5-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3806,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-06-17 14:24:10\",\n          \"post_date_gmt\": \"2023-06-17 12:24:10\",\n          \"post_content\": \"\",\n          \"post_title\": \"Vatsala Raina\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"vatsala-raina\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2023-10-03 12:26:57\",\n          \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"232\",\n    \"variations\": [\n      {\n        \"id\": 5346,\n        \"name\": \"Connected Care in Europe - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-telecare-market-in-europe-and-north-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 30,\n                  \"short_description\": \"This report gives first-hand insights into the adoption of telecare solutions, also known as medical alert systems or PERS (personal emergency response systems). Telecare services are aimed for elderly, disabled and vulnerable people to seek help from home in case of an emergency.\",\n                  \"full_description\": [\n                    \"How should the mobile industry address the vast business opportunity in the telecare market? Berg Insight estimates that the user base of telecare (medical alert) systems in Europe and North America was 16.2 million at the end of 2025. The user base in the two regions is estimated to grow at a CAGR of 8.4 percent to reach more than 24.2 million users at the end of 2030. These solutions are available in both the stationary in-home form factor as well as mobile solutions for the use case when away from home. Learn more about how wireless technology can become seamlessly integrated with these devices in this 180-page in-depth report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/02/27172720/bi-telecare2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tTransformation in healthcare\\r\\n1.2\\tNeurological disorders, mental disorders and physical disabilities\\r\\n1.2.1\\tAutism spectrum disorders\\r\\n1.2.2\\tDementia\\r\\n1.2.3\\tEpilepsy\\r\\n1.2.4\\tOther disorders and disabilities\\r\\n1.3\\tHealthcare systems\\r\\n1.3.1\\tHealthcare in Europe\\r\\n1.3.2\\tHealthcare in North America\\r\\n1.4\\tLong-term social care systems\\r\\n1.4.1\\tSocial care in Europe\\r\\n1.4.2\\tSocial care in North America\\r\\n1.5\\tThe regulatory environment\\r\\n1.5.1\\tRegulatory environment in Europe\\r\\n1.5.2\\tRegulatory environment in North America\\r\\n1.5.3\\tMedical data regulations\\r\\n1.5.4\\tStandardisation\\r\\n2\\tMedical Alert and Telecare Solutions\\r\\n2.1\\tForm factors\\r\\n2.1.1\\tIn-home telecare or PERS solutions\\r\\n2.1.2\\tMobile telecare or mPERS solutions\\r\\n2.2\\tMonitoring services\\r\\n2.2.1\\tAlarm Receiving Centres (ARCs) and monitoring centres\\r\\n2.2.2\\tPrivate caregivers\\r\\n2.3\\tUse cases\\r\\n2.3.1\\tActivity monitoring solutions\\r\\n2.3.2\\tFall detection\\r\\n2.3.3\\tSleep monitoring\\r\\n2.3.4\\tWandering detection\\r\\n2.4\\tCare delivery approaches\\r\\n2.4.1\\tReactive care\\r\\n2.4.2\\tProactive care\\r\\n2.4.3\\tPersonalised care\\r\\n2.4.4\\tPredictive care\\r\\n3\\tTelecare Systems in Europe\\r\\n3.1\\tMarket overview\\r\\n3.1.1\\tValue chain\\r\\n3.1.2\\tCompetitive landscape\\r\\n3.2\\tSolution providers\\r\\n3.2.1\\t2iC-Care\\r\\n3.2.2\\tAlthea Group\\r\\n3.2.3\\tAmparo Technologies\\r\\n3.2.4\\tAppello\\r\\n3.2.5\\tAssa Abloy\\r\\n3.2.6\\tAttentive (Solem)\\r\\n3.2.7\\tAzur Soft\\r\\n3.2.8\\tBeghelli (Group Gewiss)\\r\\n3.2.9\\tBuddi (Big Technologies)\\r\\n3.2.10\\tCareium\\r\\n3.2.11\\tCaru\\r\\n3.2.12\\tChiptech\\r\\n3.2.13\\tChubb Community Care (APi Group)\\r\\n3.2.14\\tEnovation (Legrand Care)\\r\\n3.2.15\\tEssence Group\\r\\n3.2.16\\tEurocross Assistance\\r\\n3.2.17\\tEveron Group\\r\\n3.2.18\\tGenus Care\\r\\n3.2.19\\tHobacare\\r\\n3.2.20\\tJames TeleCare (iLogs Healthcare)\\r\\n3.2.21\\tJust Checking\\r\\n3.2.22\\tLegrand Care\\r\\n3.2.23\\tLibify Technologies\\r\\n3.2.24\\tLimmex\\r\\n3.2.25\\tMiniFinder\\r\\n3.2.26\\tNavigil (Twig Com)\\r\\n3.2.27\\tNobi\\r\\n3.2.28\\tPosifon\\r\\n3.2.29\\tSensio\\r\\n3.2.30\\tSensorem\\r\\n3.2.31\\tSkyresponse\\r\\n3.2.32\\tSmartLife Care\\r\\n3.2.33\\tTeleAlarm Group (Assa Abloy)\\r\\n3.2.34\\tTelecom Design\\r\\n3.2.35\\tTelegrafik\\r\\n3.2.36\\tTellu\\r\\n3.2.37\\tThe Access Group\\r\\n3.2.38\\tTunstall Healthcare Group\\r\\n3.2.39\\tUrmet ATE\\r\\n3.2.40\\tVitakt Hausnotruf\\r\\n3.2.41\\tVivago\\r\\n3.2.42\\tVIVAI Software\\r\\n3.2.43\\tZembro\\r\\n4\\tMedical Alert Systems in North America\\r\\n4.1\\tMarket overview\\r\\n4.1.1\\tValue chain\\r\\n4.1.2\\tCompetitive landscape\\r\\n4.2\\tSolution providers\\r\\n4.2.1\\tADT Corporation\\r\\n4.2.2\\tAlert1\\r\\n4.2.3\\tAloe Care Health\\r\\n4.2.4\\tBay Alarm Medical\\r\\n4.2.5\\tBecklar Personal Health & Safety\\r\\n4.2.6\\tCherish Health\\r\\n4.2.7\\tClimax Technology\\r\\n4.2.8\\tConnect America\\r\\n4.2.9\\tHandsFree Health (Quarvis Health)\\r\\n4.2.10\\tLaipac Technology\\r\\n4.2.11\\tLife Alert Emergency Response\\r\\n4.2.12\\tLifeStation\\r\\n4.2.13\\tLively (Best Buy Health)\\r\\n4.2.14\\tLogicMark\\r\\n4.2.15\\tMedical Guardian\\r\\n4.2.16\\tMetAlert (GTX Corp)\\r\\n4.2.17\\tMobileHelp (Medical Guardian)\\r\\n4.2.18\\tModivCare\\r\\n4.2.19\\tMytrex\\r\\n4.2.20\\tNtelCare\\r\\n4.2.21\\tNumera (Malar Group)\\r\\n4.2.22\\tPontosense\\r\\n4.2.23\\tQMedic\\r\\n4.2.24\\tSecuraTrac\\r\\n4.2.25\\tUnaliWear\\r\\n4.2.26\\tVayyar Imaging\\r\\n5\\tMarket Forecasts and Conclusions\\r\\n5.1\\tMarket trends\\r\\n5.1.1\\tStaffing shortages driving the need for digital transformation\\r\\n5.1.2\\tA growing market and new entrants lead to a changing market landscape\\r\\n5.1.3\\tChanging demographics to drive the adoption of telecare solutions\\r\\n5.1.4\\tTechnology enabled care enables elderly to age at home for longer\\r\\n5.1.5\\tDigital transformation is supported by increased connectivity\\r\\n5.1.6\\tEvolving consumer behaviour and interest\\r\\n5.1.7\\tPSTN Switch off continues to drive the transition towards IP-based telecare\\r\\n5.1.8\\tThe sunsets of 2G/3G cellular networks have driven launches of 4G devices\\r\\n5.1.9\\tThe digital shift enables new services and use cases\\r\\n5.1.10\\tConvergence between telecare, telehealth and remote patient monitoring\\r\\n5.1.11\\tThe use of mobile telecare solutions is growing\\r\\n5.1.12\\tA slow awakening consumer market for telecare in Europe\\r\\n5.1.13\\tThe beginning of AI integration marks a shift towards smarter healthcare\\r\\n5.1.14\\tAdvancing hybrid care models with digital tools and data-driven solutions\\r\\n5.2\\tMarket forecasts\\r\\n5.2.1\\tEurope\\r\\n5.2.2\\tNorth America\\r\\n5.3\\tRevenue forecasts\\r\\n5.3.1\\tEurope\\r\\n5.3.2\\tNorth America\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/02/27172729/bi-telecare2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of telecare users in Europe and North America reached 16.2 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"In this digital era, artificial intelligence and generative technologies are transforming the tools and platforms for diagnosis, treatment and patient engagement. The rapid adoption and integration of digital technologies in healthcare have resulted in promising solutions to solve some of the challenges posed by the ageing population and strained healthcare systems. Berg Insight’s definition of telecare solutions, also known as medical alert systems or PERS (personal emergency response systems), is a service that enables elderly, disabled and vulnerable people to seek help from home in the event of an emergency. These solutions can trigger an alarm either when the user presses a button or when sensors detect activity that deviates from normal patterns. PERS systems provide continuous in-home or completely mobile monitoring services and can consist of a range of electronic devices such as personal alarm buttons, motion detectors, GPS monitors, fitness wearables, smartphones with built-in emergency features and radar-based technologies capable of detecting falls or unusual movements without requiring the user to wear a device. The market is evolving to include AI-driven capabilities that can automatically trigger an alarm in situations such as when a user leaves home at an unusual time or forgets to take his or her medication. AI-enabled systems can also detect unusual inactivity, recognise fall patterns using radar or motion sensors, identify distress through voice analysis or flag behavioural changes that indicate increased risk.\",\n                        \"\",\n                        \"Berg Insight estimates that the user base of telecare solutions in the European market was around 9.7 million at the end of 2025. In Europe, the user base is estimated to grow at a CAGR of 7.8 percent to reach more than 14.1 million users at the end of 2030. The market value of telecare solutions reached € 3.9 billion in 2025. The market value is expected to grow at a CAGR of 7.6 percent in the next five years to reach € 5.6 billion at the end of the forecast period. Leading vendors active on the European telecare market include Tunstall, Legrand, TeleAlarm (Assa Abloy), Careium, and Chubb. Tunstall, Legrand and TeleAlarm have strong presence across the European region. Careium is a leading market player in the Nordic region and also has strong presence in the UK. Chubb Community Care has a strong footprint in the UK market. Companies such as Assa Abloy, Ascom, Attentive (Solem), Beghelli, Chiptech, Climax Technology, Essence Group, MiniFinder, Navigil (Twig Com), Nobi and Telecom Design are key telecare equipment vendors. Enovation (Legrand Care), Skyresponse and Azur Soft are the leading providers of telecare monitoring software solutions. Additional vendors active across the European telecare ecosystem, covering platform software providers, service operators and connected device specialists include 2iC-Care, Access Group, Everon, Genus Care, Just Checking, Libify, Sensio, SmartLife Care, Tellu, Telegrafik, Urmet and Vivago.\",\n                        \"\",\n                        \"The North American medical alert solution market is estimated to grow from 6.5 million users at the end of 2025 to 10.1 million users at the end of 2030. The penetration of medical alert services in the North American region now corresponds to 9.1 percent of the region’s population at the age of 65 years or older. The market value for medical alert solutions in North America reached € 3.4 billion (US$ 3.7 billion) in 2025. The market value is forecasted to grow to € 5.1 billion (US$ 5.6 billion) by 2030. The North American medical alert market is served by a broad range of companies providing hardware devices, software platforms and monitoring services. Some companies offer integrated and platform-led solutions that combine hardware, software and monitoring capabilities into a unified offering. Key examples include Aloe Care Health, Becklar Personal Health & Safety, Connect America, Life Alert Emergency Response, Lively, LogicMark, Mytrex, Medical Guardian and QMedic. Another group consists of monitoring-led service providers that bundle monitoring subscriptions with branded or third-party medical alert equipment focusing on monitoring operations and service delivery. Examples are ADT, Alert1, Bay Alarm Medical and ModivCare. The market includes specialised equipment vendors that design and manufacture medical alert hardware and sensing technologies such as Climax Technology, Essence Group, Numera (Malar Company) and Vayyar Imaging.\",\n                        \"\",\n                        \"The European and North American market for Personal Emergency Response Systems (PERS) is supported by several trends and developments that will have an impact on the competitive landscape during the forecast period. The silver generation is quickly becoming technologically savvy and open to adopting technology to help in everyday living needs. The deployment of telecare services enables proactive care that support timely interventions, reducing avoidable hospital admissions while maintaining independence for individuals in their own homes. Based on the solution, monitoring can be taken care of by family care providers, municipalities or professional 24/7 monitoring providers. AI-based solutions have an increasing role in the development of preventive and predictive care models. Solution providers have integrated AI and ML algorithms to analyse the monitoring data to learn about the patient’s routine, identify irregularities and expedite the needed assistance. Predictive analytics models support proactive care by assessing a user’s risk of falling based on historical data and health conditions. The industry is becoming more patient-centric which calls for integrated systems and improved interoperability of connected care solutions. Technology enabled care is a cost-effective solution for monitoring the health of elderly and the vulnerable population offering continuous monitoring. Finally, a convergence between medical alert and remote patient monitoring solutions can be observed as new, integrated and more holistic care solutions emerge.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/02/27172738/bi-telecare2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                  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\"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"284\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about the latest developments in telecare devices and services.\"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 69 key players in the telecare industry. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the market dynamics of the healthcare and social care systems in both regions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the fast-growing mobile telecare device segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Benefit from expert market analysis including detailed market forecasts lasting until 2030.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n     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        ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/connected-care-in-europe\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"5th Edition\",\n                  \"main_product_category\": 30,\n                  \"short_description\": \"A comprehensive analysis of the telehealth and telecare markets in Europe.\",\n                  \"full_description\": [\n                    \"How should the mobile industry address the vast business opportunity in the connected care market? Berg Insight forecasts that the number of cellular connections in the connected care market in Europe will increase from 7.8 million in 2023 to more than 14.8 million in 2028. Learn more about how wireless technology can become seamlessly integrated with telehealth and telecare solutions in this 155 page in-depth report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2025/02/14092314/bi-connectedcareeu5-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tHealthcare and Social Care in Europe\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tMetabolic syndrome and lifestyle-related diseases\\r\\n1.2\\tChronic diseases\\r\\n1.2.1\\tCardiovascular diseases\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tDiabetes\\r\\n1.3\\tNeurological disorders, mental disorders and physical disabilities\\r\\n1.3.1\\tAutism spectrum disorders\\r\\n1.3.2\\tDementia\\r\\n1.3.3\\tEpilepsy\\r\\n1.3.4\\tOther disorders and disabilities\\r\\n1.4\\tHealthcare and social care systems\\r\\n1.4.1\\tHealthcare systems\\r\\n1.4.2\\tSocial care systems\\r\\n1.5\\tThe regulatory environment\\r\\n1.5.1\\tMedical device regulations\\r\\n1.5.2\\tPrivacy regulations\\r\\n1.5.3\\tStandardisation\\r\\n2\\tTelecare Solutions\\r\\n2.1\\tMarket overview\\r\\n2.1.1\\tForm factors and use cases\\r\\n2.1.2\\tValue chain\\r\\n2.1.3\\tCompetitive landscape\\r\\n2.2\\tSolution providers\\r\\n2.2.1\\t9Solutions\\r\\n2.2.2\\tAccess Group (Oysta Technology)\\r\\n2.2.3\\tAlthea\\r\\n2.2.4\\tAppello\\r\\n2.2.5\\tAzur Soft\\r\\n2.2.6\\tBeghelli\\r\\n2.2.7\\tBuddi (Big Technologies)\\r\\n2.2.8\\tCareium\\r\\n2.2.9\\tChiptech\\r\\n2.2.10\\tChubb Community Care\\r\\n2.2.11\\tEnovation (Legrand Care)\\r\\n2.2.12\\tEssence Group\\r\\n2.2.13\\tEurocross Assistance\\r\\n2.2.14\\tEveron\\r\\n2.2.15\\tGenus Care\\r\\n2.2.16\\tJames TeleCare (iLogs Healthcare)\\r\\n2.2.17\\tJust Checking\\r\\n2.2.18\\tLegrand Care\\r\\n2.2.19\\tLibify\\r\\n2.2.20\\tLimmex\\r\\n2.2.21\\tMetAlert (GTX Corp)\\r\\n2.2.22\\tMiniFinder\\r\\n2.2.23\\tNavigil\\r\\n2.2.24\\tNobi\\r\\n2.2.25\\tPosifon\\r\\n2.2.26\\tSensio Group\\r\\n2.2.27\\tSkyresponse\\r\\n2.2.28\\tSmartLife Care\\r\\n2.2.29\\tSmartwatcher\\r\\n2.2.30\\tTeleAlarm Group\\r\\n2.2.31\\tTelecom Design\\r\\n2.2.32\\tTelegrafik\\r\\n2.2.33\\tTellu\\r\\n2.2.34\\tTunstall Healthcare Group\\r\\n2.2.35\\tUrmet ATE\\r\\n2.2.36\\tVitakt Hausnotruf\\r\\n2.2.37\\tVivago\\r\\n2.2.38\\tVIVAI Software\\r\\n2.2.39\\tYorbl\\r\\n2.2.40\\tZembro\\r\\n3\\tTelehealth Solutions\\r\\n3.1\\tMarket overview\\r\\n3.1.1\\tForm factors and use cases\\r\\n3.1.2\\tValue chain\\r\\n3.1.3\\tCompetitive landscape\\r\\n3.1.4\\tThe European telehealth landscape by country\\r\\n3.2\\tSolution providers\\r\\n3.2.1\\tAb Medica\\r\\n3.2.2\\tAlira Health (Bepatient)\\r\\n3.2.3\\tAlphabet\\r\\n3.2.4\\tApple\\r\\n3.2.5\\tAptar Digital Health\\r\\n3.2.6\\tBT Group\\r\\n3.2.7\\tComarch Healthcare\\r\\n3.2.8\\tDignio\\r\\n3.2.9\\tDoccla (Open TeleHealth)\\r\\n3.2.10\\teDevice\\r\\n3.2.11\\tHope Care\\r\\n3.2.12\\tHuma Therapeutics\\r\\n3.2.13\\tKPN\\r\\n3.2.14\\tLuscii (Omron Healthcare)\\r\\n3.2.15\\tMedixine\\r\\n3.2.16\\tMedM\\r\\n3.2.17\\tS3 Connected Health\\r\\n3.2.18\\tSHL Telemedicine\\r\\n3.2.19\\tSiDLY\\r\\n3.2.20\\tTelefónica\\r\\n3.2.21\\tVitagroup\\r\\n4\\tMarket Forecasts and Conclusions\\r\\n4.1\\tMarket trends and analysis\\r\\n4.1.1\\tPSTN switch off continues to drive the transition to IP-based telecare\\r\\n4.1.2\\tThe role of AI in transforming connected care solutions\\r\\n4.1.3\\tBYOD has become a common option for telehealth\\r\\n4.1.4\\tTechnological developments change the competitive landscape\\r\\n4.1.5\\tIntegrated data systems are becoming increasingly important\\r\\n4.1.6\\tThe digital shift will unlock new services and use cases\\r\\n4.1.7\\tConvergence between telecare and telehealth towards integrated care\\r\\n4.1.8\\tAdvancing remote care with data-driven strategies\\r\\n4.1.9\\tThe use of mobile telecare solutions grows rapidly\\r\\n4.1.10\\tA slowly awakening consumer market for telecare in Europe\\t\\r\\n4.1.11\\tStaffing shortages is a catalyst for digital transformation\\r\\n4.1.12\\tTechnology enabled care enables elderly to age at home for longer\\r\\n4.1.13\\tCOVID-19 became a catalyst that took telehealth into the next growth phase\\r\\n4.2\\tMarket forecasts\\r\\n4.2.1\\tTelecare solutions\\r\\n4.2.2\\tTelehealth\\r\\n4.3\\tRevenue forecasts\\r\\n4.3.1\\tTelecare solutions\\r\\n4.3.2\\tTelehealth\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2025/02/14092326/bi-connectedcareeu5-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Connected care revenues in Europe will reach € 17.7 billion by 2028\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The ageing population and the increasing prevalence of chronic diseases will be two of the greatest challenges in Europe during this century. It is widely believed that connected care solutions can ease the burden on society by enabling more efficient delivery of care and allowing people to live independently in their homes for longer. Berg Insight’s definition of connected care comprises telecare and telehealth solutions that are used for the remote delivery of healthcare and social care services. Today, the most common connected care solution is the traditional telecare alarm, which includes a wearable alarm button that the user presses in the case of an emergency. Mobile telecare systems have a portable form factor and typically incorporate cellular connectivity and GPS technology. Telehealth solutions involve connected medical devices and monitoring services that are used for the remote monitoring and management of patients with COPD, chronic heart failure, diabetes, hypertension, asthma, coronary heart disease or chronic kidney disease.\",\n                        \"\",\n                        \"Telecare is the largest and most mature segment of the connected care market with a total of 9.0 million users at the end of 2023. The market for telehealth solutions is entering a growth phase with an estimated total of 5.5 million users in the EU 27+3 countries at the end of 2023. The total number of people using connected care solutions amounted to 13.1 million at the end of 2023, as there is an overlap between the two solution categories. The market is forecasted to grow at a CAGR of 12.0 percent during the next five years to reach 23.0 million connected care users by 2028. Berg Insight expects that telecare will be the largest segment of the connected care market throughout the forecast period reaching 13.1 million users in 2028. Telehealth will follow with 12.5 million users at the end of the forecast period.\",\n                        \"\",\n                        \"Connected care revenues in the EU 27+3 countries reached an estimated € 9.4 billion in 2023. This includes revenues from telecare solutions and telehealth solutions. The market is expected to grow at a CAGR of 13.4 percent between 2023 and 2028 to reach € 17.7 billion at the end of the forecast period. Telehealth solutions accounted for the largest share of the market in 2023 and will remain in lead during the forecast period. The market for telehealth solutions involves a wide range of actors, from specialised equipment vendors to integrated mHealth solution providers.\",\n                        \"\",\n                        \"The telecare equipment market in Europe is highly consolidated. The three major players – Tunstall, Legrand and TeleAlarm – hold leading positions in nearly all markets and together account for about 60 percent of the telecare unit sales in the region. Additional vendors include Careium, Chiptech and Chubb. Chiptech has its operations in the UK market, meanwhile Careium is a leading market player in the Nordic region and has also presence in the UK. Companies such as Telecom Design, Essence Group, 9Solutions, Oysta Technology (Access Group) and Everon are key telecare equipment vendors. Enovation, Skyresponse and Azur Soft are the leading providers of telecare monitoring software solutions. Additional significant vendors active in Europe are Tellu, Yorbl, Urmet, Navigil, SmartLife Care, Libify, SmartWatcher, Just Checking and Vivago. The telehealth market evolves quickly and many new start-ups as well as well-established solution providers from adjacent industries are active on the market. Examples include Huma, Luscii (Omron Healthcare), Dignio, Comarch, eDevice and SHL Telemedicine. \",\n                        \"\",\n                        \"The ongoing digitalisation of telephone networks in Europe requires massive replacements of PSTN-based telecare systems. At the same time, there is rising interest in new types of solutions that enable social care and healthcare services to be delivered more efficiently. Berg Insight expects that these trends will catalyse the transition to the next generation of connected care solutions. Future caregiving is also anticipated to be predictive in nature by continuously analysing user data and acting on abnormalities. Care providers will work with solutions that rely on data not only from telecare devices, but also from other sources such as smart home sensors and healthcare records. Artificial intelligence (AI) is also rapidly becoming a cornerstone of modern healthcare practices, driving improvements in clinical efficiency, patient engagement and care coordination. The transition to digital technologies is good news for mobile network operators, as many connected care systems rely on cellular connectivity. In fact, Berg Insight predicts that the number of cellular connections will grow from around 7.8 million in 2023 to more than 14.8 million in 2028.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2025/02/14092334/bi-connectedcareeu5-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"232\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Identify key players in the connected care ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about the latest developments in connected care devices and services.\"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the European healthcare and social care systems.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate how the adoption of next-generation solutions is proceeding.\"\n                      },\n                      {\n                        \"bullet_point\": \"Benefit from expert market analysis including detailed market forecasts lasting until 2028.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 30,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Connected Care in Europe 5th\",\n                \"src\": \"https://media.berginsight.com/2025/02/23105133/Connected-Care-in-Europe-5th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/connected-care-in-europe-3/\",\n              \"name\": \"Connected Care in Europe\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5323,"link":"https://cms.berginsight.com/report/charging-infrastructure-for-heavy-commercial-vehicles-in-europe-and-north-america-2/","acf_data":"{\n  \"permalink\": \"/charging-infrastructure-for-heavy-commercial-vehicles-in-europe-and-north-america\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"2nd Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"This strategy report analyses the latest developments on the heavy commercial vehicle charging market in these two regions covering all parts of the value chain including charge point operators, OEM initiatives, and hardware and software vendors.\",\n    \"full_description\": [\n      \"This study investigates the electric vehicle charging infrastructure market in Europe and North America. The total installed base of dedicated charging points in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 49 percent from 14,000 in 2023 to 345,000 by 2031. In North America, Berg Insight estimates that the total installed base of dedicated charging points will increase from 9,000 in 2023 to reach 196,000 in 2031, growing at a CAGR of 47 percent. These numbers include both public and non-public charging points. Charging stations are expected to be fully connected through technologies like Wi-Fi and 4G/5G cellular, allowing for smart charging management. Get up to date with the latest information about vendors, charge point operators, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/02/04160614/bi-CVcharging2-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tCommercial Vehicle Charging in Europe and North America\\r\\n1.1\\tUser segments\\r\\n1.1.1\\tHeavy commercial vehicles\\r\\n1.1.2\\tBuses\\r\\n1.1.3\\tConstruction equipment\\r\\n1.1.4\\tUse cases\\r\\n1.2\\tElectric commercial vehicle range\\r\\n1.3\\tElectric commercial vehicle charging infrastructure in Europe\\r\\n1.4\\tElectric commercial vehicle charging infrastructure in North America\\r\\n1.5\\tThe electric commercial vehicle market\\r\\n1.5.1\\tVehicle types\\r\\n1.5.2\\tThe electric commercial vehicle market in Europe\\r\\n1.5.3\\tThe electric commercial vehicle market in North America\\r\\n1.6\\tCharging strategies\\r\\n1.6.1\\tDepot charging\\r\\n1.6.2\\tDestination charging\\r\\n1.6.3\\tOpportunity charging\\r\\n1.7\\tMarket players\\r\\n1.7.1\\tCharge point operators (CPOs)\\r\\n1.7.2\\tHeavy commercial vehicle OEMs\\r\\n1.7.3\\tHardware and software providers\\r\\n2\\tCharging Technologies and Standards\\r\\n2.1\\tElectric vehicle charging\\r\\n2.1.1\\tAC and DC\\r\\n2.1.2\\tHeat management\\r\\n2.2\\tBattery capacity and charging time\\r\\n2.3\\tConnector standards\\r\\n2.3.1\\tType 1\\r\\n2.3.2\\tType 2\\r\\n2.3.3\\tCombined Charging System (CCS)\\r\\n2.3.4\\tMegawatt Charging System (MCS)\\r\\n2.3.5\\tNorth American Charging Standard (Tesla)\\r\\n2.3.6\\tCHAdeMO\\r\\n2.3.7\\tGB/T\\r\\n2.3.8\\tPantograph charging\\r\\n2.3.9\\tOverhead catenary charging\\r\\n2.3.10\\tWireless charging\\r\\n2.4\\tConnectivity and management software\\r\\n2.4.1\\tCellular IoT gateways, routers and modems\\r\\n2.4.2\\tThe Open Charge Point Protocol (OCPP)\\r\\n2.4.3\\tCharging station management software\\r\\n2.5\\tPayment solutions\\r\\n2.5.1\\tMobile payments and RFID tags\\r\\n2.5.2\\tISO 15118\\r\\n2.5.3\\tAutocharge\\r\\n2.5.4\\tPayment terminals\\r\\n3\\tVehicle Manufacturers\\r\\n3.1\\tBYD\\r\\n3.2\\tDaimler Truck\\r\\n3.2.1\\tDetroit Diesel\\r\\n3.2.2\\tFreightliner\\r\\n3.2.3\\tThomas Built Buses\\r\\n3.2.4\\tRizon\\r\\n3.2.5\\tMercedes-Benz Trucks\\r\\n3.3\\tEinride\\r\\n3.4\\tFarizon Auto (Geely)\\r\\n3.5\\tIveco Group\\r\\n3.6\\tLion Electric\\r\\n3.7\\tNikola Corporation\\r\\n3.8\\tPACCAR\\r\\n3.8.1\\tPeterbilt\\r\\n3.8.2\\tKenworth\\r\\n3.8.3\\tDAF\\r\\n3.9\\tQuantron\\r\\n3.10\\tTesla\\r\\n3.11\\tTRATON\\r\\n3.11.1\\tTRATON Charging Solutions\\r\\n3.11.2\\tScania\\r\\n3.11.3\\tMAN Truck & Bus\\r\\n3.11.4\\tInternational Motors\\r\\n3.12\\tVolta Trucks\\r\\n3.13\\tVolvo Group\\r\\n3.13.1\\tVolvo Trucks\\r\\n3.13.2\\tMack Trucks\\r\\n3.13.3\\tRenault Trucks\\r\\n3.13.4\\tVolvo Buses and Nova Bus\\r\\n3.14\\tWindrose\\r\\n3.15\\tXos Trucks\\r\\n3.16\\tEmerging actors\\r\\n4\\tCharge Point Operators\\r\\n4.1\\tEurope\\r\\n4.1.1\\tBP Pulse\\r\\n4.1.2\\tCircle K\\r\\n4.1.3\\tE.ON\\r\\n4.1.4\\tEnBW\\r\\n4.1.5\\tEnel X\\r\\n4.1.6\\tEngie Vianeo\\r\\n4.1.7\\tFastned\\r\\n4.1.8\\tGOFAST\\r\\n4.1.9\\tIberdrola\\r\\n4.1.10\\tIonity\\r\\n4.1.11\\tKople\\r\\n4.1.12\\tMilence\\r\\n4.1.13\\tNimbnet\\r\\n4.1.14\\tRifil\\r\\n4.1.15\\tShell Recharge Solutions\\r\\n4.1.16\\tUno-X Mobility\\r\\n4.1.17\\tVattenfall\\r\\n4.2\\tNorth America\\r\\n4.2.1\\tBlink Charging\\r\\n4.2.2\\tChargePoint\\r\\n4.2.3\\tElectrify America\\r\\n4.2.4\\tEVgo\\r\\n4.2.5\\tForum Mobility\\r\\n4.2.6\\tGreenlane\\r\\n4.2.7\\tHydro-Québec\\r\\n4.2.8\\tTerawatt Infrastructure\\r\\n4.2.9\\tWattEV\\r\\n4.3\\tAdditional CPOs\\r\\n5\\tHardware and Software Providers\\r\\n5.1\\tEurope\\r\\n5.1.1\\tABB E-mobility\\r\\n5.1.2\\tADS-TEC Energy\\r\\n5.1.3\\tAlpitronic (Hypercharger)\\r\\n5.1.4\\tAMPECO\\r\\n5.1.5\\tCharge-V\\r\\n5.1.6\\tCircontrol\\r\\n5.1.7\\tDriivz\\r\\n5.1.8\\tE-Totem\\r\\n5.1.9\\tEfacec\\r\\n5.1.10\\tEkoenergetyka\\r\\n5.1.11\\tEnerCharge (KEBA)\\r\\n5.1.12\\tEnersense\\r\\n5.1.13\\tEuroloop\\r\\n5.1.14\\tEVBox\\r\\n5.1.15\\tEvtec\\r\\n5.1.16\\tGreenFlux\\r\\n5.1.17\\ti-charging\\r\\n5.1.18\\tIES Synergy\\r\\n5.1.19\\tIngeteam\\r\\n5.1.20\\tKempower\\r\\n5.1.21\\tKostad\\r\\n5.1.22\\tL-Charge\\r\\n5.1.23\\tLast Mile Solutions\\r\\n5.1.24\\tLegrand\\r\\n5.1.25\\tOptimile\\r\\n5.1.26\\tPower Electronics\\r\\n5.1.27\\tRetailSonar\\r\\n5.1.28\\tSiemens\\r\\n5.1.29\\tTritium\\r\\n5.1.30\\tTwaice\\r\\n5.1.31\\tVirta\\r\\n5.2\\tNorth America\\r\\n5.2.1\\tBorgWarner\\r\\n5.2.2\\tBTC POWER (E.ON)\\r\\n5.2.3\\tCamber\\r\\n5.2.4\\tDelta Electronics\\r\\n5.2.5\\tDetroit Diesel Corporation (Daimler Truck)\\r\\n5.2.6\\tEV Connect\\r\\n5.2.7\\tEverCharge\\r\\n5.2.8\\tEvGateway\\r\\n5.2.9\\tFreeWire Technologies\\r\\n5.2.10\\tGeotab\\r\\n5.2.11\\tInCharge Energy\\r\\n5.2.12\\tNoodoe\\r\\n5.2.13\\tSK Signet\\r\\n5.2.14\\tTellus Power Green\\r\\n5.3\\tAdditional hardware and software providers\\r\\n6\\tEarly Use Cases\\r\\n6.1\\tDFDS electrifies A-B routes together with Volvo Trucks\\r\\n6.2\\tTesla delivers 50 Tesla Semis to PepsiCo\\r\\n6.3\\tMTAs road to electrify bus-traffic in New York City\\r\\n6.4\\tBoliden deploys underground electric trucks for mining\\r\\n6.5\\tARC operates Scania electric refuse trucks in Copenhagen\\r\\n6.6\\tSchneider adds close to 100 electric Freightliner eCascadia\\r\\n6.7\\tDSV orders 300 electric Volvo trucks\\r\\n7\\tMarket Analysis and Trends\\r\\n7.1\\tMarket analysis\\r\\n7.1.1\\tMarket forecasts\\r\\n7.1.2\\tRegional market analysis\\r\\n7.1.3\\tGovernment incentives and investments in Europe\\r\\n7.1.4\\tGovernment incentives and investments in North America\\r\\n7.2\\tValue chain analysis\\r\\n7.2.1\\tDC charging hardware providers\\r\\n7.2.2\\tSoftware providers and charge point operators\\t\\r\\n7.2.3\\tCommercial vehicle OEMs\\r\\n7.2.4\\tMergers and acquisitions\\r\\n7.3\\tMarket drivers and barriers\\r\\n7.3.1\\tDrivers\\r\\n7.3.2\\tBarriers\\r\\n7.4\\tMarket trends\\r\\n7.4.1\\tDemand for public en route and destination charging to increase rapidly\\r\\n7.4.2\\tThe electric commercial vehicle market continues to grow fast\\r\\n7.4.3\\tOpen architectures alter the EV charging value chain\\r\\n7.4.4\\tA modular design improves the case for DC charging\\r\\n7.4.5\\tElectric Trucking-as-a-Service (TaaS) is an attractive model\\r\\n7.4.6\\tBattery buffered charging can solve grid connectivity issues\\t\\r\\n7.4.7\\tNew market entrants enrich the EV charging value chain\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/02/04160624/bi-CVcharging2-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of connected heavy commercial vehicle charging points in Europe and North America to reach 541,000 by 2031\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Commercial vehicle charging refers to the process of charging a commercial battery electric vehicle or commercial plug-in hybrid electric vehicle from an external power source. The external power source is often a charging station, which is defined as equipment enabling a connection between the electric vehicle and the power grid. Commercial vehicle charging stations play a significant role in the discussions regarding the electrification of vehicle fleets and are regarded by many as a prerequisite for the deployment of electric commercial vehicles at scale. Electric commercial vehicles and charging stations designed for these vehicles are often brought forward as a necessity to decrease the environmental impact of transportation.\",\n          \"\",\n          \"Berg Insight is of the opinion that the commercial vehicle charging infrastructure industry is in the very early stages of a growth phase which will last for decades. Mega-challenges such as vehicle emissions and climate change continue to encourage investments in electric commercial vehicles and charging infrastructure, contributing to a positive outlook for the market. Harsh emission regulations from governments in both Europe and North America are also a market catalyst. The installed base of dedicated charging points in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 49 percent from about 14,000 in 2023 to 345,000 by the end of 2031. In North America, Berg Insight estimates that the total number of dedicated charging points in use will increase from approximately 9,000 in 2023 to reach 196,000 by 2031, growing at a CAGR of 47 percent. These numbers include both public and non-public charging points.\",\n          \"\",\n          \"Charging stations are expected to be connected through technologies like Wi-Fi and cellular IoT, allowing for smart charging management. Charge point operators (CPOs) can remotely monitor and maintain charging stations, while commercial vehicle drivers can locate chargers, monitor charging availability and manage payments. Fleet managers can utilise smart charging software to reduce charging costs by charging at non-peak hours. Berg Insight believes that most of the commercial vehicle charging will be depot charging at the home base. In Europe, the installed base of public charging stations for commercial vehicles is still very small and will increase to 14,200 charging points by 2031. The situation in North America is similar and the installed base is expected to grow to 8,200 by 2031.\",\n          \"\",\n          \"The commercial vehicle OEM part of the value chain is consolidated and consists of a few major incumbent OEMs with global reach including Volvo Group, TRATON Group, Daimler Truck and PACCAR. There are additionally a number of newcomers targeting the electric commercial vehicle market specifically. Examples of these actors include the major Chinese OEMs BYD and Geely as well as Einride, Tesla, Nikola, Windrose and Volta Trucks. The OEMs drive the industry forward through innovative pilot projects, joint ventures and collaborations such as the CharIN association.\",\n          \"\",\n          \"In North America, there are a number of regional as well as international companies marketing DC chargers for commercial vehicles. ChargePoint is a leading player in the market and a full-service provider offering hardware, software and CPO services. Other major regional hardware providers include ABB, Blink Charging, BorgWarner, BTC Power (E.ON), Detroit Diesel, Delta Electronics, Kempower, SK Signet and Siemens. In Europe, the market for DC charging solutions is more fragmented than in North America. Prominent actors include ABB, ADS-TEC Energy, Alpitronic, Ekoenergetyka, Kempower, SBRS and Siemens. There are several software-specific providers in both regions, offering connectivity solutions for charging. Solutions include fleet management tools, peak shaving and smart charging management. Examples of software-specific actors include Last Mile Solutions, Virta, Driivz, GreenFlux, Ampeco, Optimile and Noodoe.\",\n          \"\",\n          \"The commercial vehicle charging industry has seen initiatives from several CPOs specifically targeting heavy commercial vehicle charging. North American actors such as TeraWatt Infrastructure, Greenlane and Forum Mobility have extensive expansion plans across the entire region. Most North American charging stations are located or planned to be initially located in the state of California. There are also commercial vehicle charging pilot projects in other states such as New York and the Canadian province of Quebec. In Europe, the joint venture CPO Milence is a major player and plans to roll out 1,700 charging stations by 2027. Circle K is also investing heavily in commercial vehicle charging and has opened 27 sites with a combined 108 charging points designed for heavy trucks. Other CPOs with heavy commercial vehicle charging initiatives include Aral Pulse (BP Pulse), EnBW and Rifil.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/02/04160632/bi-CVcharging2-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 1647,\n          \"post_author\": \"3\",\n          \"post_date\": \"2021-02-17 15:45:36\",\n          \"post_date_gmt\": \"2021-02-17 15:45:36\",\n          \"post_content\": \"\",\n          \"post_title\": \"Caspar Jansson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"caspar-jansson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:51:44\",\n          \"post_modified_gmt\": \"2026-01-06 12:51:44\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=1647\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"231\",\n    \"variations\": [\n      {\n        \"id\": 5328,\n        \"name\": \"Charging Infrastructure for Heavy Commercial Vehicles in Europe and North America - 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This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        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\"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"308\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in the Middle East.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 41 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Fleet Middle East 1\",\n                \"src\": \"https://media.berginsight.com/2026/09/07215154/Fleet-Middle-East-1.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/fleet-management-in-the-middle-east/\",\n              \"name\": \"Fleet Management in the Middle East\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Transport & Logistics\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"300\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 new executive interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in Latin America. \"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications. \"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 95 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands. \"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 26,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Fleet Latin America 2\",\n                \"src\": \"https://media.berginsight.com/2026/06/30093931/Fleet-Latin-America-2.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/fleet-management-in-latin-america-2/\",\n              \"name\": \"Fleet Management in Latin America\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Transport & Logistics\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5272,"link":"https://cms.berginsight.com/report/iot-connectivity-management-platforms-and-esim-solutions/","acf_data":"{\n  \"permalink\": \"/iot-connectivity-management-platforms-and-esim-solutions\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 25,\n    \"short_description\": \"An analysis of the latest developments on the IoT connectivity management platform and eSIM solution markets.\",\n    \"full_description\": [\n      \"Large scale cellular IoT device deployments require more advanced management platforms and eSIM solutions that facilitate seamless integration of devices, networks and applications. This new 100-page study analyses the latest developments on the IoT connectivity management platform and eSIM solution markets. Berg Insight estimates that total revenues for third party IoT CMPs will grow at a compound annual growth rate (CAGR) of 12 percent from US$ 1.0 billion in 2024 to US$ 1.8 billion in 2029. Get up to date with the latest trends and information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/01/13153504/bi-CMPs1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tCellular Communications for IoT\\r\\n1.1\\tThe IoT technology stack\\r\\n1.2\\tCellular IoT from 2G to 5G\\r\\n1.2.1\\tNetwork footprint\\r\\n1.2.2\\t2G/3G mobile networks\\r\\n1.2.3\\t4G mobile networks\\r\\n1.2.4\\t4G/5G mobile IoT networks (LTE-M and NB-IoT)\\r\\n1.2.5\\t5G mobile networks\\r\\n1.3\\teSIM management solutions\\r\\n1.3.1\\tSIM form factors and eUICCs\\r\\n1.3.2\\tRemote SIM provisioning\\r\\n1.3.3\\teSIM solution for M2M (SGP.02)\\r\\n1.3.4\\teSIM solution for consumer devices (SGP.22)\\r\\n1.3.5\\teSIM solution for IoT (SGP.32)\\r\\n1.3.6\\tIn-factory profile provisioning (SGP.42)\\r\\n1.3.7\\tMulti IMSI technology\\r\\n1.4\\tIoT connectivity management platforms\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tThe IoT connectivity management platform market\\r\\n2.1.1\\tIoT connectivity management platform market forecast\\r\\n2.1.2\\tIoT connectivity management platform vendors\\r\\n2.2\\tThe eSIM management platform market\\r\\n2.2.1\\teSIM market forecast\\r\\n2.2.2\\teSIM management platform vendors\\r\\n2.3\\tMarket trends\\r\\n2.3.1\\tIoT MVNOs are driving consolidation in the IoT connectivity market\\r\\n2.3.2\\tWill SGP.32 contribute to further adoption of IoT CMPs by smaller MNOs?\\r\\n2.3.3\\tMarket fragmentation drives the need for orchestration capabilities\\r\\n2.3.4\\tiSIMs will bring about significant cost reductions\\r\\n2.3.5\\tIoT MVNOs connect 200+ million cellular devices\\r\\n2.3.6\\tDistributed core networks facilitate global IoT connectivity services\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\teSIM solution providers\\r\\n3.1.1\\tGiesecke+Devrient\\r\\n3.1.2\\tIDEMIA\\r\\n3.1.3\\tKigen\\r\\n3.1.4\\tNordic eSIM\\r\\n3.1.5\\tRedtea Mobile\\r\\n3.1.6\\tThales\\r\\n3.1.7\\tValid\\r\\n3.1.8\\tWorkz (Trasna)\\r\\n3.2\\tIoT connectivity management platform vendors\\r\\n3.2.1\\tAeris\\r\\n3.2.2\\tCisco\\r\\n3.2.3\\tComarch\\r\\n3.2.4\\tEnea\\r\\n3.2.5\\tFlickswitch\\r\\n3.2.6\\tfloLIVE\\r\\n3.2.7\\tIoTM Solutions\\r\\n3.2.8\\tMAVOCO\\r\\n3.2.9\\tNokia\\r\\n3.2.10\\tSimetric\\r\\n3.2.11\\tWhale Cloud\\r\\n3.3\\tMNO connectivity management platforms\\r\\n3.3.1\\tChina Mobile\\r\\n3.3.2\\tChina Unicom\\r\\n3.3.3\\tChina Telecom\\r\\n3.3.4\\tDeutsche Telekom\\r\\n3.3.5\\tOrange\\r\\n3.3.6\\tTelefónica\\r\\n3.3.7\\tVerizon\\r\\n3.3.8\\tVodafone\\r\\n3.4\\tIoT MVNOs\\r\\n3.4.1\\t1GLOBAL\\r\\n3.4.2\\t1NCE\\r\\n3.4.3\\t1oT\\r\\n3.4.4\\tAirnity\\r\\n3.4.5\\tBICS\\r\\n3.4.6\\tCubic Telecom\\r\\n3.4.7\\tCSL Group\\r\\n3.4.8\\temnify\\r\\n3.4.9\\tEseye\\r\\n3.4.10\\tHologram\\r\\n3.4.11\\tiBASIS\\r\\n3.4.12\\tKORE Wireless\\r\\n3.4.13\\tNTT\\r\\n3.4.14\\tOnomondo\\r\\n3.4.15\\tPelion\\r\\n3.4.16\\tSoracom\\r\\n3.4.17\\tTata Communications\\r\\n3.4.18\\tVelos IoT\\r\\n3.4.19\\tWireless Logic\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/01/13153513/bi-CMPs1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The IoT connectivity management platform market to reach US$ 1.8 billion by 2029\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Cellular IoT communications has special requirements that differ from consumer communications services. In the mobile industry, there has been a gradual shift from the use of generic networking platforms and SIM cards to purpose-built solutions for IoT. The cellular IoT communications space constitutes a highly complex environment with multiple layers of interconnected software systems. This report focuses on two key product categories that facilitate the delivery of cellular IoT communications services: IoT connectivity management platforms (CMPs) and eSIM management platforms.\",\n          \"\",\n          \"IoT CMPs enable mobile operators to support their enterprise customers by providing functionality for provisioning, subscription management, cost monitoring and event management. About 12 percent of all IoT SIMs were deployed on third-party IoT CMPs at the end of 2024, while about 7 percent of the installed base was deployed by IoT MVNOs. The remainder was managed via mobile operators’ in-house developed CMPs. Excluding China, the share of IoT SIMs managed via third-party CMPs was substantially higher, accounting for 31 percent of all IoT SIMs. Annual revenues from the sales of third-party IoT CMPs grew 8 percent to reach an estimated US$ 1.0 billion in 2024. Until 2029, annual IoT CMP revenues are forecasted to grow at a CAGR of 12 percent to reach US$ 1.8 billion in 2029.\",\n          \"\",\n          \"Market dynamics in the IoT CMP market have evolved in recent years as vendors focus on responding to the challenge of declining ARPUs for IoT connectivity services. Early CMPs were developed at a time characterised by inflated expectations of the IoT market, which has led to incumbent vendors exiting the space, while others have had to rethink their product and pricing strategies, often involving tiered offerings and the addition of value-added services. New investments are targeted at remote SIM provisioning (RSP) platform integrations, eSIM orchestration and connectivity management orchestration capabilities, machine learning-based analytics, security services and programmable network capabilities enabled by 5G SA. \",\n          \"\",\n          \"Cisco is the largest IoT CMP provider globally. The company has a strong position in all major geographies and partnered with about 60 mobile operators worldwide at the end of 2024. The number of SIMs managed with Cisco IoT Control Center reached about 262 million. Aeris ranked as the second largest IoT CMP vendor with 28 mobile operator partners and 84 million connected devices at the end of 2024. The company took over the loss-making IoT business of Ericsson in early 2023 and has since the acquisition successfully managed to modernise and streamline operations, while merging its legacy platform and the IoT Accelerator into a single platform. MAVOCO has emerged as a significant player in recent years with more than 10 mobile operator partners at the year-end. MAVOCO’s IoT CMP is cloud- and core-agnostic, allowing mobile operators to utilise existing infrastructure to cost-effectively address IoT customers globally. Other IoT CMP vendors with a meaningful number of IoT CMP deployments are Comarch, Nokia and Vodafone. IoT CMPs are also a key component in the value proposition from vendors such as 1NCE, 1oT, emnify, Eseye and floLIVE, which operate as technology providers for mobile operators, as well as IoT MVNOs. \",\n          \"\",\n          \"The fragmentation of the IoT CMP landscape has given rise to a new type of product category called connectivity management orchestration (CMO) platforms, which ride on top of IoT CMPs through API integrations, pioneered by vendors like IoTM Solutions and Simetric. Several IoT CMP vendors and IoT MVNOs have also introduced CMO capabilities. AT&T is an example of a mobile operators that have fully embraced the CMO concept and announced together with Simetric the introduction of the IoT Console Single Pane of Glass in November 2024. Enea is another example of a vendor that provides adjacent products. Its IoT CCS service works in concert with existing IoT CMPs and enables mobile operators to offer a multi-tenant, private APN service to their enterprise customers.\",\n          \"\",\n          \"Uptake in the IoT market has been slow compared to the adoption in the consumer market, as solutions based on the eSIM M2M specification, originally published in 2013, have not met the intended goals of enabling widescale adoption of remote SIM provisioning and eSIMs. After the publication of the new eSIM IoT specification SGP.32 in 2023, eSIM solution providers are now gearing up for a new adoption cycle of solutions based on the specification. New deployments benefit from the large existing installed base of SM-DP+ systems, which will be used for both consumer and IoT eSIM services. The development of eSIM solutions for the IoT market has been driven by both incumbent SIM providers such as Thales, Giesecke+Devrient (G+D) and IDEMIA, as well as newer entrants like Kigen. The shift to eSIM has attracted a large number of other players into the space. With the transition to SGP.32, vendors like Redtea Mobile and Monty Mobile which were previously mainly active in the consumer eSIM market have also started to address the IoT market. Berg Insight estimates that roughly 10 percent of the global installed base of cellular IoT devices used an eSIM at the end of 2024.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/01/13153524/bi-CMPs1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 885,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:06:06\",\n          \"post_date_gmt\": \"2021-01-12 15:06:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Fredrik Stålbrand\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"fredrik-stalbrand\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:49:59\",\n          \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"229\",\n    \"variations\": [\n      {\n        \"id\": 5277,\n        \"name\": \"IoT Connectivity Management Platforms and eSIM Solutions - 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The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": 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Until 2030, the number of cellular IoT subscribers is forecasted to grow at a compound annual growth rate (CAGR) of 9.3 percent to reach 6.5 billion at the end of the period. This report covers in-depth the mobile operator perspective on the global M2M/IoT communications market. Get up to date with the latest trends from all main regions and vertical markets with this unique 260-page report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/27171620/bi-globaliot11-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tWide Area Networks for the Internet of Things\\r\\n1.1\\t3GPP family of cellular technologies\\r\\n1.1.1\\t3GPP Release 13 (2016) – Introducing LTE-M and NB-IoT\\r\\n1.1.2\\t3GPP Release 14 (2017) – IoT enhancements and C-V2X\\r\\n1.1.3\\t3GPP Release 15 (2019) – The first phase of 5G specifications\\r\\n1.1.4\\t3GPP Release 16 (2020) – URLLC and 5G NR C-V2X\\r\\n1.1.5\\t3GPP Release 17 (2022) – RedCap and NTN communications\\r\\n1.1.6\\t3GPP Release 18 (2024) – The first 5G-Advanced specifications and eRedCap\\r\\n1.1.7\\t3GPP Release 19 (2025) – Ambient IoT as a new low-power cellular IoT class\\r\\n1.1.8\\tNetwork footprint\\r\\n1.1.9\\t2G/3G mobile networks\\r\\n1.1.10\\t4G mobile networks\\r\\n1.1.11\\t4G/5G mobile IoT networks (LTE-M and NB-IoT)\\r\\n1.1.12\\t5G mobile networks\\r\\n1.2\\tLPWA and satellite technologies\\r\\n1.2.1\\tLoRa\\r\\n1.2.2\\tSigfox\\r\\n1.2.3\\tSatellite networks\\r\\n1.3\\tIoT connectivity management platforms and eSIM solutions\\r\\n1.3.1\\tIoT connectivity management platforms\\r\\n1.3.2\\tSIM and eSIM solutions\\r\\n1.4\\tInternational coverage and alliances\\r\\n1.4.1\\tRoaming and international coverage\\r\\n1.4.2\\tMobile operator alliances\\r\\n2\\tEurope\\r\\n2.1\\tRegional market trends\\r\\n2.1.1\\tWestern Europe\\r\\n2.1.2\\tCentral and Eastern Europe\\r\\n2.2\\tMobile operators\\r\\n2.2.1\\tA1 Telekom Austria\\r\\n2.2.2\\tAltice Group\\r\\n2.2.3\\tBouygues Telecom\\r\\n2.2.4\\tBT Group\\r\\n2.2.5\\tCK Hutchison Group Telecom\\r\\n2.2.6\\tDeutsche Telekom\\r\\n2.2.7\\tKPN\\r\\n2.2.8\\tOV (Manx Telecom)\\r\\n2.2.9\\tMegaFon\\r\\n2.2.10\\tMTS\\r\\n2.2.11\\tOrange\\r\\n2.2.12\\tDEEP (POST Luxembourg)\\r\\n2.2.13\\tProximus\\r\\n2.2.14\\tTele2\\r\\n2.2.15\\tTelecom Italia\\r\\n2.2.16\\tTelefónica\\r\\n2.2.17\\tTelenor\\r\\n2.2.18\\tTelia Company\\r\\n2.2.19\\tVodafone\\r\\n2.3\\tIoT managed service providers\\r\\n2.3.1\\t1GLOBAL\\r\\n2.3.2\\t1NCE\\r\\n2.3.3\\t1oT\\r\\n2.3.4\\tAirnity\\r\\n2.3.5\\tBICS\\r\\n2.3.6\\tCom4 (Wireless Logic)\\r\\n2.3.7\\tCSL Group\\r\\n2.3.8\\tCubic3\\r\\n2.3.9\\temnify\\r\\n2.3.10\\tEseye\\r\\n2.3.11\\tfloLIVE\\r\\n2.3.12\\tFreeeway\\r\\n2.3.13\\tGiesecke+Devrient\\r\\n2.3.14\\tiBASIS\\r\\n2.3.15\\tOnomondo\\r\\n2.3.16\\tPelion\\r\\n2.3.17\\tVelos IoT\\r\\n2.3.18\\tWireless Logic\\r\\n2.4\\tLPWA networks\\r\\n2.4.1\\tLoRa networks\\r\\n2.4.2\\tSigfox and network partners\\r\\n3\\tThe Americas\\r\\n3.1\\tRegional market trends\\r\\n3.1.1\\tUnited States and Canada\\r\\n3.1.2\\tBrazil\\r\\n3.1.3\\tRest of Latin America\\r\\n3.2\\tMobile operators\\r\\n3.2.1\\tAT&T\\r\\n3.2.2\\tBell\\r\\n3.2.3\\tVerizon\\r\\n3.2.4\\tT-Mobile USA\\r\\n3.2.5\\tRogers Communications\\r\\n3.2.6\\tTELUS\\r\\n3.2.7\\tAmérica Móvil\\r\\n3.2.8\\tVivo (Telefónica Brasil)\\r\\n3.2.9\\tOther mobile operators in Latin America\\r\\n3.3\\tIoT managed service providers\\r\\n3.3.1\\tAeris\\r\\n3.3.2\\tHologram\\r\\n3.3.3\\tKajeet\\r\\n3.3.4\\tKORE Wireless\\r\\n3.3.5\\tMonogoto\\r\\n3.3.6\\tSemtech\\r\\n3.3.7\\tSimplex Wireless\\r\\n3.3.8\\tTeal\\r\\n3.3.9\\tTelit Cinterion\\r\\n3.4\\tLPWA networks\\r\\n3.4.1\\tLoRa networks\\r\\n3.4.2\\tSigfox and network partners\\r\\n4\\tAsia-Pacific\\r\\n4.1\\tRegional market trends\\r\\n4.1.1\\tChina\\t\\r\\n4.1.2\\tIndia\\r\\n4.1.3\\tJapan and South Korea\\r\\n4.1.4\\tAustralia and New Zealand\\r\\n4.1.5\\tSoutheast Asia\\r\\n4.2\\tMobile operators\\r\\n4.2.1\\tChina Mobile\\r\\n4.2.2\\tChina Unicom\\r\\n4.2.3\\tChina Telecom\\r\\n4.2.4\\tKDDI\\r\\n4.2.5\\tKT\\r\\n4.2.6\\tNTT\\r\\n4.2.7\\tSingtel\\r\\n4.2.8\\tSK Telecom\\r\\n4.2.9\\tSoftBank\\r\\n4.2.10\\tTelstra\\r\\n4.2.11\\tVodafone Idea\\r\\n4.3\\tIoT managed service providers\\r\\n4.3.1\\tLenovo Connect\\r\\n4.3.2\\tPlintron\\r\\n4.3.3\\tQuectel\\r\\n4.3.4\\tSoracom\\r\\n4.3.5\\tTata Communications\\r\\n4.4\\tLPWA networks\\r\\n4.4.1\\tLoRa networks\\r\\n4.4.2\\tSigfox networks\\r\\n5\\tMiddle East & Africa\\r\\n5.1\\tRegional market trends\\r\\n5.1.1\\tMiddle East\\r\\n5.1.2\\tAfrica\\r\\n5.2\\tMobile operators\\r\\n5.2.1\\te&\\r\\n5.2.2\\tMTN\\r\\n5.2.3\\tOoredoo\\r\\n5.2.4\\tTurkcell\\r\\n5.2.5\\tVodacom\\r\\n5.2.6\\tZain\\r\\n5.3\\tIoT managed service providers\\r\\n5.3.1\\tSIMcontrol\\r\\n5.4\\tLPWA networks\\r\\n5.4.1\\tLoRa networks\\r\\n5.4.2\\tSigfox networks\\r\\n6\\tSatellite IoT Communications\\r\\n6.1\\tIntroduction to satellite IoT networks\\r\\n6.2\\tMarket analysis\\r\\n6.3\\tSatellite IoT operator market shares\\r\\n6.4\\tEuropean satellite operators\\r\\n6.4.1\\tAstrocast\\r\\n6.4.2\\tKineis\\r\\n6.4.3\\tLacuna Space\\r\\n6.4.4\\tOQ Technology\\r\\n6.4.5\\tSateliot\\r\\n6.4.6\\tSES\\r\\n6.4.7\\tAdditional satellite connectivity providers\\r\\n6.5\\tNorth American satellite operators\\r\\n6.5.1\\tGlobalstar\\r\\n6.5.2\\tIridium\\r\\n6.5.3\\tLigado Networks\\r\\n6.5.4\\tLynk\\r\\n6.5.5\\tOrbcomm\\r\\n6.5.6\\tSkylo\\r\\n6.5.7\\tStarlink (SpaceX)\\r\\n6.5.8\\tViasat\\r\\n6.5.9\\tAdditional satellite connectivity providers\\r\\n6.6\\tChinese satellite operators\\r\\n6.6.1\\tCommsat\\r\\n6.6.2\\tGalaxy Space\\r\\n6.6.3\\tGuowang\\r\\n6.6.4\\tHead Aerospace\\r\\n6.6.5\\tHonghu-3\\r\\n6.6.6\\tQianfan\\r\\n6.6.7\\tAdditional satellite connectivity providers\\r\\n6.7\\tRest of World satellite operators\\r\\n6.7.1\\tInnova Space\\r\\n6.7.2\\tMyriota\\r\\n6.7.3\\tPlan-S\\r\\n6.7.4\\tThuraya (Space42)\\r\\n6.7.5\\tAdditional satellite connectivity providers\\r\\n7\\tMarket Forecasts and Trends\\r\\n7.1\\tIndustry trends\\r\\n7.1.1\\tTop ten connectivity providers manage 3.7 billion cellular IoT connections\\r\\n7.1.2\\tIoT connectivity revenues continue to grow slower than connections\\r\\n7.1.3\\tIoT managed service providers connect 250+ million cellular devices\\r\\n7.1.4\\tThe international connectivity segment is evolving\\r\\n7.1.5\\teSIMs and fragmentation of CMPs drive the need for orchestration capabilities\\r\\n7.1.6\\tIoT MVNOs are driving consolidation in the IoT connectivity market\\r\\n7.1.7\\tSGP.32 disaggregates the IoT connectivity value chain\\r\\n7.1.8\\tSatellite IoT players leverage mobile operators and MVNOs as sales channel\\r\\n7.1.9\\tNew entrants disrupt distribution channels\\r\\n7.2\\tGeographic markets\\r\\n7.2.1\\tGlobal market summary\\r\\n7.2.2\\tEurope\\r\\n7.2.3\\tNorth America\\r\\n7.2.4\\tLatin America\\r\\n7.2.5\\tAsia-Pacific\\r\\n7.2.6\\tMiddle East & Africa\\r\\n7.3\\tVertical markets\\r\\n7.3.1\\tConnected cars on the rise\\r\\n7.3.2\\tData consumption of connected cars will grow significantly\\r\\n7.3.3\\tMotor-powered two-wheeler telematics adoption picks up speed\\r\\n7.3.4\\tTelematics giants increasingly dominate the fleet management industry\\r\\n7.3.5\\tThe opportunity to create smarter and safer cities\\r\\n7.3.6\\tSmart metering turns to new LPWA options for deployments in the 2020s\\r\\n7.3.7\\tAsset tracking to drive the second wave of LPWA deployments\\r\\n7.3.8\\tConnected healthcare reaches the masses\\r\\n7.3.9\\tSteady uptake of cellular connectivity in the POS terminal market\\r\\n7.3.10\\tHome energy and EV charging solutions to become new volume segments\\r\\n7.4\\tTechnology trends\\r\\n7.4.1\\tCellular technologies dominate wireless IoT\\r\\n7.4.2\\tIoT CMPs move towards AI-assisted operations\\r\\n7.4.3\\tNB-IoT uptake is growing on a project-by-project basis\\r\\n7.4.4\\tRedCap will accelerate the adoption of 5G in IoT\\r\\n7.4.5\\tDistributed core networks facilitate global IoT connectivity services\\r\\n7.4.6\\tThe SGP.32 specification will lower the barriers for eSIM adoption in IoT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/27171629/bi-globaliot11-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Global cellular IoT connections reached 4.2 billion in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Berg Insight estimates that the global number of cellular IoT connections increased by 11 percent during 2025 to reach 4.2 billion at the end of the year – corresponding to around 32 percent of all mobile subscriptions. Until 2030, the number of cellular IoT connections is forecasted to grow at a compound annual growth rate (CAGR) of 9.3 percent to reach 6.5 billion at the end of the period. During the same period, cellular IoT connectivity revenues are forecasted to grow at a CAGR of 8.1 percent from € 14.5 billion in 2025 to approximately € 21.5 billion in 2030. Meanwhile the monthly ARPU is expected to drop from € 0.31 to € 0.28.\",\n                        \"\",\n                        \"China is the world’s largest market for cellular IoT connectivity services by volume. According to data from the national telecom regulator, the installed base in the country grew by 5 percent year-on-year to reach 2.9 billion IoT connections at the end of 2025. This corresponded to about 70 percent of the global installed base. Berg Insight believes that the role of the Chinese government is the main explanation for why China is ahead of the rest of the world in the adoption of IoT. Authorities actively endorse large-scale IoT deployments as a method for addressing problems affecting the society, whether it is crime, fire safety, energy conservation or traffic management. The private sector is directed and encouraged to do the same.\",\n                        \"\",\n                        \"North America and Western Europe ranks as the second and third largest markets for IoT connectivity with 321 million and 313 million IoT connections respectively at the end of 2025. In contrast to China, developments in these regions are largely driven by commercial interests. The connected car is currently one of the strongest trends with more than 90 percent of new cars sold featuring embedded cellular connectivity in the regions. Other key application areas are fleet management of commercial vehicles, smart utility metering and monitored alarm systems. South Asia, Latin America and Central & Eastern Europe had in the range of 93–142 million IoT connections, while Middle East, Africa and Southeast Asia had between 41–53 million. Australia & Oceania was the smallest region with approximately 22 million IoT connections.\",\n                        \"\",\n                        \"China Mobile is the world’s largest provider of cellular IoT connectivity services. At the end of 2025, the operator reported 1.48 billion cellular IoT connections and a year-on-year growth rate of 5 percent. China Telecom and China Unicom ranked second and third with 746 million and 723 million connections respectively. Vodafone ranked first among the Western operators and fourth overall with 234 million connections, followed by AT&T with 160 million in fifth place. Airtel in India recorded the highest yearly growth rate, with IoT connections increasing to 69 million. Verizon and Deutsche Telekom had in the range of 62–69 million cellular IoT connections each. Telefónica and KDDI Orange were the last players in the top ten with about 59 million and 58 million connections respectively. The installed bases of the largest IoT connectivity providers grew at a rate of 5–115 percent annually.\",\n                        \"\",\n                        \"IoT managed service providers play a key role in the ecosystem with a combined installed base of more than 250 million cellular IoT connections. While the distinction between mobile operators’ IoT businesses and IoT managed service providers is becoming less clear, the latter benefit their network-agnostic positioning and ability to aggregate multiple mobile networks through roaming agreements, sponsored IMSIs and eSIM profiles. Due to the nature of their business, the players are becoming increasingly international, supporting customers in many parts of the world. Important players in this category include 1GLOBAL, 1NCE, 1oT, Aeris, Airnity, BICS, CSL Group, Cubic, emnify, Eseye, floLIVE, Giesecke+Devrient, Hologram, Kajeet, KORE, Lenovo Connect, Monogoto, Onomondo, Pelion, Semtech, Soracom, Tata Communications, Teal, Telit Cinterion, Velos IoT and Wireless Logic.\",\n                        \"\",\n                        \"IoT connectivity revenues are growing at a slower rate than the number of connections. Berg Insight estimates that global IoT connectivity revenues increased by 5 percent during 2025, while the monthly ARPU dropped by 7 percent. IoT connectivity revenues accounted for 1–4 percent of service revenues for the largest mobile operator groups. As the value in IoT lies in value-added services rather than connectivity, IoT connectivity service providers increasingly focus on boosting their IoT portfolios by adding cloud services, security capabilities and devices on top of their connectivity offering to capture a larger share of the market.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/27171637/bi-globaliot11-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 885,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:06:06\",\n                        \"post_date_gmt\": \"2021-01-12 15:06:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Fredrik Stålbrand\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"fredrik-stalbrand\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:49:59\",\n                        \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"305\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the cellular IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Update on the adoption of 5G and LPWA standards for IoT networking.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the IoT strategies of the leading IoT connectivity providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of industry trends in all world regions.\"\n                      },\n                      {\n                        \"bullet_point\": \"IoT business KPIs for leading global mobile operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Statistical data on cellular IoT connections in all world regions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"The Global M2M_IoT Communications Market 11\",\n                \"src\": \"https://media.berginsight.com/2026/07/27171524/The-Global-M2M_IoT-Communications-Market-11.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-m2m-iot-communications-market-7/\",\n              \"name\": \"The Global M2M/IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-cellular-iot-and-lpwa-chipset-and-module-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"10th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"This report gives a comprehensive overview of the main wide area networking technologies for the Internet of Things – 2G/3G/4G/5G cellular, LoRa, Sigfox as well as a group of emerging low-power IoT technologies including 802.15.4-based protocols, Wirepas Mesh, DECT-2020 NR and Mioty.\",\n                  \"full_description\": [\n                    \"Global demand for IoT wide area networking technology is in a growth phase. Berg Insight forecasts that annual shipments of cellular and non-3GPP LPWA IoT modules will grow at a compound annual growth rate (CAGR) of 7.7 percent from 909 million units in 2025 to 1.32 billion units in 2030. Get up to date with the latest trends from all vertical markets with this unique 150-page report and database covering cellular IoT chipset and module shipments across 30+ device types, 10 technologies and 6 regional markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/26123439/bi-chipsetmodule10-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tWide Area Networks for the Internet of Things\\r\\n1.1\\tWhich things will be connected to wide area networks?\\r\\n1.1.1\\tUtility meters\\r\\n1.1.2\\tMotor vehicles\\r\\n1.1.3\\tBuildings\\r\\n1.1.4\\tAsset tracking and supply chain visibility\\r\\n1.1.5\\tThe opportunity to create smarter and safer cities\\r\\n1.1.6\\tThe convergence of IoT and AI\\r\\n1.2\\tWhat are the technology options?\\r\\n1.2.1\\tNetwork deployment models\\r\\n1.2.2\\tLicensed and unlicensed frequency bands\\r\\n1.2.3\\tCost comparison for cellular and LPWA technologies\\r\\n1.3\\tWhich are the leading technology ecosystems?\\r\\n2\\t3GPP Ecosystem\\r\\n2.1\\tTechnology characteristics\\r\\n2.1.1\\t3GPP Release 13 (2016) – Introducing LTE-M and NB-IoT\\r\\n2.1.2\\t3GPP Release 14 (2017) – IoT enhancements and C-V2X\\r\\n2.1.3\\t3GPP Release 15 (2019) – The first phase of 5G specifications\\r\\n2.1.4\\t3GPP Release 16 (2020) – URLLC and 5G NR C-V2X\\r\\n2.1.5\\t3GPP Release 17 (2022) – RedCap and NTN communications\\r\\n2.1.6\\t3GPP Release 18 (2024) – The first 5G-Advanced specifications and eRedCap\\r\\n2.1.7\\t3GPP Release 19 (2025) – Ambient IoT as a new low-power cellular IoT class\\r\\n2.2\\tNetwork footprint\\r\\n2.2.1\\t2G/3G mobile networks\\r\\n2.2.2\\t4G LTE mobile networks\\r\\n2.2.3\\t4G/5G mobile IoT networks (LTE-M and NB-IoT)\\r\\n2.2.4\\t5G mobile networks\\r\\n2.3\\tSemiconductor vendors\\r\\n2.3.1\\tAltair Semiconductor\\r\\n2.3.2\\tASR Microelectronics\\r\\n2.3.3\\tEigencomm\\r\\n2.3.4\\tHiSilicon\\r\\n2.3.5\\tMediaTek\\r\\n2.3.6\\tMLINK\\r\\n2.3.7\\tQualcomm\\r\\n2.3.8\\tSamsung Electronics\\r\\n2.3.9\\tSequans Communications\\r\\n2.3.10\\tUNISOC\\r\\n2.3.11\\tXinyi Information Technology\\r\\n2.3.12\\tOther semiconductor vendors\\r\\n2.4\\tModule vendors\\r\\n2.4.1\\tCavli Wireless\\r\\n2.4.2\\tChina Mobile IoT\\r\\n2.4.3\\tEagle Wireless\\r\\n2.4.4\\tFibocom\\r\\n2.4.5\\tKontron\\r\\n2.4.6\\tLierda\\r\\n2.4.7\\tMeiG Smart Technology\\r\\n2.4.8\\tMurata\\r\\n2.4.9\\tNeoway\\r\\n2.4.10\\tNordic Semiconductor\\r\\n2.4.11\\tQuectel\\r\\n2.4.12\\tRolling Wireless\\r\\n2.4.13\\tSemtech\\r\\n2.4.14\\tSunsea AIoT (SIMCom & Longsung)\\r\\n2.4.15\\tTelit Cinterion\\r\\n2.4.16\\tTrasna\\r\\n2.4.17\\tZxInfoTek\\r\\n2.4.18\\tOther cellular IoT module vendors\\r\\n3\\tLoRa and LoRaWAN Ecosystem\\r\\n3.1\\tTechnology characteristics\\r\\n3.2\\tNetwork footprint\\r\\n3.2.1\\tEurope\\r\\n3.2.2\\tAsia-Pacific\\r\\n3.2.3\\tThe Americas\\r\\n3.2.4\\tMiddle East & Africa\\r\\n3.3\\tSemiconductor and module vendors\\r\\n3.3.1\\tSemtech\\r\\n3.3.2\\tOther semiconductor vendors\\r\\n3.3.3\\tLoRa module vendors\\r\\n4\\tSigfox Ecosystem\\r\\n4.1\\tTechnology characteristics\\r\\n4.2\\tNetwork footprint\\r\\n4.2.1\\tEurope\\r\\n4.2.2\\tThe Americas\\r\\n4.2.3\\tAsia-Pacific\\r\\n4.2.4\\tMiddle East & Africa\\r\\n4.2.5\\tUnaBiz partners with the LoRaWAN ecosystem\\r\\n4.2.6\\tExamples of major Sigfox use cases\\r\\n4.3\\tSemiconductor and module vendors\\r\\n4.3.1\\tSemiconductor vendors\\r\\n4.3.2\\tSigfox module vendors\\r\\n5\\tEmerging Low-Power IoT Connectivity Ecosystems\\r\\n5.1\\tIEEE 802.15.4\\r\\n5.1.1\\tConnectivity stacks based on 802.15.4\\r\\n5.1.2\\tNetwork footprint\\r\\n5.2\\tWirepas Mesh\\r\\n5.3\\tDECT-2020 NR (NR+)\\r\\n5.4\\tMioty\\r\\n5.5\\tChipset and module vendors\\r\\n6\\tMarket Forecasts and Trends\\r\\n6.1\\tMarket summary\\r\\n6.2\\tThe cellular IoT device market\\r\\n6.2.1\\tThe cellular IoT chipset market shares\\r\\n6.2.2\\tCellular IoT module market shares\\r\\n6.2.3\\tAutomotive cellular IoT chipset market shares\\r\\n6.2.4\\tNAD module market shares\\r\\n6.3\\tThe cellular IoT technology landscape\\r\\n6.4\\tCellular IoT regional market trends\\r\\n6.4.1\\tEurope\\r\\n6.4.2\\tNorth America\\r\\n6.4.3\\tLatin America\\r\\n6.4.4\\tChina\\r\\n6.4.5\\tRest of Asia-Pacific\\r\\n6.4.6\\tMiddle East & Africa\\r\\n6.5\\tThe LoRa device market\\r\\n6.6\\tThe Sigfox device market\\r\\n6.7\\tEmerging low-power IoT connectivity technologies\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/26123447/bi-chipsetmodule10-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Cellular IoT module shipments reached 612 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The Internet of Things is continuously evolving and expanding into new domains. By the end of 2025, approximately 4.8 billion devices were connected to wide area networks based on cellular or low-power IoT technologies. The market is highly diverse and divided into multiple ecosystems. This report focuses on the most prominent technology ecosystems for wide area IoT networking – the 3GPP ecosystem of cellular technologies and the LPWA technologies LoRa and Sigfox – as well as a group of other low-power IoT technologies including IEEE 802.15.4-based protocols, Wirepas Mesh, DECT-2020 NR (NR+) and Mioty.\",\n                        \"\",\n                        \"The 3GPP family of cellular technologies supports the largest ecosystem in wide area IoT networking. The cellular IoT chipset and module market can be divided into two main segments with distinct supply chains: general IoT solutions and automotive-grade solutions. Yearly shipments of cellular IoT modules excluding automotive NAD modules amounted to 612 million units in 2025, up 33 percent year-on-year. Annual cellular IoT module revenues grew by 19 percent to US$ 5.6 billion. The five largest cellular module vendors – Quectel, Fibocom, Telit Cinterion, MeiG and China Mobile IoT – held a market share of 73 percent in terms of revenues. The China-based vendors Quectel, China Mobile IoT, Sunsea AIoT, Lierda and Fibocom rank as the volume leaders, benefitting from the massive scale of the domestic market. ZXInfoTek has also rapidly emerged as a prominent vendor with a strong position in the POS terminal segment. ASR Microelectronics, Qualcomm, Eigencomm, UNISOC, Xinyi and MediaTek are the main cellular IoT chipset suppliers. Cellular IoT module shipments are forecasted to grow at a compound annual growth rate (CAGR) of 7.2 percent to reach 976 million units by 2030.\",\n                        \"\",\n                        \"Automotive-grade modules, or NAD modules, are provided by specialised cellular module providers, ODMs and TCU vendors. Quectel is the leading provider of NAD modules with a volume market share of 27 percent, followed by Rolling Wireless with a market share of 13 percent. Other major NAD module vendors include the TCU vendors LG Electronics and Aumovio, as well as Kontron, Favalon (Fibocom), MeiG and Compal. The automotive-grade chipset segment is dominated by Qualcomm, while MediaTek ranks second. NAD module shipments are forecasted to grow at a CAGR of 4.6 percent from 78 million units in 2025 to 98 million units in 2030. \",\n                        \"\",\n                        \"LoRa is gaining momentum as a global connectivity platform for IoT devices. Cumulative shipments of LoRa end nodes reached 500 million at the beginning of 2026. The majority of demand comes from devices deployed in private networks, which remain the dominant deployment model for LoRa networks. The major volume application segments are smart gas and water metering, followed by local area IoT deployments for networking of smart sensors and tracking devices in cities, industrial plants and commercial buildings. Smart home is expected to become a major application area in the coming years, driven by Amazon’s Sidewalk network that is expanding beyond the US. Berg Insight estimates that yearly shipments of LoRa devices amounted to 90 million units in 2025. Until 2030, yearly shipments are forecasted to grow at a CAGR of 17.5 percent to reach 202 million units.\",\n                        \"\",\n                        \"Other low-power IoT device ecosystems such as IEEE 802.15.4, Wirepas Mesh, Sigfox, Mioty and NR+ have the potential to grow into significant IoT networking platforms in the coming years. So far, IEEE 802.15.4 has achieved the most widespread adoption. The technology is the most mature in the group and has gained support from several of the leading smart metering vendors. Wirepas Mesh reached an installed base of over 20 million in early 2026 and has been used in a number of large-scale projects. Sigfox had an installed base of 15 million at year-end 2025. The Singapore-based Sigfox operator UnaBiz took over as the new owner of Sigfox in 2022, setting a new direction for the Sigfox technology and operating model for the business. Berg Insight believes that the critical test for Sigfox will be how the technology is received in the asset tracking segment. Mioty has in the last few years started to gain traction within smart water metering and has reached an installed base of over 1 million. DECT-2020 NR (NR+) is at an even earlier stage of development, with deployments still primarily limited to pilot projects and early commercial implementations.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/26123456/bi-chipsetmodule10-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 885,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:06:06\",\n                        \"post_date_gmt\": \"2021-01-12 15:06:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Fredrik Stålbrand\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"fredrik-stalbrand\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:49:59\",\n                        \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4800,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:04:27\",\n                        \"post_date_gmt\": \"2024-08-06 10:04:27\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Melvin Sörum\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"melvin-sorum\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 16:11:12\",\n                        \"post_modified_gmt\": \"2026-01-06 15:11:12\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4800\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"299\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the main IoT wide area networking ecosystems. \"\n                      },\n                      {\n                        \"bullet_point\": \"Cellular IoT chipset and module data by region, vertical, device type and technology from 2018–2030.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market shares for cellular IoT chipset and module vendors.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comparison of technologies and standards. \"\n                      },\n                      {\n                        \"bullet_point\": \"Updated profiles of the main suppliers of IoT chipsets and modules. \"\n                      },\n                      {\n                        \"bullet_point\": \"Adoption trends for 5G technologies including 5G eMBB, 5G RedCap and 5G eRedCap, as well as LPWA technologies including NB-IoT, LTE-M, LoRa and Sigfox. \"\n                      },\n                      {\n                        \"bullet_point\": \"Cellular and non-3GPP LPWA IoT device market forecasts until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"The Cellular IoT and LPWA Chipset and Module Market 10th\",\n                \"src\": \"https://media.berginsight.com/2026/06/26123752/The-Cellular-IoT-and-LPWA-Chipset-and-Module-Market-10th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-cellular-iot-and-lpwa-chipset-and-module-market/\",\n              \"name\": \"The Cellular IoT and LPWA Chipset and Module Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5263,"link":"https://cms.berginsight.com/report/iot-applications-in-the-agricultural-industry-2/","acf_data":"{\n  \"permalink\": \"/iot-applications-in-the-agricultural-industry\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"4th Edition\",\n    \"main_product_category\": 28,\n    \"short_description\": \"This report investigates the global smart farming market covering precision farming, water management, agricultural drones, in-field monitoring, herd management and farm management software.\",\n    \"full_description\": [\n      \"How will the market for agricultural IoT applications evolve in 2025 and beyond? Berg Insight covers the latest trends and developments in the emerging smart farming market. Berg Insight forecasts that the number of installed wireless devices for applications in agricultural production is forecasted to grow at a CAGR of 7.6 percent from 26.5 million connections at the end of 2023 to 38.2 million connected devices by 2028. Cellular connections amounted to 2.0 million at the end of 2023 and are expected to reach 4.1 million in 2028. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2025/01/10210525/bi-agriculture4-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Agricultural Sector\\r\\n1.1\\tAgricultural production\\r\\n1.1.1\\tAgricultural land use\\r\\n1.1.2\\tIrrigated area and irrigation methods\\r\\n1.1.3\\tEmployment in agriculture\\r\\n1.1.4\\tForestry\\r\\n1.1.5\\tThe food and agribusiness value chain\\r\\n1.2\\tAgricultural commodities\\r\\n1.3\\tDemand for agricultural commodities\\r\\n1.3.1\\tPopulation growth and economic development\\r\\n1.3.2\\tConsumption of agricultural products\\r\\n1.4\\tAgricultural operations\\r\\n1.4.1\\tFarm income and capital expenditures\\r\\n1.4.2\\tMixed crop-livestock farming\\r\\n1.4.3\\tCrop farming\\r\\n1.4.4\\tLivestock farming\\r\\n1.5\\tAgricultural and forestry equipment\\r\\n2\\tSmart Farming Technologies and Solutions\\r\\n2.1\\tSmart farming infrastructure\\r\\n2.1.1\\tFarm equipment segment\\r\\n2.1.2\\tField segment\\r\\n2.1.3\\tLivestock segment\\r\\n2.1.4\\tDrone segment\\r\\n2.1.5\\tPositioning segment\\r\\n2.1.6\\tNetwork segment\\r\\n2.1.7\\tBackoffice segment\\r\\n2.2\\tMachinery management\\r\\n2.2.1\\tVehicle diagnostics and maintenance planning\\r\\n2.3\\tPrecision agriculture\\r\\n2.3.1\\tGuidance and automated steering\\r\\n2.3.2\\tYield monitoring and mapping\\r\\n2.3.3\\tPrecision seeding\\r\\n2.3.4\\tPrecision fertilising\\r\\n2.3.5\\tPrecision spraying\\r\\n2.4\\tRemote sensing\\r\\n2.4.1\\tAerial imagery\\r\\n2.5\\tRemote monitoring and control\\r\\n2.5.1\\tEnvironmental monitoring\\r\\n2.5.2\\tPest monitoring\\r\\n2.5.3\\tWater management\\r\\n2.6\\tPrecision livestock farming\\r\\n2.6.1\\tPig management\\r\\n2.6.2\\tPoultry management\\r\\n2.6.3\\tBeef cattle management\\r\\n2.6.4\\tDairy herd management\\r\\n2.7\\tData management and predictive analysis\\r\\n2.8\\tBusiness models and strategies\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis\\r\\n3.1.1\\tInstalled base and unit shipments\\r\\n3.1.2\\tRegional markets\\r\\n3.1.3\\tWireless technologies\\r\\n3.1.4\\tPrecision agriculture\\r\\n3.1.5\\tAgricultural drones\\r\\n3.1.6\\tIn-field monitoring and control\\r\\n3.1.7\\tDairy herd management\\r\\n3.2\\tMarket drivers and barriers\\r\\n3.2.1\\tMacroeconomic environment\\r\\n3.2.2\\tRegulatory environment\\r\\n3.2.3\\tCompetitive environment\\r\\n3.2.4\\tTechnology environment\\r\\n3.3\\tValue chain analysis\\r\\n3.3.1\\tInput industry players\\r\\n3.3.2\\tFarm equipment industry player\\r\\n3.3.3\\tPrecision farming industry players\\r\\n3.3.4\\tDairy equipment industry players\\r\\n3.3.5\\tRemote tank and silo monitoring players\\r\\n3.3.6\\tTelecom industry players\\r\\n3.3.7\\tIT industry players\\r\\n3.3.8\\tM&A activity along the smart farming value chain\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tThe emerging digital ecosystem requires a shift towards collaboration\\r\\n3.4.2\\tLarger herds drive the adoption of precision livestock farming technologies\\r\\n3.4.3\\tDealerships remain as important gateways to customers\\r\\n3.4.4\\tOEMs extend free telematics subscription periods\\r\\n3.4.5\\tMajor solution providers bet on agtech start-ups via venture capital arms\\r\\n3.4.6\\tIoT start-ups attract substantial venture capital investments\\r\\n3.4.7\\tSystem integration and interoperability remain high on the agenda\\r\\n3.4.8\\tAutonomy will play a significant role in agricultural operations\\r\\n4\\tOEM Products and Strategies\\r\\n4.1\\tAGCO\\r\\n4.2\\tAmazone\\r\\n4.3\\tARGO Tractors\\r\\n4.4\\tCLAAS Group\\r\\n4.5\\tCNH Industrial\\r\\n4.6\\tDeere & Company\\r\\n4.7\\tJCB\\r\\n4.8\\tKomatsu\\r\\n4.9\\tKrone\\r\\n4.10\\tKubota\\r\\n4.11\\tMahindra & Mahindra\\r\\n4.12\\tPonsse\\r\\n4.13\\tRottne\\r\\n4.14\\tSDF\\r\\n4.15\\tStara\\r\\n4.16\\tTigercat\\r\\n4.17\\tVermeer\\r\\n5\\tAftermarket Solution Providers\\r\\n5.1\\tPrecision farming\\r\\n5.1.1\\t365FarmNet (CLAAS Group)\\r\\n5.1.2\\tAg Leader Technolog\\r\\n5.1.3\\tBASF\\r\\n5.1.4\\tClimate LLC (Bayer)\\r\\n5.1.5\\tDICKEY-john\\r\\n5.1.6\\tDKE-Data\\r\\n5.1.7\\tFarmers Edge\\r\\n5.1.8\\tHemisphere GNSS (CNH Industrial)\\r\\n5.1.9\\tHexagon\\r\\n5.1.10\\tLacos\\r\\n5.1.11\\tRaven Industries (CNH Industrial)\\r\\n5.1.12\\tSyngenta\\r\\n5.1.13\\tTopcon Positioning Systems\\r\\n5.1.14\\tTrimble\\r\\n5.1.15\\tYara\\r\\n5.2\\tAgricultural drones\\r\\n5.2.1\\tAgEagle\\r\\n5.2.2\\tAonic\\r\\n5.2.3\\tDJI\\r\\n5.2.4\\tDraganfly\\r\\n5.2.5\\tHylio\\r\\n5.2.6\\tJiyi\\r\\n5.2.7\\tSentera\\r\\n5.2.8\\tTTA\\r\\n5.2.9\\tWingtra\\r\\n5.2.10\\tXAG\\r\\n5.3\\tEnvironmental and pest monitoring\\r\\n5.3.1\\tAgrivi\\r\\n5.3.2\\tAlmanac\\r\\n5.3.3\\tCampbell Scientific\\r\\n5.3.4\\tDavis Instruments\\r\\n5.3.5\\tFieldin\\r\\n5.3.6\\tIsagri\\r\\n5.3.7\\tMeteobot (Prointegra)\\r\\n5.3.8\\tMETER Group\\r\\n5.3.9\\tPessl Instruments\\r\\n5.3.10\\tSencrop\\r\\n5.3.11\\tTrapview\\r\\n5.3.12\\tWeenat\\r\\n5.4\\tWater management\\r\\n5.4.1\\tAquaSpy\\r\\n5.4.2\\tArable\\r\\n5.4.3\\tCropX\\r\\n5.4.4\\tEarthScout\\r\\n5.4.5\\tHortau\\r\\n5.4.6\\tLibelium\\r\\n5.4.7\\tLindsay Corporation\\r\\n5.4.8\\tNetafim\\r\\n5.4.9\\tPycno\\r\\n5.4.10\\tRivulis\\r\\n5.4.11\\tValmont Industries\\r\\n5.4.12\\tWiseConn\\r\\n5.5\\tDairy herd management\\r\\n5.5.1\\tAfimilk\\r\\n5.5.2\\tBouMatic\\r\\n5.5.3\\tCowManager\\r\\n5.5.4\\tDairymaster\\r\\n5.5.5\\tDatamars\\r\\n5.5.6\\tDeLaval\\r\\n5.5.7\\tFarmnote\\r\\n5.5.8\\tFullwood JOZ\\r\\n5.5.9\\tGEA Group\\r\\n5.5.10\\tLely\\r\\n5.5.11\\tMerck\\r\\n5.5.12\\tMoocall\\r\\n5.5.13\\tNedap\\r\\n5.5.14\\tsmaXtec\\r\\n5.5.15\\tStellapps\\r\\n5.5.16\\tZoetis\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2025/01/10210536/bi-agriculture4-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of wireless devices in agricultural production reached 26.5 million in 2023\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Smart farming refers to the application of information and communications technology in agricultural production systems. The electronification of agricultural equipment has advanced over several decades but has accelerated in recent years due to improvements in computing power, data storage and wireless data transfer. Berg Insight’s definition of smart farming solutions includes systems installed in agricultural equipment, in the field or fitted to animals. Included are also agricultural software systems that ensure that agricultural production can be planned, scheduled and managed to achieve efficient operations.\",\n          \"\",\n          \"Precision agriculture is about managing variations in the field to increase crop yield, raise productivity and reduce consumption of agricultural inputs. While solutions such as auto-guidance and machine monitoring and control via on-board displays today are mainstream technologies in the agricultural industry, telematics and variable rate technology (VRT) are not yet widely adopted. Most major agricultural equipment manufacturers have initiatives related to precision agriculture, although strategies vary markedly. Leading providers of precision agriculture solutions include Deere & Company, AGCO via its joint venture with Trimble, Topcon Positioning Systems, Hexagon, and CNH Industrial through its subsidiary Raven Industries. Other significant vendors are Ag Leader Technology, Kubota and CLAAS Group. The agricultural drone market has recently emerged as a rapidly growing area in precision farming. The market is led by DJI with an installed base of more than 300,000 agricultural drones. Other important players are Draganfly, AgEagle, XAG and Beijing TT Aviation Technology. Industry players that provide data-oriented applications and agronomic services include Bayer’s Climate LLC, Syngenta, Farmers Edge and BASF.\",\n          \"\",\n          \"The market for in-field sensor systems can be divided into three segments: environmental monitoring, pest monitoring and water management. These solutions typically incorporate wireless connectivity, data logging, cameras and sensors that record measurements of environmental parameters. Semios (Almanac) is the largest vendor in the space by far with an installed base of over 500,000 sensor nodes, followed by Pessl Instruments and Davis Instruments with estimated installed bases of around 80,000 and 50,000 devices respectively. The top specialised providers of integrated soil moisture monitoring solutions comprise CropX, Hortau and WiseConn. Remote irrigation control solutions are offered by the largest OEMs of central-pivot and drip irrigation systems including Valmont Industries with its Valley Irrigation brand, Lindsay Corporation with its Zimmatic brand and Netafim.\",\n          \"\",\n          \"Precision livestock farming technologies are mainly applied to the husbandry of dairy cattle, poultry and pigs. Consolidation and growth of dairy farms have resulted in larger herds per farmer, which makes manual observations challenging. Body-mounted sensor systems together with herd management software are used to achieve satisfactory herd health and timely insemination when a cow is in oestrous. A majority of the leading dairy equipment OEMs including GEA Group, Lely and BouMatic partner with specialised companies to provide advanced sensor technology for herd management. The world’s largest dairy equipment manufacturer DeLaval offers its in-house developed activity monitoring system along with its milking and dairy farming infrastructure solutions. Other significant providers of precision livestock farming technologies include Afimilk, Farmnote, Nedap, Fullwood JOZ, smaXtec and Merck.\",\n          \"\",\n          \"Berg Insight’s outlook for the smart farming solution market is positive as agricultural production Berg Insight’s outlook for the smart farming solution market is positive as agricultural production remains greatly underpenetrated by IoT technologies. The number of installed wireless devices for applications in agricultural production is forecasted to grow at a compound annual growth rate (CAGR) of 7.6 percent from 26.5 million connections at the end of 2023 to 38.2 million connected devices by 2028. Cellular connections amounted to roughly 2.0 million at the end of 2023 and are expected to reach 4.1 million in 2028. The main application areas for cellular communications comprise farm equipment telematics and in-field sensor systems. LPWA technologies are expected to achieve the highest growth rate and realise a significant market position in the remote monitoring and control segment. 802.15.4-based standards comprise the most employed wireless technology due to its wide adoption in dairy cow monitoring applications.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2025/01/10210545/bi-agriculture4-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 885,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:06:06\",\n          \"post_date_gmt\": \"2021-01-12 15:06:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Fredrik Stålbrand\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"fredrik-stalbrand\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:49:59\",\n          \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 3933,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-08-25 15:56:31\",\n          \"post_date_gmt\": \"2023-08-25 13:56:31\",\n          \"post_content\": \"\",\n          \"post_title\": \"Veronika Barta\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"veronika-barta\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2023-10-03 12:24:32\",\n          \"post_modified_gmt\": \"2023-10-03 10:24:32\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3933\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"228\",\n    \"variations\": [\n      {\n        \"id\": 5268,\n        \"name\": \"IoT Applications in the Agricultural Industry - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5065,"link":"https://cms.berginsight.com/report/connected-care-in-north-america-3/","acf_data":"{\n  \"permalink\": \"/connected-care-in-north-america\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"3rd Edition\",\n    \"main_product_category\": 30,\n    \"short_description\": \"This market report covers the medical alert system and remote patient monitoring (RPM) markets in North America.\",\n    \"full_description\": [\n      \"How should the mobile industry address the vast business opportunity in the connected care market? Berg Insight forecasts that the number of cellular connections in the connected care market in North America will increase from 25.6 million in 2023 to more than 41.4 million in 2028. Learn more about how wireless technology can become seamlessly integrated with medical alert and remote patient monitoring (RPM) solutions in this 150-page in-depth report.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2024/11/27133352/bi-connectedcarena3-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tHealthcare in North America\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tMetabolic syndrome and lifestyle-related diseases\\r\\n1.2\\tChronic diseases\\r\\n1.2.1\\tCardiovascular diseases\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tDiabetes\\r\\n1.2.4\\tObstructive sleep apnea\\r\\n1.3\\tNeurological disorders, mental disorders and physical disabilities\\r\\n1.3.1\\tAutism spectrum disorders\\r\\n1.3.2\\tDementia\\r\\n1.3.3\\tEpilepsy\\r\\n1.3.4\\tOther disorders and disabilities\\r\\n1.4\\tHealthcare systems\\r\\n1.4.1\\tHealthcare\\r\\n1.4.2\\tLong-term care\\r\\n1.5\\tThe regulatory environment\\r\\n1.5.1\\tMedical device regulations\\r\\n1.5.2\\tMedical data regulations\\r\\n1.5.3\\tStandardisation\\r\\n2\\tMedical Alert Solutions\\r\\n2.1\\tMarket overview\\r\\n2.1.1\\tForm factors and use cases\\r\\n2.1.2\\tMonitoring services\\r\\n2.1.3\\tValue chain\\r\\n2.1.4\\tCompetitive landscape\\r\\n2.2\\tSolution providers\\r\\n2.2.1\\tADT Corporation\\r\\n2.2.2\\tAlert1\\r\\n2.2.3\\tAloe Care Health\\r\\n2.2.4\\tAnelto\\r\\n2.2.5\\tBay Alarm Medical\\r\\n2.2.6\\tClimax Technology\\r\\n2.2.7\\tConnect America\\r\\n2.2.8\\tEssence Group\\r\\n2.2.9\\tFreeus (Becklar Group)\\r\\n2.2.10\\tHandsFree Health (Quarvis Health)\\r\\n2.2.11\\tLaipac Technology\\r\\n2.2.12\\tLifeAlert Emergency Response\\r\\n2.2.13\\tLifeStation\\r\\n2.2.14\\tLively (Best Buy)\\r\\n2.2.15\\tLogicMark\\r\\n2.2.16\\tMedical Guardian\\r\\n2.2.17\\tMetAlert (GTX Corp)\\r\\n2.2.18\\tMobileHelp (Medical Guardian)\\r\\n2.2.19\\tModivCare\\r\\n2.2.20\\tMytrex\\r\\n2.2.21\\tNumera (Previously Nortek Control)\\r\\n2.2.22\\tQMedic\\r\\n2.2.23\\tSilvertree\\r\\n2.2.24\\tVayyar Imaging\\r\\n3\\tRemote Patient Monitoring Solutions\\r\\n3.1\\tMarket overview\\r\\n3.1.1\\tForm factors and use cases\\r\\n3.1.2\\tValue chain\\r\\n3.1.3\\tCompetitive landscape\\r\\n3.2\\tSolution providers\\r\\n3.2.1\\tA&D Medical\\r\\n3.2.2\\tAbbott\\r\\n3.2.3\\tAccuhealth\\r\\n3.2.4\\tAMC Health\\r\\n3.2.5\\tBiofourmis\\r\\n3.2.6\\tBioIntelliSense\\r\\n3.2.7\\tBioTelemetry (Philips)\\r\\n3.2.8\\tBIOTRONIK\\r\\n3.2.9\\tBoston Scientific\\r\\n3.2.10\\tCareSimple\\r\\n3.2.11\\tCurrent Health (BestBuy Health)\\r\\n3.2.12\\tDexcom\\r\\n3.2.13\\teDevice\\r\\n3.2.14\\tFisher & Paykel Healthcare\\r\\n3.2.15\\tGlooko\\r\\n3.2.16\\tHealth Recovery Solutions (HRS)\\r\\n3.2.17\\tLark Health\\r\\n3.2.18\\tLife365\\r\\n3.2.19\\tMasimo\\r\\n3.2.20\\tMedtronic\\r\\n3.2.21\\tNonin Medical\\r\\n3.2.22\\tOmada Health\\r\\n3.2.23\\tOmron Healthcare\\r\\n3.2.24\\tOptimize Health\\r\\n3.2.25\\tPhilips\\r\\n3.2.26\\tResMed\\r\\n3.2.27\\tTeladoc Health\\r\\n3.2.28\\tTruBridge\\r\\n3.2.29\\tTytoCare\\r\\n3.2.30\\tValidic\\r\\n3.2.31\\tVitalConnect\\r\\n3.2.32\\tWithings\\r\\n4\\tMarket Forecasts and Conclusions\\r\\n4.1\\tMarket trends and analysis\\r\\n4.1.1\\tAn ageing population increases healthcare expenditure\\r\\n4.1.2\\tTechnology enabled care enables elderly to age at home for longer\\r\\n4.1.3\\tCellular technologies enable reliable connectivity for medical devices\\r\\n4.1.4\\tStandalone systems to be replaced by platform solutions\\r\\n4.1.5\\tIncreasing government reimbursement for connected care applications\\r\\n4.1.6\\tThe growth of lightweight solutions is broadening the market\\r\\n4.1.7\\tFrom remote patient monitoring to data-driven patient engagement\\r\\n4.1.8\\tRPM applications can modernize clinical trial processes\\r\\n4.1.9\\tEmerging players and market expansion transform the industry landscape\\r\\n4.1.10\\tConvergence between medical alert systems and RPM solutions\\r\\n4.1.11\\tThe critical role of cybersecurity in digital solutions\\r\\n4.2\\tMarket forecasts\\r\\n4.2.1\\tMedical alert systems\\r\\n4.2.2\\tRemote patient monitoring solutions\\r\\n4.3\\tRevenue forecasts\\r\\n4.3.1\\tMedical alert systems\\r\\n4.3.2\\tRemote patient monitoring solutions\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2024/11/27133402/bi-connectedcarena3-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Connected care revenues in North America to reach US$ 60 billion by 2028\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The ageing population and the increasing prevalence of chronic diseases will be two of the greatest challenges in North America during this century. It is widely believed that connected care solutions can ease the burden on society by enabling more efficient delivery of care and allowing people to live independently for longer. Berg Insight’s definition of connected care includes medical alert systems and remote patient monitoring (RPM) solutions. Medical alert systems, also known as personal emergency response systems (PERS), comprises solutions that trigger an alarm when the user presses a button or when a passive sensor detects an accident. RPM solutions comprise connected medical devices and monitoring services that are used for remote management of patients suffering from arrhythmia, asthma, chronic kidney disease, chronic obstructive pulmonary disease, congestive heart failure, coronary artery disease, diabetes, hypertension or obstructive sleep apnea.\",\n          \"\",\n          \"At the end of 2023, there were 33.3 million people that relied on connected care services in North America. RPM is the largest and most mature segment of the connected care market with a total of 29.9 million users at the end of 2023. The market for medical alert systems is considerably smaller with an estimated total of 5.2 million users at the end of 2023. There is an overlap between the market segments as medical alert system users can also be equipped with an RPM solution, and vice versa. The market is forecasted to grow at a compound annual growth rate (CAGR) of 11.4 percent during the next five years to reach 57.2 million connected care users by 2028. Berg Insight expects that RPM will remain the largest segment of the connected care market with a forecasted 52.7 million users in 2028. The number of medical alert system users will at the same time reach 7.5 million units.\",\n          \"\",\n          \"Berg Insight estimates that connected care revenues in North America reached US$ 33.3 billion in 2023. This includes revenues from medical alert systems and remote patient monitoring solutions. The market is expected to grow at a CAGR of 12.5 percent in the following five years to reach US$ 60.0 billion in 2028. RPM solutions accounted for the largest share of the market value in 2023 and will remain in lead during the forecast period.\",\n          \"\",\n          \"The market for RPM solutions involves a wide range of actors, from specialised equipment vendors to integrated mHealth solution providers. The leading RPM application has thus far been sleep therapy compliance monitoring. Patients that suffer from sleep-disordered breathing such as obstructive sleep apnea (OSA) are typically prescribed an airflow generator. However, many patients find the devices unpleasant to use and poor compliance is common. Payers increasingly require that patients comply with their treatment plans to be reimbursed for the device which has driven equipment vendors to connect the devices. The sleep therapy device segment is dominated by ResMed. Examples of major players in the RPM segment include Abbott, Accuhealth, Biofourmis, BioTelemetry, Current Health, Lark Health, Medtronic, Omada Health, Omron Healthcare, Optimize Health, Philips, Teladoc Health (Livongo) and Withings.  The market for medical alert systems is mature and key actors include Anelto, Climax Technology, Connect America, Essence Group, Freeus (Becklar Group), Lively, LogicMark, MobileHelp (Medical Guardian) and Mytrex.\",\n          \"\",\n          \"The North American market for connected care solutions is affected by several trends and developments that will have an impact on the competitive landscape in the next years. Changing demographics is driving the demand for home care, while technological developments and regulatory changes affect the competitive landscape for solution vendors. At the same time, the industry is becoming more patient-centric which calls for integrated systems and improved interoperability of connected care solutions. New companies are entering the connected care market and connected medication management solutions are today in the centre of attention for start-ups. An incipient convergence of the medical alert system and remote patient monitoring markets can be seen, where some medical alert system providers have started to add remote patient monitoring services to their solutions. Artificial intelligence has made significant progress, from disease detection to personalizing treatments analysing large amounts to patient data. The transition has further supported the shift from data collection to proactive personalized solutions. Finally, cybersecurity is very important in the context of digital health solutions and it is clear that more work and investments need to be done to ensure that patients and their data are kept safe also in the future.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2024/11/27133410/bi-connectedcarena3-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 3806,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-06-17 14:24:10\",\n          \"post_date_gmt\": \"2023-06-17 12:24:10\",\n          \"post_content\": \"\",\n          \"post_title\": \"Vatsala Raina\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"vatsala-raina\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2023-10-03 12:26:57\",\n          \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"213\",\n    \"variations\": [\n      {\n        \"id\": 5070,\n        \"name\": \"Connected Care in North America - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":5032,"link":"https://cms.berginsight.com/report/the-connected-mining-solutions-market-2/","acf_data":"{\n  \"permalink\": \"/the-connected-mining-solutions-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"2nd Edition\",\n    \"main_product_category\": 28,\n    \"short_description\": \"This report gives an overview of the connected mining value chain and key applications.\",\n    \"full_description\": [\n      \"This study investigates the worldwide market for connected mining solutions. Connected applications are used in the equipment, people and environment segments. The installed base of wireless IoT devices in the mining sector is forecasted to grow at a compound annual growth rate of 16.1 percent from 1.3 million units at the end of 2023 to 2.7 million units by 2028. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2024/11/11155035/bi-connectedmining2-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Mining Industry\\r\\n1.1\\tIntroduction to the mining industry\\r\\n1.1.1\\tMining production and mineral raw materials\\r\\n1.2\\tMining techniques and associated equipment\\r\\n1.2.1\\tSurface mining and underground mining\\r\\n1.2.2\\tMining equipment and tools\\r\\n1.3\\tMining industry statistics and leading players\\r\\n1.3.1\\tMajor mining industry players and financial performance\\r\\n2\\tConnected Mining Solutions\\r\\n2.1\\tIntroduction to connected mining\\r\\n2.1.1\\tSegments of connected mining solutions\\r\\n2.1.2\\tTechnologies enabling connected mining\\r\\n2.2\\tConnected mining applications and concepts\\r\\n2.2.1\\tFleet management and telematics\\r\\n2.2.2\\tPeople tracking and management\\r\\n2.2.3\\tProximity detection and collision avoidance systems\\r\\n2.2.4\\tFatigue and distraction monitoring\\r\\n2.2.5\\tSituational awareness\\r\\n2.2.6\\tShort interval control\\r\\n2.2.7\\tVentilation on demand\\r\\n2.2.8\\tRemotely controlled and autonomous mining equipment\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis\\r\\n3.1.1\\tInstalled base and forecast\\r\\n3.1.2\\tRegional markets\\r\\n3.1.3\\tMajor solution providers\\r\\n3.2\\tMarket drivers and barriers\\r\\n3.2.1\\tMacroeconomic environment\\r\\n3.2.2\\tRegulatory environment\\r\\n3.2.3\\tCompetitive environment\\r\\n3.2.4\\tTechnology environment\\r\\n3.3\\tValue chain analysis\\r\\n3.3.1\\tMining technology providers\\r\\n3.3.2\\tEquipment manufacturers\\r\\n3.3.3\\tTelematics industry players\\r\\n3.3.4\\tCommunications providers\\r\\n3.3.5\\tIT and other industry players\\r\\n3.3.6\\tMergers and acquisitions\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tSizing the addressable connected mining market\\r\\n3.4.2\\tRegulatory developments and competitive forces drive technology adoption\\r\\n3.4.3\\tThe digital divide between surface and underground mining\\r\\n3.4.4\\tEquipment OEMs are increasingly active in the connected mining space\\r\\n3.4.5\\tInteroperability and open standards are high on the agenda\\r\\n3.4.6\\tFrom autonomous haulage to fully automated mines\\r\\n4\\tCompany Profiles and Strategies\\r\\n4.1\\tSurface and underground technology providers\\r\\n4.1.1\\tGroundHog Apps\\r\\n4.1.2\\tHexagon Mining\\r\\n4.1.3\\tMICROMINE\\r\\n4.1.4\\tModular Mining Systems (Komatsu)\\r\\n4.1.5\\tMS4M\\r\\n4.1.6\\tRemote Control Technologies (Epiroc)\\r\\n4.1.7\\tSYMX.AI\\r\\n4.1.8\\tZyfra Mining\\r\\n4.2\\tSurface technology providers\\r\\n4.2.1\\tASI Mining (Epiroc)\\r\\n4.2.2\\tEACON\\r\\n4.2.3\\tFast2Mine\\r\\n4.2.4\\tHaultrax\\r\\n4.2.5\\tiVolve (Komatsu)\\r\\n4.2.6\\tMaptek\\r\\n4.2.7\\tTage Idriver\\r\\n4.2.8\\tWAYTOUS\\r\\n4.2.9\\tWenco International Mining Systems (Hitachi Construction Machinery)\\r\\n4.3\\tUnderground technology providers\\r\\n4.3.1\\tMine Site Technologies (Komatsu)\\r\\n4.3.2\\tMining TAG (Epiroc)\\r\\n4.3.3\\tNewtrax Technologies (Sandvik)\\r\\n4.3.4\\tNorthern Light Technologies (Levitt-Safety)\\r\\n4.3.5\\tRoobuck\\r\\n4.3.6\\tStrata Worldwide\\r\\n4.4\\tMining equipment manufacturers\\r\\n4.4.1\\tCaterpillar\\r\\n4.4.2\\tEpiroc\\r\\n4.4.3\\tHitachi Construction Machinery\\r\\n4.4.4\\tKomatsu\\r\\n4.4.5\\tLiebherr\\r\\n4.4.6\\tSandvik\\r\\n4.4.7\\tTerex\\r\\n4.4.8\\tVolvo CE (Volvo Group)\\r\\n4.4.9\\tXCMG\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2024/11/11155045/bi-connectedmining2-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Connected mining solutions reached 1.3 million units worldwide in 2023 \",\n            \"attributes\": []\n          },\n          \"\",\n          \"Berg Insight estimates that the total installed base of connected mining solutions reached close to 1.3 million units in use worldwide across the equipment, people and environment segments in 2023. The equipment segment accounts for the largest share of the total, representing connected devices deployed on machines and vehicles used in mining operations. This includes solutions ranging from OEM telematics systems on mining equipment to advanced connected solutions supplied by mining technology specialists. The people segment consists of various solutions deployed to support the safety and productivity of mining personnel, while the environment segment includes sensor technology implemented for environmental monitoring of the mine itself. Growing at a compound annual growth rate (CAGR) of 16.1 percent, the installed base of connected mining solutions across all segments is forecasted to reach roughly 2.7 million units by 2028. Asia-Pacific is estimated to account for the largest share of the total installed base, followed by North America, the Middle East & Africa, Latin America and Europe.\",\n          \"\",\n          \"The top players active in the connected mining space include strikingly different types of companies, ranging from specialised independent technology suppliers of varying sizes up to the leading mining equipment manufacturers. Equipment manufacturers such as Epiroc, Sandvik, Komatsu and Hitachi Construction Machinery (CM) have expanded their mining technology offerings largely due to high M&A activity in recent years. Many of the key players today serve both surface and underground mining customers. The surface segment is dominated by Modular Mining Systems (owned by Komatsu), Hexagon Mining, Wenco International Mining Systems (owned by Hitachi Construction Machinery) and Caterpillar through its Cat MineStar suite. Modular, Hexagon and Caterpillar all serve underground customers in addition to a primary presence in the surface segment, while Wenco is fully focused on surface mining. Other players focused primarily or exclusively on surface mining include iVolve (owned by Komatsu) and ASI Mining (owned by Epiroc). The underground segment is in general less mature and more fragmented. Examples of key technology providers focused specifically on underground applications are Newtrax Technologies (owned by Sandvik), Mining TAG (owned by Epiroc) and Mine Site Technologies (owned by Komatsu). MICROMINE, GroundHog Apps and Remote Control Technologies (owned by Epiroc) are additional players serving both underground and surface customers.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2024/11/11155055/bi-connectedmining2-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 3933,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-08-25 15:56:31\",\n          \"post_date_gmt\": \"2023-08-25 13:56:31\",\n          \"post_content\": \"\",\n          \"post_title\": \"Veronika Barta\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"veronika-barta\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2023-10-03 12:24:32\",\n          \"post_modified_gmt\": \"2023-10-03 10:24:32\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3933\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"211\",\n    \"variations\": [\n      {\n        \"id\": 5037,\n        \"name\": \"The Connected Mining Solutions Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":4966,"link":"https://cms.berginsight.com/report/retail-iot-applications/","acf_data":"{\n  \"permalink\": \"/retail-iot-applications\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"7th Edition\",\n    \"main_product_category\": 20,\n    \"short_description\": \"This report gives first-hand insights into the adoption of wireless connectivity in the vending, parking, ticketing, ATM, digital signage and POS terminal markets.\",\n    \"full_description\": [\n      \"What is the status for wireless IoT communications in the retail sector? POS terminals and on street parking solutions are two areas where the new technology is already widely adopted. The report also covers vending machines, ATMs, digital signage and ticketing machines. Berg Insight forecasts that the number of cellular IoT connections in the retail industry will grow at a CAGR of 10.0 percent from 147.9 million in 2023 to 217.7 million connections worldwide in 2028. Learn more about the business opportunities associated with the transformation of the retail industry in this new 275-page report from Berg Insight.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2024/10/18193026/bi-retail7-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tPOS Terminals and ATMs\\r\\n1.1\\tThe card payments industry\\r\\n1.2\\tPayment infrastructure\\r\\n1.2.1\\tOverview of the POS terminal market\\r\\n1.2.2\\tPOS terminal form factors\\r\\n1.2.3\\tOverview of the ATM market\\r\\n1.2.4\\tATM form factors\\r\\n1.3\\tEvolution of electronic payments\\r\\n1.3.1\\tEMV migration\\r\\n1.3.2\\tAdoption of wireless IoT communications\\r\\n1.3.3\\tRollout of NFC-ready terminals\\r\\n1.4\\tPOS terminal vendors\\t\\r\\n1.4.1\\tAnfu\\r\\n1.4.2\\tBBPOS\\r\\n1.4.3\\tBitel\\r\\n1.4.4\\tCastles Technology\\r\\n1.4.5\\tCenterm\\r\\n1.4.6\\tDspread Technology\\r\\n1.4.7\\tEquinox Payments\\r\\n1.4.8\\tFiserv\\r\\n1.4.9\\tID Tech\\t\\r\\n1.4.10\\tIngenico\\r\\n1.4.11\\tItron Electronics\\r\\n1.4.12\\tJTact\\r\\n1.4.13\\tLandi\\r\\n1.4.14\\tMoreFun\\r\\n1.4.15\\tNewland Payment Technology\\r\\n1.4.16\\tNew POS\\r\\n1.4.17\\tNexgo (Xinguodu)\\r\\n1.4.18\\tPAX Technology\\r\\n1.4.19\\tSunmi\\r\\n1.4.20\\tSZZT Electronics\\r\\n1.4.21\\tTopWise\\r\\n1.4.22\\tUIC Payworld\\r\\n1.4.23\\tVanstone Electronic\\r\\n1.4.24\\tVerifone\\r\\n1.5\\tATM manufacturers and connectivity solution providers\\r\\n1.5.1\\tContour Networks (JCI US)\\r\\n1.5.2\\tDiebold Nixdorf\\r\\n1.5.3\\tDigi International\\r\\n1.5.4\\tDPL Group\\r\\n1.5.5\\tHyosung Innovue\\r\\n1.5.6\\tNCR Atleos\\r\\n1.5.7\\tOptConnect\\r\\n1.5.8\\tTriton Systems\\r\\n2\\tVending Machines\\r\\n2.1\\tOverview of the vending machine industry\\r\\n2.2\\tVending industry players\\r\\n2.2.1\\tVending technology providers\\r\\n2.2.2\\tVending machine manufacturers\\r\\n2.2.3\\tProduct suppliers\\r\\n2.2.4\\tVending operators\\r\\n2.3\\tPayment systems\\r\\n2.3.1\\tCoin mechanisms and bill validators\\r\\n2.3.2\\tCashless payments\\r\\n2.3.3\\tMobile phone payments and NFC\\r\\n2.3.4\\tBiometric payments\\r\\n2.4\\tVending telemetry and software\\r\\n2.4.1\\tRemote monitoring of vending machines\\r\\n2.4.2\\tVending management systems\\r\\n2.5\\tConnected vending machines\\r\\n2.5.1\\tEurope\\r\\n2.5.2\\tNorth America\\r\\n2.5.3\\tRest of World\\r\\n2.6\\tVending telemetry and cashless payment solution providers\\r\\n2.6.1\\taiKATE (VendLOG)\\r\\n2.6.2\\tBoost inc\\r\\n2.6.3\\tCantaloupe\\r\\n2.6.4\\tCCV\\r\\n2.6.5\\tEnginko\\r\\n2.6.6\\tIngenico\\r\\n2.6.7\\tInHand Networks\\r\\n2.6.8\\tMatiPay\\r\\n2.6.9\\tMecsel\\r\\n2.6.10\\tN-and Group (IVS Group)\\r\\n2.6.11\\tNayax\\r\\n2.6.12\\tParlevel Systems (365 Retail Markets)\\r\\n2.6.13\\tPayRange\\r\\n2.6.14\\tPayter\\r\\n2.6.15\\tProstoPay\\r\\n2.6.16\\tSilkron\\r\\n2.6.17\\tSmartNow\\r\\n2.6.18\\tSmVend\\r\\n2.6.19\\tTelemetron\\r\\n2.6.20\\tTelevend (INTIS)\\r\\n2.6.21\\tUPPay\\r\\n2.6.22\\tVendon\\r\\n2.6.23\\tVendotek\\r\\n2.6.24\\tVendwatch Telematics\\r\\n2.6.25\\tVianet Group\\r\\n2.7\\tVending machine manufacturers\\r\\n2.7.1\\tAutomated Merchandising Systems\\r\\n2.7.2\\tAzkoyen Group\\r\\n2.7.3\\tBianchi Vending\\r\\n2.7.4\\tCrane Payment Innovations (Crane NXT)\\r\\n2.7.5\\tEVOCA Group\\r\\n2.7.6\\tFAS International\\r\\n2.7.7\\tFastcorp Vending\\r\\n2.7.8\\tFuji Electric\\r\\n2.7.9\\tJofemar\\r\\n2.7.10\\tKimma\\r\\n2.7.11\\tLE Vending\\r\\n2.7.12\\tMagex\\r\\n2.7.13\\tMicron Smart Vending\\r\\n2.7.14\\tRheavendors Group\\r\\n2.7.15\\tRoyal Vendors\\r\\n2.7.16\\tSandenVendo\\r\\n2.7.17\\tSeaga\\r\\n2.7.18\\tSielaff\\r\\n2.7.19\\tTCN Group\\r\\n2.7.20\\tUnicum\\r\\n2.7.21\\tWestomatic\\r\\n2.7.22\\tWittern Group\\r\\n2.7.23\\tXY Vending\\r\\n2.8\\tVending operators\\r\\n2.8.1\\tAramark\\r\\n2.8.2\\tAsahi Group\\r\\n2.8.3\\tCanteen\\r\\n2.8.4\\tChi Forest\\r\\n2.8.5\\tCoca-Cola Bottlers Japan\\r\\n2.8.6\\tCoca-Cola Europacific Partners\\r\\n2.8.7\\tDyDo Group\\r\\n2.8.8\\tFenge Shishi (SF Express)\\r\\n2.8.9\\tIto En\\r\\n2.8.10\\tIVS Group\\r\\n2.8.11\\tKirin\\r\\n2.8.12\\tNongfu Spring\\r\\n2.8.13\\tSelecta\\r\\n2.8.14\\tSodexo\\r\\n2.8.15\\tSuntory Group\\r\\n2.8.16\\tUBOX\\r\\n2.8.17\\tWant Want Group\\r\\n3\\tParking Meters\\r\\n3.1\\tThe parking industry\\r\\n3.1.1\\tParking industry players\\r\\n3.1.2\\tSingle-space and multi-space meters in Europe and North America\\r\\n3.1.3\\tPay-by-phone parking\\r\\n3.2\\tConnected parking meters\\r\\n3.2.1\\tMobile data communications solutions for parking meters\\r\\n3.2.2\\tConnected multi-space parking meters by vendor\\r\\n3.2.3\\tConnected single-space parking meters\\r\\n3.3\\tParking solution vendor profiles\\r\\n3.3.1\\tBlinkay\\r\\n3.3.2\\tCAME Parkare Group\\r\\n3.3.3\\tCivicSmart\\r\\n3.3.4\\tDigitalparking\\r\\n3.3.5\\tDitech\\r\\n3.3.6\\tDuncan Solutions\\r\\n3.3.7\\tFlowbird Group\\r\\n3.3.8\\tHectronic\\r\\n3.3.9\\tIEM\\r\\n3.3.10\\tIPS Group\\r\\n3.3.11\\tLocoMobi\\r\\n3.3.12\\tMacKay Meters\\r\\n3.3.13\\tMETRIC\\r\\n3.3.14\\tMeypar\\r\\n3.3.15\\tPOM\\r\\n3.3.16\\tT2 Systems\\r\\n3.3.17\\tVenTek International\\r\\n3.4\\tPrivate parking operators\\r\\n4\\tPublic Transport Ticketing\\r\\n4.1\\tModal split of passenger transport\\r\\n4.2\\tBus and rail fleets\\r\\n4.3\\tFare collection systems\\r\\n4.3.1\\tFare payment\\t\\r\\n4.3.2\\tFare collection devices\\r\\n4.3.3\\tInstalled base\\t\\r\\n4.3.4\\tMobile data communications solutions\\r\\n4.4\\tFare collection system vendors\\r\\n4.4.1\\tBytemark (Siemens Mobility)\\r\\n4.4.2\\tConduent\\r\\n4.4.3\\tCubic Transportation Systems\\r\\n4.4.4\\tFARA (Modaxo)\\r\\n4.4.5\\tFlowbird Group\\r\\n4.4.6\\tHitachi Rail (Thales GTS)\\r\\n4.4.7\\tIndra\\r\\n4.4.8\\tINIT\\r\\n4.4.9\\tIVU Traffic Technologies\\r\\n4.4.10\\tMasabi\\t165\\r\\n4.4.11\\tRidango\\r\\n4.4.12\\tScheidt & Bachmann\\r\\n4.4.13\\tTicketer\\r\\n4.4.14\\tTrapeze Group (Modaxo)\\r\\n4.4.15\\tTri Star Group\\t\\r\\n4.4.16\\tVix Technology\\r\\n5\\tDigital Signage\\r\\n5.1\\tOverview of the digital signage industry\\r\\n5.2\\tThe digital signage value chain\\r\\n5.2.1\\tDisplay screen vendors\\r\\n5.2.2\\tMedia player vendors\\r\\n5.2.3\\tContent management system providers\\r\\n5.2.4\\tInstallers, system integrator and network operators\\r\\n5.3\\tApplication areas\\r\\n5.3.1\\tRetail\\r\\n5.3.2\\tOffice and enterprise\\r\\n5.3.3\\tHealthcare\\r\\n5.3.4\\tTransportation\\r\\n5.3.5\\tEducation\\r\\n5.3.6\\tFoodservice\\r\\n5.3.7\\tManufacturing and logistics\\r\\n5.3.8\\tOutdoor signage\\r\\n5.4\\tEvolution of the digital signage industry\\r\\n5.4.1\\tFrom non-connected to connected digital signs\\r\\n5.4.2\\tMedia player form factors\\r\\n5.4.3\\tDisplay technologies\\r\\n5.5\\tMedia player vendors\\r\\n5.5.1\\tAdvantech\\r\\n5.5.2\\tAOPEN\\r\\n5.5.3\\tArrow Electronics\\r\\n5.5.4\\tBrightSign\\r\\n5.5.5\\tGiada\\r\\n5.5.6\\tIAdea\\r\\n5.5.7\\tIBASE\\r\\n5.5.8\\tRikomagic\\r\\n5.5.9\\tShuttle\\r\\n5.6\\tDisplay screen vendors\\r\\n5.6.1\\tDynaScan Technology\\r\\n5.6.2\\tElo Touch Solutions\\r\\n5.6.3\\tGoodview (CVTE Group)\\r\\n5.6.4\\tHisense Group\\r\\n5.6.5\\tiiyama\\r\\n5.6.6\\tLeyard and Planar\\r\\n5.6.7\\tLG Electronics\\r\\n5.6.8\\tPanasonic\\r\\n5.6.9\\tPPDS (Philips)\\r\\n5.6.10\\tProDVX\\r\\n5.6.11\\tSamsung Electronics\\r\\n5.6.12\\tSharp NEC Display Solutions\\r\\n5.6.13\\tSony\\r\\n5.6.14\\tVestel Group\\r\\n5.7\\tContent management system providers\\r\\n5.7.1\\tAppspace\\r\\n5.7.2\\tBroadsign International\\r\\n5.7.3\\tCreative Realities\\r\\n5.7.4\\tDeneva (ICON Multimedia)\\r\\n5.7.5\\tDise (Vertiseit)\\r\\n5.7.6\\teasescreen\\r\\n5.7.7\\tGrassfish (Vertiseit)\\r\\n5.7.8\\tIntuiface\\r\\n5.7.9\\tKorbyt\\r\\n5.7.10\\tMood Media\\r\\n5.7.11\\tMvix\\r\\n5.7.12\\tNavori Labs\\r\\n5.7.13\\tPADS4 (NDS)\\r\\n5.7.14\\tPoppulo\\r\\n5.7.15\\tRise Vision (AUO Display Plus)\\r\\n5.7.16\\tScala (STRATACACHE)\\r\\n5.7.17\\tSignagelive\\r\\n5.7.18\\tSpectrio\\r\\n5.7.19\\tSTRATACACHE\\r\\n5.7.20\\tTelelogos\\r\\n5.7.21\\tUniguest\\r\\n5.7.22\\tVisual Art\\r\\n5.7.23\\tZetaDisplay\\r\\n6\\tForecasts and Conclusions\\r\\n6.1\\tWireless IoT in the retail industry\\r\\n6.1.1\\tCellular IoT device shipments\\r\\n6.1.2\\tCellular IoT network connections\\r\\n6.2\\tMarket trends and drivers\\r\\n6.2.1\\tUptake of wireless IoT in POS terminals is steady while NFC is ubiquitous\\r\\n6.2.2\\tATMs in offsite locations benefit from cellular connectivity\\r\\n6.2.3\\tThe case for vending telemetry and business intelligence improves\\r\\n6.2.4\\tThe parking meter industry continues to lead the adoption of wireless IoT\\r\\n6.2.5\\tABT-systems catalyse demand for cellular connectivity in public transport\\r\\n6.2.6\\tThe digital signage market expands\\r\\n6.3\\tMarket forecasts\\r\\n6.3.1\\tPOS terminals\\r\\n6.3.2\\tATMs\\r\\n6.3.3\\tVending machines\\r\\n6.3.4\\tParking meters\\r\\n6.3.5\\tPublic transport ticketing\\r\\n6.3.6\\tDigital Signage\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2024/10/18193036/bi-retail7-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Cellular IoT connections in the retail industry reached 147.9 million in 2023\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The retail industry is an important vertical for cellular IoT connectivity with 147.9 million cellular connections today and a total addressable market size of over 372 million POS terminals, ATMs, vending machines, parking meters, digital signs and fare collection devices worldwide. Berg Insight forecasts that the number of cellular IoT connections in the retail industry will grow at a compound annual growth rate (CAGR) of 10.0 percent to reach 217.7 million connections worldwide in 2028. Shipments of cellular IoT devices will at the same time increase at a CAGR of 6.2 percent from 57.9 million units in 2023 to 78.2 million units in 2028. Cellular IoT technology enables devices such as POS terminals and ATMs to be used at new locations where fixed line connectivity is unavailable or impractical. The technology has a more transformational effect on markets such as vending and parking, where machine operators need to reorganise their operations in order to benefit from the availability of real-time information.\",\n          \"\",\n          \"The installed base of connected vending machines in North America reached 2.3 million units at the end of 2023, whereas the corresponding figure for EU27+3 was 1.8 million units. The North American market has reached a state of maturity with a penetration rate of over 71.2 percent. Europe is meanwhile still in an early stage with a penetration rate of around 42.5 percent. However, vending is also one of the fastest-growing segments for connectivity solutions in the retail industry, driven by demand for cashless payment and vending telemetry solutions. The North American market is projected to grow at a CAGR of 4.4 percent between 2023 and 2028, reaching 2.8 million connected vending machines at the end of the period. Similarly, the European market is forecasted to grow at a CAGR of 10.9 percent to reach 3.0 million connections by 2028. \",\n          \"\",\n          \"The parking industry has been one of the earliest adopters of IoT communications technology. Today, approximately 67 percent of the world’s 652,000 multi-space meters are connected primarily to cellular networks. This penetration rate will continue to increase steadily throughout the foreseeable future, as nearly all new multi-space meter deployments have connectivity as a requirement. In contrast, connectivity has only recently become an optional feature in single-space meters and today only 16 percent of the single-space meters in the world are connected. However, connected single-space meters have recently had a breakthrough in the North American market, where mixed deployments that comprise both single-space and multi-space meters are becoming increasingly common. The share of single-space meters that incorporate connectivity is now growing rapidly and expected to reach 32 percent by 2028.\",\n          \"\",\n          \"Cellular connectivity has become a very popular option for POS terminals and was incorporated in 52 percent of the devices shipped in 2023. Wireless technology has an important role in facilitating the global adoption of electronic payments, as it enables the rollout of POS terminals to many new market segments as well as regions where the fixed line telecommunications infrastructure is less developed. Berg Insight forecasts that the installed base of cellular POS terminals will grow at a CAGR of 7.8 percent between 2023 and 2028 to reach 200.3 million units at the end of the period, driven especially by growth in emerging markets.\",\n          \"\",\n          \"Digital signage solutions have found their way into nearly every possible vertical market and a wide variety of application areas. The untapped market potential is nevertheless still vast and growth is showing no signs of slowing down. Berg Insight forecasts that global shipments of display screens for digital signage will grow from 21.2 million units in 2023 at a CAGR of 11.6 percent to reach 36.6 million units by 2028. Cellular connectivity is very useful for applications such as temporary signs and in locations where access to fixed line communications is not available or costly to obtain. However, cellular is expected to remain a niche connectivity technology due to the higher costs associated with the technology, especially in bandwidth-intensive applications.\",\n          \"\",\n          \"Cellular connectivity is incorporated in close to 0.3 million fare collection devices worldwide today, such as on-board ticket vending machines, stationary vending machines and handheld ticket sales terminals. Berg Insight anticipates that the market potential for cellular connectivity in public transport will expand as account-based fare collection systems gain ground and increase the need for real-time communications. However, the number of fare-collection devices incorporating cellular connectivity is likely to remain relatively modest, as many fare collection devices can share a communications line with other equipment.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2024/10/18193044/bi-retail7-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 3928,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-08-22 09:48:16\",\n          \"post_date_gmt\": \"2023-08-22 07:48:16\",\n          \"post_content\": \"\",\n          \"post_title\": \"Felix Linderum\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"felix-linderum\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-03-25 20:49:18\",\n          \"post_modified_gmt\": \"2026-03-25 19:49:18\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3928\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"207\",\n    \"variations\": [\n      {\n        \"id\": 4971,\n        \"name\": \"Retail IoT Applications - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":4842,"link":"https://cms.berginsight.com/report/digital-signage-iot-applications/","acf_data":"{\n  \"permalink\": \"/digital-signage-iot-applications\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"4th Edition\",\n    \"main_product_category\": 20,\n    \"short_description\": \"This report is a detailed analysis of the digital signage industry including all the latest trends and developments.\",\n    \"full_description\": [\n      \"Digital signage is today used in numerous market verticals such as retail, healthcare, transportation, office and enterprise, education, foodservice and outdoor signage. At the end of 2023, there were approximately 91.5 million connected digital screens in use worldwide. Berg Insight forecasts that this number will grow at a CAGR of 10.3 percent to reach 149.4 million units by 2028. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2024/09/03155250/bi-digitalsignage4-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction\\r\\n1.1\\tOverview of the digital signage industry\\r\\n1.2\\tThe digital signage value chain\\r\\n1.2.1\\tDisplay screen vendors\\r\\n1.2.2\\tMedia player vendors\\r\\n1.2.3\\tContent management system providers\\r\\n1.2.4\\tInstallers, system integrators and network operators\\r\\n1.3\\tApplication areas\\r\\n1.3.1\\tRetail\\r\\n1.3.2\\tOffice and enterprise\\r\\n1.3.3\\tHealthcare\\r\\n1.3.4\\tTransportation\\r\\n1.3.5\\tEducation\\r\\n1.3.6\\tFoodservice\\r\\n1.3.7\\tManufacturing and logistics\\r\\n1.3.8\\tOutdoor signage\\r\\n2\\tEvolution of the Digital Signage Industry\\r\\n2.1\\tAdvancements in technology\\r\\n2.1.1\\tFrom non-connected to connected digital signs\\r\\n2.1.2\\tMedia player form factors\\r\\n2.1.3\\tDisplay technologies\\r\\n3\\tVendor Profiles\\r\\n3.1\\tMedia player vendors\\r\\n3.1.1\\tAdvantech\\r\\n3.1.2\\tAOPEN (Acer Group)\\r\\n3.1.3\\tArrow Electronics\\r\\n3.1.4\\tBrightSign\\r\\n3.1.5\\tGiada\\r\\n3.1.6\\tIAdea\\r\\n3.1.7\\tIBASE\\r\\n3.1.8\\tRikomagic\\r\\n3.1.9\\tShuttle\\r\\n3.2\\tDisplay screen vendors\\r\\n3.2.1\\tDynaScan Technology\\r\\n3.2.2\\tElo Touch Solutions\\r\\n3.2.3\\tGoodview (CVTE Group)\\r\\n3.2.4\\tHisense Group\\r\\n3.2.5\\tiiyama\\r\\n3.2.6\\tLeyard and Planar\\r\\n3.2.7\\tLG Electronics\\r\\n3.2.8\\tPanasonic\\r\\n3.2.9\\tPPDS (Philips)\\r\\n3.2.10\\tProDVX\\r\\n3.2.11\\tSamsung Electronics\\r\\n3.2.12\\tSharp NEC Display Solutions\\r\\n3.2.13\\tSony\\r\\n3.2.14\\tVestel Group\\t\\r\\n3.3\\tContent management system providers\\r\\n3.3.1\\tAppspace\\r\\n3.3.2\\tBroadsign International\\r\\n3.3.3\\tCineplex Digital Media\\r\\n3.3.4\\tCreative Realities\\r\\n3.3.5\\tDeneva (ICON Multimedia)\\r\\n3.3.6\\tDise (Vertiseit)\\r\\n3.3.7\\teasescreen\\r\\n3.3.8\\tGrassfish (Vertiseit)\\r\\n3.3.9\\tIntuiface\\r\\n3.3.10\\tKorbyt\\r\\n3.3.11\\tMood Media\\r\\n3.3.12\\tMvix\\r\\n3.3.13\\tNavori Labs\\r\\n3.3.14\\tNsign.tv\\r\\n3.3.15\\tOptiSigns\\r\\n3.3.16\\tPADS4 (NDS)\\r\\n3.3.17\\tPoppulo\\r\\n3.3.18\\tRise Vision (AUO Display Plus)\\r\\n3.3.19\\tScala (STRATACACHE)\\r\\n3.3.20\\tSignagelive\\r\\n3.3.21\\tSpectrio\\r\\n3.3.22\\tSTRATACACHE\\r\\n3.3.23\\tTelelogos\\r\\n3.3.24\\tUniguest\\r\\n3.3.25\\tVisual Art\\r\\n3.3.26\\tWaapiti\\r\\n3.3.27\\tWondersign (GigaCloud Technology)\\r\\n3.3.28\\tZetaDisplay\\r\\n4\\tForecasts and Conclusions\\r\\n4.1\\tMarket trends and drivers\\t\\r\\n4.1.1\\tThe digital signage market expands\\r\\n4.1.2\\tIndustry consolidation reduces market fragmentation\\r\\n4.1.3\\tDevelopments in the CMS market hold the potential to disrupt the value chain\\r\\n4.1.4\\tTechnological advancements continue to drive market development\\r\\n4.1.5\\tDigital signage has affirmed its place as a central platform for digital marketing\\r\\n4.1.6\\tRetail media is the new talk of the town\\r\\n4.1.7\\tThe growing importance of sustainability in digital signage\\r\\n4.2\\tMarket forecasts\\r\\n4.2.1\\tDigital signage displays\\r\\n4.2.2\\tMedia players\\r\\n4.2.3\\tConnectivity in digital signage\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2024/09/03155257/bi-digitalsignage4-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of connected digital signage displays will reach 149 million units in 2028\",\n            \"attributes\": []\n          },\n          \"Digital signage is an ambiguous term used in reference to a wide range of solutions for presenting media and information on digital displays. There is no universally accepted definition of what the term encompasses, but it generally includes a broad range of solutions as diverse as traffic signs, menu boards and in-flight entertainment displays. Berg Insight’s definition is a system that comprises a connected display screen, a media player and a content management system that are managed over a local network or remotely. Systems that require manual intervention, such as swapping an SD card in the media player to load new content, are left outside of the scope of this report.\",\n          \"\",\n          \"The first connected digital signage solutions were commercially launched about three decades ago. Since then, digital signage solutions have found their way into nearly every possible vertical market and a wide variety of application areas. The untapped potential is still vast and the industry is expected to continue to experience strong growth in the coming years. Berg Insight forecasts that global shipments of display screens for digital signage will grow from 21.2 million units in 2023 at a compound annual growth rate (CAGR) of 11.6 percent to reach 36.6 million units by 2028. The number of digital signage displays in active use is at the same time estimated to grow at a CAGR of 10.3 percent during the next five years from 91.5 million units in 2023 to 149.4 million units in 2028.\",\n          \"\",\n          \"Leading providers of digital signage solutions include CMS software providers such as Scala (owned by STRATACACHE) as well as Uniguest, Navori and Poppulo; media player vendors such as BrightSign, AOPEN (owned by Acer Group), Giada, IBASE, Shuttle and IAdea; and display manufacturers such as Samsung, LG, PPDS (Philips) and Sharp NEC Display Solutions. Despite many well-known vendors active in the market, the value chain is still fragmented and hundreds of companies compete worldwide. Industry consolidation took a pause during the Covid-19 pandemic and has now regained momentum. Berg Insight anticipates that the M&A activity will accelerate in the coming years as digital signage not only affirms its place as a central platform for digital marketing but increasingly becomes critical for business operations in many verticals.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2024/09/03155307/bi-digitalsignage4-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3928,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-08-22 09:48:16\",\n          \"post_date_gmt\": \"2023-08-22 07:48:16\",\n          \"post_content\": \"\",\n          \"post_title\": \"Felix Linderum\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"felix-linderum\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-03-25 20:49:18\",\n          \"post_modified_gmt\": \"2026-03-25 19:49:18\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3928\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"200\",\n    \"variations\": [\n      {\n        \"id\": 4847,\n        \"name\": \"Digital Signage IoT Applications - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":4715,"link":"https://cms.berginsight.com/report/ev-charging-infrastructure-in-europe-and-north-america-4/","acf_data":"{\n  \"permalink\": \"/ev-charging-infrastructure-in-europe-and-north-america\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"4th Edition\",\n    \"main_product_category\": 27,\n    \"short_description\": \"This strategy report analyses the latest developments on the electric vehicle charging market in these two regions covering all parts of the value chain including charge point operators, car OEM initiatives, and hardware and software vendors.\",\n    \"full_description\": [\n      \"This study investigates the electric vehicle charging infrastructure market in Europe and North America. The total installed base of dedicated charging points in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 28 percent from 7.8 million in 2023 to 26.3 million by 2028. In North America, Berg Insight estimates that the total installed base of dedicated charging points will increase from 3.4 million in 2023 to reach 15.3 million in 2028, growing at a CAGR of 35 percent. These numbers include private, semi-public and public charging points. About 3.4 million of these charging points in the two regions were monitored via cellular connections in 2023. Get up to date with the latest information about vendors, charge point operators, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2024/07/16124114/bi-EVcharging4-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tEV Charging in Europe and North America\\r\\n1.1\\tThe electric vehicle market\\r\\n1.1.1\\tVehicle types\\r\\n1.1.2\\tThe electric vehicle market in Europe\\r\\n1.1.3\\tThe electric vehicle market in North America\\r\\n1.2\\tEV charging infrastructure in Europe\\r\\n1.3\\tEV charging infrastructure in North America\\r\\n1.4\\tMarket players\\r\\n1.4.1\\tCharge point operators (CPOs)\\r\\n1.4.2\\tE-mobility service providers (eMSPs)\\r\\n1.4.3\\tHardware and software providers\\r\\n2\\tCharging Technologies and Standards\\r\\n2.1\\tElectric vehicle charging\\r\\n2.1.1\\tAC and DC\\r\\n2.1.2\\tCharging modes and levels\\r\\n2.1.3\\tHeat management\\r\\n2.1.4\\tBattery capacity and charging time\\r\\n2.2\\tConnector Standards\\r\\n2.2.1\\tType 1/SAE J1772\\r\\n2.2.2\\tNorth American Charging Standard (Tesla)/SAE J3400\\r\\n2.2.3\\tType 2/IEC 62196\\r\\n2.2.4\\tCombined charging system (CCS)\\r\\n2.2.5\\tCHAdeMO\\r\\n2.2.6\\tGB/T\\r\\n2.3\\tConnectivity and management software\\r\\n2.3.1\\tCellular IoT gateways, routers and modems\\r\\n2.3.2\\tThe open charge point protocol (OCPP)\\r\\n2.3.3\\tCharging station management software\\r\\n2.4\\tPayment solutions\\r\\n2.4.1\\tMobile payments and RFID tags\\r\\n2.4.2\\tISO 15118 – Plug & Charge\\r\\n2.4.3\\tAutocharge\\r\\n2.4.4\\tPayment terminals\\r\\n3\\tCharge Point Operators\\r\\n3.1\\tEurope\\r\\n3.1.1\\tAllego\\r\\n3.1.2\\tAtlante\\r\\n3.1.3\\tBe Charge\\r\\n3.1.4\\tBP Pulse\\r\\n3.1.5\\tCEZ Group\\r\\n3.1.6\\tE.ON Group\\r\\n3.1.7\\tEnBW\\r\\n3.1.8\\tEneco eMobility\\r\\n3.1.9\\tEnel X (Enel Group)\\r\\n3.1.10\\tEquans (Bouygues Group)\\r\\n3.1.11\\tESB Group\\r\\n3.1.12\\tFastned\\r\\n3.1.13\\tFreshmile\\r\\n3.1.14\\tIberdrola Group\\r\\n3.1.15\\tInstaVolt\\r\\n3.1.16\\tIonity\\r\\n3.1.17\\tIzivia (EDF)\\r\\n3.1.18\\tJolt Energy\\r\\n3.1.19\\tMer (Statkraft)\\r\\n3.1.20\\tPowerdot\\r\\n3.1.21\\tRecharge\\r\\n3.1.22\\tShell Recharge Solutions\\r\\n3.1.23\\tTotalEnergies\\r\\n3.1.24\\tVattenfall Group\\r\\n3.2\\tNorth America\\r\\n3.2.1\\tBlink Charging\\r\\n3.2.2\\tElectrify America\\r\\n3.2.3\\tElectrify Canada\\r\\n3.2.4\\tEVgo\\r\\n3.2.5\\tFrancis Energy\\r\\n3.2.6\\tHydro-Québec\\r\\n3.2.7\\tIt’s Electric\\r\\n3.2.8\\tTesla\\r\\n3.2.9\\tVoltpost\\r\\n3.2.10\\tZEF Energy\\r\\n4\\tHardware and Software Providers\\r\\n4.1\\tEurope\\r\\n4.1.1\\tABB\\r\\n4.1.2\\tADS-TEC Energy\\r\\n4.1.3\\tAlfen\\r\\n4.1.4\\tAlpitronic\\r\\n4.1.5\\tAmina Charging\\r\\n4.1.6\\tAMPECO\\r\\n4.1.7\\tCharge Amps\\r\\n4.1.8\\tChargecloud\\r\\n4.1.9\\tChargeNode\\r\\n4.1.10\\tCircontrol\\r\\n4.1.11\\tCompleo Charging Solutions\\r\\n4.1.12\\tCTEK\\r\\n4.1.13\\tDBT Group\\r\\n4.1.14\\tDriivz\\r\\n4.1.15\\tE-Totem\\r\\n4.1.16\\tEasee\\r\\n4.1.17\\tEaton\\r\\n4.1.18\\tEfacec\\r\\n4.1.19\\tEkoenergetyka\\r\\n4.1.20\\tElli\\r\\n4.1.21\\tEnerCharge\\r\\n4.1.22\\teNovates\\r\\n4.1.23\\tEO Charging\\r\\n4.1.24\\tEVBox (Engie)\\r\\n4.1.25\\tEvtec\\r\\n4.1.26\\tGaro\\r\\n4.1.27\\tGnrgy\\r\\n4.1.28\\tGreenFlux\\r\\n4.1.29\\tHeidelberg Amperfied (Heidelberg Druckmaschinen)\\r\\n4.1.30\\tI-charging\\r\\n4.1.31\\tIES Synergy\\r\\n4.1.32\\tIngeteam\\r\\n4.1.33\\tJuice Technology\\r\\n4.1.34\\tKEBA\\r\\n4.1.35\\tKempower\\r\\n4.1.36\\tKostad\\r\\n4.1.37\\tL-Charge\\r\\n4.1.38\\tLandis+Gyr\\r\\n4.1.39\\tLast Mile Solutions\\r\\n4.1.40\\tLegrand\\r\\n4.1.41\\tMennekes Group\\r\\n4.1.42\\tOhme\\r\\n4.1.43\\tPod Point (EDF)\\r\\n4.1.44\\tRolec Services\\r\\n4.1.45\\tSchneider Electric\\r\\n4.1.46\\tSiemens\\t\\r\\n4.1.47\\tSmartlab\\r\\n4.1.48\\tTeltonika\\r\\n4.1.49\\tTritium\\r\\n4.1.50\\tVirta\\r\\n4.1.51\\tWallbox\\r\\n4.1.52\\tWirelane\\r\\n4.1.53\\tZaptec\\r\\n4.2\\tNorth America\\r\\n4.2.1\\tAmpure\\r\\n4.2.2\\tBorgWarner\\r\\n4.2.3\\tBTC Power (E.ON)\\r\\n4.2.4\\tChargePoint\\r\\n4.2.5\\tDcbel Energy\\r\\n4.2.6\\tDelta Electronics\\r\\n4.2.7\\tElmec\\r\\n4.2.8\\tEnphase Energy\\r\\n4.2.9\\tEV Connect\\r\\n4.2.10\\tEvoCharge (Phillips & Temro)\\r\\n4.2.11\\tEVPassport\\r\\n4.2.12\\tFlo\\r\\n4.2.13\\tFreeWire Technologies\\r\\n4.2.14\\tInductEV\\r\\n4.2.15\\tSK Signet\\r\\n4.3\\tAdditional hardware vendors\\r\\n5\\tMarket Analysis and Trends\\r\\n5.1\\tMarket analysis\\r\\n5.1.1\\tMarket forecast\\r\\n5.1.2\\tRegional market analysis\\r\\n5.1.3\\tGovernment incentives and investments\\r\\n5.2\\tValue chain analysis\\r\\n5.2.1\\tEV charging hardware vendors\\r\\n5.2.2\\tSoftware providers and charge point operators\\r\\n5.2.3\\tAutomotive industry players\\r\\n5.2.4\\tMergers and acquisitions\\r\\n5.3\\tMarket trends\\r\\n5.3.1\\tThe electric vehicle market continues to grow in spite of market uncertainty\\r\\n5.3.2\\tThe business case for connected charging stations continues to improve\\r\\n5.3.3\\tM&As drive consolidation in the EV charging landscape\\r\\n5.3.4\\tGoing public gives access to growth capital\\r\\n5.3.5\\tDemand for public and destination charging to increase rapidly in Europe\\r\\n5.3.6\\tOpen architectures alter the EV charging value chain\\r\\n5.3.7\\tA modular design improves the case for DC charging\\r\\n5.3.8\\tCar OEMs offer branded eMSP services to lower barriers to EV adoption\\r\\n5.3.9\\tFast charging gains presence also in more urban locations\\r\\n5.3.10\\tHeavy commercial vehicle charging emerges as a new segment\\r\\n5.3.11\\tNew EV charging concepts using existing electrical installations in cities\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2024/07/16124124/bi-EVcharging4-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of connected EV charging points in Europe and North America to reach 35.7 million by 2028\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Electric vehicle (EV) charging refers to the process of charging a battery electric vehicle or plug-in hybrid electric vehicle from an external power source. The external power source is often a charging station, which is defined as equipment enabling a connection between the electric vehicle and the power grid. EV charging stations play a significant role in the discussions regarding the electrification of vehicle fleets. Electric vehicles and EV charging stations are often brought forward as a prerequisite in order to decrease the environmental impact of transportation.\",\n          \"\",\n          \"Berg Insight is of the opinion that the market for EV charging solutions is in a growth phase which will last for several years to come. Mega-challenges such as vehicle emissions and climate change continue to encourage investments in electric vehicles and EV charging infrastructure, contributing to a positive outlook for the market. The total number of dedicated charging points in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 28 percent from 7.8 million in 2023 to 26.3 million by the end of 2028. In North America, Berg Insight estimates that the total number of dedicated charging points will increase from 3.4 million in 2023 to reach 15.3 million in 2028, growing at a CAGR of 35 percent. These numbers include both private and public charging points.\",\n          \"\",\n          \"Over the years, charging stations have evolved from being traditional non-connected hardware devices to smart devices using connectivity technologies like Wi-Fi and 2G/4G cellular. Charge point operators (CPOs) can remotely monitor and maintain charging stations, while EV drivers can locate chargers, monitor charging availability and manage payments. In 2023, the number of connected charging points in Europe is estimated to have reached 5.5 million units, corresponding to a penetration rate of 70 percent. In North America, the number of connected charging points is estimated to about 1.9 million, corresponding to a penetration rate of 56 percent. Most of the connected charging points in Europe and North America are either in public or semi-public applications. Connected home chargers are becoming more common too.\",\n          \"\",\n          \"A group of established automotive and power electronics solution providers are among the leading EV charging station manufacturers in Europe. Some pure play charging station manufacturers are also developing into influential players. Examples of major hardware providers in the region include ABB, Alfen, Alpitronic, Circontrol, Compleo Charging Solutions, CTEK, DBT Group, Easee, Efacec, EVBox, Garo, IES Synergy, KEBA, Kempower, Mennekes, Pod Point, Rolec Services, Schneider Electric, Wallbox and Zaptec. While some companies specialise in either AC or DC chargers, others offer both. A few players additionally offer software and services as part of end-to-end offerings. Several CPOs develop back-office platforms in-house, whereas others prefer third-party platforms from dedicated software providers. Examples of significant software providers in Europe are Last Mile Solutions, Virta, GreenFlux, Driivz and AMPECO. \",\n          \"\",\n          \"In North America, there are a number of regional as well as international companies marketing EV chargers. ChargePoint is a leading player on the market and is a full-service provider offering hardware, software and CPO services. Other major regional hardware providers include Ampure, BTC Power (E.ON), Blink Charging, Enphase, Enel X Way and Flo. Several of the prominent companies in North America can provide end-to-end offerings including hardware, software and CPO services. The most prominent dedicated software providers in North America are EV Connect (recently acquired by Schneider Electric) and Shell Recharge Solutions (formerly Greenlots).\",\n          \"\",\n          \"There is a large number of CPOs in Europe. A few of these players have charging operations as their core business, but many actors come from adjacent markets. Examples of companies that are more or less specialised CPOs include Allego, Atlante, Fastned, Freshmile, InstaVolt and Ionity. Ionity was founded in 2017 by BMW Group, Ford Motor Company, Daimler and Volkswagen Group. Many of the CPOs in Europe are subsidiaries of utility companies. Examples of utilities operating CPO networks include CEZ Group, EnBW, Enel X, ESB Group, Iberdrola Group, Innogy, Izivia, Statkraft and Vattenfall. The French CPO Izivia is a subsidiary of the French utility EDF, while Enel X is a subsidiary of the Italian utility Enel. Enel X is furthermore a notable hardware provider in North America after acquiring eMotorWerks in 2017. Some CPOs in Europe have a background in the petroleum industry. Shell Recharge Solutions and BP Pulse are notable examples of petroleum companies entering EV charging. French TotalEnergies operates a public charging network as well. Moreover, BP Pulse, Shell Recharge Solutions and TotalEnergies all offer proprietary hardware. This is the case also for the utility Enel under the Enel X Way brand. In North America, Electrify America and EVgo are two major pure play CPOs. Tesla is also a prominent player, operating its Supercharger and Destination Charging Networks in Europe and North America. The Tesla Supercharger network initially only served Tesla drivers, but a growing part of the network is now being opened up to also serve non-Tesla drivers.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2024/07/16124132/bi-EVcharging4-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 1647,\n          \"post_author\": \"3\",\n          \"post_date\": \"2021-02-17 15:45:36\",\n          \"post_date_gmt\": \"2021-02-17 15:45:36\",\n          \"post_content\": \"\",\n          \"post_title\": \"Caspar Jansson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"caspar-jansson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:51:44\",\n          \"post_modified_gmt\": \"2026-01-06 12:51:44\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=1647\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"194\",\n    \"variations\": [\n      {\n        \"id\": 4720,\n        \"name\": \"EV Charging Infrastructure in Europe and North America - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": 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\"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": 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fleet management market including an outlook on the rest of the African market.\",\n    \"full_description\": [\n      \"How will the market for fleet management systems for commercial vehicles in South Africa evolve in 2024 and beyond? Berg Insight forecasts that the number of fleet management systems in active use in South Africa will grow at a CAGR of 10.3 percent from 2.3 million units at the end of 2023 to 3.8 million by 2028. The 120-page report covers also a comprehensive market outlook for the Rest of Africa. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2024/06/11213501/bi-fmsouthafrica7-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tElectronic toll collection – e-toll and e-tags\\r\\n1.5.3\\tSARS travel logbooks\\r\\n1.5.4\\tTraffic fine management and demerit points – AARTO\\r\\n1.5.5\\tRoad Transport Management System (RTMS)\\r\\n1.5.6\\tDistracted driving\\r\\n1.5.7\\tSpecial transports\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe South African vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in South Africa\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n2.5\\tAfrican fleet management market outlook\\r\\n2.5.1\\tLeading South African telematics players active in the Rest of Africa\\r\\n2.5.2\\tOther African fleet management providers and distributors\\r\\n2.5.3\\tInternational players active on the African fleet management market\\r\\n2.5.4\\tOEM fleet telematics offerings in Africa\\r\\n2.5.5\\tThe African vehicle market\\r\\n2.5.6\\tAnalysis of the fleet management market in the Rest of Africa\\r\\n2.5.7\\tThe size of the African fleet management market\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tLytx\\r\\n3.1.5\\tMiX by Powerfleet\\r\\n3.1.6\\tPowerfleet\\r\\n3.1.7\\tWebfleet (Bridgestone)\\r\\n3.2\\tLocal aftermarket solution providers\\r\\n3.2.1\\tACM Track\\r\\n3.2.2\\tAfrisist and PFK\\r\\n3.2.3\\tAfritelematics\\r\\n3.2.4\\tAutotrak\\r\\n3.2.5\\tBidtrack (Bidvest Group)\\r\\n3.2.6\\tCtrack\\r\\n3.2.7\\tDigicell\\r\\n3.2.8\\tDigital Matter\\r\\n3.2.9\\tFleetCam\\r\\n3.2.10\\tFleetkor\\r\\n3.2.11\\tGlobaltrack\\r\\n3.2.12\\tGosafe Tracking Solutions SA\\r\\n3.2.13\\tGPS Tracking Solutions (Eqstra Fleet Management)\\r\\n3.2.14\\tiCAM Video Telematics\\r\\n3.2.15\\tKey Telematics (Radius)\\r\\n3.2.16\\tMtrack (Electronic Tracking Systems)\\r\\n3.2.17\\tNetstar\\r\\n3.2.18\\tOptix\\r\\n3.2.19\\tReal Telematics\\r\\n3.2.20\\tSmartSurv Wireless\\r\\n3.2.21\\tTracker Connect\\r\\n3.2.22\\tTrackmatic\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2024/06/11213513/bi-fmsouthafrica7-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of FM systems in South Africa will reach 3.8 million units by 2028\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Berg Insight expects a relatively strong growth period for fleet management in South Africa in the years to come. The number of fleet management (FM) systems in active use is forecasted to grow at a compound annual growth rate (CAGR) of 10.3 percent from about 2.3 million units at the end of 2023 to reach 3.8 million units by 2028. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 47.3 percent in 2023 to 70.0 percent in 2028. South Africa is a relatively mature telematics market and the penetration rate is comparably high from an international perspective. Far from all deployments are however full-scale advanced fleet management solutions. A notable share of the installed fleet telematics systems is represented by comparably low-end tracking systems, e.g. light FM solutions, including SVR systems extended with basic FM features.\",\n          \"\",\n          \"The South African fleet management market is clearly dominated by five domestic players with broad telematics portfolios that together represent 70 percent of the total number of fleet management systems in use in the country. Berg Insight ranks Cartrack, Tracker and MiX by Powerfleet (formerly known as MiX Telematics prior to the business combination with Powerfleet) as the largest providers of fleet management solutions in South Africa. Cartrack alone has well over half a million active FM units in the country. The remaining top-5 players are Ctrack and Netstar. Other top-10 players on the South African fleet management market include local providers such as Bidtrack (Bidvest Group), Digicell and GPS Tracking Solutions (Eqstra Fleet Management), as well as international players including Lytx and Webfleet (Bridgestone). Gurtam, Autotrak, Digital Matter, Scania and Powerfleet (excluding MiX by Powerfleet) are additional top-15 providers. Players just outside of the top list with at least an estimated 10,000 units include Key Telematics (Radius), FleetCam, iCAM Video Telematics, Geotab, Mtrack (Electronic Tracking Systems) and Globaltrack. In addition to Scania, comparably large installed bases of OEM fleet telematics systems in South Africa have also been achieved by manufacturers such as Volvo Trucks, Daimler Truck and UD Trucks.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2024/06/11213521/bi-fmsouthafrica7-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"190\",\n    \"variations\": [\n      {\n        \"id\": 4654,\n        \"name\": \"Fleet Management in South Africa - 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This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        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fleet management value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 41 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n            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\"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"300\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 new executive interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in Latin America. \"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications. \"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 95 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands. \"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 26,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Fleet Latin America 2\",\n                \"src\": \"https://media.berginsight.com/2026/06/30093931/Fleet-Latin-America-2.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/fleet-management-in-latin-america-2/\",\n              \"name\": \"Fleet Management in Latin America\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Transport & Logistics\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":4551,"link":"https://cms.berginsight.com/report/the-bicycle-telematics-market-in-europe-and-north-america/","acf_data":"{\n  \"permalink\": \"/the-bicycle-telematics-market-in-europe-and-north-america\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 31,\n    \"short_description\": \"This report covers the latest developments on the OEM and aftermarket bicycle telematics markets in Europe and North America.\",\n    \"full_description\": [\n      \"What are the latest developments on the bicycle telematics market? Berg Insight estimates that the number of active bicycle telematics systems in Europe and North America will grow at a CAGR of 18.5 percent from 1.7 million at the end of 2023 to 3.9 million by 2028. These numbers include both OEM and aftermarket solutions. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2024/04/24205120/bi-bicycletelematics1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Bicycle Market\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tBicycle market statistics in Europe and North America\\r\\n1.2\\tBicycle telematics infrastructure\\r\\n1.2.1\\tVehicle segment\\r\\n1.2.2\\tTracking segment\\r\\n1.2.3\\tNetwork segment\\r\\n1.2.4\\tService segment\\r\\n1.3\\tBicycle telematics applications\\r\\n1.3.1\\tVehicle diagnostics and maintenance\\r\\n1.3.2\\tVehicle management\\r\\n1.3.3\\tStolen vehicle tracking\\r\\n1.3.4\\tCrash detection services\\r\\n1.3.5\\tOver-the-air updates\\r\\n1.4\\tConnectivity options\\r\\n1.4.1\\tTethered devices\\r\\n1.4.2\\tEmbedded telematics solutions\\r\\n1.4.3\\tAftermarket telematics solutions\\r\\n1.5\\tBicycle theft data\\r\\n2\\tMarket Forecast and Trends\\r\\n2.1\\tMarket forecasts\\r\\n2.1.1\\tOEM telematics solutions\\r\\n2.1.2\\tAftermarket telematics solutions\\r\\n2.1.3\\tLeading bicycle telematics service providers\\r\\n2.2\\tMarket trends\\r\\n2.2.1\\tVehicle tracking is the main bicycle telematics application\\r\\n2.2.2\\tTelematics services can help improve the bicycle user experience\\r\\n2.2.3\\tTelematics can improve customer relationships for bicycle OEMs\\r\\n2.2.4\\tV2X is a promising use case for bicycles\\r\\n2.2.5\\tInsurance telematics enters the bicycle market\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tBicycle OEM telematics initiatives\\r\\n3.1.1\\tAmpler Bikes\\r\\n3.1.2\\tCanyon Bicycles\\r\\n3.1.3\\tCowboy\\r\\n3.1.4\\tGaya\\r\\n3.1.5\\tGazelle\\r\\n3.1.6\\tQuietKat\\r\\n3.1.7\\tRiese & Müller\\r\\n3.1.8\\tSparta (Accell Group)\\r\\n3.1.9\\tStella\\r\\n3.1.10\\tUrban Arrow\\r\\n3.1.11\\tUrtopia\\r\\n3.1.12\\tVan Moof (Lavoie)\\r\\n3.2\\tBicycle telematics service providers\\r\\n3.2.1\\tBikeFinder\\r\\n3.2.2\\tBoomerang Bike\\r\\n3.2.3\\tBoréal Bikes\\r\\n3.2.4\\tBosch\\r\\n3.2.5\\tComodule\\r\\n3.2.6\\tConnectLab\\r\\n3.2.7\\tConneqtech\\r\\n3.2.8\\tHaveltec\\r\\n3.2.9\\tIoT Venture\\r\\n3.2.10\\tLeopard Tech\\r\\n3.2.11\\tPowUnity\\r\\n3.2.12\\tTracefy\\r\\n3.2.13\\tTrackap\\r\\n3.2.14\\tVelco\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2024/04/24205130/bi-bicycletelematics1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of bicycle telematics systems in Europe and North America reached 1.7 million in 2023\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Telematics is a broad term that may be applied to a wide range of vehicle connectivity solutions. Berg Insight’s definition of a telematics system in this report is an automatic system designed for any bicycle that incorporates some form of cellular communications. The adoption of telematics systems in the bicycle industry has picked up speed in the past few years. There are both aftermarket and OEM telematics solutions available on the market. The main use case for bicycle telematics systems is stolen vehicle tracking and theft prevention. Bicycle theft is a growing concern and millions of bicycles are stolen every year in Europe and North America. Bicycle OEMs also offer services such as vehicle diagnostics and maintenance services, roadside assistance services, connected navigation, crash detection services as well as over-the-air updates. In the aftermarket segment, stolen vehicle tracking services are increasingly common.\",\n          \"\",\n          \"At the end of 2023, there were an estimated 1.56 million active bicycle telematics systems including both the OEM and aftermarket segments in Europe. Growing at a CAGR of 17.3 percent, the number of active bicycle telematics systems is expected to reach 3.46 million by 2028. Yearly shipments of aftermarket and OEM telematics systems are moreover expected to reach 1.17 million in Europe in 2028, up from 0.42 million in 2023. The North American market is still far behind Europe, but is expected to grow rapidly in the coming years. The total number of active telematics systems in use including both the OEM and aftermarket segments reached 90,000 in North America by year-end 2023. Growing at a CAGR of 34.4 percent, this number is expected to reach 394,000 by 2028. Yearly shipments of aftermarket and OEM telematics systems are expected to reach 169,000 in North America in 2028, up from 45,000 in 2023.\",\n          \"\",\n          \"Examples of bicycle OEMs offering telematics services include Ampler Bikes from Estonia; Canyon Bicycles, Riese & Müller and Urtopia from Germany; Cowboy and Stella from Belgium; Gaya from France; Gazelle, Urban Arrow, Van Moof and Sparta from the Netherlands; as well as QuietKat from the US. Leading telematics service providers include Comodule, Conneqtech, IoT Venture, Velco and PowUnity. Other providers serving the market include Bosch, Haveltec, BikeFinder, Trackap, Tracefy, Boomerang Bike, Leopard Tech, ConnectLab and Boréal Bikes. Many telematics service providers offer a combination of OEM and aftermarket solutions while some focus on one of the segments. Telematics service providers moreover provide different forms of telematics services ranging from relatively simple tracking services to full telematics systems enabling a wide range of features.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2024/04/24205140/bi-bicycletelematics1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3108,\n          \"post_author\": \"3\",\n          \"post_date\": \"2022-06-28 11:46:08\",\n          \"post_date_gmt\": \"2022-06-28 09:46:08\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Cederqvist\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-cederqvist\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:52:45\",\n          \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"186\",\n    \"variations\": [\n      {\n        \"id\": 4556,\n        \"name\": \"The Bicycle Telematics Market in Europe and North America - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":4478,"link":"https://cms.berginsight.com/report/the-global-gnss-based-road-pricing-market/","acf_data":"{\n  \"permalink\": \"/the-global-gnss-based-road-pricing-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"This report covers the market for electronic toll collection and road user charging based on global navigation satellite systems (GNSS) worldwide.\",\n    \"full_description\": [\n      \"How will the market for road user charging using GNSS-based systems evolve in 2024 and beyond? This report covers the latest trends and developments in the road tolling market. Berg Insight forecasts that the installed base of GNSS-based on-board units deployed for road user charging will grow at a CAGR of 7.3 percent from 7.4 million units worldwide in 2023 to 10.6 million units in 2028. Get up to date with the latest information about vendors, products and road tolling schemes.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2024/04/04121349/bi-roadcharging1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tIntroduction to GNSS and Road Pricing\\r\\n1.1\\tIntroduction to Global Navigation Satellite Systems\\r\\n1.1.1\\tGPS, GLONASS, Galileo and BDS\\r\\n1.1.2\\tSBAS\\r\\n1.2\\tIntroduction to road pricing\\r\\n1.2.1\\tElectronic Toll Collection and Road User Charging\\r\\n1.2.2\\tVignettes and e-vignettes\\r\\n1.2.3\\tCongestion charging\\r\\n1.3\\tGNSS-based road pricing\\r\\n1.4\\tAlternative and complementary technologies and infrastructure\\r\\n1.4.1\\tDSRC and ANPR\\r\\n1.5\\tEuropean Electronic Toll Service\\r\\n1.6\\tScope and delimitations\\r\\n2\\tGNSS-Based Road Pricing Schemes\\r\\n2.1\\tEurope\\r\\n2.1.1\\tBelgium\\r\\n2.1.2\\tBulgaria\\r\\n2.1.3\\tCzech Republic\\r\\n2.1.4\\tGermany\\r\\n2.1.5\\tHungary\\r\\n2.1.6\\tPoland\\r\\n2.1.7\\tSlovakia\\r\\n2.1.8\\tSwitzerland\\r\\n2.1.9\\tOther countries\\r\\n2.2\\tRest of World\\r\\n2.2.1\\tNew Zealand\\r\\n2.2.2\\tRussia\\r\\n2.2.3\\tUnited States\\r\\n2.2.4\\tOther countries\\r\\n3\\tMarket Forecasts and Conclusions\\r\\n3.1\\tMarket analysis\\r\\n3.1.1\\tMajor countries for GNSS-based road user charging\\r\\n3.1.2\\tMarket forecasts for GNSS-based road user charging\\r\\n3.1.3\\tRegional market characteristics\\r\\n3.2\\tMarket drivers and trends\\r\\n3.2.1\\tEETS drives interoperability across Europe\\r\\n3.2.2\\tThe tolling technology landscape is trending towards GNSS\\r\\n3.2.3\\tForm factor developments in the RUC/ETC space\\r\\n3.2.4\\tElectric vehicles and declining fuel tax revenues favour distance-based RUC\\r\\n3.2.5\\tConvergence of vehicle telematics and electronic tolling facilitates VAS\\r\\n4\\tCompany Profiles and Strategies\\r\\n4.1\\tAxxès\\r\\n4.2\\tContinental\\r\\n4.3\\tEmovis\\r\\n4.4\\tEROAD\\r\\n4.5\\tEurowag\\r\\n4.6\\tITIS Holding\\r\\n4.7\\tKapsch\\r\\n4.8\\tTelepass\\r\\n4.9\\tToll4Europe\\r\\n4.10\\tTotalEnergies\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2024/04/04121359/bi-roadcharging1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The global installed base of GNSS-based on-board units deployed for road user charging exceeds 7 million units\",\n            \"attributes\": []\n          },\n          \"GNSS-based road pricing refers to the charging of road users using global navigation satellite system (GNSS) sensors inside vehicles. The road pricing umbrella term typically covers various types of schemes such as electronic toll collection (ETC) and road user charging (RUC) as well as vignettes and congestion charging. More than a dozen countries around the world have GNSS-based RUC/ETC systems that are in operation or about to be launched in the near-term. The vast majority of these are so far located in Europe but there are also programs in operation in North America and Asia-Pacific as well. Berg Insight estimates that the installed base of GNSS-based on-board units deployed for road user charging reached more than 7.4 million units worldwide in 2023. Growing at a compound annual growth rate (CAGR) of 7.3 percent, the installed base is forecasted to reach almost 10.6 million units in 2028.\",\n          \"\",\n          \"Berg Insight ranks Russia, Germany and Poland as the largest markets in terms of the number of GNSS-equipped vehicles for road user charging purposes. The Russian implementation is the largest in the world with more than 1 million on-board units in use for the Platon ETC system. Germany and Poland are the runners-up with the Lkw-Maut and e-TOLL systems respectively. Other countries with more than half a million on-board units in use include Belgium with the Kilometer Charge, Hungary’s HU-GO and the Czech Republic with the CzechToll satellite toll system. Bulgaria and Slovakia also have several hundred thousand on-board units deployed. The remaining top-10 markets are New Zealand and Switzerland with the eRUC and LSVA implementations respectively. The fragmented US market has a few operational RUC programs on state level and the country is just outside of the global top-10 so far.\",\n          \"\",\n          \"The road pricing space is affected by various market drivers and industry trends that will shape the sector in the years to come. The European Electronic Toll Service (EETS) is driving interoperability in the major European market and there is a trend towards GNSS at the expense of other technologies from a global perspective. There is moreover an emerging shift from traditional windshield OBUs to also including other hardware form factors in road user charging implementations for various vehicle types. The growing popularity of electric vehicles (EVs) and associated fuel tax losses are moreover favouring distance-based RUC overall. Various value-added service offerings are furthermore facilitated as electronic tolling is converging with vehicle telematics.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2024/04/04121407/bi-roadcharging1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"182\",\n    \"variations\": [\n      {\n        \"id\": 4483,\n        \"name\": \"The Global GNSS-Based Road Pricing Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n       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         \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": 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                },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":4465,"link":"https://cms.berginsight.com/report/iiot-applications-in-the-oil-and-gas-industry-2/","acf_data":"{\n  \"permalink\": \"/iiot-applications-in-the-oil-and-gas-industry\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"5th Edition\",\n    \"main_product_category\": 28,\n    \"short_description\": \"An analysis of the latest developments on the use of wireless technologies in the oil & gas industry worldwide.\",\n    \"full_description\": [\n      \"This study investigates the worldwide market for wireless IoT applications in the oil and gas industry. Typical applications include pipeline, tank and well field equipment monitoring and control. The installed base of wireless IoT devices in the oil and gas industry is forecasted to grow at a compound annual growth rate of 19.3 percent from 7.8 million units at the end of 2023 to 18.8 million units by 2028. Get up to date with the latest information about vendors, products and markets.\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2024/04/03195614/bi-oilandgas5-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Oil and Gas Industry\\r\\n1.1\\tIntroduction to the oil and gas industry\\r\\n1.2\\tIndustry players\\r\\n1.2.1\\tInternational and national oil companies\\r\\n1.2.2\\tOPEC\\r\\n1.2.3\\tIndependent exploration and production companies\\r\\n1.2.4\\tOilfield service companies\\r\\n1.3\\tThe oil and gas market\\r\\n1.3.1\\tOil and gas reserves\\r\\n1.3.2\\tOil and gas production\\r\\n1.3.3\\tOil and gas consumption\\r\\n1.3.4\\tOil and gas prices\\r\\n1.4\\tOil and gas production and distribution\\r\\n1.4.1\\tExploration, development and production\\r\\n1.4.2\\tTransportation and storage\\r\\n1.4.3\\tRefining and marketing\\r\\n2\\tWireless IIoT Solutions in the Oil and Gas Sector\\r\\n2.1\\tWireless IIoT infrastructure in oil and gas\\r\\n2.1.1\\tAsset segment\\r\\n2.1.2\\tControl and sensing segment\\r\\n2.1.3\\tConnectivity hardware segment\\r\\n2.1.4\\tNetwork segment\\r\\n2.1.5\\tBackoffice segment\\r\\n2.2\\tOperations management\\r\\n2.2.1\\tExploration and production management\\r\\n2.2.2\\tDistribution and marketing management\\r\\n2.3\\tEquipment management\\r\\n2.3.1\\tEquipment diagnostics and maintenance planning\\r\\n2.3.2\\tSecurity and safety\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tRegulation\\r\\n2.4.2\\tTax collection\\r\\n2.5\\tBusiness models and project strategies\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket Analysis\\r\\n3.1.1\\tInstalled base and unit shipments\\r\\n3.1.2\\tWireless technologies\\r\\n3.1.3\\tRegional markets\\r\\n3.1.4\\tMajor IIoT vendors\\r\\n3.2\\tMarket drivers and barriers\\r\\n3.2.1\\tMacroeconomic environment\\t\\r\\n3.2.2\\tRegulatory environment\\r\\n3.2.3\\tCompetitive environment\\r\\n3.2.4\\tTechnology environment\\r\\n3.3\\tValue chain analysis\\r\\n3.3.1\\tIndustrial wireless solution vendors\\r\\n3.3.2\\tIndustrial technology vendors\\r\\n3.3.3\\tWireless network operators and managed service providers\\r\\n3.3.4\\tIoT platform and IT industry players\\r\\n3.3.5\\tM&A activity along the value chain for IIoT solutions in the oil & gas industry\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tIntegration of wireless capabilities into single box solutions of technologies\\r\\n3.4.2\\tPartner ecosystems continue to be an integral part of business strategies\\r\\n3.4.3\\tUpstream operations will rely more on data to support decision-making\\r\\n3.4.4\\tThe adoption rate of LPWA networking technologies is set to accelerate\\r\\n3.4.5\\tThe maturing landscape of private LTE/5G networks for oil and gas fields\\r\\n3.4.6\\tWireless IIoT solutions can benefit operations during energy transitions\\r\\n4\\tCompany Profiles and Strategies\\r\\n4.1\\tIndustrial technology vendors\\r\\n4.1.1\\tABB\\r\\n4.1.2\\tBanner Engineering\\r\\n4.1.3\\tEmerson\\r\\n4.1.4\\tEndress+Hauser\\r\\n4.1.5\\tGeneral Electric\\r\\n4.1.6\\tHigh Tide Technologies\\r\\n4.1.7\\tHitachi\\r\\n4.1.8\\tHoneywell\\r\\n4.1.9\\tOleumTech\\r\\n4.1.10\\tOvarro\\r\\n4.1.11\\tPason Systems\\r\\n4.1.12\\tPepperl+Fuchs\\r\\n4.1.13\\tRockwell Automation\\r\\n4.1.14\\tSchneider Electric\\r\\n4.1.15\\tSiemens\\r\\n4.1.16\\tSPOC Automation\\r\\n4.1.17\\tWillowglen Systems\\r\\n4.1.18\\tYokogawa\\r\\n4.2\\tRemote asset monitoring solution vendors\\r\\n4.2.1\\tAbriox\\r\\n4.2.2\\tAloxy\\r\\n4.2.3\\tAmerican Innovations\\r\\n4.2.4\\tAnova\\r\\n4.2.5\\tATEK Access Technologies\\r\\n4.2.6\\tAtmos International\\r\\n4.2.7\\tBlackline Safety\\r\\n4.2.8\\tDunraven Systems (Tekelek)\\r\\n4.2.9\\tFour Data\\r\\n4.2.10\\tGasSecure (Dräger)\\r\\n4.2.11\\tGeoforce\\r\\n4.2.12\\tIMI\\r\\n4.2.13\\tiTankData\\r\\n4.2.14\\tKingspan Group\\r\\n4.2.15\\tOmniMetrix (Acorn Energy)\\r\\n4.2.16\\tOptaSense (Luna Innovations)\\r\\n4.2.17\\tOtodata\\r\\n4.2.18\\tPowTechnology\\r\\n4.2.19\\tSensile Technologies (WIKA Group)\\r\\n4.2.20\\tSilentSoft\\r\\n4.2.21\\tSkyBitz (Ametek)\\r\\n4.2.22\\tSRETT\\r\\n4.2.23\\tTecson\\r\\n4.2.24\\tTektelic\\r\\n4.2.25\\tTWTG\\r\\n4.2.26\\tVarec (Leidos)\\r\\n4.2.27\\tWellAware\\r\\n4.3\\tIndustrial wireless solution vendors\\r\\n4.3.1\\t4RF\\r\\n4.3.2\\tAcksys\\r\\n4.3.3\\tAdvantech\\r\\n4.3.4\\tAMCi Wireless\\r\\n4.3.5\\tBEC Technologies (Billion Electric)\\r\\n4.3.6\\tBelden\\r\\n4.3.7\\tBentek Systems\\r\\n4.3.8\\tCisco\\r\\n4.3.9\\tCSignum\\r\\n4.3.10\\tDigi International\\r\\n4.3.11\\tElecsys (Lindsay Corporation)\\r\\n4.3.12\\tEurotech\\r\\n4.3.13\\tFreeWave Technologies\\r\\n4.3.14\\tHMS Networks\\r\\n4.3.15\\tInHand Networks\\r\\n4.3.16\\tLantronix\\r\\n4.3.17\\tMoxa\\r\\n4.3.18\\tMultiTech\\r\\n4.3.19\\tORBCOMM\\r\\n4.3.20\\tQuake Global\\r\\n4.3.21\\tRACOM\\r\\n4.3.22\\tRed Lion\\r\\n4.3.23\\tRobustel\\r\\n4.3.24\\tSierra Wireless (Semtech)\\r\\n4.4\\tSoftware solution vendors\\r\\n4.4.1\\tAutomation Solutions\\r\\n4.4.2\\tCritical Control Technologies\\r\\n4.4.3\\teLynx Technologies\\r\\n4.4.4\\tgeoLOGIC\\r\\n4.4.5\\tIFS\\r\\n4.4.6\\tInductive Automation\\r\\n4.4.7\\tKlarian\\r\\n4.4.8\\tPeloton\\r\\n4.4.9\\tPSI\\r\\n4.4.10\\tQuorum Software\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2024/04/03195623/bi-oilandgas5-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of wireless IIoT devices in the oil and gas industry to reach 18.8 million by 2028\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Oil and gas operators utilise wireless industrial IoT (IIoT) solutions to increase operational efficiency, secure assets and achieve regulatory compliance throughout the entire value chain. Industrial control systems such as Supervisory Control And Data Acquisition (SCADA) and Distributed Control Systems (DCSs) are used to monitor and control remote facilities. These solutions enable operators to remotely monitor a multitude of data points such as pressure, volume levels, flow rates, temperature and operating status and conditions of various equipment at well sites, tank farms and pipeline facilities. A combination of wired and proprietary radio solutions is typically used for communications between sensors, controllers and systems, although cellular, satellite and non-3GPP LPWA technologies are increasingly used for non-mission critical applications.\",\n          \"\",\n          \"Berg Insight estimates that the number of installed wireless devices featuring cellular, satellite and LPWA connectivity for oil and gas applications reached 7.8 million units worldwide in 2023. Growing at a compound annual growth rate (CAGR) of 19.3 percent, the installed base is expected to reach 18.8 million units by 2028. Remote monitoring of assets such as industrial equipment, tanks and pipeline infrastructure in the midstream and downstream sectors comprise the most common applications for wireless solutions in the oil and gas industry. The expected growth in cellular device shipments is attributed to a higher adoption rate of sensor applications based on LTE-M and NB-IoT technologies and continued preference for cellular communications in the remote tank monitoring segment. Since many remote monitoring applications have limited requirements on bandwidth, non-3GPP LPWA technologies such as LoRa can achieve a significant position on this market as well. \",\n          \"\",\n          \"Internationally, the upstream oil and gas market is dominated by National Oil Companies (NOCs) and Integrated Oil Companies (IOCs), which are largely served by major industrial automation vendors including ABB, Emerson, Hitachi, Honeywell, Rockwell Automation, Schneider Electric, Siemens and Yokogawa. These companies are increasingly focusing on selling complete and integrated systems rather than individual control systems. Today, the major automation suppliers’ IIoT solutions are aimed at helping customers acquire data from assets and optimise processes further through data management and analytics. Industry players that specialise in data-oriented software applications for SCADA systems and asset management include Quorum Software, AUTOSOL, eLynx Technologies, Inductive Automation, Peloton and PSI. Vendors of wireless instrumentation solutions include Banner Engineering, Endress+Hauser, OleumTech and Pepperl+Fuchs. Providers of remote terminal units (RTUs) for SCADA applications include Ovarro, High Tide Technologies and Willowglen Systems. \",\n          \"\",\n          \"Solutions for remote monitoring and tracking of assets such as wellheads, storage tanks and pipelines are also offered by a large number of specialised vendors. The market for remote tank monitoring (RTM) is led by Canadian Otodata with an installed base of about 2.0 million units. Additional providers of RTM solutions include Anova, Skybitz, Sensile Technologies, Dunraven Systems, Kingspan, PowTechnology, ATEK Access Technologies, SilentSoft and Varec. Companies specialising in remote pipeline monitoring solutions are Abriox, American Innovations, Atmos International, OmniMetrix and OptaSense. Specialists in gas leak detection include Blackline Safety and GasSecure. Asset tracking solutions for upstream, midstream and downstream operations are offered by ORBCOMM, Quake Global, Geoforce and Tektelic. \",\n          \"\",\n          \"Due to the remoteness of oil and gas facilities, cellular and unlicensed proprietary radio solutions are typically used for data acquisition and backhaul communications. The largest providers of cellular IoT gateways and routers in the industrial space are Cisco, Belden, Semtech (Sierra Wireless), Digi International, Moxa, HMS Networks, Advantech, InHand Networks, MultiTech and Eurotech. While cellular solutions are today primarily used for non-mission critical applications, there is growing support for use of private cellular networks across critical infrastructure industries. In contrast, unlicensed proprietary radio solutions are today already used in mission critical applications, primarily at well sites, where wired installations are unfit. Vendors of proprietary radio modems include 4RF, FreeWave Technologies, RACOM, GE Vernova and Schneider Electric.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2024/04/03195632/bi-oilandgas5-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 3933,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-08-25 15:56:31\",\n          \"post_date_gmt\": \"2023-08-25 13:56:31\",\n          \"post_content\": \"\",\n          \"post_title\": \"Veronika Barta\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"veronika-barta\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2023-10-03 12:24:32\",\n          \"post_modified_gmt\": \"2023-10-03 10:24:32\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3933\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 885,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:06:06\",\n          \"post_date_gmt\": \"2021-01-12 15:06:06\",\n          \"post_content\": \"\",\n          \"post_title\": \"Fredrik Stålbrand\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"fredrik-stalbrand\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:49:59\",\n          \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"181\",\n    \"variations\": [\n      {\n        \"id\": 4470,\n        \"name\": \"IIoT Applications in the Oil and Gas Industry - 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The active installed base of humanoid robots is forecasted to grow at a compound annual growth rate of 73.7 percent from 21,000 units at the end of 2025 to 83.0 million units by 2040. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/03192912/bi-humanoid1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Humanoid Robotics\\r\\n1.1\\tIntroduction\\r\\n1.2\\tDefinitions and classifications\\r\\n1.3\\tBrief history of humanoid robotics\\r\\n1.4\\tUse cases – B2C & B2B\\r\\n1.4.1\\tDomestic and private applications (B2C)\\r\\n1.4.2\\tService and retail applications (B2B)\\r\\n1.4.3\\tManufacturing applications (B2B)\\r\\n1.5\\tInvestments and company transactions\\r\\n1.5.1\\tInvestments and venture capital\\r\\n1.5.2\\tMergers and acquisitions\\r\\n2\\tHumanoid Robot Technologies\\r\\n2.1\\tHardware\\r\\n2.1.1\\tMechanical structure and design\\r\\n2.1.2\\tActuators and motion systems\\r\\n2.1.3\\tSensors and perception hardware\\r\\n2.1.4\\tPower systems and energy efficiency\\r\\n2.1.5\\tLocomotion and mobility\\r\\n2.2\\tSoftware\\r\\n2.2.1\\tRobotic operating systems (ROS & ROS 2)\\r\\n2.2.2\\tProprietary robotic systems\\r\\n2.2.3\\tArtificial intelligence and machine learning\\r\\n2.2.4\\tPerception and computer vision\\r\\n2.2.5\\tMotion planning and control\\r\\n2.2.6\\tHuman-robot interaction (HRI)\\r\\n2.2.7\\tWireless connectivity technologies and cloud integration\\r\\n2.3\\tSystem architecture\\r\\n2.3.1\\tSensing, planning and acting\\t\\r\\n2.3.2\\tSystem integration and control architecture\\r\\n3\\tMarket Analysis and Forecasts\\r\\n3.1\\tCurrent and future use cases\\r\\n3.1.1\\tDomestic and private applications\\r\\n3.1.2\\tService and retail applications\\r\\n3.1.3\\tManufacturing applications\\r\\n3.1.4\\tApplication complexity and deployment environment\\r\\n3.2\\tBusiness models\\r\\n3.3\\tMarket landscape and key vendors\\r\\n3.3.1\\tRegional market landscape\\r\\n3.3.2\\tTop humanoid robot companies\\r\\n3.4\\tMarket forecasts\\r\\n3.4.1\\tInstalled base and unit shipments\\r\\n3.4.2\\tCellular connectivity in humanoid robots\\r\\n3.4.3\\tMarket value\\r\\n3.5\\tMarket drivers and barriers\\r\\n3.5.1\\tStrategic funding accelerates commercialisation\\r\\n3.5.2\\tFlexible automation demand drives adoption\\r\\n3.5.3\\tTechnological advances expand robot capabilities\\r\\n3.5.4\\tEcosystem maturity enables industrial scalability\\r\\n3.5.5\\tTechnical limitations constrain commercial adoption\\r\\n3.5.6\\tRegulatory requirements increase commercialisation complexity\\r\\n3.5.7\\tSocial acceptance and trust shape market adoption\\r\\n3.5.8\\tAlternative automation technologies challenge humanoid robot adoption\\r\\n3.6\\tMarket trends\\r\\n3.6.1\\tIncreasing government support for humanoid robotics\\r\\n3.6.2\\tAI expands the capabilities of humanoid robots\\r\\n3.6.3\\tGlobal workforce shifts are increasing the demand for humanoid robots\\r\\n3.6.4\\tCommercial deployment is gaining momentum\\r\\n3.6.5\\tFrom standalone robots to connected intelligent systems\\r\\n3.6.6\\tPartnerships and ecosystem development reshape the competitive landscape\\r\\n3.6.7\\tEV makers move into humanoid robotics at industrial scale\\r\\n4\\tCompany Profiles and Strategies\\r\\n4.1\\t1X Technologies\\r\\n4.2\\tAeiROBOT\\r\\n4.3\\tAgiBot\\r\\n4.4\\tAgile Robots\\r\\n4.5\\tAgility\\r\\n4.6\\tApptronik\\r\\n4.7\\tBooster Robotics\\r\\n4.8\\tBoston Dynamics\\r\\n4.9\\tCASBOT\\r\\n4.10\\tClone Robotics\\r\\n4.11\\tDEEP Robotics\\r\\n4.12\\tEngineAI\\r\\n4.13\\tEngineered Arts\\r\\n4.14\\tFigure AI\\r\\n4.15\\tFourier Intelligence\\r\\n4.16\\tHexagon\\r\\n4.17\\tHumanoid\\r\\n4.18\\tKepler Exploration Robotics\\r\\n4.19\\tLeju Robotics\\r\\n4.20\\tLimX Dynamics\\r\\n4.21\\tNeura Robotics\\r\\n4.22\\tNoetix Robotics\\r\\n4.23\\tPAL Robotics\\r\\n4.24\\tPUDU Robotics\\r\\n4.25\\tROBOTERA\\r\\n4.26\\tSanctuary AI\\r\\n4.27\\tTesla\\r\\n4.28\\tUBTECH Robotics\\r\\n4.29\\tUnitree Robotics\\r\\n4.30\\tXiaomi\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/03192922/bi-humanoid1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Shipments of humanoid robots to reach 26 million by 2040\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Humanoid robots are robotic systems designed to resemble the human body and movements, operating in environments originally built for humans. The most significant advantage of humanoid robots compared with traditional industrial robots is their ability to perform a wide variety of tasks, navigate complex surroundings and use existing tools without requiring extensive modification to the existing infrastructure. Recent advances in crucial technology linked to humanoid robotics, including actuators, foundation models and battery technology, have significantly accelerated the development of the humanoid robotics market. These improvements enable robots to perform increasingly complex tasks with higher levels of autonomy across sectors such as manufacturing, warehousing, logistics and retail applications, while opening opportunities for future use in domestic environments. In addition, labour shortages, ageing populations and the need for flexible automation are expected to become important long-term drivers for the adoption of humanoid robots.\",\n                        \"\",\n                        \"Berg Insight considers the humanoid robotics industry to have entered the early stages of a long-term growth phase. During 2025 and 2026, the industry experienced a shift from primarily research- and prototype-oriented activities towards pilot deployments, initial commercial deliveries and investments in large-scale manufacturing capabilities. This transition has been supported by increasing activity among both established technology companies and specialised humanoid robotics start-ups, contributing to the development of commercial solutions and a broader market ecosystem. Although commercial deployments remain limited, increasing technological maturity and substantial investment activity suggest that the market is approaching an important commercial inflection point.\",\n                        \"\",\n                        \"Berg Insight estimates that annual humanoid robot shipments will grow from 16,000 units in 2025 to 26 million units by 2040, corresponding to a compound annual growth rate (CAGR) of 63.7 percent. During the same period, the global market value is forecasted to increase from US$ 890 million to approximately US$ 554 billion. Use cases in manufacturing, logistics and warehousing are expected to account for the majority of deployments during the forecast period, while domestic applications are anticipated to emerge gradually as robot capabilities improve and hardware costs decline.\",\n                        \"\",\n                        \"The number of market participants has increased rapidly in recent years, resulting in a highly fragmented competitive landscape with more than 100 companies currently developing humanoid robots. Only a limited number of vendors have entered early commercial production or begun scaling manufacturing capacity. The competitive dynamics differ across regions. China currently represents the largest market, followed by the US and Europe. Chinese companies generally leverage cost-effective manufacturing, established domestic supply chains and rapid commercialisation, while US-based companies have a stronger focus on software capabilities and strategic partnerships with leading technology companies. The European vendor landscape represents an emerging but important part of the market, leveraging strengths in industrial automation, robotics research and specialised technology development.\",\n                        \"\",\n                        \"The humanoid robotics industry has experienced unprecedented investment activity during 2025–2026. Multiple funding rounds have exceeded US$ 1 billion, reflecting growing investor confidence in the commercial potential of humanoid robotics. Venture capital firms are increasingly joined by strategic investors including NVIDIA, Microsoft, Google, Amazon, Hyundai, OpenAI and other major technology companies. Investment activity has also shifted towards later-stage financing, supporting manufacturing expansion, production scaling and commercial deployment rather than early-stage research alone.\",\n                        \"\",\n                        \"Artificial Intelligence (AI) has become one of the most important competitive factors in the humanoid robotics industry. Competition is increasingly driven by proprietary embodied AI, foundation models, robot operating systems and software ecosystems rather than hardware performance alone. Strategic partnerships between humanoid robotics companies and leading AI technology providers are therefore becoming increasingly important for accelerating commercialisation and improving robot capabilities. At the same time, manufacturers are making substantial investments in production facilities designed to manufacture tens of thousands of humanoid robots annually, reflecting expectations of future large-scale demand.\",\n                        \"\",\n                        \"The leading vendors in the humanoid robotics industry include Figure AI, Tesla, Agility, Boston Dynamics, Apptronik, 1X Technologies, NEURA Robotics, Unitree Robotics, UBTECH Robotics, AgiBot, Leju Robotics, EngineAI, RobotEra and several other rapidly growing companies. Competition is expected to intensify significantly in the next years as companies transition from pilot deployments to large-scale commercial production.\",\n                        \"\",\n                        \"Overall, Berg Insight believes that humanoid robotics has moved beyond the experimental stage and entered the early phase of commercialisation. Although significant technical challenges related to reliability, dexterity, battery performance and safety remain, continued advances in AI, increasing manufacturing capacity and record levels of investment indicate that humanoid robots have the potential to develop into a major new technology and product category over the coming decades.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/03192931/bi-humanoid1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 889,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:12:24\",\n                        \"post_date_gmt\": \"2021-01-12 15:12:24\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Apelgren\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-backman\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2024-08-05 20:32:46\",\n                        \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3808,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:26:41\",\n                        \"post_date_gmt\": \"2023-06-17 12:26:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Julia Wahlén\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"julia-wahlen\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-06-06 23:01:33\",\n                        \"post_modified_gmt\": \"2026-06-06 21:01:33\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3808\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"307\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Technology assessment covering key hardware, software and AI technologies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the humanoid robot value chain and key application areas.\"\n                      },\n                      {\n                        \"bullet_point\": \"Adoption drivers and barriers shaping the uptake of humanoid robots.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 30 key humanoid robot vendors.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts on shipments, installed base and market value lasting until 2040.\"\n                      }\n                    ]\n                  }\n                ],\n                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\"Industrial IoT\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-industrial-wireless-solutions-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 28,\n                  \"short_description\": \"This strategy report analyses the latest developments on the market for wireless IoT applications in industrial automation worldwide.\",\n                  \"full_description\": [\n                    \"This study investigates the worldwide market for wireless IoT applications in industrial automation. The installed base of active wireless IoT devices in the industrial automation industry is forecasted to grow at a compound annual growth rate of 5.5 percent from 56.5 million units at the end of 2023 to 74.0 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/30163805/bi-ia6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Industrial Automation Industry\\r\\n1.1\\tIntroduction to industrial automation\\r\\n1.2\\tFactory and process automation\\r\\n1.3\\tFactory and process operations\\r\\n1.4\\tIndustrial automation architecture overview\\r\\n1.5\\tIndustrial automation market segments\\r\\n1.5.1\\tAutomation equipment and instrumentation\\r\\n1.5.2\\tIndustrial robots\\r\\n1.5.3\\tIndustrial control systems\\r\\n1.5.4\\tIndustrial software\\r\\n1.6\\tIndustrial automation evolution\\r\\n2\\tIndustrial Wireless Networking and Communications\\r\\n2.1\\tIndustrial communications infrastructure\\r\\n2.1.1\\tField segment\\r\\n2.1.2\\tControl segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tBackoffice segment\\r\\n2.2\\tOperations management\\r\\n2.2.1\\tProduction and process management\\r\\n2.2.2\\tBusiness management\\r\\n2.3\\tEquipment management and regulatory compliance\\r\\n2.3.1\\tEquipment diagnostics and maintenance planning\\r\\n2.3.2\\tSecurity and safety\\r\\n2.3.3\\tRegulatory compliance\\r\\n2.4\\tBusiness models and project strategies\\r\\n3\\tMarket Analysis\\r\\n3.1\\tIndustrial automation market value\\r\\n3.2\\tMarket leading vendors\\r\\n3.2.1\\tAutomation equipment and instrumentation vendors\\r\\n3.2.2\\tIndustrial control systems vendors\\r\\n3.2.3\\tIndustrial networking equipment vendors\\r\\n3.3\\tMarket forecasts\\r\\n3.3.1\\tInstalled base and unit shipments\\r\\n3.3.2\\tWireless technologies\\r\\n3.3.3\\tRegional markets\\r\\n3.4\\tMarket drivers and barriers\\r\\n3.4.1\\tMacroeconomic environment\\t\\r\\n3.4.2\\tRegulatory environment\\r\\n3.4.3\\tCompetitive environment\\r\\n3.4.4\\tTechnology environment\\r\\n3.5\\tValue chain analysis\\r\\n3.5.1\\tIndustrial automation industry players\\r\\n3.5.2\\tIndustrial communications and control industry players\\r\\n3.5.3\\tIoT platform and IT industry players\\r\\n3.6\\tMarket trends\\r\\n3.6.1\\tPartnerships continue to be an integral part of business strategies\\r\\n3.6.2\\tAI set to optimise industrial operations\\r\\n3.6.3\\tExpansion of wireless capabilities in modular devices enables flexibility\\r\\n3.6.4\\tThe maturing landscape of private LTE/5G networks at industrial site\\r\\n3.6.5\\tAdoption of LPWAN technologies is increasing in process industries\\r\\n3.6.6\\tCybersecurity at the top of the agenda\\r\\n4\\tGlobal Automation Vendors\\r\\n4.1\\tABB\\r\\n4.2\\tBosch\\r\\n4.3\\tEmerson\\r\\n4.4\\tFANUC\\r\\n4.5\\tHoneywell Technologies\\r\\n4.6\\tKUKA\\r\\n4.7\\tMitsubishi Electric\\r\\n4.8\\tOMRON\\r\\n4.9\\tRockwell Automation\\r\\n4.10\\tSchneider Electric\\r\\n4.11\\tSiemens\\r\\n4.12\\tYaskawa Electric\\r\\n4.13\\tYokogawa\\r\\n5\\tIndustrial Device Vendors\\r\\n5.1\\tIndustrial sensing solution vendors\\r\\n5.1.1\\tBalluff\\r\\n5.1.2\\tBanner Engineering\\r\\n5.1.3\\tEndress+Hauser\\r\\n5.1.4\\tifm electronic\\r\\n5.1.5\\tKeyence\\r\\n5.1.6\\tKROHNE\\r\\n5.1.7\\tPepperl+Fuchs\\r\\n5.1.8\\tSICK\\r\\n5.1.9\\tsteute Technologies\\r\\n5.1.10\\tTurck\\r\\n5.1.11\\tVEGA\\r\\n5.2\\tIndustrial control solution and embedded computing vendors\\r\\n5.2.1\\tAAEON Technology\\r\\n5.2.2\\tADLINK Technology\\r\\n5.2.3\\tAdvantech\\r\\n5.2.4\\tAxiomtek\\r\\n5.2.5\\tBeckhoff Automation\\r\\n5.2.6\\tContec (Daifuku)\\r\\n5.2.7\\tIEI Integration\\r\\n5.2.8\\tKontron\\r\\n5.2.9\\tNexcom\\r\\n5.2.10\\tOnLogic\\r\\n5.2.11\\tPhoenix Contact\\r\\n5.2.12\\tWago\\r\\n5.2.13\\tWeidmüller\\r\\n5.3\\tIndustrial wireless networking vendors\\r\\n5.3.1\\tBEC Technologies (Billion Electric)\\r\\n5.3.2\\tBelden\\r\\n5.3.3\\tCisco\\r\\n5.3.4\\tDigi International\\r\\n5.3.5\\tEpendion\\r\\n5.3.6\\tEurotech\\r\\n5.3.7\\tFour-Faith Communication Technology\\r\\n5.3.8\\tHMS Networks\\r\\n5.3.9\\tHongdian\\r\\n5.3.10\\tInHand Networks\\r\\n5.3.11\\tINSYS icom\\r\\n5.3.12\\tiXnov Group\\r\\n5.3.13\\tIXON\\r\\n5.3.14\\tMoxa\\r\\n5.3.15\\tMultiTech\\r\\n5.3.16\\tNokia\\r\\n5.3.17\\tORing Industrial Networking\\r\\n5.3.18\\tRAD\\r\\n5.3.19\\tRobustel\\r\\n5.3.20\\tSecomea\\r\\n5.3.21\\tSemtech\\r\\n5.3.22\\tTeltonika Networks\\r\\n5.3.23\\tWelotec (Westermo)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/30163815/bi-ia6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Shipments of wireless devices in industrial automation to reach 8.5 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Industrial communications systems form the backbone of modern automation architectures, facilitating real-time monitoring, control and optimisation of industrial processes. While many of the early fieldbus technologies remain in operation today, the market has increasingly shifted towards Industrial Ethernet-based networking solutions capable of supporting higher bandwidths, greater scalability and integration with enterprise IT systems. Although wired networking solutions are still predominantly used for industrial communications between sensors, controllers and systems, wireless solutions are widely used as wire replacements in hard-to-reach or hazardous areas, on moving machine parts and on portable equipment. Standardised technologies such as Wi-Fi, IEEE 802.15.4 and Bluetooth have advanced to become the leading wireless technologies for industrial applications.\",\n                        \"\",\n                        \"Wireless technologies are integrated into a wide range of devices that can be used throughout an automation system. The devices can be broadly divided into two segments: automation equipment and network equipment. In the automation equipment segment, high-volume product categories featuring wireless communication capabilities include instrumentation such as industrial sensors. Important product categories within the network equipment segment are access points, gateways, routers and switches. Berg Insight estimates that annual shipments of wireless devices for industrial automation applications including both network and automation equipment reached 5.8 million units worldwide in 2025, accounting for approximately 6 percent of all new connected nodes. Growing at a compound annual growth rate (CAGR) of 8.1 percent, annual shipments are expected to reach 8.5 million in 2030. The installed base of wireless devices in industrial automation applications is forecasted to grow from an estimated 56.6 million connections at the end of 2025 to 74.0 million connected devices by 2030.\",\n                        \"\",\n                        \"Multiple large automation vendors now provide industrial network equipment including wireless solutions. Siemens is one of the few vendors that offer networking solutions for all levels of an automation system with a broad industrial wireless portfolio and an increasing focus on WLAN and 5G solutions. Several companies with a strong position in the process automation market offer wireless field devices based on WirelessHART and ISA100.11a. Emerson became the first company to market WirelessHART products in 2008 and has today an installed base of over 12 million wireless pressure transmitters worldwide. Other major industrial automation vendors that provide wireless field devices include ABB, Honeywell Technologies, OMRON, Rockwell Automation, Schneider Electric and Yokogawa. \",\n                        \"\",\n                        \"Instrumentation for industrial automation is particularly important in process industries where continuous monitoring and precise control of process variables are essential. Field instruments are also used in factory automation applications such as machine and condition monitoring, quality control and production automation. Suppliers of industrial wireless sensing solutions for primarily factory automation include Balluff, Banner Engineering, ifm electronic, SICK and Turck. Endress+Hauser, KROHNE and VEGA offer wireless instrumentation and measurement solutions for process industries, while Pepperl+Fuchs supplies both factory and process automation solutions. \",\n                        \"\",\n                        \"Major providers of wired industrial network equipment also offer wireless solutions to enable customers to monitor and control devices wirelessly in parts of the plant that are normally not connected to the control room due to accessibility or wiring costs. These include Siemens, Cisco, Belden, Moxa and Phoenix Contact, all of which offer industrial wireless devices such as routers, gateways and access points, along with their wired solutions. Cellular devices are typically used for data acquisition and backhaul communications in distributed automation applications. The largest providers of cellular IoT gateways and routers in the industrial space include Teltonika Networks, Cisco, Moxa, Siemens, HMS Networks, Phoenix Contact, Advantech, Robustel, Digi International and InHand Networks. In addition to the leading industrial WLAN solution suppliers Cisco, Belden, Siemens and Moxa, other providers of WLAN devices include Phoenix Contact, Westermo (Ependion), Advantech, HMS Networks and ACKSYS (part of iXnov Group). \",\n                        \"\",\n                        \"As manufacturers deploy more sensors, connected machinery and digitalisation initiatives, industrial PCs become increasingly important for collecting, processing and analysing operational data. Many automation vendors now position industrial PCs as part of broader control and edge computing ecosystems rather than as standalone hardware products. Suppliers of industrial computing with a global scale include Advantech, Siemens and Beckhoff Automation. Additional vendors of industrial control solutions and embedded computing include ADLINK Technology, AAEON, IEI Integration, Kontron, Nexcom, OnLogic, Wago and Weidmuller.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/30163825/bi-ia6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 885,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:06:06\",\n                        \"post_date_gmt\": \"2021-01-12 15:06:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Fredrik Stålbrand\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"fredrik-stalbrand\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:49:59\",\n                        \"post_modified_gmt\": \"2026-01-06 12:49:59\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=885\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3933,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-08-25 15:56:31\",\n                        \"post_date_gmt\": \"2023-08-25 13:56:31\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Veronika Barta\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"veronika-barta\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:24:32\",\n                        \"post_modified_gmt\": \"2023-10-03 10:24:32\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3933\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"306\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"360-degree overview of the IoT ecosystem in the industrial automation industry.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of over 60 key players in this market.\"\n                      },\n                      {\n                        \"bullet_point\": \"Updated market forecasts by technology, region and equipment category lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Industrial Automation and Wireless IoT 6th\",\n                \"src\": \"https://media.berginsight.com/2026/07/30163902/Industrial-Automation-and-Wireless-IoT-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-industrial-wireless-solutions-market/\",\n              \"name\": \"The Global Industrial Wireless Solutions Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Industrial IoT\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-off-highway-vehicle-telematics-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"7th Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An analysis of the market for telematics solutions used in the construction, mining, agriculture and forestry sectors.\",\n                  \"full_description\": [\n                    \"How will off-highway vehicle telematics market in the construction, mining, agriculture and forestry segments evolve in 2026 and beyond? This report covers the latest trends and developments in the dynamic telematics industry. Berg Insight forecasts that the global installed base of active off-highway vehicle telematics systems will grow at a CAGR of 12.0 percent from 10.0 million units at the end of 2024 to 17.6 million units by 2029. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2025/12/23132546/bi-offhighway7-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Global Off-Highway Vehicle Market\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tOff-highway vehicle manufacturers\\r\\n1.2\\tThe construction sector\\r\\n1.2.1\\tConstruction equipment\\r\\n1.3\\tThe mining sector\\r\\n1.3.1\\tMining equipment\\r\\n1.4\\tThe agricultural sector\\r\\n1.4.1\\tAgricultural equipment\\r\\n1.5\\tThe forestry sector\\r\\n1.5.1\\tForestry equipment\\r\\n2\\tOff-Highway Vehicle Telematics Technologies and Solutions\\r\\n2.1\\tIntroduction\\r\\n2.2\\tOff-highway vehicle telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tPositioning segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tBackoffice segment\\r\\n2.2.5\\tOEM/dealer segment\\r\\n2.3\\tOff-highway vehicle management\\r\\n2.3.1\\tMachine location tracking and status monitoring\\r\\n2.3.2\\tSecurity tracking and intervention\\r\\n2.3.3\\tRemote diagnostics, preventive maintenance and machine health prognostics\\r\\n2.3.4\\tPrecision agriculture\\r\\n2.4\\tEquipment operator management\\r\\n2.4.1\\tCollection of operator-related data\\r\\n2.4.2\\tInteraction with operators in the field\\r\\n2.5\\tSafety management\\r\\n2.5.1\\tProximity detection and collision avoidance systems\\r\\n2.5.2\\tVideo-based monitoring solutions\\r\\n2.5.3\\tFatigue and distraction monitoring\\r\\n2.6\\tBusiness models\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis\\r\\n3.1.1\\tInstalled base and forecast\\r\\n3.1.2\\tRegional markets\\r\\n3.1.3\\tVendor market shares\\r\\n3.2\\tMarket drivers and barriers\\r\\n3.2.1\\tMacroeconomic environment\\r\\n3.2.2\\tRegulatory environment\\r\\n3.2.3\\tCompetitive environment\\r\\n3.2.4\\tTechnology environment\\r\\n3.3\\tValue chain analysis\\r\\n3.3.1\\tEquipment industry players\\r\\n3.3.2\\tTelematics industry players\\r\\n3.3.3\\tTelecom industry players\\r\\n3.3.4\\tIT and other industry players\\r\\n3.4\\tFuture industry trends\\r\\n4\\tConstruction and Mining Equipment Manufacturers\\r\\n4.1\\tCaterpillar\\r\\n4.2\\tCNH Industrial\\r\\n4.3\\tDeere & Company\\r\\n4.4\\tDoosan Bobcat\\r\\n4.5\\tEpiroc\\r\\n4.6\\tHD Hyundai Construction Equipment\\r\\n4.7\\tHD Hyundai Infracore\\r\\n4.8\\tHitachi Construction Machinery\\r\\n4.9\\tJCB\\r\\n4.10\\tKomatsu\\r\\n4.11\\tLiebherr\\r\\n4.12\\tSandvik\\r\\n4.13\\tVolvo Construction Equipment\\r\\n4.14\\tOther manufacturers\\r\\n4.14.1\\tBell Equipment\\r\\n4.14.2\\tBOMAG\\r\\n4.14.3\\tJLG Industries\\r\\n4.14.4\\tKobelco\\r\\n4.14.5\\tKubota\\r\\n4.14.6\\tLink-Belt Cranes and LBX (Sumitomo)\\r\\n4.14.7\\tLiuGong\\r\\n4.14.8\\tMahindra & Mahindra\\r\\n4.14.9\\tManitowoc\\r\\n4.14.10\\tMecalac\\r\\n4.14.11\\tSANY\\r\\n4.14.12\\tTadano\\r\\n4.14.13\\tTakeuchi\\r\\n4.14.14\\tTerex\\r\\n4.14.15\\tWacker Neuson\\r\\n4.14.16\\tXCMG\\r\\n4.14.17\\tYanmar\\r\\n4.14.18\\tZoomlion\\r\\n5\\tAgriculture and Forestry Equipment Manufacturers\\r\\n5.1\\tAGCO\\r\\n5.2\\tAmazone\\r\\n5.3\\tARGO Tractors\\r\\n5.4\\tCLAAS Group\\r\\n5.5\\tCNH Industrial\\t\\r\\n5.6\\tDeere & Company\\r\\n5.7\\tJCB\\r\\n5.8\\tKomatsu\\r\\n5.9\\tKrone\\r\\n5.10\\tKubota\\r\\n5.11\\tMahindra & Mahindra\\r\\n5.12\\tPonsse\\r\\n5.13\\tRottne\\r\\n5.14\\tSDF\\r\\n5.15\\tStara\\r\\n5.16\\tTigercat\\r\\n5.17\\tVermeer\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2025/12/23132555/bi-offhighway7-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of off-highway vehicle telematics systems to reach 17.6 million units worldwide by 2029\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Berg Insight’s definition of the off-highway vehicle market includes various equipment such as specialised heavy machinery, lighter equipment and other vehicles used in the construction, mining, agriculture and forestry sectors. Off-highway vehicle telematics refers to telematics hardware and associated software solutions deployed for remote monitoring and management of fleets of machinery and equipment used in these sectors. Early initiatives among the heavy equipment OEMs started to emerge already in the 1990s and many manufacturers followed suit in the 2000s. Today, most equipment manufacturers have introduced some type of telematics offerings for their customers, either as a result of in-house development or through collaborative efforts involving third-party technology partners powering telematics solutions commonly under the OEMs’ brands. A wide range of aftermarket solution providers have entered the off-highway vehicle telematics space, offering solutions for various assets including multi-brand equipment fleets and commonly also other types of mobile and stationary equipment and vehicles. Solutions available on the market enable the delivery of vehicle management, operator management and safety management applications linking off-highway machines and enterprise IT systems.\",\n                        \"\",\n                        \"Berg Insight estimates that the global installed base of active off-highway vehicle telematics systems reached 10.0 million units in 2024. This includes connected units deployed on various off-highway vehicles across the construction, mining, agriculture and forestry sectors. The construction sector accounts for the largest share, driven by OEM telematics systems offered by heavy equipment manufacturers. Agriculture and mining are the second and third largest off-highway sectors in terms of the number of connected units deployed on machines and vehicles used in agricultural and mining operations respectively. The remainder is represented by the forestry sector including telematics systems fitted to various forestry equipment. Growing at a compound annual growth rate (CAGR) of 12.0 percent, the active installed base of off-highway vehicle telematics systems across all sectors is forecasted to reach 17.6 million units worldwide in 2029. The North American market is estimated to be somewhat larger than the European. The Rest of World market is moreover estimated to represent more than half of the global installed base of off-highway vehicle telematics systems.\",\n                        \"\",\n                        \"The top ten equipment manufacturers offering telematics together account for around 70 percent of the total number of off-highway vehicle telematics systems in use across the construction, mining, agriculture and forestry sectors globally. Berg Insight ranks Caterpillar as the leading off-highway vehicle telematics provider. Caterpillar was the first to surpass the milestone of 1.0 million connected assets across all segments and the company now has more than 1.5 million units. The runners-up are SANY, Komatsu and Deere & Company. Other major manufacturers with several hundred thousand active units include Volvo Construction Equipment, XCMG, Zoomlion, Hitachi Construction Machinery and JCB. Yanmar, HD Hyundai (HD Hyundai Construction Equipment and HD Hyundai Infracore), CNH Industrial, Doosan Bobcat, Kobelco, Kubota and JLG Industries also have sizeable installed bases of connected equipment. Additional players having estimated installed bases of off-highway vehicle telematics units in the tens of thousands include AGCO, Terex, Liebherr, LiuGong, CLAAS Group, Tadano, Epiroc and BOMAG.\",\n                        \"\",\n                        \"The aftermarket for off-highway vehicle telematics is expected to shrink as the equipment manufacturers continue to introduce standard fitment on additional machine models and simultaneously increase the length of free software subscriptions. Arguments such as the OEMs’ weak spot being the inability to adequately serve the needs of mixed multi-brand fleets are becoming less valid thanks to initiatives such as the AEMP telematics standard which makes it possible to collect data from different brands and manage it all from a software interface of choice. There are however promising opportunities for telematics players that partner with the OEMs, either as end-to-end full-service providers or – in many cases maybe more realistically – working alongside OEM personnel to optimise the telematics functionality. In addition to the standard-fitted systems and time-limited subscriptions commonly included for free, the telematics players can also benefit from the upselling of more advanced functionality. There are several notable examples of partner-powered and co-developed offerings in the equipment OEM telematics space. In line with trends in adjacent markets such as fleet management for commercial vehicles, the partner strategy may grow in popularity among the equipment manufacturers at the expense of in-house telematics development efforts. This can especially be the case for equipment manufacturers that do not currently offer OEM telematics to their customers. The future development path is however far from certain as there are also numerous examples of OEMs moving from partner-powered to in-house developed telematics offerings in recent years. An increasing number of players such as vendors focused on on-road commercial vehicle fleet management are nevertheless expected to diversify into telematics for various off-highway vehicles and stationary objects. This enables fleets to monitor and manage all of their business-critical assets through the same backoffice interface, using familiar applications and reporting tools. Asset tracking, especially for smaller and lower-value items, represents a heavily underpenetrated market with considerable potential for telematics providers that are ready to diversify their product offering. Particularly strong growth is expected for solutions that also enable tracking of ancillary equipment such as attachments, implements, handheld tools and similar items.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2025/12/23132603/bi-offhighway7-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3933,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-08-25 15:56:31\",\n                        \"post_date_gmt\": \"2023-08-25 13:56:31\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Veronika Barta\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"veronika-barta\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:24:32\",\n                        \"post_modified_gmt\": \"2023-10-03 10:24:32\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3933\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"275\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Overview of the construction, mining, agriculture and forestry sectors.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 48 equipment OEMs and their telematics offerings.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the off-highway vehicle telematics value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2029.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Off-Highway Vehicle Telematics Market 7th\",\n                \"src\": \"https://media.berginsight.com/2025/12/23105052/Off-Highway-Vehicle-Telematics-Market-7th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-off-highway-vehicle-telematics-market-6/\",\n              \"name\": \"The Global Off-Highway Vehicle Telematics Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Transport & Logistics\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":3983,"link":"https://cms.berginsight.com/report/the-medication-compliance-monitoring-market/","acf_data":"{\n  \"permalink\": \"/the-medication-compliance-monitoring-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 30,\n    \"short_description\": \"This report gives first-hand insights into the adoption of connected medication compliance monitoring solutions. These include injected medication solutions, inhaled medication solutions, and pill bottles and dispensers.\",\n    \"full_description\": [\n      \"How should the mobile industry address the vast business opportunity in wireless healthcare monitoring? There were 4.4 million connected medication compliance monitoring devices being used worldwide at the end of 2022. The market is forecasted to grow at a compound annual growth rate (CAGR) of 13.2 percent during the next years to reach an installed base of 8.2 million units by 2027. Medication compliance monitoring solutions include injected medication solutions, inhaled medication solutions as well as pill bottles and dispensers. Learn more about how wireless technology can become seamlessly integrated with these devices in this 120-page in-depth report.\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2023/10/06200557/bi-medicationcompliance1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.2\\tChronic diseases\\r\\n1.2.1\\tCardiovascular diseases\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tDiabetes\\r\\n1.3\\tHealthcare systems\\r\\n1.3.1\\tHealthcare in North America\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in Asia-Pacific\\r\\n1.4\\tThe regulatory environment\\r\\n1.4.1\\tRegulatory environment in North America\\r\\n1.4.2\\tRegulatory environment in Europe\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tMedical data regulations\\r\\n1.4.5\\tStandardisation\\r\\n1.5\\tThe reimbursement environment\\r\\n2\\tMedication Compliance Monitoring\\r\\n2.1\\tMarket overview\\r\\n2.2\\tForm factors and use cases\\r\\n2.2.1\\tInjected medication solutions\\r\\n2.2.2\\tInhaled medication solutions\\r\\n2.2.3\\tPill bottle and dispenser solutions\\r\\n2.3\\tChallenges with existing medication compliance technologies\\r\\n2.4\\tInjected medication solution providers\\r\\n2.4.1\\tBeta Bionics\\r\\n2.4.2\\tBigfoot Biomedical\\r\\n2.4.3\\tBiocorp\\r\\n2.4.4\\tCredence MedSystems\\r\\n2.4.5\\tEli Lilly and Company\\r\\n2.4.6\\tInnovation Zed\\r\\n2.4.7\\tInsulet Corporation\\r\\n2.4.8\\tMedtronic\\r\\n2.4.9\\tMedtrum Technologies\\r\\n2.4.10\\tMerck Group\\r\\n2.4.11\\tNoble International (Aptar Group)\\r\\n2.4.12\\tNovo Nordisk\\r\\n2.4.13\\tPhillips-Medisize\\r\\n2.4.14\\tRoche\\r\\n2.4.15\\tTandem Diabetes Care\\r\\n2.4.16\\tYpsomed\\r\\n2.5\\tInhaled medication solution providers\\r\\n2.5.1\\tAdherium\\r\\n2.5.2\\tAmiko Digital Health\\r\\n2.5.3\\tAptar Group\\r\\n2.5.4\\tCognita Labs\\r\\n2.5.5\\tFindAir\\r\\n2.5.6\\tNuvoAir\\r\\n2.5.7\\tPropeller Health\\r\\n2.5.8\\tTeva Pharmaceutical Industries\\r\\n2.6\\tPill bottle and dispenser solution providers\\r\\n2.6.1\\tAARDEX Group\\r\\n2.6.2\\tAceAge\\r\\n2.6.3\\tAdhereTech\\r\\n2.6.4\\tCompliance Meds Technologies\\r\\n2.6.5\\tEvondos Group\\r\\n2.6.6\\tHero Health\\r\\n2.6.7\\tInformation Mediary Corporation\\r\\n2.6.8\\tiZafe Group\\r\\n2.6.9\\tLegrand Care\\r\\n2.6.10\\tMedimi\\r\\n2.6.11\\tMedMinder\\r\\n2.6.12\\tMedReady\\r\\n2.6.13\\tPharmAdva\\r\\n2.6.14\\tSMRxT\\r\\n2.6.15\\tSpencer Health Solutions\\r\\n2.6.16\\tVaica\\r\\n2.7\\tMedication compliance packaging solution providers\\r\\n2.7.1\\tSchreiner MediPharm\\r\\n2.7.2\\tWestRock\\r\\n2.8\\tDigital Pills\\r\\n2.8.1\\tetectRx\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tVendor landscape\\r\\n3.2\\tMarket analysis and forecasts\\r\\n3.2.1\\tInjected medication compliance monitoring solutions\\r\\n3.2.2\\tInhaled medication compliance monitoring solutions\\r\\n3.2.3\\tPill bottle and dispenser solutions\\r\\n3.3\\tMarket trends\\r\\n3.3.1\\tThe market for connected medication management is gaining traction\\r\\n3.3.2\\tLaunch of AI-based inhalers are revolutionizing the respiratory care market\\r\\n3.3.3\\tCOVID-19 became a catalyst for the growth of mHealth solutions\\r\\n3.3.4\\tHealthcare staff shortages calls for efficient healthcare\\r\\n3.3.5\\tAdvancing ingestible biosensor technology\\r\\n3.3.6\\tFrom remote patient monitoring to data-driven patient engagement\\r\\n3.3.7\\tSolution vendors show interest in sustainability\\r\\n3.3.8\\tFavourable policies that align financial incentives are driving RPM adoption\\r\\n3.3.9\\tA growing market and new entrants lead to a changing market landscape\\r\\n3.3.10\\tShift in preference from traditional drug delivery to smart drug delivery\\r\\n3.3.11\\tBYOD has become a common option for telehealth\\r\\n3.3.12\\tM&As drive consolidation in the connected medication technology landscape\\r\\n3.3.13\\tGrowing investment interest in the digital health market\\r\\n3.3.14\\tAn ageing population increases healthcare expenditures\\r\\nList of Acronyms and Abbreviations\",\n        \"file\": \"https://media.berginsight.com/2023/10/06200609/bi-medicationcompliance1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Improving drug adherence with connected medication monitoring devices\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Digital health innovations improve health outcomes for the ageing population and people with chronic diseases, such as asthma, chronic obstructive pulmonary disease (COPD), diabetes, cancer and heart diseases. The global population is ageing and 1 in 6 people in the world will be aged 60 years or over by 2030. It is widely demonstrated that medication compliance monitoring solutions can ease the burden on society by enabling value-based care and allowing people to live independently for longer. The definition of medication compliance monitoring includes products and services that assist the patients in adhering to a medication regimen. Medication compliance monitoring solutions include injected medication solutions, inhaled medication solutions, and pill bottles and dispensers. Medication compliance monitoring solutions incorporate connectivity, a companion smartphone application, and algorithms to personalize patient care in real-time.\",\n          \"\",\n          \"At the end of 2022, there were 4.4 million connected medication compliance monitoring devices being used worldwide. The market is forecasted to grow at a compound annual growth rate (CAGR) of 13.2 percent during the next years to reach an installed base of 8.2 million units by 2027. Berg Insight estimates that the global medication compliance monitoring solution market was worth US$ 4.6 billion in 2022. The market is expected to grow at a CAGR of 12.5 percent in the next years to reach US$ 8.4 billion in 2027.\",\n          \"\",\n          \"Injected medication solutions is the largest segment corresponding to 3.6 million connected devices at the end of 2022. Injected medication solutions are offered in different forms such as insulin pumps, pens, autoinjectors, smart buttons, add-on sensors and pen caps. Notable vendors include top players by installed base such as Medtronic, Insulet and Tandem Diabetes. Additional key companies operating in this segment are Eli Lilly and Company, Merck Group, Noble International, Novo Nordisk, Phillips-Medisize and Roche. The total installed base of inhaled medication solutions reached at the same time 181,000 devices worldwide in 2022. This market segment includes connected devices such as inhalers as well as smart inhaler sensors. The digital respiratory market is in an emerging state with multiple solution providers operating in this segment. Leading vendors of drug adherence solutions for inhaled medication include Propeller Health, Adherium, Teva Pharmaceutical Industries and Aptar Group, as well as Amiko Digital Health, FindAir, Cognita Labs and NuvoAir. The pill bottle and dispenser solution market reached an installed base of 640,000 units at the end of 2022. This segment includes pill boxes, automatic medication dispensers, pill bottles and smart blisters that assist in reminding, dispensing and recording the medication-taking behaviour of a patient. The pill bottle and dispenser solution segment is a fragmented market that is evolving quickly and includes both consumer-oriented technology companies and traditional healthcare incumbents such as MedReady, Evondos, Hero Health, Compliance Meds Technologies, AdhereTech, MedMinder and Spencer Health Solutions.\",\n          \"\",\n          \"The market for connected medication management solutions represents an interesting growth opportunity for companies from several markets. The use of injected medication solution segment has thus far gained most traction, but different connected solutions for pills and inhaled medication are increasingly adopted. The drive behind remote patient monitoring is anticipated to further support the growth of such solutions in the coming years. The growing market opportunities attract the interest of new entrants from consumer-oriented technology companies that want to expand into the healthcare industry as well as traditional healthcare incumbents that want to expand their operations outside the hospitals and into the patients’ homes. \",\n          \"\",\n          \"The global market for medication compliance management solutions is affected by several trends and developments that will have an impact on the competitive landscape during the forecast period. Changing demographics is driving the demand for home care, while technological developments and regulatory changes affect the competitive landscape for solution vendors. One major transition has been from traditional drug delivery to smart drug delivery, which has encouraged companies to adopt connected solutions. At the same time, the industry is becoming more patient-centric which calls for integrated systems and improved interoperability of connected care solutions. New companies are entering the connected care market and connected medication management solutions are today in the centre of attention for start-ups.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2023/10/06200620/bi-medicationcompliance1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      },\n      {\n        \"analyst\": {\n          \"ID\": 3806,\n          \"post_author\": \"3\",\n          \"post_date\": \"2023-06-17 14:24:10\",\n          \"post_date_gmt\": \"2023-06-17 12:24:10\",\n          \"post_content\": \"\",\n          \"post_title\": \"Vatsala Raina\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"vatsala-raina\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2023-10-03 12:26:57\",\n          \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"155\",\n    \"variations\": [\n      {\n        \"id\": 3988,\n        \"name\": \"The Medication Compliance Monitoring Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":3825,"link":"https://cms.berginsight.com/report/the-material-handling-equipment-telematics-market/","acf_data":"{\n  \"permalink\": \"/the-material-handling-equipment-telematics-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"This report gives a comprehensive overview of the material handling equipment telematics value chain in Europe and North America covering 9 MHE OEMs and 13 aftermarket solution vendors.\",\n    \"full_description\": [\n      \"How will the market for material handling equipment telematics systems evolve in 2023 and beyond? This report covers the latest trends and developments in the dynamic telematics industry. Berg Insight forecasts that the installed base of material handling equipment telematics systems in Europe and North America will grow at a CAGR of 17.0 percent from 1.4 million units at the end of 2022 to 3.2 million units by 2027. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2023/07/04174958/bi-materialhandling1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive Summary\\r\\n1\\tMaterial Handling Equipment and Telematics Solutions\\r\\n1.1\\tIntroduction to material handling\\r\\n1.2\\tMaterial handling equipment\\r\\n1.2.1\\tForklifts and other material handling equipment types\\r\\n1.2.2\\tMaterial handling equipment manufacturers\\r\\n1.3\\tMaterial handling equipment telematics & fleet management solutions\\r\\n1.3.1\\tEfficiency\\r\\n1.3.2\\tSafety\\r\\n1.3.3\\tCompliance\\r\\n2\\tForecasts and Conclusions\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tMajor material handling equipment telematics solution providers\\r\\n2.1.2\\tThe installed base of material handling equipment telematics solutions\\r\\n2.2\\tMarket trends and drivers\\r\\n2.2.1\\tEurope and North America are largely on similar development trajectories\\r\\n2.2.2\\tForklift manufacturers dominate the MHE telematics space in terms of volume\\r\\n2.2.3\\tAftermarket players raise the bar for advanced solutions together with OEMs\\r\\n2.2.4\\tMultiple connectivity technologies co-exist in the field of material handling\\r\\n2.2.5\\tLimited consolidation so far in the material handling telematics market\\r\\n2.2.6\\tBusiness models in the MHE telematics space mirror adjacent markets\\r\\n2.2.7\\tSaaS expected to grow at the expense of legacy pricing models\\r\\n3\\tCompany Profiles\\r\\n3.1\\tOEM products and strategies\\r\\n3.1.1\\tCargotec\\r\\n3.1.2\\tCrown Equipment\\r\\n3.1.3\\tHyundai Material Handling\\r\\n3.1.4\\tJungheinrich\\r\\n3.1.5\\tKomatsu\\r\\n3.1.6\\tLinde Material Handling (KION Group)\\r\\n3.1.7\\tRaymond (Toyota Industries)\\r\\n3.1.8\\tSTILL (KION Group)\\r\\n3.1.9\\tToyota Material Handling (Toyota Industries)\\r\\n3.2\\tAftermarket solution providers\\r\\n3.2.1\\tCollective Intelligence\\r\\n3.2.2\\tDavis Derby\\r\\n3.2.3\\tEC2E\\r\\n3.2.4\\tELOKON\\r\\n3.2.5\\tGemOne\\r\\n3.2.6\\tKenco\\r\\n3.2.7\\tKiwitron\\r\\n3.2.8\\tLitum\\r\\n3.2.9\\tPowerfleet\\r\\n3.2.10\\tRCT\\r\\n3.2.11\\tSIERA.AI\\r\\n3.2.12\\tSpeedshield Technologies\\r\\n3.2.13\\tTrio Mobil\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2023/07/04175010/bi-materialhandling1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Europe and North America to account for 3 million material handling equipment telematics systems in use by 2027\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Material handling equipment (MHE) telematics systems have been offered by equipment manufacturers and aftermarket providers alike for decades. An increasing share of material handling equipment such as forklifts are now equipped with telematics-enabled fleet management systems. Berg Insight estimates that the installed base of active material handling equipment telematics systems in Europe reached more than 0.9 million units in 2022. Growing at a compound annual growth rate (CAGR) of 16.6 percent, the active installed base is forecasted to reach 2.0 million units in Europe by 2027. In North America, the installed base of active material handling equipment telematics systems is estimated to over 0.5 million units in 2022. The active installed base is forecasted to grow at a compound annual growth rate (CAGR) of 17.8 percent to reach 1.2 million material handling equipment telematics systems in North America in 2027.\",\n          \"\",\n          \"Berg Insight ranks Linde Material Handling (KION Group) and Toyota Material Handling (Toyota Industries) as the largest providers of material handling equipment telematics solutions. Including the sister brands STILL (KION Group) and Raymond (Toyota Industries) respectively, both groups have installed bases of several hundred thousand units deployed on forklifts and similar. Toyota Industries and KION are also established as the leading manufacturers of forklifts in terms of global market share. Additional top players include Jungheinrich and Crown Equipment, both having estimated installed bases of over 100,000 active units, followed by Speedshield Technologies which is primarily a supplier to Hyster-Yale Group (HYG). Other leading aftermarket solution providers include Powerfleet and GemOne. Diverse players such as Davis Derby, EC2E, Collective Intelligence, Komatsu, Litum, Kiwitron and ELOKON are also active in this space, all having installed bases of more than 10,000 units for material handling equipment such as forklifts.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2023/07/04175018/bi-materialhandling1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"146\",\n    \"variations\": [\n      {\n        \"id\": 3830,\n        \"name\": \"The Material Handling Equipment Telematics Market - 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The number of connected home medical monitoring devices in use on the global market was 92.7 million at the end of 2025 and is forecasted to grow at a CAGR of 11.5 percent to reach 159.7 million in 2030. Learn more about how wireless technology can become seamlessly integrated with medical devices in this 420-page in-depth report now in its thirteenth edition.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/22174123/bi-mhealth13-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Challenge of Chronic Diseases\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tThe ageing population\\r\\n1.1.2\\tLifestyle-related diseases\\r\\n1.2\\tCommon chronic diseases\\r\\n1.2.1\\tCardiovascular diseases and risk factors\\r\\n1.2.2\\tChronic respiratory diseases\\r\\n1.2.3\\tSleep-related breathing disorders\\r\\n1.2.4\\tMetabolic diseases and risk factors\\r\\n1.2.5\\tNeurological disorders\\r\\n1.3\\tHealthcare providers and reimbursement systems\\r\\n1.3.1\\tHealthcare in Asia-Pacific\\r\\n1.3.2\\tHealthcare in Europe\\r\\n1.3.3\\tHealthcare in North America\\r\\n1.4\\tRegulatory environment\\r\\n1.4.1\\tRegulatory environment in Europe\\r\\n1.4.2\\tRegulatory environment in North America\\r\\n1.4.3\\tRegulatory environment in other major markets\\r\\n1.4.4\\tInternational standardisation\\r\\n2\\tmHealth Platforms\\r\\n2.1\\tOverview of the mHealth market\\r\\n2.1.1\\tmHealth market segments\\r\\n2.1.2\\tConnectivity options for medical devices\\r\\n2.1.3\\tThe mHealth technology value chain\\r\\n2.2\\tmHealth connectivity solutions\\r\\n2.2.1\\tAlphabet\\r\\n2.2.2\\tApple\\r\\n2.2.3\\tAT&T\\r\\n2.2.4\\tBittium\\r\\n2.2.5\\tDeutsche Telekom\\r\\n2.2.6\\teDevice\\r\\n2.2.7\\tEnovacom (Orange)\\r\\n2.2.8\\tKORE Wireless\\r\\n2.2.9\\tMedM\\r\\n2.2.10\\tMicrosoft\\r\\n2.2.11\\tTelefónica\\r\\n2.2.12\\tTelenor\\r\\n2.2.13\\tTenovi\\r\\n2.2.14\\tVodafone\\r\\n2.3\\tmHealth care delivery platforms\\r\\n2.3.1\\tAlira Health\\r\\n2.3.2\\tAptar Digital Health\\r\\n2.3.3\\tClario\\r\\n2.3.4\\tDoccla\\r\\n2.3.5\\tDomicalis\\r\\n2.3.6\\tEnovation (Legrand Care)\\r\\n2.3.7\\tHope Care\\r\\n2.3.8\\tHuma Therapeutics\\r\\n2.3.9\\tLuscii, an OMRON Healthcare Service\\r\\n2.3.10\\tMedisanté\\r\\n2.3.11\\tMedixine\\r\\n2.3.12\\tS3 Connected Health\\r\\n2.3.13\\tTruBridge (IKS Health)\\r\\n3\\tPhysiological Monitoring Solution Providers\\r\\n3.1\\tMedical devices and remote monitoring\\r\\n3.1.1\\tMedical device revenues by market segment\\r\\n3.1.2\\tOverview of the remote patient monitoring market\\r\\n3.2\\tCardiac rhythm management\\r\\n3.2.1\\tOverview of the CRM device market\\r\\n3.2.2\\tUse cases for CRM monitoring\\r\\n3.2.3\\tRemote monitoring solution providers\\r\\n3.2.4\\tAbbott\\r\\n3.2.5\\tBIOTRONIK\\r\\n3.2.6\\tBoston Scientific\\r\\n3.2.7\\tMedtronic\\r\\n3.2.8\\tMicroPort CardioFlow Medtech\\r\\n3.3\\tRemote ECG monitoring\\t\\r\\n3.3.1\\tOverview of the remote ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": 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         \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":2376,"link":"https://cms.berginsight.com/report/the-future-of-v2x-communications/","acf_data":"{\n  \"permalink\": \"/the-future-of-v2x-communications\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 27,\n    \"short_description\": \"This report gives a comprehensive overview of the V2X market covering both Cellular V2X (C-V2X) and 802.11p-based technologies such as DSRC.\",\n    \"full_description\": [\n      \"Berg Insight estimates that there were about 0.7 million cars on the roads equipped with V2X capabilities at the end of 2020. The number is expected to grow to 35.1 million by 2025. Berg Insight’s definition of a Vehicle-to-Everything (V2X) system in the following analysis is a technology installed in cars that allows vehicles to communicate with moving parts of the traffic system around them using either IEEE 802.11p or C-V2X protocols. It is believed that both 802.11p-based technologies and C-V2X technologies will co-exist on the market but with varying success in different regions. The attach rate of V2X on new cars sold will grow from 0.6 percent in 2020 to 23.4 percent in 2025. Get up to date with the latest information about vendors, products and markets.\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2021/07/31172615/bi-v2x-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive summary\\r\\n1\\tVehicle-to-Everything (V2X)\\r\\n1.1\\tIntroduction to V2X\\r\\n1.1.1\\tBrief history of V2X communications\\r\\n1.1.2\\tThe rationale for V2X\\r\\n1.2\\tTechnology environment\\r\\n1.2.1\\t802.11p technologies (DSRC and ITS-G5)\\r\\n1.2.2\\tCellular V2X (C-V2X)\\r\\n2\\tThe V2X ecosystem\\r\\n2.1\\tAutomotive OEMs\\r\\n2.1.1\\tAudi\\r\\n2.1.2\\tBMW\\r\\n2.1.3\\tBYD\\r\\n2.1.4\\tDaimler\\r\\n2.1.5\\tFord\\r\\n2.1.6\\tGeely\\r\\n2.1.7\\tGeneral Motors\\r\\n2.1.8\\tHonda\\r\\n2.1.9\\tRenault\\r\\n2.1.10\\tToyota\\r\\n2.1.11\\tVolkswagen\\r\\n2.2\\tSemiconductor vendors\\r\\n2.2.1\\tAutotalks\\r\\n2.2.2\\tQualcomm\\r\\n2.2.3\\tNXP Semiconductors\\r\\n2.3\\tSpecialised V2X vendors\\r\\n2.3.1\\tAskey\\r\\n2.3.2\\tApplied Information\\r\\n2.3.3\\tCohda Wireless\\r\\n2.3.4\\tCommsignia\\r\\n2.3.5\\tDanlaw\\r\\n2.3.6\\tHARMAN Savari\\r\\n3\\tMarket forecast and trends\\r\\n3.1\\tMarket analysis\\r\\n3.1.1\\tCar sales forecast\\r\\n3.1.2\\tV2X market sizing and forecast\\r\\n3.1.3\\tV2X deployments in Europe\\r\\n3.1.4\\tV2X deployments in North America\\r\\n3.1.5\\tV2X deployments in Rest of World\\r\\n3.2\\tMarket trends and industry observations\\r\\n3.2.1\\tChina is the main market for C-V2X deployments\\r\\n3.2.2\\tNew car assessment programmes to drive demand for V2X\\r\\n3.2.3\\tV2X is a requirement to achieve full automated driving\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2021/07/31172627/bi-v2x-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The number of cars with V2X capabilities on the roads reached 0.7 million in 2020\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Vehicle-to-everything (V2X) refers to communications between a vehicle and the related environment such as infrastructure, pedestrians and network. V2X communications involves vehicles exchanging data with each other and the infrastructure. The broader term V2X is commonly used where the “X” represents for example an arbitrary vehicle or infrastructure node. V2X technology can improve driver awareness of upcoming potential dangers and improve collision avoidance, resulting in reduced fatalities and injury severity and potentially enhance traffic efficiency. Additional benefits include warnings for upcoming traffic congestions, proposing alternative routes and smarter transportation management.\",\n          \"\",\n          \"Communications between vehicles have been discussed for more than two decades, but with few implementations. Two key sets of V2X direct communications exist: 802.11p-based technologies such as DSRC and Cellular V2X (C-V2X). While 802.11p-based technologies have been deployed in Europe and Japan, C-V2X is gaining momentum in other regions. Berg Insight estimates that there were about 0.7 million cars on the roads featuring V2X capabilities at the end of 2020. This number is expected to grow to 35.1 million by 2025. It is believed that both 802.11p-based technologies and C-V2X technologies will be in use on the market but with varying success in different regions. The attach rate of V2X will grow from 0.6 percent in 2020 to 23.4 percent in 2025. China is expected to stay in the lead in terms of vehicles equipped with V2X through 2025 and onwards.\",\n          \"\",\n          \"Automotive manufacturers can choose between the different connectivity options when creating V2X services. Carmakers that have deployed V2X based on 802.11p-based technologies include Volkswagen and Toyota, whereas C-V2X is backed by Ford, BMW, Audi and the telecommunications industry. Specialised vendors of dedicated V2X hardware such as roadside units (RSUs) and onboard units (OBUs) include Askey, Applied Information, Cohda Wireless, Danlaw, HARMAN Savari and Commsignia. V2X software vendors include Marben Products and ESCRYPT. V2X hardware vendors sell products to road operators, infrastructure vendors, cities and municipalities and departments of transportation.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2021/07/31172637/bi-v2x-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 886,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:07:57\",\n          \"post_date_gmt\": \"2021-01-12 15:07:57\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Svegander\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"draft\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-svegander\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2023-06-26 09:07:14\",\n          \"post_modified_gmt\": \"2023-06-26 07:07:14\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=886\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"78\",\n    \"variations\": [\n      {\n        \"id\": 2381,\n        \"name\": \"The Future of V2X Communications - 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Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": 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           {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-automotive-oem-telematics-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"11th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"A comprehensive analysis of 25 major car OEMs and their telematics solutions.\",\n                  \"full_description\": [\n                    \"What are the latest trends on the global car OEM telematics market? Berg Insight estimates that 83 percent of all cars sold worldwide in 2025 were equipped with OEM embedded telematics. Examples of applications include eCall and roadside assistance, stolen vehicle tracking, vehicle diagnostics, connected navigation and infotainment, Wi-Fi hotspot, convenience applications, over-the-air updates, in-vehicle payments, usage-based insurance, leasing and rental fleet management, as well as electronic road charging. Get up to date with the latest industry trends in this new 270-page report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/18143958/bi-oemtelematics11-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Global Passenger Car Market\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tPassenger cars in use by region\\r\\n1.1.2\\tNew passenger car registration trends\\r\\n1.2\\tCar manufacturers\\r\\n1.2.1\\tPassenger car registrations in Europe by manufacturer\\r\\n1.2.2\\tPassenger car registrations in North America by manufacturer\\r\\n1.2.3\\tPassenger car registrations in China by manufacturer\\r\\n1.2.4\\tPassenger car registrations in Japan by manufacturer\\r\\n1.2.5\\tPassenger car and light vehicle registrations in South Korea by manufacturer\\r\\n1.3\\tOverview of car OEM telematics services\\r\\n1.3.1\\tOEM connected car services in Europe\\r\\n1.3.2\\tOEM connected car services in North America\\r\\n1.3.3\\tOEM connected car services in Asia-Pacific\\r\\n1.3.4\\tOEM connected car services in Latin America\\r\\n1.3.5\\tOEM connected car services in the Middle East and Africa\\r\\n1.3.6\\tBusiness models\\r\\n1.4\\tRegulatory compliance\\r\\n1.4.1\\tVehicle security, safety and emergency call regulations\\r\\n1.4.2\\tData governance and cybersecurity\\r\\n1.5\\tMarket trends\\r\\n1.5.1\\tHybrid Battery electric and plug-in hybrid electric vehicles\\r\\n1.5.2\\tThe software-defined vehicle\\r\\n1.5.3\\tADAS and autonomous driving technologies\\r\\n1.5.4\\tVehicle-to-Everything (V2X) communications\\r\\n1.5.5\\tCarsharing and personal transportation as a service\\r\\n2\\tConnected Car Solutions\\r\\n2.1\\tCar telematics infrastructure\\r\\n2.1.1\\tVehicle segment\\r\\n2.1.2\\tTracking segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tService segment\\r\\n2.2\\tConnected car services\\r\\n2.2.1\\teCall and roadside assistance\\r\\n2.2.2\\tStolen vehicle tracking\\r\\n2.2.3\\tMotor insurance telematics\\r\\n2.2.4\\tVehicle diagnostics and maintenance\\r\\n2.2.5\\tOver-the-air updates\\r\\n2.2.6\\tLeasing and rental fleet management\\r\\n2.2.7\\tRemote control and convenience services\\r\\n2.2.8\\tConnected navigation and infotainment\\r\\n2.2.9\\tConnected in-vehicle payments\\r\\n2.2.10\\tWi-Fi hotspots\\r\\n2.2.11\\tConnected and AI-powered in-car personal assistants\\r\\n2.3\\tConnectivity options\\r\\n2.3.1\\tEmbedded connectivity solutions\\r\\n2.3.2\\tIntegrated smartphone solutions\\r\\n2.3.3\\tTethered devices\\r\\n3\\tOEM Telematics Offerings\\r\\n3.1\\tBMW Group\\r\\n3.1.1\\tOverview of BMW passenger car models\\r\\n3.1.2\\tOverview of BMW ConnectedDrive services\\r\\n3.1.3\\tBMW and MINI CarData\\r\\n3.1.4\\tMINI connected car services\\r\\n3.2\\tBYD Auto\\r\\n3.2.1\\tOverview of BYD passenger car models\\r\\n3.2.2\\tBYD connected car services\\r\\n3.3\\tChangan Motors\\r\\n3.3.1\\tOverview of Changan Motors passenger car models\\r\\n3.3.2\\tOverview of Changan Motors connected car services\\r\\n3.4\\tChery Group\\r\\n3.4.1\\tOverview of Chery passenger car models\\r\\n3.4.2\\tChery connected car service offerings\\r\\n3.5\\tFord Motor Company\\r\\n3.5.1\\tOverview of Ford passenger car models\\r\\n3.5.2\\tFordPass Connect and Lincoln connected car services\\r\\n3.5.3\\tFord Pro commercial offerings\\r\\n3.6\\tGeely\\r\\n3.6.1\\tOverview of Geely passenger car models\\r\\n3.6.2\\tGeely connected car services\\r\\n3.7\\tGeneral Motors\\r\\n3.7.1\\tOverview of the main GM passenger car brands\\r\\n3.7.2\\tGM OnStar Connected Vehicle services\\r\\n3.8\\tGreat Wall Motors\\r\\n3.8.1\\tOverview of Great Wall Motors passenger car models\\r\\n3.8.2\\tGWM connected car platforms and services\\r\\n3.9\\tHonda Motor Company\\r\\n3.9.1\\tOverview of Honda and Acura passenger car models\\r\\n3.9.2\\tOverview of Honda and Acura connected car services\\r\\n3.10\\tHyundai Motor Group\\r\\n3.10.1\\tOverview of Hyundai and Kia passenger car models\\r\\n3.10.2\\tOverview of Hyundai Motor Group’s connected car platforms\\r\\n3.10.3\\tHyundai BlueLink services\\r\\n3.10.4\\tKia Connect Services\\r\\n3.11\\tJaguar Land Rover\\r\\n3.11.1\\tOverview of Jaguar Land Rover passenger car models\\r\\n3.11.2\\tJaguar Land Rover connected car services\\r\\n3.12\\tLeapmotor\\r\\n3.12.1\\tOverview of Leapmotor passenger car models\\r\\n3.12.2\\tLeapmotor connected car service offerings\\r\\n3.13\\tLi Auto\\r\\n3.13.1\\tOverview of Li Auto passenger car models\\r\\n3.13.2\\tLi Auto connected car service offerings\\r\\n3.14\\tMazda Motor Corporation\\r\\n3.14.1\\tOverview of Mazda passenger car models\\r\\n3.14.2\\tMazda Connected Services\\r\\n3.15\\tMercedes-Benz Group\\r\\n3.15.1\\tOverview of Mercedes-Benz passenger car models\\r\\n3.15.2\\tMercedes Me connect services\\r\\n3.16\\tNIO\\r\\n3.16.1\\tOverview of NIO passenger car models\\r\\n3.16.2\\tNIO connected car service offerings\\r\\n3.17\\tNissan Motor Company\\r\\n3.17.1\\tOverview of Nissan and Infiniti passenger car models\\r\\n3.17.2\\tNissanConnect Services\\r\\n3.18\\tRenault Group\\r\\n3.18.1\\tOverview of Renault and Dacia passenger car models\\r\\n3.18.2\\tRenault connected car services\\r\\n3.19\\tSAIC Motor\\r\\n3.19.1\\tOverview of SAIC Motor passenger car models\\r\\n3.19.2\\tOverview of SAIC connected car services\\r\\n3.20\\tStellantis\\r\\n3.20.1\\tOverview of Stellantis passenger car models\\r\\n3.20.2\\tOverview of Stellantis’ technology platforms\\r\\n3.20.3\\tChrysler, Jeep, Dodge, Ram and Fiat connected car services\\r\\n3.20.4\\tPeugeot, Citroën, DS, Vauxhall and Opel connected car services\\r\\n3.20.5\\tMobilisights Connect\\r\\n3.21\\tSubaru\\r\\n3.21.1\\tOverview of Subaru passenger car models\\r\\n3.21.2\\tOverview of Subaru connected services offerings\\r\\n3.22\\tTesla\\r\\n3.22.1\\tOverview of Tesla passenger car models\\r\\n3.22.2\\tTesla connected car services\\r\\n3.23\\tToyota Motor Corporation\\r\\n3.23.1\\tOverview of Toyota and Lexus passenger car models\\r\\n3.23.2\\tOverview of Toyota and Lexus connected car services\\r\\n3.23.3\\tThe T-Connect and G-LINK connected car services for the Japanese market\\r\\n3.23.5\\tToyota and Lexus connected car services in the Middle East\\r\\n3.23.6\\tToyota connected car services in Australia\\r\\n3.23.7\\tToyota and Lexus connected car services in Europe\\r\\n3.24\\tVolkswagen Group\\r\\n3.24.1\\tOverview of Volkswagen Group passenger car brands and models\\r\\n3.24.2\\tOverview of Volkswagen Group connected car platforms and strategies\\r\\n3.24.3\\tVolkswagen connected car services\\r\\n3.24.4\\tAudi connected car services\\r\\n3.24.5\\tPorsche connected car services\\r\\n3.24.6\\tŠkoda connected car services\\r\\n3.25\\tVolvo Cars\\r\\n3.25.1\\tOverview of Volvo passenger car models\\r\\n3.25.2\\tVolvo connected car services\\r\\n4\\tConnected Car Ecosystem Players\\r\\n4.1\\tConnected vehicle platform and service providers\\r\\n4.1.1\\tBeijing Yesway Information Technology\\r\\n4.1.2\\tBosch\\r\\n4.1.3\\tCerence AI\\r\\n4.1.4\\tForvia\\r\\n4.1.5\\tHarman International\\r\\n4.1.6\\tHERE Technologies\\r\\n4.1.7\\tMapbox\\r\\n4.1.8\\tPATEO\\r\\n4.1.9\\tSibros\\r\\n4.1.10\\tSiriusXM Connect\\r\\n4.1.11\\tSonatus\\r\\n4.1.12\\tTomTom\\r\\n4.1.13\\tValtech Mobility\\r\\n4.1.14\\tWirelessCar\\r\\n4.2\\tData-as-a-Service marketplaces and developer platforms\\r\\n4.2.1\\tCaruso\\r\\n4.2.2\\tHigh Mobility\\r\\n4.2.3\\tLexisNexis Risk Solutions\\r\\n4.2.4\\tMotorq\\r\\n4.2.5\\tSmartcar\\r\\n4.3\\tMobile operators\\r\\n4.3.1\\tAmérica Móvil\\r\\n4.3.2\\tAT&T\\r\\n4.3.3\\tChina Mobile\\r\\n4.3.4\\tChina Unicom\\r\\n4.3.5\\tDeutsche Telekom\\r\\n4.3.6\\tKDDI\\r\\n4.3.7\\tOrange\\r\\n4.3.8\\tSingtel\\r\\n4.3.9\\tTele2\\r\\n4.3.10\\tTelefónica\\r\\n4.3.11\\tTelenor\\r\\n4.3.12\\tVerizon\\r\\n4.3.13\\tVodafone\\r\\n4.4\\tIoT managed service providers\\r\\n4.4.1\\tAirnity\\r\\n4.4.2\\tCubic\\r\\n4.4.3\\tLenovo Connect\\r\\n4.4.4\\tNTT\\r\\n4.4.5\\tTata Communications\\r\\n4.5\\tConnectivity management platform providers\\r\\n4.5.1\\tAeris\\r\\n4.5.2\\tAirlinq\\r\\n4.5.3\\tCisco\\r\\n4.5.4\\tLolo Company\\r\\n5\\tMarket Forecasts and Trends\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCar sales forecast\\r\\n5.1.2\\tConnected car forecast\\r\\n5.1.3\\tThe connected car market in the EU27+EFTA+UK and Eastern Europe\\r\\n5.1.4\\tThe connected car market in North America\\r\\n5.1.5\\tThe connected car market in Latin America\\r\\n5.1.6\\tThe connected car market in China\\r\\n5.1.7\\tThe connected car market in rest of Asia-Pacific\\r\\n5.1.8\\tThe connected car market in the Middle East and Africa\\r\\n5.1.9\\tAnalysis of connected car services by OEM\\r\\n5.1.10\\tConnected car hardware and service revenue forecast\\r\\n5.1.11\\tEmbedded TCU shipments by technology\\r\\n5.1.12\\tConnected car data consumption analysis\\r\\n5.2\\tValue chain analysis\\r\\n5.2.1\\tTCU, NAD and SoC suppliers\\r\\n5.2.2\\tConnected vehicle platform and service providers\\r\\n5.2.3\\tCar manufacturers\\r\\n5.2.4\\tAutomotive connectivity providers\\r\\n5.2.5\\tCloud, application and content suppliers\\r\\n5.3\\tMarket trends\\r\\n5.3.1\\tConnectivity as an enabler for the software-defined vehicle\\r\\n5.3.2\\tOver-the-air (OTA) updates are now mainstream in new connected vehicles\\r\\n5.3.3\\tLocalisation becomes more important for connected vehicle services\\r\\n5.3.4\\tSGP.32 enables scalable automotive connectivity management for OEMs\\r\\n5.3.5\\t5G RedCap creates a lower-cost migration path from 4G to 5G\\r\\n5.3.6\\tSatellite connectivity emerges as a coverage extension for connected vehicles\\r\\n5.3.7\\tMass market safety services driven by regional mandates\\r\\n5.3.8\\tOEM SVT services compete with aftermarket services in many countries\\r\\n5.3.9\\tConnected navigation faces competition from free smartphone apps\\r\\n5.3.10\\tGen AI-powered in-car personal assistants to improve driving experiences\\r\\n5.3.11\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n5.3.12\\tOEMs increasingly involved in usage-based insurance products\\r\\n5.3.13\\tChinese OEMs raise customer expectations for connected services in Europe\\r\\n5.3.14\\tWestern OEMs adopt new strategies for the Chinese market\\r\\n5.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/18144007/bi-oemtelematics11-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected cars with embedded OEM telematics systems is expected to reach 580 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Several categories of connected car applications are now offered by carmakers. Examples include eCall and roadside assistance, stolen vehicle tracking (SVT), vehicle diagnostics, over-the-air (OTA) updates, connected navigation and infotainment, entertainment services such as music and video streaming, convenience services, Wi-Fi hotspots as well as AI personal assistance services. Virtually all of the world’s leading carmakers have launched mass-market connected services in key regions today. Berg Insight estimates that 83 percent of all new cars sold worldwide in 2025 were equipped with embedded connectivity, up from 79 percent in 2024. The eCall mandate in EU27+EFTA+UK has accelerated the adoption of connected car technology, making it a standard feature in all new cars sold in the region in 2025. North America is an advanced market in terms of connected car services with an estimated attach rate of 94 percent. In China, the attach rate reached an estimated 90 percent in 2025. Other developed markets include Russia and CIS, Japan and South Korea. In other regions, the attach rate is still around 30–40 percent. \",\n                        \"\",\n                        \"Since many volume brands such as Toyota, GM, Stellantis, Ford, Volkswagen, Hyundai/Kia, Honda and Nissan now offer connected services for free in their main markets, they will constitute a large part of the growth of connected cars in the coming years. Premium brands such as BMW, Mercedes-Benz and Audi have offered connected services as a standard feature across models and geographies for more than a decade and have a considerable number of connected cars today. Other major car brands offering connected services on a broad scale include Tesla, Renault, Geely, BYD, Volvo Cars, Mazda, JLR, SAIC, GWM, Chery, Subaru, Skoda, Porsche, Lexus and Changan Motors. Relatively newly founded brands in China such as Leapmotor, Li Auto and NIO also offer embedded connected services.\",\n                        \"\",\n                        \"Berg Insight estimates that total shipments of cars equipped with embedded connectivity reached 72.6 million units worldwide in 2025. Shipments are expected to reach 82.6 million units in 2030. During the same time, the attach rate of embedded connectivity is forecasted to increase from about 83 percent in 2025 to 91 percent in 2030. The number of active OEM telematics SIM cards is forecasted to grow at a CAGR of 11.5 percent from 338.0 million in 2025 to 583.1 million in 2030.\",\n                        \"\",\n                        \"Car manufacturers rely on services provided by mobile network operators, MVNOs, connectivity management platform providers and connected vehicle software and platform providers. Mobile operators and MVNOs such as AT&T, Vodafone, China Unicom, China Mobile, KDDI, Deutsche Telekom, Orange, Verizon, Cubic3 and NTT are leading connectivity providers in the automotive segment. Connectivity management platforms is also an important part of the connected car ecosystem enabling features such as provisioning, subscription management, cost monitoring and event management. Leading connectivity management platforms players in the automotive industry include Cisco, Aeris, Airlinq and Lolo Company.\",\n                        \"\",\n                        \"Connected vehicle platform and service providers support OEMs in the development, deployment and operation of connected car services. The category includes connected vehicle platform providers offering cloud back-end, vehicle-to-cloud connectivity, OTA updates, diagnostics, data management and service orchestration capabilities. It also includes automotive technology suppliers providing infotainment, telematics, digital cockpit, voice assistant and connected-service software. Leading providers in this segment include Beijing Yesway Information, Bosch, Cerence AI, Forvia, Harman International, HERE Technologies, Mapbox, PATEO, Sibros, SiriusXM Connect, Sonatus, TomTom, Valtech Mobility and WirelessCar. There are also companies specialising in building connected car services and applications upon connected car data. Examples of such companies include Caruso, High Mobility, LexisNexis Risk Solutions, Motorq and Smartcar.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/18144015/bi-oemtelematics11-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"304\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on car populations and new car registrations worldwide\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the connected car value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 25 major car OEMs and their connected car offerings. \"\n                      },\n                      {\n                        \"bullet_point\": \"Updated market forecasts by region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Car OEM 11th\",\n                \"src\": \"https://media.berginsight.com/2026/07/18144047/Car-OEM-11th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-automotive-oem-telematics-market-6/\",\n              \"name\": \"The Global Automotive OEM Telematics Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": 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fleet management market in India.\",\n    \"full_description\": [\n      \"How will the market for fleet management systems for commercial vehicles in India evolve in 2021 and beyond? This new 130-page report from Berg Insight covers the latest trends and developments in the dynamic commercial vehicle telematics industry. The total installed base of fleet management systems in India is forecasted to grow at a compound annual growth rate of 14.0 percent from 3.5 million units at the end of 2020 to almost 6.8 million units by 2025. The penetration rate in the total population of commercial vehicles and passenger cars in fleet use is at the same time estimated to increase from 10.2 percent in 2020 to 15.5 percent in 2025. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2021/07/08222141/bi-fmindia1-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive summary\\r\\n1\\tFleet management solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tAIS 140\\r\\n1.5.2\\tFASTag\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket forecasts and trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in India\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in India\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany profiles\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tAzuga\\r\\n3.1.2\\tGurtam\\r\\n3.1.3\\tMicrolise\\r\\n3.1.4\\tMireo\\r\\n3.1.5\\tNetstar\\r\\n3.1.6\\tTrimble\\r\\n3.1.7\\tWABCO (ZF)\\r\\n3.2\\tLocal aftermarket solution providers\\r\\n3.2.1\\tArya Omnitalk\\r\\n3.2.2\\tAsset Telematics\\r\\n3.2.3\\tAutoplant\\r\\n3.2.4\\tAxestrack\\r\\n3.2.5\\tBlackBuck\\r\\n3.2.6\\tBosch India\\r\\n3.2.7\\tCarIQ (Varroc)\\r\\n3.2.8\\tEcoCosmo\\r\\n3.2.9\\tFleetx\\r\\n3.2.10\\tIntangles\\r\\n3.2.11\\tIntellicar (TVS)\\t\\r\\n3.2.12\\tIntelliPlanner\\r\\n3.2.13\\tiTriangle\\r\\n3.2.14\\tLetstrack\\r\\n3.2.15\\tLocoNav\\r\\n3.2.16\\tMapmyIndia\\r\\n3.2.17\\tMatchpoint GPS\\r\\n3.2.18\\tMillitrack\\r\\n3.2.19\\tMinda\\r\\n3.2.20\\tNippon\\r\\n3.2.21\\tOnelap\\r\\n3.2.22\\tOneQlik\\r\\n3.2.23\\tProtrack GPS\\r\\n3.2.24\\tRane t4u\\r\\n3.2.25\\tTata Consultancy Services\\r\\n3.2.26\\tTrackoBit\\r\\n3.2.27\\tTrak N Tell\\r\\n3.2.28\\tTransight Systems\\r\\n3.2.29\\tUffizio\\r\\n3.2.30\\tVolty\\r\\n3.2.31\\tVST Mobility Solutions\\r\\n3.2.32\\tWheelsEye\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2021/07/08222154/bi-fmindia1-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of fleet management systems in India will reach 6.8 million units by 2025\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The fleet telematics industry in India is in many respects still nascent and major parts of the addressable market remain largely untapped. The uptake of fleet management solutions is however growing and the market is to some extent favoured by government regulations including AIS 140. While the global recession associated with the ongoing COVID-19 pandemic has indeed hampered developments in the fleet management sector, the setbacks are expected to be temporary. The total installed base of fleet management systems is forecasted to grow at a compound annual growth rate of 14.0 percent from 3.5 million units at the end of 2020 to almost 6.8 million units by 2025. The penetration rate in the total population of commercial vehicles and passenger cars in fleet use is at the same time estimated to increase from 10.2 percent in 2020 to 15.5 percent in 2025.\",\n          \"\",\n          \"The Indian fleet telematics market is served by many companies including a myriad of small local vendors, a number of pan-Indian players and a few international telematics giants. Berg Insight ranks WheelsEye, LocoNav, Uffizio and Letstrack as the largest solution vendors in India. These four companies all have total installed bases of over 0.5 million units on their respective platforms across all applications and geographies, though the shares represented by GPS-enabled telematics for fleet vehicles in commercial use on the Indian market vary substantially. Tata Motors and Ashok Leyland are the leading players in the OEM segment. The former collaborated with UK-based Microlise for many years, but Tata has now launched a next-generation connected vehicle solution developed in house. Ashok Leyland has reached more than 150,000 vehicles on its connected vehicle platform and works with Trimble that provides the hardware. Trimble is also a leading high-end fleet management solution provider in the aftermarket segment in India. The remaining top-10 players on the Indian market which have all reached the milestone of 100,000 units are Autoplant, Axestrack, Volty and Fleetx. Notable providers just outside of the top list include Arya Omnitalk, TrackoBit, Millitrack and Transight. The market is also served by diverse players such as Matchpoint GPS, Bosch, OneQlik, MapmyIndia, BlackBuck, Protrack GPS, Intellicar, Gurtam, Rane t4u, iTriangle, Nippon, IntelliPlanner, EcoCosmo, CarIQ, Intangles, Asset Telematics and Mireo, all having installed bases in the tens of thousands in India.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2021/07/08222206/bi-fmindia1-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"76\",\n    \"variations\": [\n      {\n        \"id\": 2345,\n        \"name\": \"Fleet Management in India - 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ECG monitoring device market\\r\\n3.3.2\\tUse cases for remote ECG monitoring\\r\\n3.3.3\\tRemote monitoring solution providers\\r\\n3.3.4\\tAliveCor\\r\\n3.3.5\\tBiotricity\\r\\n3.3.6\\tBoston Scientific Cardiac Diagnostics\\r\\n3.3.7\\tCardioComm Solutions\\r\\n3.3.8\\tGE HealthCare\\r\\n3.3.9\\tInfoBionic.Ai\\r\\n3.3.10\\tiRhythm Technologies\\r\\n3.3.11\\tLevMed\\r\\n3.3.12\\tPhilips Ambulatory Monitoring & Diagnostics (BioTelemetry)\\r\\n3.3.13\\tTZ Medical\\r\\n3.3.14\\tVitalConnect\\r\\n3.3.15\\tZenicor Medical Systems\\r\\n3.4\\tBlood pressure monitoring\\r\\n3.4.1\\tOverview of the blood pressure monitoring device market\\r\\n3.4.2\\tUse cases for blood pressure monitoring\\r\\n3.4.3\\tRemote monitoring solution providers\\r\\n3.4.4\\tA&D Holon Holdings Company\\r\\n3.4.5\\tiHealth Labs\\r\\n3.4.6\\tMicrolife\\r\\n3.4.7\\tOMRON Healthcare\\r\\n3.4.8\\tRossmax\\r\\n3.4.9\\tSmart Meter\\r\\n3.4.10\\tWelch-Allyn (Baxter International)\\r\\n3.4.11\\tWithings\\r\\n3.5\\tCoagulation monitoring\\r\\n3.5.1\\tOverview of the coagulation monitoring device market\\r\\n3.5.2\\tUse cases for blood coagulation monitoring\\r\\n3.5.3\\tRemote monitoring solution providers\\r\\n3.5.4\\tAbbott (Acelis Connected Health)\\r\\n3.5.5\\tCoaguSense\\r\\n3.5.6\\tHelena Laboratories\\r\\n3.5.7\\tiLine Microsystems\\r\\n3.5.8\\tRoche Diagnostics\\r\\n3.5.9\\tSiemens Healthineers\\r\\n3.5.10\\tWerfen\\r\\n3.6\\tConnected sleep therapy\\r\\n3.6.1\\tOverview of the sleep therapy device market\\r\\n3.6.2\\tUse cases for sleep therapy monitoring\\r\\n3.6.3\\tRemote monitoring solution providers\\r\\n3.6.4\\tBMC Medical\\r\\n3.6.5\\tFisher & Paykel Healthcare\\r\\n3.6.6\\tGood Sleep Co\\r\\n3.6.7\\tLöwenstein Medical Technology\\t\\r\\n3.6.8\\tPhilips Sleep and Respiratory Care\\r\\n3.6.9\\tResMed\\r\\n3.6.10\\tSefam\\r\\n3.6.11\\tSomnics Health\\r\\n3.6.12\\tSomnoMed\\r\\n3.6.13\\tVestalis\\r\\n3.7\\tHome sleep diagnostics\\r\\n3.7.1\\tOverview of the home sleep diagnostics market\\r\\n3.7.2\\tUse cases for home sleep diagnostics\\r\\n3.7.3\\tRemote monitoring solution providers\\r\\n3.7.4\\tAcurable\\r\\n3.7.5\\tBeacon Biosignals\\r\\n3.7.6\\tBelun Technology\\r\\n3.7.7\\tBioSerenity\\r\\n3.7.8\\tCadwell Laboratories\\r\\n3.7.9\\tCompumedics\\r\\n3.7.10\\tEnsoData\\r\\n3.7.11\\tHuxley Medical\\r\\n3.7.12\\tNatus Medical\\r\\n3.7.13\\tNox Medical (Nox Health)\\r\\n3.7.14\\tOnera Health\\r\\n3.7.15\\tSOMNOmedics\\r\\n3.7.16\\tWesper\\r\\n3.7.17\\tZoll Itamar (part of Zoll Medical)\\r\\n3.8\\tBlood oxygen monitoring\\r\\n3.8.1\\tOverview of the blood oxygen monitoring device market\\r\\n3.8.2\\tUse cases for blood oxygen monitoring\\r\\n3.8.3\\tRemote monitoring solution providers\\r\\n3.8.4\\tBodiMetrics\\r\\n3.8.5\\tChoiceMMed\\r\\n3.8.6\\tMasimo (Danaher)\\r\\n3.8.7\\tNonin Medical\\r\\n3.9\\tAirflow monitoring\\r\\n3.9.1\\tOverview of the air flow monitoring device market\\r\\n3.9.2\\tUse cases for airflow monitoring\\r\\n3.9.3\\tRemote monitoring solution providers\\r\\n3.9.4\\tAdherium\\r\\n3.9.5\\tAluna (Huma Therapeutics)\\r\\n3.9.6\\tAstraZeneca\\r\\n3.9.7\\tMedical International Research (MIR)\\r\\n3.9.8\\tMonitored Therapeutics\\r\\n3.9.9\\tNIOX Group\\r\\n3.9.10\\tSibelmed\\r\\n3.9.11\\tSmart Respiratory\\r\\n3.9.12\\tVitalograph\\r\\n3.9.13\\tVitasora Health\\r\\n3.10\\tGlucose monitoring and insulin delivery\\r\\n3.10.1\\tOverview of the glucose monitoring device market\\r\\n3.10.2\\tUse cases for glucose monitoring\\r\\n3.10.3\\tRemote monitoring solution providers\\r\\n3.10.4\\tAbbott Diabetes Care\\r\\n3.10.5\\tAscensia Diabetes Care\\r\\n3.10.6\\tDexcom\\r\\n3.10.7\\tGlooko\\r\\n3.10.8\\tInsulet\\r\\n3.10.9\\tLifeScan\\r\\n3.10.10\\tMiniMed\\r\\n3.10.11\\tRoche Near Patient Care\\r\\n3.10.12\\tSenseonics\\r\\n3.10.13\\tSequel Med Tec\\r\\n3.10.14\\tTandem Diabetes Care\\r\\n3.10.15\\tWelldoc\\r\\n3.11\\tOther physiological monitoring solutions\\r\\n3.11.1\\tImplantable medical devices\\r\\n3.11.2\\tHome haemodialysis\\r\\n3.11.3\\tThermometers and weight scales\\r\\n3.11.4\\tMental health\\r\\n3.11.5\\tCholesterol monitoring\\r\\n3.11.6\\tIncontinence monitoring\\r\\n3.11.7\\tSeizure alarms and monitors\\r\\n4\\tMedication, AED and Integrated Monitoring Solution Providers\\r\\n4.1\\tTelehealth and multiparameter monitoring solutions\\r\\n4.1.1\\tOverview of the telehealth solutions market\\r\\n4.1.2\\tUse cases for telehealth solutions\\r\\n4.1.3\\tTelehealth solution providers\\r\\n4.1.4\\tAMC Health\\r\\n4.1.5\\tAmwell\\r\\n4.1.6\\tCareSimple\\r\\n4.1.7\\tCurrent Health\\r\\n4.1.8\\tHealth Recovery Solutions\\r\\n4.1.9\\tMedtronic\\r\\n4.1.10\\tPhilips Enterprise Informatics\\r\\n4.1.11\\tSHL Telemedicine\\r\\n4.1.12\\tTeladoc Health\\r\\n4.1.13\\tTellihealth\\r\\n4.1.14\\tTytoCare\\r\\n4.1.15\\tVivalink\\r\\n4.2\\tMedication compliance monitoring\\r\\n4.2.1\\tOverview of the medication compliance monitoring market\\r\\n4.2.2\\tUse cases for medication compliance monitoring\\r\\n4.2.3\\tCompliance monitoring solution providers\\r\\n4.2.4\\tAdhereTech\\r\\n4.2.5\\tAxitare\\r\\n4.2.6\\tCareHome Health Solutions\\r\\n4.2.7\\tCompliance Meds Technologies\\r\\n4.2.8\\tDignio\\r\\n4.2.9\\tetectRx\\r\\n4.2.10\\tEvondos\\r\\n4.2.11\\tHero Health\\r\\n4.2.12\\tiZafe Group\\r\\n4.2.13\\tMedMinder (PersonalRX)\\r\\n4.2.14\\tMedReady\\r\\n4.2.15\\tMerck Group\\r\\n4.2.16\\tMevia\\r\\n4.2.17\\tPharmAdva (MedaCube)\\r\\n4.2.18\\tRGF Diagnostics (Mymemo)\\r\\n4.2.19\\tSpencer Health Solutions\\r\\n4.2.20\\tTamro (PHOENIX Group)\\r\\n4.2.21\\tWisepill Technologies\\r\\n4.3\\tConnected automated external defibrillators\\r\\n4.3.1\\tOverview of the connected defibrillator market\\r\\n4.3.2\\tUse cases for automated external defibrillators\\r\\n4.3.3\\tConnected solution providers\\r\\n4.3.4\\tAlmas Industries\\r\\n4.3.5\\tAvive Solutions\\r\\n4.3.6\\tCardia International (Skanray)\\r\\n4.3.7\\tCardiLink\\r\\n4.3.8\\tHeartstream (formerly Philips Emergency Care)\\r\\n4.3.9\\tMetrax\\r\\n4.3.10\\tMindray Medical\\r\\n4.3.11\\tNihon Kohden\\r\\n4.3.12\\tPYRESCOM\\r\\n4.3.13\\tSchiller\\r\\n4.3.14\\tStryker\\r\\n4.3.15\\tZoll Medical (Asahi Kasei)\\r\\n5\\tMarket Analysis and Forecasts\\r\\n5.1\\tMarket forecasts\\r\\n5.1.1\\tCardiac rhythm management\\r\\n5.1.2\\tSleep therapy\\r\\n5.1.3\\tRemote ECG monitoring\\r\\n5.1.4\\tGlucose monitoring and insulin delivery\\r\\n5.1.5\\tMedication compliance monitoring\\r\\n5.1.6\\tOther medical devices\\r\\n5.2\\tRevenue forecasts\\r\\n5.2.1\\tMedical monitoring devices\\r\\n5.2.2\\tmHealth software and services\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tAn ageing population increases the demand for care services\\r\\n5.3.2\\tIncrease of non-communicable disease prevalence\\r\\n5.3.3\\tThe generational technology barrier is disappearing\\r\\n5.3.4\\tHealthcare staff shortages call for more efficient healthcare\\r\\n5.3.5\\tGovernment policy and reimbursement are accelerating adoption of mHealth\\r\\n5.3.6\\tTransformation to value-based care\\r\\n5.3.7\\tIncreased focus on disease prevention\\r\\n5.3.8\\tAdvances in therapeutics create new monitoring opportunities\\r\\n5.3.9\\tThe critical role of cybersecurity in digital solutions\\r\\n5.3.10\\tIncreased need for interoperability as the number of solutions grows\\r\\n5.4\\tIndustry trends and analysis\\r\\n5.4.1\\tThe role of AI and ML in transforming mHealth\\r\\n5.4.2\\tIntegrations are becoming crucial in the health data ecosystem\\r\\n5.4.3\\tIncreasing adoption of wearable devices for continuous home monitoring\\r\\n5.4.4\\tConsumerisation of medical-grade mHealth devices and apps\\r\\n5.4.5\\tCellular technologies enable reliable connectivity for medical devices\\r\\n5.4.6\\tMajor pharmaceutical companies prepare large-scale rollouts\\r\\n5.4.7\\tBYOD is becoming a popular and viable option\\r\\n5.4.8\\tThe global adoption of telehealth is ramping up\\r\\n5.4.9\\tCompliance monitoring is a major driver behind home monitoring\\r\\n5.4.10\\tCOVID-19 accelerated the structural adoption of mHealth\\r\\n5.4.11\\tM&As and strategic partnerships strengthen the connected care ecosystem\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/22174136/bi-mhealth13-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of connected home medical monitoring devices reached 92.7 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"mHealth refers to the application of telecommunications in medicine and includes everything from connected medical devices to digital care programs. The adoption of mHealth solutions in healthcare is driven by a wide range of incentives, related to everything from demographics and technology development to new advancements in medical treatment. The primary focus of this report is on home monitoring solutions, which are commonly used to manage patients with various chronic conditions such as cardiac arrhythmia, diabetes, hypertension, respiratory diseases and sleep apnoea. Other applications include remote diagnostics, compliance monitoring and clinical trials.\",\n                        \"\",\n                        \"The number of connected home medical monitoring devices reached 92.7 million in 2025, reflecting growing market acceptance. This number includes all connected medical devices used in mHealth care programs. Berg Insight estimates that the number of connected home medical monitoring devices will grow at a compound annual growth rate (CAGR) of 11.5 percent to 159.7 million by 2030. Cellular connectivity remains the de facto standard communications technology for most types of connected home medical monitoring devices and will account for 89.5 million connections in 2030. However, the use of patients’ own mobile devices (BYOD) as connectivity hubs for remote patient monitoring is increasing and has become the preferred connectivity option in several segments, such as diabetes management. By 2030, a total of 68.4 million patients will rely on BYOD connectivity.\",\n                        \"\",\n                        \"Berg Insight estimates that revenues for remote patient monitoring (RPM) solutions reached €_50.4 billion in 2025, including revenues from medical monitoring devices and mHealth software and services. RPM revenues are expected to grow at a CAGR of 12.7 percent between 2025 and 2030 to reach € 91.6 billion at the end of the forecast period. Connected medical devices accounted for 51 percent of total RPM revenues in 2025. However, revenues for mHealth software and services are growing at a faster rate and will account for 54 percent of total revenues in 2030, up from 49 percent in 2025.\",\n                        \"\",\n                        \"There is a strong trend towards incorporating greater connectivity into medical devices to enable new services and value propositions. Sleep therapy is by far the most connected segment and is dominated by ResMed. Additional vendors include Philips, BMC Medical, Löwenstein Medical Technology. The number of monitored patients continues to grow and has more than doubled since 2018, largely due to the compliance monitoring requirements that have been introduced in the US and Europe. Implantable cardiac rhythm management (CRM) has traditionally been the largest market segment, led by companies such as Medtronic, Abbott, Boston Scientific and BIOTRONIK, which began including connectivity in CRM solutions two decades ago. Berg Insight anticipates that the fastest growing market segments in the next five years to be remote ECG monitoring, diabetes management and medication compliance monitoring. Today, the leading connected healthcare players in these segments include forward-thinking incumbents as well as innovative new entrants such as AliveCor, Abbott, Bardy Diagnostics, Boston Scientific, Biotricity, Compliance Meds Technologies, Dignio, Evondos, Philips, Dexcom, Glooko, GE Healthcare, Hero Health, Insulet, iRhythm Technologies, InfoBionic.Ai, MedMinder, MedReady, Medtronic, MiniMed, Roche, Tandem Diabetes Care, WellDoc and Withings.\",\n                        \"\",\n                        \"mHealth software and services are one of the most rapidly developing parts of the mHealth value chain. This segment includes platforms for remote patient monitoring, which utilise connected devices like wearables and sensors to track vital signs and health metrics. Service providers in this space offer comprehensive solutions that integrate data analytics, telehealth capabilities and patient engagement tools to ensure continuous and efficient care. Companies that specialise in this area include Amwell, Aptar Digital Health, Alira Health (Bepatient), CareSimple, Current Health, Doccla, Huma Therapeutics, OMRON Healthcare (Luscii), Medisanté, MedM, S3 Connected Health, SHL Telemedicine, Teladoc Health, Tellihealth, Enovation (Legrand Care), Vivalink and Welldoc.\",\n                        \"\",\n                        \"The global healthcare sector is undergoing a technological transformation driven by changing patient needs, rising healthcare costs and an ageing population. The market is shifting towards a connected, decentralised and patient-centric model of care. The COVID-19 pandemic accelerated the adoption of telehealth and remote patient monitoring (RPM), as these digital technologies are becoming the new standard for care delivery. Since then, providers are incorporating social care models into public health systems to better address patient needs. Medical providers and technology companies are seeking ways to revolutionise care by streamlining costs, reducing hospital readmission rates and expanding access to care in remote areas. The focus is increasingly moving from episodic care towards continuous monitoring and proactive intervention. Healthcare providers are adopting remote and home-based care models to improve patient outcomes, reduce avoidable hospitalisations and readmissions, manage healthcare costs and extend access to specialist care. Artificial intelligence (AI) has advanced significantly, aiding in disease detection and personalised treatment by analysing large datasets. This shift supports the move from data collection to proactive and personalised solutions. Additionally, using patients’ own mobile devices as health hubs has become a viable alternative. Berg Insight predicts that this transformation will drive strong growth in the mHealth industry over the next five years.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/22174145/bi-mhealth13-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3806,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:24:10\",\n                        \"post_date_gmt\": \"2023-06-17 12:24:10\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Vatsala Raina\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"vatsala-raina\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2023-10-03 12:26:57\",\n                        \"post_modified_gmt\": \"2023-10-03 10:26:57\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3806\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"313\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Profit from 43 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about key home health monitoring devices and services. \"\n                      },\n                      {\n                        \"bullet_point\": \"Study the strategies of 152 key players in the mHealth ecosystem. \"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the dynamics of the health monitoring market in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehend how wireless technology can become seamlessly integrated with medical devices.\"\n                      },\n                      {\n                        \"bullet_point\": \"Evaluate the business opportunities in the emerging mHealth segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future market and technology developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"mHealth and Home Monitoring 13th\",\n                \"src\": \"https://media.berginsight.com/2026/10/22174731/mHealth-and-Home-Monitoring-13th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/mhealth-and-home-monitoring-5/\",\n              \"name\": \"mHealth and Home Monitoring\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Connected Healthcare\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-global-robotaxi-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the robotaxi value chain covering 22 robotaxi technology and mobility platform providers.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the robotaxi market? Berg Insight estimates that the number of robotaxis operating worldwide will grow at a CAGR of 64.4 percent from 6,500 at the end of 2025 to 1.53 million by 2036. The report explains all parts of the robotaxi value chain and covers 22 robotaxi technology and mobility platform providers. Get up to date with the latest information about robotaxi fleet operators, technology and platform providers as well as the involvement from the automotive OEMs.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/05172700/bi-robotaxi1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Robotaxis\\r\\n1.1\\tDefinitions and classifications\\r\\n1.2\\tOverview of robotaxi services\\r\\n1.2.1\\tBrief history of the robotaxi industry\\r\\n1.2.2\\tCurrent robotaxi offerings\\r\\n1.3\\tThe regulatory environment\\r\\n1.4\\tRobotaxi use cases and service models\\r\\n1.4.1\\tRobotaxi ridehailing services\\r\\n1.4.2\\tPublic transport and municipal services\\r\\n1.4.3\\tGoods transportation services\\r\\n1.4.4\\tCivil defence services\\r\\n2\\tThe Robotaxi Technology Stack\\r\\n2.1\\tSense-Plan-Act process and AI-based approaches\\r\\n2.2\\tSensors\\r\\n2.2.1\\tCameras\\r\\n2.2.2\\tRadar\\r\\n2.2.3\\tLiDAR\\r\\n2.2.4\\tUltrasonic sensor\\r\\n2.2.5\\tInertial navigation system\\t\\r\\n2.3\\tCompute platforms\\r\\n2.3.1\\tCompute elements\\r\\n2.3.2\\tIntegration and deployment of compute elements\\r\\n2.4\\tThe automated driving software stack\\r\\n2.4.1\\tPerception layer\\r\\n2.4.2\\tSensor fusion layer\\r\\n2.4.3\\tLocalisation and mapping layer\\r\\n2.4.4\\tMotion planning layer\\r\\n2.4.5\\tControl layer\\r\\n2.5\\tVehicle execution and passenger interface systems\\r\\n2.5.1\\tVehicle control and actuator integration\\r\\n2.5.2\\tBackup systems and minimal-risk manoeuvres\\r\\n2.5.3\\tPassenger, cabin and external communication systems\\r\\n2.6\\tConnectivity and offboard enablement\\r\\n2.6.1\\tTelematics and OTA updates\\r\\n2.6.2\\tLocation tracking and fleet monitoring\\r\\n2.6.3\\tMaps and geofencing\\r\\n2.6.4\\tRemote assistance and teleoperation\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tRobotaxi technology providers\\r\\n3.1.1\\tAvride\\r\\n3.1.2\\tBaidu (Apollo)\\r\\n3.1.3\\tMay Mobility\\r\\n3.1.4\\tMobileye\\r\\n3.1.5\\tMomenta\\r\\n3.1.6\\tMotional\\r\\n3.1.7\\tPony.ai\\r\\n3.1.8\\tTesla\\r\\n3.1.9\\tWaymo\\r\\n3.1.10\\tWayve\\r\\n3.1.11\\tWeRide\\r\\n3.1.12\\tZoox\\r\\n3.1.13\\tAdditional robotaxi technology providers\\r\\n3.2\\tMobility platform providers\\r\\n3.2.1\\tAmap\\r\\n3.2.2\\tBolt\\r\\n3.2.3\\tCaoCao Mobility\\r\\n3.2.4\\tDiDi\\r\\n3.2.5\\tGO\\r\\n3.2.6\\tGrab\\r\\n3.2.7\\tKakao Mobility\\r\\n3.2.8\\tLyft\\r\\n3.2.9\\tT3 Mobility\\r\\n3.2.10\\tUber\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tRobotaxi deployment and service revenue forecasts\\r\\n4.1.1\\tRobotaxi deployment forecast by region\\r\\n4.1.2\\tRobotaxi service revenue forecast by region\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAutomotive OEMs\\r\\n4.2.2\\tAutonomous driving and enabling technology providers\\r\\n4.2.3\\tRobotaxi technology providers\\r\\n4.2.4\\tMobility and demand aggregation platforms\\r\\n4.2.5\\tRobotaxi fleet operators and owners\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tAutomotive OEMs take more selective roles in robotaxi services\\r\\n4.3.2\\tEnd-to-end AI improves the geographic scalability of autonomous driving\\r\\n4.3.3\\tPrivately owned autonomous vehicles to be used in robotaxi services\\r\\n4.3.4\\tAV providers to launch robotaxi services without mobility platform partners\\r\\n4.3.5\\tImproved unit economics will be required for large-scale fleet deployment\\r\\n4.3.6\\tDriverless services will continue to depend on human operational support\\r\\n4.3.7\\tGeographical scalability will determine the pace of the robotaxi fleet rollout\\r\\n4.3.8\\tConsumer acceptance will have an impact on robotaxi adoption\\r\\n4.4\\tMergers and acquisitions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/05172710/bi-robotaxi1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The global robotaxi fleet to exceed 1.5 million vehicles in 2036\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The emerging robotaxi market is one of the most dynamic segments of the automotive industry today. A robotaxi operates similarly to a conventional ride-hailing vehicle, except that the driving task is performed by an automated driving system. This can be done with or without an onboard safety driver. Robotaxi services have developed from limited autonomous vehicle trials into commercial ride-hailing services available in select markets. Today, several driverless robotaxi services are available mainly in the US, China and the Middle East. Services have moreover recently been launched in Europe, South Korea and Singapore and it is expected that additional services will be launched in more markets in the coming years.\",\n                        \"\",\n                        \"The number of robotaxis is expected to grow rapidly over the next decade. A combination of technological advances, lower vehicle and sensor costs, regulatory progress and growing investment from automotive and technology companies supports the expansion of robotaxi services across additional cities and regions. At the end of 2025, an estimated 6,500 robotaxis operated worldwide. This number is expected to grow with a CAGR of 64.4 percent to reach 1.53 million robotaxis in 2036. Total passenger fare revenues generated by commercial robotaxi services are expected to grow at a CAGR of 79.2 percent from US$ 260.0 million in 2025 to US$ 158.7 billion in 2036.\",\n                        \"\",\n                        \"Robotaxi technology providers bring the central technology integration layer of the robotaxi value chain. They develop the L4 automated driving system and determine how the software, sensors, compute platform and vehicle-control systems work together. They are also responsible for the overall system and the driving performance. Some providers also control mapping, simulation, validation, fleet-data infrastructure and remote assistance. The automated driving system and the data used to train and validate the system are the main proprietary assets. Leading robotaxi technology providers include Avride, Baidu (Apollo Go), May Mobility, Mobileye, Momenta, Motional, Pony.ai, Tesla, Waymo, Wayve, WeRide and Zoox.\",\n                        \"\",\n                        \"Mobility platform providers contribute the customer interface and demand-aggregation applications, which connect passengers with available robotaxis and manage bookings as well as solutions for payments, pricing and customer support. They often partner with robotaxi technology providers and fleet operators to offer a complete service. Mobility platform providers can leverage their established brands, large user bases and proprietary data on travel patterns to reach a large customer network, match supply with demand and increase vehicle utilisation. Leading mobility platform providers include North America-based Uber and Lyft, Europe-based Bolt as well as Chinese players such as DiDi, CaoCao Mobility and T3 Mobility. \",\n                        \"\",\n                        \"One of the most interesting questions in the industry is how to scale robotaxi services across additional cities and geographies while achieving commercially viable unit economics as fleets expand to tens of thousands of vehicles. The scalability of a robotaxi business depends largely on how much of the technology and operating model can be reused across markets. End-to-end AI and large driving models have the potential to reduce the engineering work required for local deployment by reducing reliance on manually specified driving rules and improving generalisation across different driving environments. At the same time, factory-integrated and purpose-built vehicles can lower vehicle costs at sufficient production volumes. Higher utilisation and more efficient fleet operations can lower costs per paid kilometre. However, safety validation for the intended operating conditions, compliance with applicable regulations and access to operational infrastructure are still required. The need for additional local data collection varies by market and system. Commercial viability also depends on generating sufficient demand at fares that cover the full cost of providing the service. Companies that successfully combine advances in AI and vehicle design, build effective partnerships, meet safety and regulatory requirements and develop commercially viable business models will be best placed to scale across markets.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/05172720/bi-robotaxi1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3108,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2022-06-28 11:46:08\",\n                        \"post_date_gmt\": \"2022-06-28 09:46:08\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Cederqvist\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-cederqvist\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:52:45\",\n                        \"post_modified_gmt\": \"2026-01-06 12:52:45\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3108\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"312\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the robotaxi value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 22 robotaxi technology and mobility platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2036.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Robotaxi 1st Edition\",\n                \"src\": \"https://media.berginsight.com/2026/10/05173330/Robotaxi-1st-Edition.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-robotaxi-market/\",\n              \"name\": \"The Global Robotaxi Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-satellite-iot-communications-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"6th Edition\",\n                  \"main_product_category\": 25,\n                  \"short_description\": \"A comprehensive analysis of the emerging satellite IoT connectivity market covering 44 satellite IoT operators.\",\n                  \"full_description\": [\n                    \"This study investigates the satellite IoT connectivity market. The research covers a total of 44 satellite IoT operators including both the incumbent operators and all the new LEO smallsat constellations. The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Get up to date with the latest information and trends about the satellite IoT business opportunity.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/10/02154831/bi-satelliteiot6-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSatellite Networks for the Internet of Things\\r\\n1.1\\tIntroduction to satellite IoT technologies\\r\\n1.1.1\\tTraditional GEO constellations\\r\\n1.1.2\\tThe new age of large LEO constellations\\r\\n1.2\\tSatellite IoT constellations\\r\\n1.2.1\\tSatellite orbit types\\r\\n1.2.2\\tSpace junk challenges\\r\\n1.2.3\\tFrequency bands\\r\\n1.2.4\\tLatency\\r\\n1.2.5\\tCoverage and capacity\\r\\n1.2.6\\tProtocol choices and standards\\r\\n1.3\\tInvestments and M&As in the satellite IoT industry\\r\\n1.4\\tUse cases for satellite IoT\\r\\n1.5\\tBusiness models and project strategies\\r\\n1.6\\tLaunch services\\r\\n1.7\\tSatellite design and manufacturing\\r\\n1.8\\tSatellite IoT modules and terminals\\r\\n1.9\\tSatellite IoT connectivity pricing examples\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe incumbent satellite IoT operators\\r\\n2.1.2\\tThe new space race boosted by numerous new LEO constellations\\r\\n2.1.3\\tMobile operators partner with satellite IoT players to extend coverage\\r\\n2.1.4\\tGovernments invest in satellite IoT infrastructure\\r\\n2.1.5\\tSome satellite IoT constellations have been discontinued or repositioned\\r\\n2.1.6\\tSatellite IoT subscriber forecasts\\r\\n2.1.7\\tSatellite IoT operator market shares\\r\\n2.2\\tRegional trends\\r\\n2.2.1\\tEurope\\r\\n2.2.2\\tNorth America\\r\\n2.2.3\\tChina\\r\\n2.2.4\\tRest of World\\r\\n2.3\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tEuropean satellite operators\\r\\n3.1.1\\tApogeo Space\\r\\n3.1.2\\tEchoStar Mobile\\r\\n3.1.3\\tEutelsat Group\\r\\n3.1.4\\tFossa Systems\\r\\n3.1.5\\tHispasat\\r\\n3.1.6\\tHydra Space Systems\\r\\n3.1.7\\tIRIS2\\r\\n3.1.8\\tKineis\\r\\n3.1.9\\tLacuna Space\\r\\n3.1.10\\tOpen Cosmos\\r\\n3.1.11\\tOQ Technology\\r\\n3.1.12\\tSateliot\\r\\n3.1.13\\tSES\\r\\n3.2\\tNorth American satellite operators\\r\\n3.2.1\\tAmazon\\r\\n3.2.2\\tAST SpaceMobile\\r\\n3.2.3\\teSAT Global\\r\\n3.2.4\\tE-Space\\r\\n3.2.5\\tGlobalstar\\r\\n3.2.6\\tHubble Network\\r\\n3.2.7\\tIngenu\\r\\n3.2.8\\tIridium\\r\\n3.2.9\\tLigado Networks\\r\\n3.2.10\\tLynk (Elveo Mobile)\\r\\n3.2.11\\tOmnispace (Elveo Mobile)\\r\\n3.2.12\\tORBCOMM\\r\\n3.2.13\\tSkylo\\r\\n3.2.14\\tStarlink (SpaceX)\\r\\n3.2.15\\tTelesat\\r\\n3.2.16\\tTerrestar Solutions\\r\\n3.2.17\\tViasat (Inmarsat)\\r\\n3.3\\tChinese satellite operators\\r\\n3.3.1\\tCommsat\\r\\n3.3.2\\tGalaxySpace\\r\\n3.3.3\\tGeespace (Geely)\\r\\n3.3.4\\tGuodian Tech\\r\\n3.3.5\\tGuowang\\r\\n3.3.6\\tHead Aerospace\\r\\n3.3.7\\tHonghu-3\\r\\n3.3.8\\tQianfan\\r\\n3.4\\tRest of World satellite operators\\r\\n3.4.1\\thiSky\\r\\n3.4.2\\tInnova Space\\r\\n3.4.3\\tMyriota\\r\\n3.4.4\\tPlan-S\\r\\n3.4.5\\tRoscosmos\\r\\n3.4.6\\tThuraya (Space42)\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/10/02154845/bi-satelliteiot6-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of satellite IoT subscribers to reach 42 million in 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Only about 10 percent of the Earth’s surface has access to terrestrial connectivity services which leaves a massive opportunity for satellite IoT communications. Satellite connectivity provides a complement to terrestrial cellular and non-cellular networks in remote locations, especially useful for applications in agriculture, asset tracking, maritime and intermodal transportation, oil and gas industry exploration, utilities, construction and governments. Both incumbent satellite operators and more than two dozen new initiatives are now betting on the IoT connectivity market. This study covers a total of 44 satellite IoT operators. Only 17 of these offer commercial satellite IoT connectivity services today.\",\n                        \"\",\n                        \"The global satellite IoT communications market is growing at a good steady pace. The global satellite IoT subscriber base grew to surpass 7.0 million in 2025. The number of satellite IoT subscribers will increase at a compound annual growth rate (CAGR) of 43.1 percent to reach 42.0 million units in 2030. Satellite IoT connectivity revenues are at the same time forecasted to grow at a compound annual growth rate (CAGR) of 38.9 percent from € 390.6 million in 2025 to approximately € 2.02 billion in 2030. Meanwhile the monthly ARPU is expected to drop to € 4.00 by 2030. Iridium, ORBCOMM, Viasat and Globalstar are the largest satellite network operators in IoT. Iridium grew its subscriber base by 6 percent in the last year and reached the number one spot serving 2.1 million subscribers. Originally a dedicated satellite operator, ORBCOMM has transitioned into an end-to-end solution provider, delivering services on its own satellite network as well as being a reseller partner of Viasat and others. At the end of Q4-2025, the company had 950,000 million satellite IoT subscribers on its own and Viasat’s networks. Viasat does not currently report IoT subscribers. Globalstar reached 0.54 million subscribers. Other players with connections in the tens of thousands include for instance Myriota in Australia, Kineis in France and Thuraya in the UAE.\",\n                        \"\",\n                        \"In addition to the incumbent satellite operators a number of new initiatives have appeared on the market recently. Examples of some high-profile projects are AST SpaceMobile, Geespace, Hubble Network, Kineis, Ligado Networks, Lynk, Myriota, Elveo Mobile, OQ Technology, Plan-S, Sateliot, Skylo and Starlink. Many of these are based on low-earth orbit smallsat concepts. While some rely on proprietary satellite connectivity technologies to support IoT devices, several are starting to leverage terrestrial wireless IoT connectivity technologies. Examples include OQ Technology, AST SpaceMobile, Elveo Mobile, Sateliot, Ligado Networks, Skylo, Open Cosmos, Iridium, Terrestar Solutions, Geespace and Starlink (3GPP 4G/5G); EchoStar Mobile, Fossa Systems, Lacuna Space, Innova Space and Plan-S (LoRa); and Hubble Network (Bluetooth).\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/10/02154901/bi-satelliteiot6-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"311\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the satellite IoT communications ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the strategies of 44 satellite IoT operators.\"\n                      },\n                      {\n                        \"bullet_point\": \"Perspectives on the impact of the new LEO satellite constellations.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest industry trends and developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of operator market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive global and regional market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 25,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Satellite 6th\",\n                \"src\": \"https://media.berginsight.com/2026/10/02154622/Satellite-6th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-satellite-iot-communications-market-6/\",\n              \"name\": \"The Satellite IoT Communications Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Horizontal Themes\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":1165,"link":"https://cms.berginsight.com/report/the-commercial-building-automation-market/","acf_data":"{\n  \"permalink\": \"/the-commercial-building-automation-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"2nd Edition\",\n    \"main_product_category\": 34,\n    \"short_description\": \"This report is an in-depth analysis of the smart buildings market in Europe and North America.\",\n    \"full_description\": [\n      \"How should the mobile industry address the vast business opportunity in connected smart buildings? The total installed base of connected systems in Europe and North America reached an estimated 20.5 million systems in 2019. Berg Insight forecasts that the installed base will grow at a CAGR of 11.0 percent in the two regions to reach 34.4 million connected building automation systems in 2024. Get a 360 degree perspective on the rapid evolution of the global building automation market in this comprehensive 200 page strategy report.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2021/02/07173719/bi-buildingautomation2-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive summary\\r\\n1\\tIntroduction to smart buildings\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tDefinitions and brief history of commercial building automation\\r\\n1.1.2\\tFrom building automation to smart buildings\\r\\n1.1.3\\tSmart buildings are an integral part of smart cities\\r\\n1.2\\tTypes of commercial building automation\\r\\n1.2.1\\tHVAC and energy management systems\\r\\n1.2.2\\tLighting and window control systems\\r\\n1.2.3\\tFire safety, security and access control\\r\\n1.2.4\\tElevator and escalator management\\r\\n1.2.5\\tAudio, video and entertainment\\r\\n1.2.6\\tWater management\\r\\n1.2.7\\tOther types of building automation\\r\\n1.2.8\\tBuilding management systems\\r\\n1.3\\tBuilding automation market segments\\r\\n1.3.1\\tGovernment buildings\\r\\n1.3.2\\tHealthcare buildings and hospitals\\r\\n1.3.3\\tHospitality buildings and hotels\\r\\n1.3.4\\tOffice buildings\\r\\n1.3.5\\tProduction buildings and factories\\r\\n1.3.6\\tRetail outlets\\r\\n1.3.7\\tCommercial building stock by region\\r\\n1.3.8\\tNew buildings versus existing buildings\\r\\n1.4\\tMacro trends\\r\\n1.4.1\\tGlobal population growth and urbanisation\\r\\n1.4.2\\tSustainability\\r\\n1.4.3\\tIncreasing energy demands\\r\\n1.5\\tMarket drivers\\r\\n1.5.1\\tEnergy consumption of commercial buildings\\r\\n1.5.2\\tOptimising energy consumption in commercial buildings\\r\\n1.5.3\\tThe next frontier – zero energy buildings\\r\\n1.5.4\\tOperational efficiency\\r\\n1.5.5\\tOccupancy comfort and productivity\\r\\n1.5.6\\tSpace optimisation\\r\\n1.5.7\\tRegulations and standards\\r\\n1.5.8\\tGrants, loans, rebates and deductions\\r\\n1.6\\tTechnology drivers\\r\\n1.6.1\\tBig data and data analytics\\r\\n1.6.2\\tCloud and edge computing\\r\\n1.6.3\\tDeep learning and artificial intelligence\\r\\n1.6.4\\tWireless connectivity\\r\\n1.7\\tMarket barriers\\r\\n1.7.1\\tLack of clarity on return on investment\\r\\n1.7.2\\tCompetitive markets versus oligopolies\\r\\n1.7.3\\tProprietary solutions and lack of interoperability\\r\\n1.7.4\\tSecurity and privacy concerns\\r\\n1.8\\tIndustry consortiums, certifications and standards\\r\\n2\\tNetworks and communications technologies\\r\\n2.1\\tOverview\\r\\n2.1.1\\tIntegration in building automation\\r\\n2.1.2\\tApproaches to establishing interoperability\\r\\n2.1.3\\tNetwork protocols and topologies\\r\\n2.1.4\\tTechnology choices of product OEMs\\r\\n2.1.5\\tCombine IT networks and building automation networks or keep them apart?\\r\\n2.2\\tBuilding automation protocols\\r\\n2.2.1\\tBACnet\\r\\n2.2.2\\tDALI\\r\\n2.2.3\\tKNX\\r\\n2.2.4\\tLonWorks\\r\\n2.2.5\\tM-Bus\\r\\n2.2.6\\tModbus\\r\\n2.2.7\\tOpenTherm\\r\\n2.2.8\\tSNMP\\r\\n2.3\\tNetworking technologies\\r\\n2.3.1\\tBluetooth\\r\\n2.3.2\\tEnOcean\\r\\n2.3.3\\tLi-Fi\\r\\n2.3.4\\tLPWAN\\r\\n2.3.5\\tPower over Ethernet\\r\\n2.3.6\\tThread\\r\\n2.3.7\\tWi-Fi\\r\\n2.3.8\\tZigBee\\r\\n2.3.9\\tZ-Wave\\r\\n2.4\\tWireless versus wired communications\\r\\n3\\tTechnology providers and OEMs\\r\\n3.1\\tMarket overview\\r\\n3.2\\tHVAC and energy management\\r\\n3.2.1\\t75F\\r\\n3.2.2\\tAutani\\r\\n3.2.3\\tAutomated Logic (Carrier)\\r\\n3.2.4\\tBuildingIQ\\r\\n3.2.5\\tCimetrics\\r\\n3.2.6\\tDanfos\\r\\n3.2.7\\tDelta Controls (Delta Electronics)\\r\\n3.2.8\\tDistech Controls (Acuity Brands)\\r\\n3.2.9\\tEntouch Controls\\r\\n3.2.10\\tKMC Controls\\r\\n3.2.11\\tKGS Buildings\\r\\n3.2.12\\tLynxspring\\r\\n3.2.13\\tRegin\\r\\n3.2.14\\tSenseware\\r\\n3.2.15\\tTelkonet\\r\\n3.2.16\\tVerdigris Technologies\\r\\n3.3\\tLighting and window control\\r\\n3.3.1\\tAcuity Brands\\r\\n3.3.2\\tCree Lighting (IDEAL Industries)\\r\\n3.3.3\\tDigital Lumens (Osram)\\r\\n3.3.4\\tEnlighted (Siemens)\\r\\n3.3.5\\tLegrand\\r\\n3.3.6\\tLeviton\\r\\n3.3.7\\tLutron Electronics\\r\\n3.3.8\\tSilvair\\r\\n3.3.9\\tSignify\\r\\n3.3.10\\tSomfy\\r\\n3.3.11\\tView\\r\\n3.4\\tFire safety, security and access control\\r\\n3.4.1\\tAMAG Technology (G4S)\\r\\n3.4.2\\tAssa Abloy\\r\\n3.4.3\\tAxis Communications (Canon)\\r\\n3.4.4\\tCarrier\\r\\n3.4.5\\tMotorola Solutions\\r\\n3.4.6\\tNortek Security & Control\\r\\n3.4.7\\tTyco (Johnson Controls)\\r\\n3.4.8\\tZaplox\\r\\n3.5\\tElevator and escalator management\\r\\n3.5.1\\tKONE\\r\\n3.5.2\\tOtis\\r\\n3.5.3\\tSchindler\\r\\n3.5.4\\tThyssenKrupp\\r\\n3.6\\tAudio, video and entertainment\\r\\n3.6.1\\tAMX/Harman (Samsung)\\r\\n3.6.2\\tCrestron Electronics\\r\\n3.6.3\\tElan Home Systems (Nortek Security & Control)\\r\\n3.6.4\\tExtron\\r\\n3.7\\tWater management\\r\\n3.7.1\\tApana\\r\\n3.7.2\\tBanyan Water\\r\\n3.7.3\\tHydropoint Data Systems\\r\\n4\\tBuilding management system and application vendors\\r\\n4.1\\tMarket overview\\r\\n4.1.1\\tGo-to-market strategies\\r\\n4.1.2\\tReturn-on-Investment\\r\\n4.2\\tBuilding management system vendors\\r\\n4.2.1\\tABB\\r\\n4.2.2\\tBosch\\r\\n4.2.3\\tHoneywell\\r\\n4.2.4\\tJohnson Controls\\r\\n4.2.5\\tKieback&Peter\\r\\n4.2.6\\tSauter\\r\\n4.2.7\\tSchneider Electric\\r\\n4.2.8\\tSiemens\\r\\n4.3\\tBuilding automation application providers\\r\\n4.3.1\\tbGrid\\r\\n4.3.2\\tFacilio\\r\\n4.3.3\\tJ2 Innovations (Siemens)\\r\\n4.3.4\\tMetrikus\\r\\n4.3.5\\tSkyFoundry\\r\\n4.3.6\\tSwitch Automation\\r\\n5\\tMarket forecasts and conclusions\\r\\n5.1\\tMarket trends and analysis\\r\\n5.1.1\\tMarket penetration of building automation\\r\\n5.1.2\\tNew value proposition for building occupants\\r\\n5.1.3\\tThe covid-19 pandemic creates opportunities for new building applications\\r\\n5.1.4\\tBIoT enables integration of different building functions\\r\\n5.1.5\\tThe impact of 5G on the building automation market\\r\\n5.1.6\\tRegional differences continue to be important\\r\\n5.1.7\\tBuilding automation systems increasingly being targeted for cyberattacks\\r\\n5.1.8\\tWhen is the right time for building owners to engage?\\r\\n5.1.9\\tMergers and acquisitions\\r\\n5.2\\tEurope\\r\\n5.2.1\\tShipments\\r\\n5.2.2\\tInstalled base\\r\\n5.3\\tNorth America\\r\\n5.3.1\\tShipments\\r\\n5.3.2\\tInstalled base\\r\\n5.4\\tRest of World outlook\\r\\n5.5\\tCellular IoT device shipments and connections\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2021/02/07173733/bi-buildingautomation2-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Where is the smart building market in Europe and North America headed?\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Building automation systems include a wide range of solutions for controlling, monitoring and automating functions in buildings such as commercial office spaces, retail stores, hotels, schools, hospitals and industrial buildings. These systems can be controlled in various ways, ranging from simple local controls and user interfaces to cloud-based Building Management System (BMS) that offer remote and centralized control of several building functions across multiple sites. In this report, building automation systems are grouped into six primary categories: HVAC and energy management; lighting and window control; fire safety, security and access control; elevator and escalator management; audio, video and entertainment; and water management.\",\n          \"\",\n          \"Berg insight’s definition of a connected building is one that includes one or several building automation systems that can be controlled and monitored from remote through a web portal or Internet-connected management system. A smart building is furthermore one that includes a system that combines and aggregates data from various building functions to provide insights on the overall building performance. In a smart building, the various systems are aware of each other and exchange data to optimize building operations and occupancy comfort. For example, the HVAC system can control the level of ventilation in a room or certain area of the building based on data from occupancy sensors or the access control system which knows who and how many people that enter the building.\",\n          \"\",\n          \"Building automation has been around for many decades but there is a new urgency due to factors such as energy conservation as well as mandates for green construction. IoT offers the technologies for building owners to easily measure and conserve energy. A major change is starting to happen now especially in new construction, where the primary driver is changing from cost reduction to features that enhance the user experience and change how users and buildings interact. New use-cases are emerging which leverages the Internet of Things, sensors and connectivity. The technology enables customization of spaces in offices and conference rooms based on occupancy levels and occupant preferences as well as provide location and navigation throughout a building to help occupants find conference rooms and available work desks. \",\n          \"\",\n          \"Berg Insight estimates that 3.23 million connected building automation systems were shipped in Europe and North America in 2019. Note that by connected systems we mean systems that are connected to the Internet and send data to a backoffice platform. Systems that can only be viewed and controlled locally on-premise is therefore not included. Shipments include installations in new constructions as well as in incumbent buildings. The total installed base of connected systems in Europe and North America reached an estimated 20.5 million systems in 2019. Berg Insight forecasts that the installed base will grow at a CAGR of 11.0 percent in the two regions to reach 34.4 million connected building automation systems in 2024. Berg Insight furthermore estimates that the building automation market in Europe and North America generated revenues of close to € 29.5 billion in 2019. The market will grow at a CAGR of 10.4 percent to € 48.4 billion in 2024. Developments within connectivity, interoperability, artificial intelligence and machine learning enabling new and improved services are expected to create growth in the marketplace. Due to the COVID-19 pandemic, revenues in 2020 are expected to be slightly lower compared to the previous year. In 2021, revenues are however expected to bounce back and exceed the 2019 figures.\",\n          \"\",\n          \"The building automation market is served by a range of different actors, spanning from small start-ups to major corporations that operate globally in various industry sectors. The leading BMS providers include large companies such as ABB, Honeywell, Siemens, Johnson Controls and Schneider Electric. These players are also the leading actors in one or several of the building automation categories in this report. Leading providers of HVAC control products include Delta Controls, Distech Controls, KMC Controls and Danfoss. Major lighting and window control solution providers include Signify, Acuity Brands, Lutron and Somfy. The fire safety, security and access control market is led by Assa Abloy, Axis, Carrier and Tyco. The elevator and escalator management market is dominated by KONE, Otis, Schindler and ThyssenKrupp while the audio, video and entertainment segment is served by AMX/Harman, Crestron, Elan Home Systems and Extron. Water management is a smaller segment and includes market players such as Apana and Banyan Water.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2021/02/07173746/bi-buildingautomation2-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"53\",\n    \"variations\": [\n      {\n        \"id\": 1170,\n        \"name\": \"The Commercial Building Automation Market - 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Berg Insight estimates that the installed base of HEMS in Europe and North America will grow at a compound annual growth rate of 18.9 percent from 6.0 million in 2025 to 14.2 million in 2030. Get a 360-degree perspective on the rapid evolution of the HEMS market in this comprehensive 210-page strategy report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/15164612/bi-homeenergy4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction\\r\\n1.1\\tHome Energy Management Systems (HEMS)\\r\\n1.1.1\\tSolar PV panels\\r\\n1.1.2\\tInverters and power optimisers\\r\\n1.1.3\\tBattery storage systems\\r\\n1.1.4\\tSmart electrical panels, load controllers and energy managers\\r\\n1.1.5\\tEV chargers\\r\\n1.1.6\\tHeat pumps and home appliances\\r\\n1.1.7\\tSmart meters and dynamic electricity pricing\\r\\n1.1.8\\tManagement portal and smartphone app\\r\\n1.1.9\\tLevelized Cost of Energy (LCOE) and household investment economics\\r\\n1.1.10\\tValue chain\\r\\n1.2\\tThe electricity market\\r\\n1.2.1\\tEurope\\t\\r\\n1.2.2\\tNorth America\\r\\n1.2.3\\tSmart grids\\r\\n1.3\\tSolar power generation\\r\\n1.3.1\\tResidential solar PV system installations and shipments\\r\\n1.4\\tMarket drivers for HEMS\\r\\n1.4.1\\tGovernment subsidies and incentives\\r\\n1.4.2\\tNet metering and feed-in tariffs\\r\\n1.4.3\\tLoad management, demand response and VPP programmes\\r\\n1.4.4\\tRising electricity prices\\r\\n1.4.5\\tDeclining costs of solar PV and battery storage solutions\\r\\n1.4.6\\tGrid independence and power outage protection\\r\\n1.4.7\\tGrowth of EVs and electrical heating systems\\r\\n2\\tCommunications Technologies and Standards\\r\\n2.1\\t3GPP cellular and LPWA technologies\\r\\n2.1.1\\t2G/3G/4G/5G cellular technologies and IoT\\r\\n2.1.2\\tLoRa and LoRaWAN\\r\\n2.1.3\\tSigfox\\r\\n2.2\\tHome networking technologies and standards\\r\\n2.2.1\\tBluetooth\\r\\n2.2.2\\tEEBus\\r\\n2.2.3\\tHome Connectivity Alliance (HCA)\\r\\n2.2.4\\tKNX\\r\\n2.2.5\\tMatter\\r\\n2.2.6\\tModbus\\r\\n2.2.7\\tOpenADR\\r\\n2.2.8\\tOpen Charge Point Protocol (OCPP)\\r\\n2.2.9\\tOpenTherm\\r\\n2.2.10\\tSG-Ready\\r\\n2.2.11\\tSunSpec\\r\\n2.2.12\\tThread\\r\\n2.2.13\\tWi-Fi\\r\\n2.2.14\\tZigbee\\r\\n2.2.15\\tZ-Wave\\r\\n3\\tHome Battery Storage System Providers\\r\\n3.1\\tEuropean companies\\r\\n3.1.1\\tE3/DC (Hager Group)\\r\\n3.1.2\\tEmaldo\\r\\n3.1.3\\tFenecon\\r\\n3.1.4\\tFerroamp\\r\\n3.1.5\\tFimer (Motion Applied)\\r\\n3.1.6\\tFronius\\r\\n3.1.7\\tKostal\\r\\n3.1.8\\tMyenergi\\r\\n3.1.9\\tPolarium Energy Solutions\\r\\n3.1.10\\tPowervault Plus (EBIS GB Holdings)\\r\\n3.1.11\\tPuredrive Energy\\r\\n3.1.12\\tRCT Power\\r\\n3.1.13\\tSAX Power\\r\\n3.1.14\\tSenec (EnBW)\\r\\n3.1.15\\tSMA Solar Technology\\r\\n3.1.16\\tSolarwatt\\r\\n3.1.17\\tSonnen\\r\\n3.1.18\\tVARTA\\r\\n3.1.19\\tViessmann Climate Solutions (Carrier)\\r\\n3.2\\tNorth American companies\\r\\n3.2.1\\tBase Power\\r\\n3.2.2\\tBriggs & Stratton Energy Solutions\\r\\n3.2.3\\tCanadian Solar\\r\\n3.2.4\\tEnphase Energy\\r\\n3.2.5\\tFortress Power\\r\\n3.2.6\\tFranklinWH Energy Storage\\r\\n3.2.7\\tGenerac\\r\\n3.2.8\\tLunar Energy\\r\\n3.2.9\\tNeoVolta\\r\\n3.2.10\\tSavant Systems\\r\\n3.2.11\\tTesla\\r\\n3.2.12\\tTigo Energy\\r\\n3.3\\tRest of World companies\\r\\n3.3.1\\tAlphaESS\\r\\n3.3.2\\tAPsystems (Yuneng Technology)\\r\\n3.3.3\\tBluetti Power (PowerOak Newener)\\r\\n3.3.4\\tBYD Electronic\\r\\n3.3.5\\tEcoFlow\\r\\n3.3.6\\tGoodWe\\r\\n3.3.7\\tGrowatt New Energy\\r\\n3.3.8\\tHanwha Qcells\\r\\n3.3.9\\tHuawei\\r\\n3.3.10\\tJinkoSolar\\r\\n3.3.11\\tLG Energy Solution\\r\\n3.3.12\\tPylon Technologies\\r\\n3.3.13\\tSamsung SDI\\r\\n3.3.14\\tSigenergy\\r\\n3.3.15\\tSolarEdge\\r\\n3.3.16\\tSolaX Power Network Technology\\r\\n3.3.17\\tSungrow Power Supply\\r\\n3.3.18\\tTeraHive (Liteon Technology)\\r\\n4\\tHome Energy Management Solution Providers\\r\\n4.1\\tHEMS platform providers and integrators\\r\\n4.1.1\\t1KOMMA5°\\r\\n4.1.2\\tBeegy\\r\\n4.1.3\\tClever-PV\\r\\n4.1.4\\tConsolinno Energy\\r\\n4.1.5\\tCurrentt\\r\\n4.1.6\\tDerapi\\r\\n4.1.7\\tEniris\\r\\n4.1.8\\tEnjoyelec\\r\\n4.1.9\\tEnode\\r\\n4.1.10\\tEnpal\\r\\n4.1.11\\tGridX (E.ON)\\r\\n4.1.12\\tKiwigrid\\r\\n4.1.13\\tReduxi FlexCo\\r\\n4.1.14\\tSaveeye\\r\\n4.1.15\\tSolar Manager\\r\\n4.1.16\\tXemex\\r\\n4.1.17\\tZerofy\\r\\n4.2\\tSmart home, electrical panel and load control solution providers\\r\\n4.2.1\\tEaton\\r\\n4.2.2\\tHomey (LG Electronics)\\r\\n4.2.3\\tLegrand\\r\\n4.2.4\\tLeviton\\r\\n4.2.5\\tLoxone\\r\\n4.2.6\\tLumin (ABB)\\r\\n4.2.7\\tSchneider Electric\\r\\n4.2.8\\tShelly Group\\r\\n4.2.9\\tSmappee\\r\\n4.2.10\\tSPAN\\r\\n4.2.11\\tTheben\\r\\n4.3\\tElectricity retailers\\r\\n4.3.1\\tGreenely\\r\\n4.3.2\\tOctopus Energy\\r\\n4.3.3\\tOstrom\\r\\n4.3.4\\tTibber\\r\\n5\\tMarket Analysis and Trends\\r\\n5.1\\tMarket forecasts\\r\\n5.2\\tValue chain analysis\\r\\n5.2.1\\tLeading home battery storage system providers\\r\\n5.2.2\\tCompanies from other industry sectors enter the HEMS market\\r\\n5.3\\tTrends\\r\\n5.3.1\\tLower solar export compensation boosts battery storage demand\\r\\n5.3.2\\tVirtual power plants to become more powerful as more DERs are connected\\r\\n5.3.3\\tEV batteries emerge as a source of home backup power\\r\\n5.3.4\\tInteroperability will be key for the adoption of wider HEMS\\r\\n5.3.5\\tEnergy aggregation and trading create new revenue opportunities\\r\\n5.3.6\\tSmall-scale HEMS increases in popularity in Europe\\r\\n5.3.7\\tIntelligent and AI-driven solutions simplify home energy management\\r\\n5.3.8\\tEnergy-as-a-Service removes investment barriers for households\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/15164624/bi-homeenergy4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of Home Energy Management Systems in Europe and North America reached 6.0 million in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The residential sector accounts for around 25 percent of the total energy consumption in Europe and 15 percent in North America. Household electricity consumption is anticipated to increase substantially during the coming years due to the continued adoption of electric vehicles and heat pumps. Solutions that enable homeowners to reduce their overall energy consumption, optimise when electricity is consumed and increase the share of energy coming from renewable sources therefore play a vital role in the transition to carbon neutrality and mitigating climate change. In order to support this transition, governments in Europe and North America have introduced targeted incentives and subsidies to encourage residential investments in renewable energy and energy optimisation technologies. Higher and increasingly volatile electricity prices in some markets during recent years, combined with concerns over grid reliability and more frequent power outages in certain regions, have also strengthened homeowners’ incentives to invest in such solutions.\",\n                        \"\",\n                        \"In this report, a home energy management system (HEMS) is defined as a system that at a minimum consists of a solar PV system, battery storage system and a web-based management portal or smartphone app that enables remote monitoring and control of the system. A wider HEMS also integrates backup generators, EV chargers, heat pumps, home appliances and other connected devices and systems in the home. A HEMS enables households to actively participate in the electricity market, reduce their monthly electricity bills and help alleviate strain on the electricity grid during periods of high demand.\",\n                        \"\",\n                        \"At the end of 2025, there were an estimated 5.1 million HEMS installed in European homes. An estimated 1.3 million systems were added to the installed base in 2025. This figure includes both new installations of solar PV + battery storage systems as well as installations of battery storage systems in existing solar PV systems (i.e. retrofits). The penetration rate is still low in Europe, at around 4.3 percent. Germany is by far the leading market, accounting for close to half of the installed base and shipments in Europe. Growing at a CAGR of 19.4 percent, the installed base of HEMS in Europe is estimated to reach 12.5 million systems at the end of 2030. This corresponds to a penetration rate of 10.0 percent. \",\n                        \"\",\n                        \"The North American HEMS market is smaller in terms of the number of installed and shipped systems compared to Europe. At the end of 2025, there were an estimated 850,000 HEMS installed in North American homes. Shipments, including both new installations and retrofits, reached 200,000 systems in 2025. About 0.7 percent of the houses and MDUs in the region had a HEMS installed at the end of the year. The US is estimated to account for about 95 percent of the North American market while Canada accounts for about 5 percent. California, Texas, Hawaii, Arizona and Puerto Rico are among the largest HEMS markets in the US. Growing at a CAGR of 15.2 percent, the installed base of HEMS in North America is estimated to reach over 1.7 million systems at the end of 2030. This will correspond to a penetration rate of 1.4 percent. \",\n                        \"\",\n                        \"The HEMS value chain includes a diverse range of companies operating across different parts of the residential energy ecosystem. Some companies offer complete HEMS solutions that combine proprietary hardware, software and energy management capabilities. Other companies specialise in individual components, such as battery storage systems, inverters, EV chargers or energy management hardware, which can be integrated with third-party products to form a complete HEMS. There are also companies that focus primarily on software and energy management platforms, enabling hardware manufacturers, utilities and other market participants to integrate, monitor and optimise distributed energy resources in the home. Leading US-based players include Tesla, Enphase Energy, Generac, FranklinWH Energy Storage, Base Power, Lunar Energy and Savant Systems. Leading Germany-based companies include E3/DC (Hager Group), Sonnen, Senec (EnBW), Solarwatt, SMA Solar, RCT Power, Fenecon and Viessmann Climate Solutions (Carrier). Austrian Fronius, UK-based Puredrive Energy and Denmark-based Emaldo are also leading providers. Several major players on the HEMS market in North America and Europe are based outside of the two regions. These include China-based Huawei, Growatt, Sungrow, Sigenergy, AlphaESS, and BYD Electronic; Israel-based SolarEdge; and South Korea-based LG Energy Solution.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/15164634/bi-homeenergy4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 889,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:12:24\",\n                        \"post_date_gmt\": \"2021-01-12 15:12:24\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Apelgren\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-backman\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2024-08-05 20:32:46\",\n                        \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"309\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 20 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the HEMS value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Statistical data on residential solar PV system adoption in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 81 companies active in the solar PV, battery storage and HEMS industry.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed market sizing and forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Home Energy Management 4\",\n                \"src\": \"https://media.berginsight.com/2026/09/15164500/Home-Energy-Management-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-home-energy-management-systems-market-4/\",\n              \"name\": \"The Home Energy Management Systems Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Smart Buildings\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-residential-virtual-power-plant-software-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"1st Edition\",\n                  \"main_product_category\": 29,\n                  \"short_description\": \"A comprehensive analysis of the residential virtual power plant software market in Europe and North America.\",\n                  \"full_description\": [\n                    \"How will the residential virtual power plant software market in Europe and North America evolve in 2026 and beyond? Berg Insight estimates that there were 13.9 million residential DERs connected to VPP software platforms in the two regions at the end of 2025. Residential VPPs aggregate DERs installed in homes, primarily smart thermostats, EV chargers, home batteries, heat pumps and rooftop solar PV systems. Until 2030, Berg Insight forecasts that this number will grow at a compound annual growth rate of 18.1 percent to reach 32.0 million at the end of the period. Get up to date with the latest trends and information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/05/01113427/bi-virtualpowerplant1-ps-1.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction\\r\\n1.1\\tThe electricity market\\r\\n1.1.1\\tEurope\\r\\n1.1.2\\tNorth America\\r\\n1.2\\tVirtual power plants\\r\\n1.2.1\\tDistributed energy resources\\r\\n1.2.2\\tVPP software solutions\\r\\n1.2.3\\tValue proposition of VPPs\\r\\n1.3\\tMarket drivers\\r\\n1.3.1\\tGrowing EV and renewable adoption increase electricity demand and volatility\\r\\n1.3.2\\tVPPs enable deferred or avoided electricity infrastructure upgrades\\r\\n1.3.3\\tIncreasing electricity prices\\r\\n1.3.4\\tDeclining costs of solar PV, battery storage systems and other DERs\\r\\n1.3.5\\tValue stacking improves the economics for homeowners\\r\\n1.3.6\\tFERC Order 2222 unlocks DER market access in the US\\r\\n1.3.7\\tNC DR framework to facilitate small-scale DER market participation in the EU\\r\\n1.3.8\\tP415 is reshaping access to flexibility markets for DERs in Great Britain\\r\\n2\\tCommunications Technologies and Standards\\r\\n2.1\\t3GPP cellular\\r\\n2.2\\tWi-Fi\\r\\n2.3\\tDER standards and protocols\\r\\n2.3.1\\tEcoPort/CTA-2045\\r\\n2.3.2\\tEEBus\\r\\n2.3.3\\tIEEE 2030.5\\r\\n2.3.4\\tISO 15118 – Plug & Charge\\r\\n2.3.5\\tMatter\\r\\n2.3.6\\tModbus\\r\\n2.3.7\\tMQTT\\r\\n2.3.8\\tOpenADR\\r\\n2.3.9\\tOpen Charge Point Protocol (OCPP)\\r\\n2.3.10\\tSG-Ready\\r\\n2.3.11\\tSunSpec\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tAggregators and market participants\\r\\n3.1.1\\t1KOMMA5°\\r\\n3.1.2\\tAxle Energy\\r\\n3.1.3\\tBase Power\\r\\n3.1.4\\tCheckWatt\\r\\n3.1.5\\tDavid Energy\\r\\n3.1.6\\tEnergyHub (Alarm.com)\\r\\n3.1.7\\tFlexa (Enpal)\\r\\n3.1.8\\tFlower Infrastructure Technologies\\r\\n3.1.9\\tFrank Energie\\r\\n3.1.10\\tGenerac\\r\\n3.1.11\\tGreenely\\r\\n3.1.12\\tJoulen\\t\\r\\n3.1.13\\tKaluza (OVO Group)\\r\\n3.1.14\\tKraken Technologies\\r\\n3.1.15\\tLeap\\r\\n3.1.16\\tLumenaza\\r\\n3.1.17\\tLunar Energy\\r\\n3.1.18\\tOstrom\\t\\r\\n3.1.19\\tRenew Home\\r\\n3.1.20\\tSonnen (Shell)\\r\\n3.1.21\\tTesla\\r\\n3.1.22\\tTibber\\r\\n3.1.23\\tUplight\\t\\r\\n3.1.24\\tVoltalis\\r\\n3.1.25\\tVoltus\\r\\n3.2\\tVPP enablers and platform providers\\r\\n3.2.1\\tBeebop.ai\\r\\n3.2.2\\tDerapi\\r\\n3.2.3\\tEniris\\r\\n3.2.4\\tEnode\\r\\n3.2.5\\tENSEK (Centrica)\\r\\n3.2.6\\tFever Energy\\r\\n3.2.7\\tGridX (E.ON)\\r\\n3.2.8\\tKiwigrid\\r\\n3.2.9\\tPodero\\r\\n3.2.10\\tSaveeye\\r\\n3.2.11\\tSmartcar\\r\\n3.2.12\\tTexture\\r\\n3.2.13\\tVirtual Peaker\\r\\n4\\tMarket Analysis and Trends\\r\\n4.1\\tMarket forecasts\\r\\n4.2\\tValue chain analysis\\r\\n4.2.1\\tAggregators and market participants\\r\\n4.2.2\\tVPP enablers and platform providers\\r\\n4.3\\tTrends\\r\\n4.3.1\\tCellular connectivity enhances the reliability of DER\\r\\n4.3.2\\tVehicle-to-grid to drive significant growth in VPP capacity\\r\\n4.3.3\\tMARI and PICASSO enable cross-border energy balancing in Europe\\r\\n4.3.4\\tVPPs become critical as energy demand and volatility surge\\r\\n4.3.5\\tReducing friction and providing strong incentives are key to VPP participation\\r\\n4.3.6\\tHVAC to remain a primary driver of residential VPP capacity growth\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/05/20165904/bi-virtualpowerplant1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The number of residential DERs connected to VPP platforms in Europe and North America to reach 32 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The share of energy generated from intermittent renewable sources such as wind and solar is steadily increasing, making electricity supply more volatile and less predictable. At the same time, electricity demand is rising rapidly, driven by the expansion of data centres to support AI computing, as well as the growing adoption of electric vehicles and electrified heating and cooling systems. Together, these developments place significant strain on existing electricity grid infrastructure, much of which was designed and built decades ago for a more centralised and predictable energy system. While the expansion of renewables and electrification is beneficial for the environment, it also introduces new challenges that must be actively managed. One approach to address these challenges is the use of virtual power plants (VPPs).\",\n                        \"\",\n                        \"A VPP connects and aggregates distributed energy resources (DERs), such as EV chargers, energy storage systems, solar PV, HVAC systems and compressors, into a single controllable resource. Residential VPPs aggregate DERs installed in homes, primarily smart thermostats, EV chargers, home batteries, heat pumps and rooftop solar PV systems. Individually, these assets have little effect on the energy system. However, when thousands of them are aggregated, they form a significant resource comparable in scale to a conventional power plant. A VPP can supply energy, reduce demand and provide critical grid-stabilisation services. These capabilities are typically delivered faster, more cleanly and at lower cost than conventional power plants. VPPs create value for multiple stakeholders in the energy sector, including utilities, energy retailers and grid operators. They also unlock new value streams for DER manufacturers and provide financial benefits for households.\",\n                        \"\",\n                        \"In Europe, there were an estimated 3.3 million residential DERs connected to VPP software platforms at the end of 2025. Smart heating is estimated to be the largest DER category in terms of the number of units followed by EV charging and home battery storage systems. The total flexible capacity of these DERs reached 9.0 GW at the end of 2025. In North America, there were an estimated 10.6 million residential DERs connected to VPP software platforms at the end of 2025. Smart thermostats are estimated to be the largest DER category, accounting for the vast majority of the assets. Home battery storage systems and EV chargers are estimated to account for smaller shares. The total flexible capacity of these DERs reached 13.9 GW at the end of 2025. \",\n                        \"\",\n                        \"A number of companies develop and provide VPP services. This report focuses on European and North American companies that develop software solutions for aggregating residential DERs, providing various grid support services and enabling participation in wholesale energy markets. The report also includes companies that develop software and hardware solutions that enable other companies to provide these services. The former group includes specialists such as Renew Home, EnergyHub, Uplight, Voltus, Voltalis, Kraken, Axle Energy and Flexa; DER OEMs and installers such as Tesla, Sonnen, Lunar Energy and 1KOMMA5°; and energy retailers and utilities such as Tibber, Frank Energie and David Energy. Companies developing tools and platforms that enable utilities and other companies to provide VPP services include Beebop.ai, Ensek, Eniris, Kiwigrid, Enode, Virtual Peaker and GridX, among others. In terms of the number of connected DERs, US-based Renew Home and EnergyHub rank as the leading players in North America, while France-based Voltalis and UK-based Kraken rank as the largest players in Europe.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/05/20165912/bi-virtualpowerplant1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 889,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:12:24\",\n                        \"post_date_gmt\": \"2021-01-12 15:12:24\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Apelgren\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-backman\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2024-08-05 20:32:46\",\n                        \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"292\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"360-degree overview of the residential virtual power plant ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of key industry trends in residential DER aggregation and grid flexibility.\"\n                      },\n                      {\n                        \"bullet_point\": \"Statistical data on connected residential DERs and flexible capacity in Europe and North America. Market forecasts lasting until 2030.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of the latest initiatives launched by utilities, energy retailers, DER OEMs and specialist VPP platform providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of the key companies active in the residential VPP market.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comparative analysis of the leading players in Europe and North America.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 29,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Virtual Power Plant Software 1\",\n                \"src\": \"https://media.berginsight.com/2026/05/20170204/Virtual-Power-Plant-Software-1.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-residential-virtual-power-plant-software-market/\",\n              \"name\": \"The Residential Virtual Power Plant Software Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Smart Utilities\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-home-and-small-business-security-system-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"15th Edition\",\n                  \"main_product_category\": 33,\n                  \"short_description\": \"This report analyses the key applications for wireless IoT communications in the European and North American security industry.\",\n                  \"full_description\": [\n                    \"Cellular connectivity is rapidly becoming a standard feature in security alarm systems for the consumer and small business markets. Berg Insight estimates the number of cellular IoT connections for home and small business security systems in Europe and North America will grow at a compound annual growth rate of 5.9 percent from 49.8 million in 2024 to 66.3 million in 2029. Learn about the business opportunities associated with wireless IoT solutions for the alarm system industry in this 130-page report covering both Europe and North America.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/02/02170356/bi-security15-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tThe Security Industry\\r\\n1.1\\tMarket overview\\r\\n1.1.1\\tSecurity services\\r\\n1.1.2\\tEnterprise security systems\\r\\n1.1.3\\tHome and small business security systems\\r\\n1.1.4\\tCash handling\\r\\n1.2\\tKey industry players\\r\\n2\\tHome and Small Business Security Systems\\r\\n2.1\\tTechnology overview\\r\\n2.2\\tEuropean standards for intruder alarm systems\\r\\n2.3\\tAlarm system value chain\\r\\n2.3.1\\tTraditional home and small business security providers\\r\\n2.3.2\\tDIY home security providers\\r\\n2.3.3\\tHome security system manufacturers and platform providers\\r\\n3\\tMarket Forecasts and Trends\\t\\r\\n3.1\\tEurope\\r\\n3.2\\tNorth America\\r\\n3.3\\tVendor market shares\\r\\n3.3.1\\tNorth America\\r\\n3.3.2\\tEurope\\r\\n3.3.3\\tInteractive security\\r\\n3.4\\tMarket drivers and trends\\r\\n3.4.1\\tDIY and traditional home security system offerings are converging\\r\\n3.4.2\\tAI is now an integral component of modern security systems\\r\\n3.4.3\\tThe transition to Edge AI\\r\\n3.4.4\\tSecurity systems and smart home products enable insurance discounts\\r\\n3.4.5\\tSmart home vendors extend their offering to compete with security providers\\r\\n3.4.6\\tNetwork sunsets – an opportunity and challenge for the security industry\\r\\n4\\tCompany Profiles and Strategies\\r\\n4.1\\tTraditional home and small business security providers\\r\\n4.1.1\\tADT\\r\\n4.1.2\\tAlert 360\\r\\n4.1.3\\tAltice Franc\\r\\n4.1.4\\tBrinks Home (Monitronics)\\r\\n4.1.5\\tChubb Fire & Security (APi Group)\\r\\n4.1.6\\tComcast\\r\\n4.1.7\\tG4S (Allied Universal)\\r\\n4.1.8\\tGuardian Protection\\r\\n4.1.9\\tHomely\\r\\n4.1.10\\tHomiris (EPS\\r\\n4.1.11\\tIMA Protect (Groupe IMA)\\r\\n4.1.12\\tJohnson Controls\\r\\n4.1.13\\tNexecur (Crédit Agricole Protection et Sécurité)\\r\\n4.1.14\\tProsegur\\r\\n4.1.15\\tSector Alarm\\r\\n4.1.16\\tSecurita\\r\\n4.1.17\\tTelus\\r\\n4.1.18\\tVector Security\\r\\n4.1.19\\tVerisure\\r\\n4.1.20\\tVivint Smart Home (NRG Energy)\\r\\n4.2\\tDIY home security system providers\\r\\n4.2.1\\tAbode Systems (Nice Group)\\r\\n4.2.2\\tABUS\\r\\n4.2.3\\tArlo Technologies\\r\\n4.2.4\\tAT&T\\r\\n4.2.5\\tBosch\\r\\n4.2.6\\tCanary (Smartfrog Group)\\r\\n4.2.7\\tEcobee (Generac)\\r\\n4.2.8\\tERA Home Security (Quanex Building Products)\\r\\n4.2.9\\tFrontpoint\\r\\n4.2.10\\tMinut\\r\\n4.2.11\\tNetatmo (Legrand)\\r\\n4.2.12\\tOoma\\r\\n4.2.13\\tRing (Amazon)\\r\\n4.2.14\\tRogers Communications\\r\\n4.2.15\\tSignify\\r\\n4.2.16\\tSimpliSafe\\t\\r\\n4.2.17\\tSomfy\\r\\n4.2.18\\tWyze Labs\\r\\n4.2.19\\tYale (Assa Abloy)\\r\\n4.3\\tHome security system manufacturers and platform providers\\r\\n4.3.1\\tAddSecure\\r\\n4.3.2\\tAjax Systems\\r\\n4.3.3\\tAlarm.com\\r\\n4.3.4\\tAtraltech\\r\\n4.3.5\\tClimax Technology\\r\\n4.3.6\\tCrow Electronic Engineering\\r\\n4.3.7\\tCSL\\r\\n4.3.8\\tDMP\\r\\n4.3.9\\tDSC (Johnson Controls)\\r\\n4.3.10\\tEssence Group\\r\\n4.3.11\\tEzlo Innovation\\r\\n4.3.12\\tGoogle\\r\\n4.3.13\\tIQ (Johnson Controls)\\r\\n4.3.14\\tM2M Services\\r\\n4.3.15\\tNapco Security Technologies\\r\\n4.3.16\\tNice Group\\r\\n4.3.17\\tOnics\\r\\n4.3.18\\tResideo Technologie\\r\\n4.3.19\\tScout Security\\r\\n4.3.20\\tSecureNet Technologies (M2M Services)\\r\\n4.3.21\\tTelguard (AMETEK)\\r\\n4.3.22\\tTexecom\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/02/02170403/bi-security15-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Professionally monitored alarm systems in Europe and North America reached 57 million in 2024\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Security systems for homes and small businesses can be categorised into self-monitored and professionally monitored systems. Self-monitored systems utilise cloud-based backends to provide real-time alerts directly to the property owner via push notifications, SMS or email, allowing for immediate remote assessment through a smartphone app. A professionally monitored security system is linked to a 24/7 Alarm Receiving Centre (ARC). When the system is activated, the ARC verifies the alert and initiates a rapid response, which can include dispatching a security patrol and alerting emergency services. Traditional home security systems include professional alarm monitoring as standard. DIY home security systems primarily rely on self-monitoring, although professional alarm monitoring is often offered as an optional added service.\",\n                        \"\",\n                        \"The North American market for home and small business security systems is almost twice the size of the European market. There were an estimated 37.2 million active monitored alarm systems in the US and Canada at the end of 2024. The overall penetration rate among the around 156 million households and small business premises in North America was 23.9 percent. Growing at a CAGR of 3.5 percent, the number of monitored alarms in North America is estimated to reach 44.1 million in 2029.\",\n                        \"\",\n                        \"In the EU27+3, there were about 19.6 million active monitored alarm systems at the end of 2024. This corresponds to an overall penetration rate of 7.9 percent among the around 250 million households and small businesses in Europe. The market data thus indicate a significant growth potential for alarm systems in Europe, especially in the residential segment where the current penetration is only 6.5 percent. However, growth in the European market is forecasted to vary considerably from country to country in the next few years. Countries with an already established home security industry and with relatively high penetration rates, including countries such as Spain, France and Sweden, are anticipated to continue to grow faster than the European average. Other markets in Europe will show less growth due to high market fragmentation and fewer specialist alarm service companies that actively market solutions. The number of monitored home and small business alarms in Europe is estimated to grow at a CAGR of 4.6 percent, to reach 24.5 million alarm systems in 2029. In both Europe and North America, interactive security services and smart home products are key growth drivers in the home security market.\",\n                        \"\",\n                        \"The traditional home and small business security systems market in Europe and North America is served by specialist home security companies such as ADT, Verisure, Brinks Home (Monitronics) and Sector Alarm; large security service companies such as Prosegur, Securitas and G4S (Allied Universal); telecommunications and cable television companies such as Comcast, Telus, Telefónica and Rogers; as well as banking groups and insurance companies such as Crédit Mutuel, Crédit Agricole and Groupe IMA. Providers of DIY home security systems include SimpliSafe, Frontpoint, Ring (Amazon), Yale (Assa Abloy), Arlo Technologies, Ooma, Abode Systems (Nice Group), Somfy, Netatmo (Legrand), Signify, ABUS, Bosch, ERA Home Security (Quanex Building Products) and Wyze Labs. \",\n                        \"\",\n                        \"ADT is the leading provider of professionally monitored alarm systems in North America with 6.4 million home and small business customers at the end of 2024. In North America, ADT is followed by Vivint, SimpliSafe, Comcast, Telus and Brinks Home (Monitronics), all with between 0.8 million and 2.2 million monitored alarm system customers each at the end of 2024. In the US and Canada, only a few market players offer services nationwide and there are many small home security providers with strong local presence. In Europe, Verisure is the clear market leader with over 5.6 million home and small business customers at the end of 2024. The company is active in 13 European countries and five countries in South America. Verisure has a particularly strong position in Spain, France and the Nordic countries. Other leading players in Europe are Prosegur, EPS (Crédit Mutuel) and Sector Alarm.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/02/02170413/bi-security15-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 889,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:12:24\",\n                        \"post_date_gmt\": \"2021-01-12 15:12:24\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Apelgren\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-backman\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2024-08-05 20:32:46\",\n                        \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"280\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on alarm system adoption by country and segment.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the home and small business alarm system value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of key players on the European and North American security markets.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region, lasting until 2029.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Home and Small Business Security 15th\",\n                \"src\": \"https://media.berginsight.com/2026/02/23105047/Home-and-Small-Business-Security-15th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-home-and-small-business-security-system-market-6/\",\n              \"name\": \"The Home and Small Business Security System Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Security\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":1245,"link":"https://cms.berginsight.com/report/connected-video-cameras/","acf_data":"{\n  \"permalink\": \"/connected-video-cameras\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 33,\n    \"short_description\": \"This report covers an in-depth analysis of the following five application areas: city surveillance; commercial buildings and industrial site surveillance; smart home security cameras; bodyworn cameras; and video telematics for commercial vehicles.\",\n    \"full_description\": [\n      \"This study investigates connected video cameras in the following five application areas: city surveillance; commercial buildings and industrial site surveillance; smart home security cameras; body-worn cameras; and video telematics for commercial vehicles. Berg Insight forecasts that the number of cellular IoT connections for the video camera applications covered in this report will grow from 3.7 million in 2019 to reach 20.4 million in North America and Europe by 2024. Video is anticipated to become one of the early volume 5G IoT connectivity use cases. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2021/02/07192632/bi-videocameras-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive summary\\r\\n1\\tOverview of connected video cameras\\r\\n1.1\\tMarket segments\\r\\n1.1.1\\tCity surveillance\\r\\n1.1.2\\tCommercial building and industrial site surveillance\\r\\n1.1.3\\tSmart home security cameras\\r\\n1.1.4\\tBody-worn cameras\\r\\n1.1.5\\tVideo telematics for commercial vehicles\\r\\n1.2\\tDigital video technology\\r\\n1.3\\tNetwork technologies\\t\\r\\n1.3.1\\t3GPP cellular technologies\\r\\n1.3.2\\tWi-Fi\\r\\n1.3.3\\tVideo requirements on wireless networks\\r\\n1.4\\tArtificial Intelligence and video analytics\\r\\n2\\tVideo surveillance systems\\r\\n2.1\\tIssues of public safety\\r\\n2.2\\tCrime against businesses\\r\\n2.3\\tVideo surveillance infrastructure\\r\\n2.4\\tSurveillance system market developments\\r\\n2.5\\tThe video surveillance system vendor landscape\\r\\n2.6\\tCompany profiles and strategies\\r\\n2.6.1\\tAxis Communications (Canon)\\r\\n2.6.2\\tBosch\\r\\n2.6.3\\tDahua Technology\\r\\n2.6.4\\tFLIR Systems\\r\\n2.6.5\\tHanwha Techwin\\r\\n2.6.6\\tHikvision\\r\\n2.6.7\\tHoneywell\\r\\n2.6.8\\tIndigoVision (Motorola Solutions)\\r\\n2.6.9\\tInfinova\\r\\n2.6.10\\tJohnson Controls\\r\\n2.6.11\\tMotorola Solutions\\r\\n2.6.12\\tPanasonic\\r\\n2.6.13\\tTiandy Technologies\\r\\n2.6.14\\tUnited Technologies Corporation\\r\\n2.6.15\\tUniview Technologies\\r\\n3\\tSmart home security cameras\\r\\n3.1\\tHome security and property crimes\\r\\n3.2\\tSmart home and home security systems\\r\\n3.2.1\\tHome security systems\\r\\n3.2.2\\tHome security cameras as point solutions\\r\\n3.2.3\\tSmart home communications technologies\\r\\n3.3\\tSmart home security camera vendor landscape\\r\\n3.3.1\\tProfessional home security\\r\\n3.3.2\\tDIY home security\\r\\n3.3.3\\tStandalone home security cameras\\r\\n3.4\\tCompany profiles and strategies\\r\\n3.4.1\\tADT\\r\\n3.4.2\\tAlarm.com\\r\\n3.4.3\\tAmazon\\r\\n3.4.4\\tArlo Technologies\\r\\n3.4.5\\tCanary\\t\\r\\n3.4.6\\tD-Link\\r\\n3.4.7\\tGoogle Nest\\r\\n3.4.8\\tLogitech\\r\\n3.4.9\\tReolink\\r\\n3.4.10\\tSimpliSafe\\r\\n3.4.11\\tTP-Link\\r\\n3.4.12\\tVerisure\\r\\n3.4.13\\tVivint\\r\\n3.4.14\\tWyze Labs\\r\\n3.4.15\\tYI Technology\\r\\n4\\tBody-worn cameras\\r\\n4.1\\tLaw-enforcement\\r\\n4.2\\tLone worker safety\\r\\n4.3\\tOverview of the main market segments\\r\\n4.4\\tBWC vendor landscape\\r\\n4.5\\tCompany profiles and strategies\\r\\n4.5.1\\tAxon\\r\\n4.5.2\\tB-Cam\\r\\n4.5.3\\tDigital Ally\\r\\n4.5.4\\tDigital Barriers\\r\\n4.5.5\\tEdesix (Motorola Solutions)\\r\\n4.5.6\\tGetac Video Solutions\\r\\n4.5.7\\tPinnacle Response\\r\\n4.5.8\\tPro-Vision\\r\\n4.5.9\\tReveal Media\\r\\n4.5.10\\tSoloProtect\\r\\n4.5.11\\tUtility Associates\\r\\n4.5.12\\tWatchGuard (Motorola Solutions)\\r\\n4.5.13\\tWCCTV\\r\\n4.5.14\\tWolfcom\\r\\n4.5.15\\tZepcam\\r\\n5\\tVideo telematics for commercial vehicles\\r\\n5.1\\tCommercial vehicles and fleet management\\t\\r\\n5.2\\tVideo telematics\\r\\n5.3\\tThe video telematics vendor landscape and market shares\\r\\n5.4\\tCompany profiles and strategies\\r\\n5.4.1\\tCameraMatics\\r\\n5.4.2\\tD-TEG\\r\\n5.4.3\\tKeepTruckin\\r\\n5.4.4\\tLightMetrics\\r\\n5.4.5\\tLytx\\r\\n5.4.6\\tNauto\\r\\n5.4.7\\tNetradyne\\r\\n5.4.8\\tSamsara\\r\\n5.4.9\\tSeeing Machines\\r\\n5.4.10\\tSmartDrive Systems\\r\\n5.4.11\\tSmartWitness\\r\\n5.4.12\\tStreamax\\r\\n5.4.13\\tSureCam\\r\\n5.4.14\\tTrimble\\r\\n5.4.15\\tVisionTrack\\r\\n6\\tMarket forecasts and trends\\r\\n6.1\\tWireless IoT and video cameras\\r\\n6.1.1\\tCellular IoT devices shipments\\r\\n6.1.2\\tCellular IoT network connections\\r\\n6.2\\tMarket trends and drivers\\r\\n6.2.1\\tVideo-based analytics and business intelligence expand the market\\r\\n6.2.2\\tSmart home cameras lower home insurance premiums\\r\\n6.2.3\\tLive facial recognition technology trending in the BWC segment\\r\\n6.2.4\\tPrivacy issues expected to soften as video telematics becomes mainstream\\r\\n6.2.5\\tThe impact of 5G technology on connected cameras\\r\\n6.3\\tMarket forecasts\\r\\n6.3.1\\tVideo surveillance systems\\r\\n6.3.2\\tSmart home security cameras\\r\\n6.3.3\\tBody-worn cameras\\r\\n6.3.4\\tVideo telematics for commercial vehicles\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2021/02/07192643/bi-videocameras-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The market value of connected video cameras in North America and Europe reached € 12.3 billion in 2019\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Connected video cameras can be useful in a wide range of applications from surveillance and business optimization to recreational activities. This report focuses primarily on connected video cameras used for surveillance, security and safety applications for consumers and businesses. These types of video cameras help protect people and property such as homes, commercial buildings and industrial sites. The recorded video material can also be used for accountability and as evidence in the criminal justice system or to settle insurance claims. Video footage can be recorded and stored on the device or be streamed to a remote location for storage and viewing. Live video streaming allows for immediate notification and response to incidents. The connectivity technologies used for transferring video footage are mainly Ethernet and Wi-Fi while cellular technologies (3G/4G/5G) is so far used to a smaller extent. This study investigates connected video cameras in the following five application areas: city surveillance; commercial buildings and industrial site surveillance; smart home security cameras; body-worn cameras; and video telematics for commercial vehicles.\",\n          \"\",\n          \"The global market for video surveillance systems used in city surveillance applications and for protection of commercial buildings and industrial sites was worth an estimated € 21.9 billion in 2019. This number is forecasted to grow at a CAGR of 12.0 percent to reach € 38.0 billion in 2024. The market value includes networked hardware systems for video surveillance and associated software systems, which are installed in both the public and private sectors. China has grown to become the largest market for video surveillance equipment and is estimated to account for over 40 percent of the global market value. In 2019, the European market for video surveillance equipment was worth € 3.5 billion, accounting for 16 percent of the total global value, while the North American market amounted to € 5.1 billion, representing around 23 percent of the worldwide market. Leading video surveillance vendors include the major Chinese vendors Hikvision and Dahua Technology, Swedish Axis Communications as well as large US and European corporations such as Honeywell, Bosch and Tyco (Johnson Controls).\",\n          \"\",\n          \"The market for connected home security cameras is served by primarily two types of actors – home security system providers and standalone security camera manufacturers. Berg Insight estimates that the market value for smart home security cameras in North America and Europe reached € 2.7 billion in 2019. The US market is larger than the European, accounting for close to 80 percent of the total market value in the two regions. The market is mainly driven by vendors of standalone cameras such as Amazon, Google Nest, Arlo Technologies and Wyze Labs. Professional security companies such as ADT and Vivint, as well as DIY home security system vendors such as SimpliSafe and Frontpoint Security experience increasing uptake of security cameras as part of wider home security systems. \",\n          \"\",\n          \"Law enforcement is the leading market segment for body-worn cameras (BWC). The use of BWCs in other areas such as private security, construction, logistics, healthcare and retail have so far been rather limited but holds great potential as the total addressable market is large. Berg Insight estimates that the total revenues generated in the BWC market in North America and Europe amounted to € 363 million in 2019. The North American market is substantially larger than the European, accounting for about 70 percent of the total revenues. The market comprises a wide range of manufacturers from different industry sectors, including US based providers Axon, Digital Ally, Getac Video Solutions, Pro-Vision, Utility Associates, Wolfcom and Motorola solutions. Europe-based providers include Digital Barriers, Pinnacle Response, Reveal Media, SoloProtect, WCCTV and Zepcam. \",\n          \"\",\n          \"The video telematics market is served by a number of different types of players, including vendors focused specifically on video telematics solutions for various commercial vehicles, general fleet telematics players and hardware-focused suppliers. Berg Insight ranks Streamax, Lytx and Samsara as the leading video telematics players in their respective categories. Additional key providers in the market include SmartDrive Systems, KeepTruckin, SmartWitness, Nauto, Trimble, SureCam and VisionTrack. The market value of the video telematics market in North America and Europe is estimated to have reached € 725 million in 2019. The North American market accounted for around 80 percent of total revenues. Growing at a CAGR of 15 percent the market for video telematics solutions in North America and Europe is forecasted to reach € 1.5 billion in 2024.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2021/02/07192654/bi-videocameras-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"21\",\n    \"variations\": [\n      {\n        \"id\": 1250,\n        \"name\": \"Connected Video Cameras - 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The global installed base of individually controlled smart street lights amounted to 38.5 million units at the end of 2025. Growing at a CAGR of 17.9 percent, the number will reach 87.6 million in 2030. Europe is the leading adopter and today accounts for around 36 percent of the global installed base. North America is the second largest, closely followed by Asia-Pacific. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/23160837/bi-streetlighting4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Smart Street Lighting\\r\\n1.1\\tThe transition to LED and adaptive lighting\\r\\n1.2\\tStreet lighting management models\\r\\n1.3\\tSmart street lighting\\r\\n1.3.1\\tRemote control and monitoring\\r\\n1.3.2\\tPreventive maintenance and real-time fault reporting\\r\\n1.3.3\\tEnergy consumption metering and billing\\r\\n1.3.4\\tSmart street lighting as a city platform\\r\\n1.4\\tSmart street lighting infrastructure\\r\\n1.4.1\\tDimmable luminaires and lighting control units\\r\\n1.4.2\\tNetwork infrastructure\\r\\n1.4.3\\tCentral management system\\r\\n2\\tCompany Profiles and Strategies\\r\\n2.1\\tLighting control vendors\\r\\n2.1.1\\tAcuity Brands\\r\\n2.1.2\\tAlgorab\\r\\n2.1.3\\tBH Technologies\\r\\n2.1.4\\tC2 SmartLight\\r\\n2.1.5\\tCITiLIGHT\\r\\n2.1.6\\tCityLight.net\\r\\n2.1.7\\tCurrent Lighting\\r\\n2.1.8\\tDatek Light Control\\r\\n2.1.9\\tDigitalPlatforms (formerly UMPI)\\r\\n2.1.10\\tDimonoff\\r\\n2.1.11\\teSave\\r\\n2.1.12\\tEXELIOT\\r\\n2.1.13\\tFagerhult Group\\r\\n2.1.14\\tFlashnet (Lucy Group)\\r\\n2.1.15\\tFonda Technology\\r\\n2.1.16\\tgridComm\\r\\n2.1.17\\tItron\\r\\n2.1.18\\tLACROIX\\r\\n2.1.19\\tLED Roadway Lighting\\r\\n2.1.20\\tLandis+Gyr\\r\\n2.1.21\\tLixtec\\r\\n2.1.22\\tLucy Zodion (Lucy Group)\\r\\n2.1.23\\tLusety\\r\\n2.1.24\\tM2M Telemetria\\r\\n2.1.25\\tMinebeaMitsumi & Paradox Engineering\\r\\n2.1.26\\tOPPLE\\r\\n2.1.27\\tRevetec\\r\\n2.1.28\\tRongwen Energy Technology Group\\r\\n2.1.29\\tSchréder\\r\\n2.1.30\\tSignify\\r\\n2.1.31\\tSmartmation\\r\\n2.1.32\\tSSE\\r\\n2.1.33\\tST Engineering Telematics Wireless\\r\\n2.1.34\\tTVILIGHT\\r\\n2.1.35\\tUbicquia\\r\\n2.1.36\\tUrban Control (DW Windsor)\\r\\n2.1.37\\tDomestic Chinese Vendors\\r\\n2.2\\tSoftware and network platform specialists\\r\\n2.2.1\\tCisco\\r\\n2.2.2\\tCitégestion (EDF)\\r\\n2.2.3\\tCityLinx\\r\\n2.2.4\\tExati\\r\\n2.2.5\\tDhyan\\r\\n2.2.6\\tLuminext\\r\\n2.2.7\\tNetmore\\r\\n2.2.8\\tTerraGo\\r\\n2.2.9\\tTrilliant\\r\\n3\\tMarket Profiles\\r\\n3.1\\tEurope\\r\\n3.1.1\\tAustria\\r\\n3.1.2\\tBelgium\\r\\n3.1.3\\tCyprus\\r\\n3.1.4\\tCzech Republic\\r\\n3.1.5\\tFrance\\r\\n3.1.6\\tGermany\\r\\n3.1.7\\tGreece\\r\\n3.1.8\\tHungary\\r\\n3.1.9\\tItaly\\r\\n3.1.10\\tNetherlands\\r\\n3.1.11\\tNordics\\r\\n3.1.12\\tPoland\\r\\n3.1.13\\tPortugal\\r\\n3.1.14\\tRomania\\r\\n3.1.15\\tSpain\\r\\n3.1.16\\tSwitzerland\\r\\n3.1.17\\tUnited Kingdom\\r\\n3.1.18\\tRest of Europe\\r\\n3.2\\tNorth America\\t\\r\\n3.2.1\\tUnited States\\r\\n3.2.2\\tCanada\\r\\n3.3\\tThe Middle East\\r\\n3.3.1\\tKingdom of Saudi Arabia\\r\\n3.3.2\\tUnited Arab Emirates\\t\\r\\n3.3.3\\tRest of the Middle East\\r\\n3.4\\tAfrica\\r\\n3.4.1\\tKenya\\r\\n3.4.2\\tSouth Africa\\r\\n3.4.3\\tRest of Africa\\r\\n3.5\\tLatin America\\r\\n3.5.1\\tArgentina\\r\\n3.5.2\\tBrazil\\r\\n3.5.3\\tChile\\r\\n3.5.4\\tColombia\\r\\n3.5.5\\tEcuador\\r\\n3.5.6\\tMexico\\r\\n3.5.7\\tUruguay\\r\\n3.5.8\\tRest of Latin America\\r\\n3.6\\tAsia-Pacific\\r\\n3.6.1\\tChina\\r\\n3.6.2\\tAustralia\\r\\n3.6.3\\tNew Zealand\\r\\n3.6.4\\tIndia\\r\\n3.6.5\\tRest of Asia-Pacific\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tMarket forecasts\\r\\n4.2\\tIndustry analysis\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tThe smart street lighting market has begun its consolidation journey\\r\\n4.3.2\\tCellular technologies gain ground as a popular connectivity alternative\\r\\n4.3.3\\tThe growing strategic importance of software and AI in smart street lighting\\r\\n4.3.4\\tSmart lighting vendors bet on the broader smart cities market\\r\\n4.3.5\\tGrowing adoption of D4i and Zhaga\\r\\n4.3.6\\tOpen and interoperable solutions gain importance\\r\\n4.3.7\\tSecond-wave smart street lighting deployments are picking up pace\\r\\n4.3.8\\tWeakening business case for smart pole solutions\\r\\n4.3.9\\tCabinet-control solutions remain an important market segment\\r\\n4.3.10\\tSensor-controller nodes emerge for selected lighting applications\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/23160848/bi-streetlighting4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"What are the latest developments on the global smart street lighting market?\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Electrified public street lighting infrastructure has been around since the late 19th century to improve vehicle and pedestrian safety as well as to provide increased comfort to all users of the streets. Today, several hundred million street lights have been installed worldwide and the technology is now close to ubiquitous in all major urban areas of the developed world. The street lighting infrastructure however often constitutes major cost centres in terms of energy consumption and maintenance work, and also accounts for a significant share of the total greenhouse gas emissions that a city generates. In addition, static lighting schemes contribute to unnecessary light pollution, which could have harmful impacts on both humans and environmental ecosystems. Along with the developments in IoT communications and energy-efficient LED technology, smart street lighting systems that enable remote monitoring, control and management of street lighting networks have emerged to address these issues and allow authorities and utilities to achieve significant cost and energy savings while at the same time improving the societal benefits provided to citizens. In recent years, smart street lighting infrastructure has moreover emerged as a promising platform for the management of a variety of additional smart city devices.\",\n                        \"\",\n                        \"Berg Insight estimates that the global installed base of individually controlled smart street lights amounted to 38.5 million units at the end of 2025. Growing at a CAGR of 17.9 percent, the number will reach 87.6 million in 2030. Europe is the leading adopter and today accounts for around 36 percent of the global installed base. North America is meanwhile the second largest market representing 29 percent of the global installed base. A variety of proprietary RF networking platforms together account for 52 percent of the individually controlled street lights while cellular, and public and private LoRa communications are the second and third most common connectivity technologies respectively. The majority of the LoRa deployments are leveraging LoRaWAN networks. At the end of 2025, the leading smart street lighting vendor was Signify with an installed base of about 6.2 million lighting controls, followed by US-based Itron and the Chinese vendor Fonda Technology.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/23160859/bi-streetlighting4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 5735,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2025-08-15 19:02:30\",\n                        \"post_date_gmt\": \"2025-08-15 17:02:30\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Filip Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"filip-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-06-17 18:34:34\",\n                        \"post_modified_gmt\": \"2026-06-17 16:34:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=5735\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"310\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 20 interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"360-degree overview of smart street lighting technology.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive coverage by region with in-depth market profiles of 37 countries.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 45 key players in the smart street lighting market.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of vendor market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region and technology lasting until 2030.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed analysis of the latest market and industry developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Street lighting 4\",\n                \"src\": \"https://media.berginsight.com/2026/09/23160911/Street-lighting-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-smart-street-lighting-market-4/\",\n              \"name\": \"The Global Smart Street Lighting Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Smart Cities\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/smart-metering-in-europe\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"20th Edition\",\n                  \"main_product_category\": 29,\n                  \"short_description\": \"This is the twentieth consecutive report from Berg Insight analysing the latest developments for smart metering (electricity and gas) in Europe.\",\n                  \"full_description\": [\n                    \"Are you looking for detailed information and comprehensive data about the European smart metering market (electricity and gas)? Berg Insight’s analyst team has been covering smart metering continuously for more than twenty years. Smart Metering in Europe is our flagship 350-page report covering AMM in EU27+3. Learn more about the EU energy policies driving the adoption of smart metering and the latest market developments in Europe. Extensive data Excel is included.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/10191009/bi-sm20-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\t\\r\\n1\\tElectricity and Gas Markets in Europe\\r\\n1.1\\tEnergy industry players\\r\\n1.2\\tElectricity market\\r\\n1.3\\tGas market\\r\\n2\\tSmart Metering Solutions\\r\\n2.1\\tIntroduction to smart grids\\r\\n2.2\\tSmart metering\\r\\n2.2.1\\tSmart metering applications\\r\\n2.2.2\\tSmart metering infrastructure\\t\\r\\n2.2.3\\tBenefits of smart metering\\r\\n2.3\\tProject strategies\\r\\n2.3.1\\tSystem design and sourcing\\r\\n2.3.2\\tRollout and integration\\r\\n2.3.3\\tImplementation and operation\\r\\n2.3.4\\tCommunicating with customers\\r\\n2.4\\tRegulatory issues\\r\\n2.4.1\\tModels for the introduction of smart meters\\r\\n2.4.2\\tStandards and guidelines\\r\\n2.4.3\\tIndividual rights issues\\r\\n3\\tIoT Networks and Communications Technologies\\r\\n3.1\\tIoT network technologies\\r\\n3.1.1\\tNetwork architecture\\r\\n3.1.2\\tUnlicensed and licensed frequency bands\\r\\n3.2\\tPLC technology and standards\\r\\n3.2.1\\tInternational standards organisations\\r\\n3.2.2\\tG3-PLC\\r\\n3.2.3\\tPRIME\\r\\n3.2.4\\tMeters & More\\r\\n3.2.5\\tOSGP\\r\\n3.3\\t3GPP cellular and LPWA technologies\\r\\n3.3.1\\t2G/3G/4G/5G cellular technologies and IoT\\r\\n3.3.2\\tLTE-M and NB-IoT\\r\\n3.3.3\\tThe role of cellular networks in smart meter communications\\r\\n3.3.4\\tLoRa and LoRaWAN\\r\\n3.3.5\\tSigfox\\r\\n3.4\\tOther RF technologies and standards\\r\\n3.4.1\\tIEEE 802.15.4\\r\\n3.4.2\\tWi-SUN\\r\\n3.4.3\\tProprietary IPv6 connectivity stacks based on 802.15.4\\r\\n3.4.4\\tEN 13757\\r\\n4\\tSmart Metering Industry Players\\r\\n4.1\\tMeter vendors\\r\\n4.1.1\\tItron\\r\\n4.1.2\\tEYKON (Landis+Gyr EMEA)\\r\\n4.1.3\\tAclara (Hubbell)\\r\\n4.1.4\\tADD Grup\\r\\n4.1.5\\tAEM\\r\\n4.1.6\\tAidon (Gridspertise)\\r\\n4.1.7\\tApator\\r\\n4.1.8\\tCircutor\\r\\n4.1.9\\tDiehl Metering\\r\\n4.1.10\\tEDMI (Osaki Electric)\\r\\n4.1.11\\tEFR\\r\\n4.1.12\\tElgama Elektronika (Linyang Energy)\\r\\n4.1.13\\tEMH Metering\\r\\n4.1.14\\tFlonidan\\r\\n4.1.15\\tGridspertise\\r\\n4.1.16\\tHexing Electrical\\r\\n4.1.17\\tHoneywell\\r\\n4.1.18\\tHolley Technology\\r\\n4.1.19\\tIskraemeco\\r\\n4.1.20\\tKaifa Technology\\r\\n4.1.21\\tKamstrup\\r\\n4.1.22\\tMeter&Control\\r\\n4.1.23\\tMeteRSIT\\r\\n4.1.24\\tNetworked Energy Services\\r\\n4.1.25\\tNIK\\r\\n4.1.26\\tPietro Fiorentini\\r\\n4.1.27\\tSagemcom\\r\\n4.1.28\\tSanxing Electric\\r\\n4.1.29\\tWasion\\r\\n4.1.30\\tZIV\\r\\n4.1.31\\tZPA Smart Energy (El Sewedy Electrometer)\\r\\n4.1.32\\tZTE Corporation\\r\\n4.2\\tCommunications solution providers\\r\\n4.2.1\\tAPKAPPA\\r\\n4.2.2\\tCorinex\\r\\n4.2.3\\tCyanConnode\\r\\n4.2.4\\tDevolo\\r\\n4.2.5\\tNuriFlex\\r\\n4.2.6\\tOrmazabal\\r\\n4.2.7\\tPower Plus Communications\\r\\n4.2.8\\tSensus International\\r\\n4.2.9\\tTheben Smart Energy\\r\\n4.2.10\\tToshiba\\r\\n4.2.11\\tTrilliant\\r\\n4.2.12\\tWirepas\\r\\n4.2.13\\tXemex\\r\\n4.3\\tSoftware solution providers\\r\\n4.3.1\\tAvance Metering\\r\\n4.3.2\\tAtlantica Digital\\r\\n4.3.3\\tCuculus\\r\\n4.3.4\\tEnergyworx (Gridspertise)\\r\\n4.3.5\\tEmbriq\\r\\n4.3.6\\tHansen Technologies\\r\\n4.3.7\\tFerranti\\r\\n4.3.8\\tKisters\\r\\n4.3.9\\tOracle\\r\\n4.3.10\\tRobotron Datenbank-Software\\r\\n4.3.11\\tSAP\\r\\n4.3.12\\tSiemens\\r\\n4.3.13\\tTelecontrol STM\\r\\n4.3.14\\tTerranova Software\\r\\n4.3.15\\tVIVAVIS\\r\\n4.4\\tSystem integrators and communications service providers\\r\\n4.4.1\\tA1 Telekom Austria\\r\\n4.4.2\\tArqiva\\r\\n4.4.3\\tALTEN (Worldgrid)\\r\\n4.4.4\\tCapgemini\\r\\n4.4.5\\tCGI\\r\\n4.4.6\\tCom4\\r\\n4.4.7\\tGE Vernova\\r\\n4.4.8\\tIBM\\r\\n4.4.9\\tTelecom Italia\\r\\n4.4.10\\tKPN\\r\\n4.4.11\\tTelefónica\\r\\n4.4.12\\tTelenor\\r\\n4.4.13\\tTelia Company\\r\\n4.4.14\\tUtility Connect\\r\\n4.4.15\\tVodafone\\r\\n5\\tMarket Profiles\\r\\n5.1\\tRegional summary\\r\\n5.1.1\\tEU energy strategy\\r\\n5.1.2\\tEU policies related to smart metering\\r\\n5.1.3\\tSmart metering policies on the national level\\r\\n5.1.4\\tTop smart metering projects in EU27+3 countries\\r\\n5.2\\tAustria\\r\\n5.2.1\\tElectricity and gas distribution structure\\r\\n5.2.2\\tMetering regulatory environment\\r\\n5.2.3\\tSmart metering market developments\\r\\n5.2.4\\tSecond-wave rollout preparations\\r\\n5.3\\tBelgium\\r\\n5.3.1\\tElectricity and gas distribution industry structure\\r\\n5.3.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.4\\tBulgaria\\r\\n5.4.1\\tElectricity and gas distribution industry structure\\r\\n5.4.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.5\\tCroatia\\t\\r\\n5.5.1\\tElectricity and gas distribution industry structure\\r\\n5.5.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.6\\tCyprus\\r\\n5.6.1\\tElectricity distribution industry structure\\r\\n5.6.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.7\\tCzech Republic\\r\\n5.7.1\\tElectricity and gas distribution industry structure\\r\\n5.7.2\\tMetering regulatory environment\\r\\n5.7.3\\tSmart metering market developments\\r\\n5.8\\tDenmark\\r\\n5.8.1\\tElectricity and gas distribution industry structure\\r\\n5.8.2\\tMetering regulatory environment\\r\\n5.8.3\\tSmart metering market developments\\r\\n5.9\\tEstonia\\r\\n5.9.1\\tElectricity and gas distribution industry structure\\r\\n5.9.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.10\\tFinland\\r\\n5.10.1\\tElectricity distribution industry structure\\r\\n5.10.2\\tFirst wave of smart metering 2004–2013\\r\\n5.10.3\\tSecond-wave of smart metering\\r\\n5.11\\tFrance\\r\\n5.11.1\\tElectricity and gas distribution industry structure\\r\\n5.11.2\\tNationwide program for smart electricity metering\\r\\n5.11.3\\tNationwide program for smart gas metering\\r\\n5.12\\tGermany\\r\\n5.12.1\\tElectricity and gas distribution industry structure\\r\\n5.12.2\\tMetering regulatory environment\\r\\n5.12.3\\tTechnical standardization of smart meters\\r\\n5.12.4\\tSmart metering market developments\\r\\n5.13\\tGreece\\r\\n5.13.1\\tElectricity and gas distribution industry structure\\r\\n5.13.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.14\\tHungary\\r\\n5.14.1\\tElectricity and gas distribution industry structure\\r\\n5.14.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.15\\tIreland\\r\\n5.15.1\\tElectricity and gas distribution structure\\r\\n5.15.2\\tNationwide program for deployment of smart meters\\r\\n5.16\\tItaly\\r\\n5.16.1\\tElectricity and gas distribution industry structure\\r\\n5.16.2\\tFirst stage of smart metering adoption 2001–2013\\r\\n5.16.3\\tSecond stage of smart metering adoption 2014–2024\\r\\n5.17\\tLatvia\\r\\n5.17.1\\tElectricity and gas distribution industry structure\\r\\n5.17.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.18\\tLithuania\\r\\n5.18.1\\tElectricity and gas distribution industry structure\\r\\n5.18.2\\tSmart metering market developments\\r\\n5.19\\tLuxembourg\\r\\n5.19.1\\tElectricity and gas distribution industry structure\\r\\n5.19.2\\tMetering regulatory environment and smart metering rollout plans\\r\\n5.20\\tMalta\\r\\n5.20.1\\tUtility industry structure\\r\\n5.20.2\\tNational smart grid project and rollout of second-generation smart meters\\r\\n5.21\\tNetherlands\\r\\n5.21.1\\tElectricity and gas distribution industry structure\\r\\n5.21.2\\tMetering regulatory environment\\r\\n5.21.3\\tSmart metering market developments\\r\\n5.21.4\\tSecond-wave rollout preparations\\r\\n5.21.5\\tNextGen project timeline\\r\\n5.22\\tNorway\\r\\n5.22.1\\tElectricity distribution industry structure\\r\\n5.22.2\\tMetering regulatory environment\\r\\n5.22.3\\tSmart metering market developments and first wave tender results\\r\\n5.22.4\\tSecond-wave rollout preparations\\r\\n5.23\\tPoland\\r\\n5.23.1\\tElectricity and gas distribution industry structure\\r\\n5.23.2\\tMetering regulatory environment\\r\\n5.23.3\\tSmart metering projects\\r\\n5.24\\tPortugal\\r\\n5.24.1\\tElectricity and gas distribution industry structure\\r\\n5.24.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.25\\tRomania\\r\\n5.25.1\\tElectricity and gas distribution industry structure\\r\\n5.25.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.26\\tSlovakia\\r\\n5.26.1\\tElectricity and gas distribution industry structure\\r\\n5.26.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.27\\tSlovenia\\r\\n5.27.1\\tElectricity and gas distribution industry structure\\r\\n5.27.2\\tSmart metering market developments\\r\\n5.28\\tSpain\\r\\n5.28.1\\tElectricity and gas distribution industry structure\\r\\n5.28.2\\tMetering regulatory environment\\r\\n5.28.3\\tSmart metering market developments\\r\\n5.29\\tSweden\\r\\n5.29.1\\tElectricity distribution industry structure\\r\\n5.29.2\\tFirst wave of smart metering 2003–2009\\r\\n5.29.3\\tSecond wave of smart metering 2018–2024\\r\\n5.30\\tSwitzerland\\r\\n5.30.1\\tElectricity distribution industry structure\\r\\n5.30.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.31\\tUnited Kingdom\\r\\n5.31.1\\tElectricity and gas industry structure\\r\\n5.31.2\\tMetering regulatory environment\\r\\n5.31.3\\tGreat Britain’s planned nationwide smart metering system\\r\\n5.31.4\\tSmart meter criticism and regulatory framework revision\\r\\n5.31.5\\tSmart meter rollout\\r\\n5.31.6\\tSmart metering in Northern Ireland, the Channel Islands and Gibraltar\\r\\n6\\tCase Studies: Smart Metering Projects in Europe\\r\\n6.1\\tEnel\\r\\n6.1.1\\tEnel Open Meter and the second-generation rollout in Italy\\r\\n6.1.2\\tEndesa’s smart metering project in Spain\\r\\n6.1.3\\tSmart meter rollout in Romania\\r\\n6.2\\tEnedis\\r\\n6.2.1\\tThe Linky Programme\\r\\n6.2.2\\tSystem development and large-scale pilot\\r\\n6.2.3\\tFull-scale rollout\\r\\n6.3\\tCurrent smart meter projects in five European countries\\r\\n6.3.1\\tAustria – Wiener Netze\\r\\n6.3.2\\tBelgium – Fluvius\\r\\n6.3.3\\tIreland – ESB Networks\\r\\n6.3.4\\tLithuania – ESO\\r\\n6.3.5\\tGreece – HEDNO\\r\\n6.4\\tPioneering next-generation smart meter rollouts\\r\\n6.4.1\\tE.ON Sweden\\r\\n6.4.2\\tElenia\\r\\n6.5\\tSmart gas meter rollouts in France and Italy\\r\\n6.5.1\\tGRDF\\r\\n6.5.2\\t2i Rete (Italgas)\\r\\n6.6\\tSmart meter communications platforms in Germany and the UK\\r\\n6.6.1\\tGermany\\r\\n6.6.2\\tUnited Kingdom\\r\\n6.7\\tSmart metering in Eastern Europe and the Balkans\\r\\n7\\tMarket Forecasts and Trends\\r\\n7.1\\tMarket trends\\r\\n7.1.1\\tSecond-wave rollouts to account for a substantial share of shipments\\r\\n7.1.2\\tGrowth increasingly driven by CEE and Southeast European projects\\r\\n7.1.3\\tSmart metering systems shift towards more granular data and modularity\\r\\n7.1.4\\tAdoption of LTE-M and NB-IoT connectivity continues to increase\\r\\n7.1.5\\tSecurity has become an operational requirement\\r\\n7.1.6\\tSupplier dynamics evolve in Europe\\r\\n7.1.7\\tRethinking the smart metering offering to respond to emerging utility needs\\r\\n7.1.8\\tEurope’s gas networks prepare for a low-carbon future\\r\\n7.2\\tSmart electricity metering market forecast\\r\\n7.2.1\\tCapital expenditure forecast\\r\\n7.2.2\\tCommunications technology market shares\\r\\n7.3\\tSmart gas metering market forecast\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/10191019/bi-sm20-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of smart energy meters to reach 360 million across Europe by 2031\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Two thirds of all electricity customers in EU27+3 had a smart meter at the end of 2025 – a figure that is forecasted to increase to as much as 85 percent in 2031. In terms of shipments, smart meters accounted for around 85 percent of total EU27+3 electricity meter shipments in 2025. Poland, which is currently in the midst of a nationwide rollout, was the largest market in terms of shipments with around 2.5 million units installed during the year. The second largest market was Germany, which after lengthy delays saw an acceleration of deployments and ended the year with annual shipments of more than 1.9 million units. The United Kingdom was the third largest market by volume with yearly shipments of nearly 1.8 million units, a number that should have been higher if the British utilities met their installation targets for the year. France and Spain were also in the top five in terms of shipment volumes, driven by second-generation replacements. Other markets with large installation volumes during the year included Italy, Belgium, Switzerland, Romania and Finland. The smart metering market in Europe remains promising and is set for robust growth in the coming years with over 130 million smart electricity meters forecasted to be deployed across the region during 2025–2031.\",\n                        \"\",\n                        \"In addition to major first-generation deployments in countries such as Germany, the UK, Poland, Greece, Romania, Belgium and the Czech Republic, second-generation rollouts in countries such as Spain, France and the Netherlands will contribute with substantial shipment volumes throughout the forecast period. Poland will continue to be a significant contributor to annual shipment volumes until 2030, although Germany is expected to overtake the role as Europe’s largest market in terms of first-generation smart meter shipments towards the end of the decade. Greece is also expected to be one of the largest markets with estimated annual shipments in the range of 1–1.5 million units between 2026–2030. From 2026 and forward, the ramp-up of second-generation installations in Spain, the Netherlands and France will be the most important drivers for yearly shipment volumes. In total, replacements of first-generation smart meters are expected to be in the range of 20–50 percent of total smart meter shipments in Europe throughout the next five years, or 4.0–9.0 million units annually.\",\n                        \"\",\n                        \"As the rollouts in many countries in Western Europe and the Nordics are now either well-advanced or completed, the focus continues to shift to Central, East and Southeast Europe. The outlook for the region has improved significantly over the past five years with multiple major rollouts now underway. Overall, the CEE and Southeast European region accounted for over 50 percent of annual EU27+3 smart meter shipments in 2025, up from 32 percent in 2024. Looking only at the growth in annual shipment volumes of first-generation smart meter projects, nine of the ten fastest growing markets can be found in CEE and Southeast Europe.\",\n                        \"\",\n                        \"The rapid development of new wireless technologies for IoT communications has a major impact on the smart metering market in Europe. DSOs planning for new smart grid projects and rollouts in the mid-2020s have a wide range of increasingly sophisticated wireless technologies to choose from for their networking platforms. Wireless technologies have a number of advantages compared to PLC technologies which dominated the first wave of smart electricity deployments in Europe. Supported by massive R&D investments in the mobile communications industry in combination with decreasing mobile subscription costs, 3GPP-based LPWA technologies such as LTE-M and NB-IoT are now rapidly gaining traction in the electricity, gas and water utilities space. Several major deployments utilising these technologies are now either completed, underway or about to begin in the Benelux, the Nordics, the Baltics and Southern Europe. 3GPP-based LPWA will more than double its smart meter connectivity market share throughout the forecast period. Various forms of PLC will remain the dominant technology group in terms of installed base although purely wireless communications options are forecasted to account for over 50 percent of shipment volumes during most of the forecast period – peaking at around 62 percent in 2028.\",\n                        \"\",\n                        \"Adoption of smart metering is also growing fast in the European gas distribution market. At the end of 2025, around 48 percent of the natural gas customers in EU27+3 had been equipped with a smart gas meter. Berg Insight estimates that the number of natural gas customers with a smart gas meter will increase to 78.8 million in 2031, equal to a penetration rate of over 62 percent. Annual shipments of smart gas meters in the EU27+3 amounted to 3.2 million units in 2025. This represented an increase of nearly 0.3 million units compared to 2024, which was largely due to the start of a large-scale project in Poland which made the country the second largest market by shipment volume in 2025. Despite installations in the UK again having proceeded at a slower pace than anticipated, the country was nevertheless the most active market in 2025 with over 1.4 million units installed. Italy and Belgium were also significant markets, accounting for around 0.5 and 0.3 million shipments respectively during the year. Annual shipment volumes of smart gas meters are projected to remain stable at around 5–6 million units throughout the forecast period, with an expected peak of 5.9 million units during 2028/2029. Driven by Italgas’ second-generation rollout, Italy is forecasted to emerge as the largest market in Europe by shipment volume in 2027 and to maintain that position throughout the forecast period. The UK is expected to remain one of the region’s largest markets as well, with shipment volumes supported by continued installations in line with the government’s revised ambition to complete the nationwide rollout by 2030. Significant volumes are also anticipated in additional countries over the coming years, particularly Spain, the Netherlands, Poland, France, Greece and Belgium, where the former will account for 22 percent of yearly shipment volumes in Europe by 2031.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/10191028/bi-sm20-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3928,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-08-22 09:48:16\",\n                        \"post_date_gmt\": \"2023-08-22 07:48:16\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Felix Linderum\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"felix-linderum\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-03-25 20:49:18\",\n                        \"post_modified_gmt\": \"2026-03-25 19:49:18\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3928\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"302\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Full coverage of the European market with in-depth market profiles of all countries in EU27+3.\"\n                      },\n                      {\n                        \"bullet_point\": \"Case studies of smart electricity and gas metering projects by the leading energy groups in Europe. \"\n                      },\n                      {\n                        \"bullet_point\": \"360-degree overview of next-generation PLC, RF and cellular standards for smart grid communications.\"\n                      },\n                      {\n                        \"bullet_point\": \"Updated profiles of the key players in the metering industry.\"\n                      },\n                      {\n                        \"bullet_point\": \"New detailed forecasts for smart electricity and gas meters in 30 countries until 2031.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest developments in the European energy industry.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 29,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"sm europe 20th\",\n                \"src\": \"https://media.berginsight.com/2026/07/10191118/sm-europe-20th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/smart-metering-in-europe-6/\",\n              \"name\": \"Smart Metering in Europe\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Smart Utilities\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-carsharing-telematics-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"8th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the carsharing telematics value chain covering 36 carsharing technology vendors and 65 carsharing initiatives from specialist carsharing operators, car rental companies and car OEMs.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the carsharing market? Berg Insight estimates that global carsharing membership will grow at a CAGR of 9.2 percent from 91.0 million at the end of 2025 to 141.1 million by 2030. This report explains all segments including station-based and free-floating public carsharing as well as corporate carsharing. Get up to date with the latest information about carsharing organisations, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/22181547/bi-carsharing8-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tPassenger cars in use by region\\r\\n1.1.2\\tNew passenger car registration trends\\r\\n1.2\\tGlobal trends influencing the automotive industry\\r\\n1.2.1\\tPeak car use and car ownership\\r\\n1.2.2\\tThe sharing economy\\r\\n1.3\\tCar-based mobility services\\r\\n1.3.1\\tOverview of carsharing services\\r\\n1.3.2\\tCarsharing operational models\\r\\n1.4\\tCarsharing services worldwide\\r\\n1.4.1\\tCarsharing in Europe\\r\\n1.4.2\\tCarsharing in North America\\r\\n1.4.3\\tCarsharing in Asia-Pacific\\r\\n1.4.4\\tCarsharing in ROW\\r\\n1.4.5\\tOverview of carsharing service providers\\r\\n1.5\\tCar telematics infrastructure\\r\\n1.5.1\\tVehicle segment\\r\\n1.5.2\\tTracking segment\\r\\n1.5.3\\tNetwork segment\\r\\n1.5.4\\tService segment\\r\\n2\\tCarsharing Organisations\\r\\n2.1\\tSpecialist carsharing companies in Europe\\r\\n2.1.1\\t4Mobility\\r\\n2.1.2\\tAnytime (Czech Republic)\\r\\n2.1.3\\tBolt Drive\\r\\n2.1.4\\tCambio\\r\\n2.1.5\\tCitiz\\r\\n2.1.6\\tCityBee\\r\\n2.1.7\\tCo Wheels\\r\\n2.1.8\\tDeer\\r\\n2.1.9\\tEnjoy\\r\\n2.1.10\\tFlinkster\\r\\n2.1.11\\tGreenMobility\\r\\n2.1.12\\tGreenwheels\\r\\n2.1.13\\tHyre\\r\\n2.1.14\\tMiles\\r\\n2.1.15\\tMobility Cooperative\\r\\n2.1.16\\tMOL Limo\\r\\n2.1.17\\tMyWheels\\r\\n2.1.18\\tOKQ8 Bilpool\\r\\n2.1.19\\tPoppy\\r\\n2.1.20\\tRideNow\\r\\n2.1.21\\tSpark\\r\\n2.1.22\\tStadtmobil\\r\\n2.1.23\\tTraficar\\r\\n2.1.24\\tVoltio\\r\\n2.2\\tSpecialist carsharing companies in North America\\r\\n2.2.1\\tBlink Mobility (BlueLA)\\r\\n2.2.2\\tCommunauto\\r\\n2.2.3\\tEnvoy\\r\\n2.2.4\\tEvo Car Share\\r\\n2.2.5\\tHourcar and Evie\\r\\n2.2.6\\tModo\\r\\n2.2.7\\tPeg City Co-op\\r\\n2.3\\tSpecialist carsharing companies in Asia-Pacific\\r\\n2.3.1\\tFlexar (BlueSG)\\r\\n2.3.2\\tGetGo\\r\\n2.3.3\\tGoGet\\r\\n2.3.4\\tLiandongyun\\r\\n2.3.5\\tMevo\\r\\n2.3.6\\tMitsui Car Shares\\r\\n2.3.7\\tPopcar\\r\\n2.3.8\\tSocar\\r\\n2.3.9\\tTimes Car\\r\\n2.4\\tSpecialist carsharing companies in ROW\\r\\n2.4.1\\tDelimobil\\r\\n2.4.2\\tGoTo\\r\\n2.4.3\\tTikTak\\r\\n2.4.4\\tTurbi\\r\\n2.4.5\\tUdrive\\r\\n2.4.6\\tYandex Drive\\r\\n3\\tCar Rental and Leasing Companies\\r\\n3.1\\tAvis Budget Group\\r\\n3.1.1\\tZipcar\\r\\n3.2\\tDrivalia\\r\\n3.2.1\\tE+Share Drivalia\\r\\n3.3\\tEnterprise Mobility\\r\\n3.3.1\\tEnterprise Car Share\\r\\n3.3.2\\tEnterprise Car Club\\r\\n3.4\\tEuropcar Mobility Group\\r\\n3.4.1\\tEuropcar On Demand\\r\\n3.4.2\\tGoCar\\r\\n3.5\\tHertz Global Holdings\\r\\n3.5.1\\tHertz 24/7\\r\\n3.6\\tLotte Rental\\r\\n3.6.1\\tG Car\\r\\n3.7\\tORIX Auto Corporation\\r\\n3.7.1\\tORIX CarShare\\r\\n3.8\\tSixt Group\\r\\n3.8.1\\tSixt Share\\r\\n3.9\\tAlphabet\\r\\n3.10\\tArval\\r\\n3.11\\tAyvens\\r\\n4\\tCar OEM Mobility Service Initiatives\\r\\n4.1\\tFord’s mobility projects and services\\r\\n4.2\\tHyundai motor Group’s carsharing and mobility programmes\\r\\n4.3\\tNissan’s carsharing services\\r\\n4.4\\tRenault Group’s carsharing initiatives and Mobilize\\r\\n4.5\\tStellantis and its mobility brand Free2move\\r\\n4.6\\tToyota mobility services platform and Kinto services\\r\\n4.7\\tVolkswagen Group’s mobility initiatives\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end carsharing system providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tBMW Group\\r\\n5.1.3\\tHumax Mobility\\r\\n5.1.4\\tIturanmob (Ituran)\\r\\n5.1.5\\tMobility Tech Green\\r\\n5.1.6\\tMoboKey\\r\\n5.1.7\\tMovitronic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tOptimum (by Shiftmove)\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWorld Wide Mobility\\r\\n5.2\\tCarsharing software platform providers\\r\\n5.2.1\\tAtom Mobility\\r\\n5.2.2\\tAutofleet\\r\\n5.2.3\\tCantamen\\r\\n5.2.4\\tCT Mobility\\r\\n5.2.5\\tFleetster\\r\\n5.2.6\\tGlide.io\\r\\n5.2.7\\tGood Travel Software\\r\\n5.2.8\\tLaunch Mobility\\r\\n5.2.9\\tMOQO\\r\\n5.2.10\\tOpenFleet\\r\\n5.2.11\\tRentalMatics\\r\\n5.2.12\\tWeGo Carsharing\\r\\n5.2.13\\tWunder Mobility\\r\\n5.2.14\\tZemtu\\r\\n5.3\\tCarsharing hardware solution providers\\r\\n5.3.1\\tAstus\\r\\n5.3.2\\tBosch\\r\\n5.3.3\\tConvadis\\t\\r\\n5.3.4\\tGeotab\\r\\n5.3.5\\tInvers\\r\\n5.3.6\\tMunic\\r\\n5.3.7\\tMySmartObject\\r\\n5.3.8\\tRuptela\\r\\n5.3.9\\tTeltonika Telematics\\r\\n5.3.10\\tWITTE:digital\\r\\n6\\tMarket Forecasts and Trends\\r\\n6.1\\tCarsharing market forecasts\\r\\n6.1.1\\tCarsharing in the EU+EFTA+UK\\r\\n6.1.2\\tCarsharing in North America\\r\\n6.1.3\\tCarsharing in Asia-Pacific\\r\\n6.1.4\\tCarsharing in ROW\\r\\n6.1.5\\tLeading carsharing fleets\\r\\n6.1.6\\tLeading carsharing technology vendors\\r\\n6.1.7\\tCarsharing technology forecast\\r\\n6.1.8\\tCorporate carsharing forecast\\r\\n6.2\\tMergers and acquisitions in the carsharing telematics space\\r\\n6.3\\tMarket trends\\r\\n6.3.1\\tCarsharing becomes increasingly integrated with other mobility services\\r\\n6.3.2\\tCarsharing operators collaborate with each other to expand coverage\\r\\n6.3.3\\tCarsharing and public transport services to converge\\r\\n6.3.4\\tRelationships with cities are increasingly important for carsharing operators\\r\\n6.3.5\\tElectric cars are a natural fit for carsharing\\r\\n6.3.6\\tV2G solutions are gaining traction in the electric carsharing market\\r\\n6.3.7\\tFree-floating carsharing services continue to expand\\r\\n6.3.8\\tHybrid station-based and free-floating models show promise\\r\\n6.3.9\\tAutonomous cars are expected to change the playing field for carsharing\\r\\n6.3.10\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n6.3.11\\tCarsharing is increasingly incorporated into new housing projects\\r\\n6.3.12\\tVehicle delivery and last mile carsharing add-on services are emerging\\r\\n6.3.13\\tCarsharing operators introduce new pricing models\\r\\n6.3.14\\tShared mobility operators are increasingly offering more similar services\\r\\n6.3.15\\tCarsharing operators focus increasingly on profitability\\r\\n6.3.16\\tMoving vehicles between different services improves the utilisation rate\\r\\n6.3.17\\tAI-powered solutions are increasingly leveraged by carsharing operators\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/22181558/bi-carsharing8-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The public carsharing fleet reached 511,000 vehicles worldwide in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Passenger cars and light trucks are the main modes of transportation in most industrialised countries. The vast majority of car trips in metropolitan areas are drive-alone trips with only one person in the car and vehicles are used for only about one hour per day on average. Carsharing is one of many car-based mobility services available for people who occasionally want to complement other modes of transportation with car-based mobility. Examples of other car-based mobility services include traditional car rental, carpooling, ridesharing, taxi and ridesourcing services. Many of these mobility services aim to decrease the cost of car-based transportation, create convenience through fewer ownership responsibilities, as well as reduce traffic congestion and environmental impact.\",\n                        \"\",\n                        \"Carsharing is a decentralised car rental service focusing on short-term rentals that supplements other modes of transport including walking, cycling and public transport. Carsharing aims to provide an alternative to individual car ownership without restricting mobility by offering affordable access to cars. Carsharing organisations offer members access to a fleet of shared cars from unattended self-service locations. Today, most carsharing operators worldwide use station-based networks with round-trip rental. This operational model requires members to return a vehicle to the same designated station from which it was accessed. Many carsharing operators also offer one-way carsharing, allowing users to return the car to any station operated by the carsharing service. Another model that has gained in popularity is free-floating carsharing, which allows members to pick up and drop off cars anywhere within a designated area or zone. The ability to access available cars instantly without prior booking and no need to schedule a return time makes this type of service attractive for short trips. In some regions, more cars are now dedicated to free-floating carsharing than station-based carsharing.\",\n                        \"\",\n                        \"Telematics systems and smartphones are key enablers of carsharing services. In-car hardware technologies for carsharing services include a telematics device to capture trip data, enable fleet management and grant access to the car through a smartphone app or RFID smartcards. Additional hardware solutions such as damage sensors and smoke detectors can be installed to protect the vehicles, improve user behaviour and reduce accidents. Software platforms include complete IT systems that can support all the operational activities of a carsharing organisation ranging from management of in-vehicle equipment, fleet management, booking management, billing, as well as operations supervision via dashboards and data analytics. Leading vendors of hardware solutions and software platforms include Invers, Vulog, Convadis, Targa Telematics, Optimum (by Shiftmove), Mobility Tech Green, Atom Mobility, CT Mobility, Cantamen, MOQO, WeGo Carsharing, 2hire, Bosch and Astus. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela also serve the market. Several carsharing technology vendors focus on the corporate carsharing market that aims to increase corporate carpool availability and reduce mobility costs. Many carsharing technology vendors partner with other actors to expand their offerings and strengthen their value proposition. \",\n                        \"\",\n                        \"Commercial carsharing services are offered by specialist carsharing companies, car rental companies, carmakers and other actors such as public transport operators. Examples of specialised carsharing operators include Times Car in Japan; Socar in South Korea; Communauto and Evo Car Share in Canada; Miles, Stadtmobil and Cambio in Germany; MyWheels and Greenwheels in the Netherlands; Enjoy in Italy; Mobility Cooperative in Switzerland; Citiz in France; Traficar in Poland; TikTak in Turkey; Turbi in Brazil; and GoGet in Australia. Carsharing services by car rental companies include Sixt Share (by Sixt), Zipcar (by Avis Budget Group), ORIX CarShare (by ORIX Auto Corporation) and G Car (by Lotte Rental). Examples of leading carsharing services backed by carmakers include Free2move (owned by Stellantis), Kinto Share (owned by Toyota) and Wible (owned by Kia).\",\n                        \"\",\n                        \"The carsharing market is expected to grow in the coming years. Berg Insight estimates that the total number of carsharing members worldwide reached 91.0 million at the end of 2025. At the same time, the total carsharing fleet had reached about 511,000 vehicles. Berg Insight forecasts that carsharing membership will grow to about 141.1 million globally by the end of 2030 and the total carsharing fleet will then reach about 768,000 cars. The corporate carsharing market was moreover estimated at 154,000 vehicles at year-end 2025 and is forecasted to reach about 250,000 vehicles in 2030. Europe and Asia-Pacific account for the majority of all carsharing programmes and the number of carsharing vehicles internationally. The front-running markets include Germany, France, the Netherlands, Canada, Japan, South Korea, China, Russia, Turkey and Brazil.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/22181606/bi-carsharing8-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"298\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on carsharing fleets and members worldwide.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the carsharing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 36 carsharing technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Case studies of 65 carsharing initiatives from specialist carsharing operators, car rental and leasing companies and car OEMs. \"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"The Carsharing Telematics Market 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investigates the people and pet tracking markets in Europe and North America.\",\n    \"full_description\": [\n      \"The key applications for people tracking solutions in the consumer and enterprise market segments include mobile workforce management, lone worker protection, family locators, pet locators, telecare services and electronic offender monitoring. Learn more about the business opportunities associated with people and pet tracking solutions in this 230 page report strategy report from Berg Insight. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2021/02/07204440/bi-pt7-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive summary\\r\\n1\\tOverview of people location solutions\\r\\n1.1\\tDevice segment\\r\\n1.1.1\\tMobile phones and smartphones\\r\\n1.1.2\\tDedicated people locator devices\\r\\n1.2\\tPositioning segment\\r\\n1.2.1\\tMobile network-based location technologies\\r\\n1.2.2\\tGNSS: GPS, GLONASS, Galileo and BeiDou\\r\\n1.2.3\\tWi-Fi positioning\\r\\n1.2.4\\tBluetooth\\r\\n1.3\\tNetwork segment\\r\\n1.3.1\\tPublic cellular networks\\r\\n1.3.2\\tThe cellular M2M connectivity market in Europe and North America\\r\\n1.4\\tPlatform segment\\r\\n1.5\\tMarket segmentation\\r\\n1.5.1\\tFamily locator services\\r\\n1.5.2\\tPet locator devices\\r\\n1.5.3\\tMedical and telecare location solutions\\r\\n1.5.4\\tMobile workforce management\\r\\n1.5.5\\tLone worker protection\\r\\n1.5.6\\tElectronic offender monitoring\\r\\n2\\tFamily locator and consumer-oriented locator solutions\\r\\n2.1\\tHandset based family locator services\\r\\n2.1.1\\tMobile operator branded family locator apps\\r\\n2.1.2\\tPeople locator apps\\r\\n2.1.3\\tLocation sharing services\\r\\n2.2\\tConsumer oriented locator devices\\r\\n2.2.1\\tGeneral purpose locator devices\\r\\n2.2.2\\tChild locator devices\\r\\n2.2.3\\tPet locator devices\\r\\n2.3\\tCompany profiles and strategies\\r\\n2.3.1\\tBrickHouse Security\\r\\n2.3.2\\tCareWhere\\r\\n2.3.3\\tComtech Telecommunications\\r\\n2.3.4\\tGarmin\\r\\n2.3.5\\tGlobalstar\\r\\n2.3.6\\thereO\\r\\n2.3.7\\tJiobit\\r\\n2.3.8\\tKippy\\r\\n2.3.9\\tLife360\\t\\r\\n2.3.10\\tLocation Labs (Avast Software)\\r\\n2.3.11\\tPawtrack\\r\\n2.3.12\\tRepublic Wireless\\r\\n2.3.14\\tSmith Micro Software\\r\\n2.3.15\\tSuchmich\\r\\n2.3.16\\tSygic\\r\\n2.3.17\\tTractive\\r\\n2.3.18\\tVodafone\\r\\n2.3.19\\tWeenect\\r\\n2.3.20\\tWhistle Labs (Mars)\\r\\n2.3.21\\tWTS Positioning Solutions\\r\\n2.3.22\\tYepzon\\r\\n2.3.23\\tXplora Technologies\\r\\n3\\tMedical alarm, mobile telecare and mPERS devices\\r\\n3.1\\tOverview of demographics and common medical conditions\\r\\n3.1.1\\tThe ageing population\\r\\n3.1.2\\tMedical conditions\\r\\n3.2\\tTelecare and PERS solutions\\r\\n3.2.1\\tThe telecare service value chain\\r\\n3.2.2\\tTelecare and PERS services in Europe and North America\\r\\n3.2.3\\tMobile telecare and mPERS devices\\r\\n3.3\\tCompany profiles and strategies\\r\\n3.3.1\\tAnelto\\r\\n3.3.2\\tClimax Technology\\r\\n3.3.3\\tDoro\\r\\n3.3.4\\tEmporia Telecom\\r\\n3.3.5\\tEveron\\r\\n3.3.6\\tGreatCall\\r\\n3.3.7\\tGTX Corp\\r\\n3.3.8\\tLaipac Technology\\r\\n3.3.9\\tLibify\\r\\n3.3.10\\tLOSTnFOUND\\r\\n3.3.11\\tMobileHelp\\r\\n3.3.12\\tNavigil\\r\\n3.3.13\\tNortek\\r\\n3.3.14\\tPhilips Lifeline\\r\\n3.3.15\\tSecuraTrac\\t\\r\\n3.3.16\\tTunstall Healthcare Group\\r\\n4\\tMobile workforce management and lone worker safety services\\r\\n4.1\\tEmployment statistics\\t\\r\\n4.1.1\\tEmployment by industry\\r\\n4.2\\tMobile workforce management\\r\\n4.2.1\\tMarket segmentation and key market players\\r\\n4.2.2\\tMobile workforce management business models\\r\\n4.3\\tLone worker safety\\r\\n4.3.1\\tLone worker legislation and standards\\r\\n4.3.2\\tAdoption of lone worker safety solutions\\r\\n4.3.3\\tLone worker protection devices and services\\r\\n4.4\\tCompany profiles and strategies\\r\\n4.4.1\\tActsoft\\r\\n4.4.2\\tAlertcom (AVR Group)\\r\\n4.4.3\\tAlertGPS\\r\\n4.4.4\\tAware360\\r\\n4.4.5\\tBlackline Safety\\r\\n4.4.6\\tClickSoftware (Salesforce)\\r\\n4.4.7\\tFleet Complete\\r\\n4.4.8\\tHoneywell\\r\\n4.4.9\\tLone Worker Solutions\\r\\n4.4.10\\tOrbis Protect\\r\\n4.4.11\\tOysta Technology\\r\\n4.4.12\\tProntoForms\\r\\n4.4.13\\tReliance High-Tech\\r\\n4.4.14\\tRoadpost\\r\\n4.4.15\\tSafe Apps\\r\\n4.4.16\\tScandinavian Radio Technology\\r\\n4.4.17\\tSend For Help\\r\\n4.4.18\\tServiceMax\\r\\n4.4.19\\tSoloProtect\\r\\n4.4.20\\tTrack24\\r\\n4.4.21\\tTrimble\\r\\n4.4.22\\tTsunami Solutions\\r\\n4.4.23\\tTwig Com\\r\\n4.4.24\\tVecima Networks\\r\\n4.4.25\\tVerisae (Accruent)\\r\\n4.4.26\\tVerizon Connect\\r\\n4.4.27\\tVismo (Cellhire)\\r\\n5\\tElectronic offender monitoring\\r\\n5.1\\tPrison population\\r\\n5.2\\tOffender monitoring programmes\\r\\n5.2.1\\tElectronic offender monitoring in North America\\r\\n5.2.2\\tElectronic offender monitoring in Europe\\r\\n5.3\\tOffender monitoring service providers and devices\\r\\n5.3.1\\tMonitoring service providers\\r\\n5.3.2\\tTracking devices and major providers\\r\\n5.3.3\\tMergers and acquisitions in the electronic offender monitoring industry\\r\\n5.4\\tCompany profiles and strategies\\r\\n5.4.1\\tAlcohol Monitoring Systems\\r\\n5.4.2\\tAttenti\\r\\n5.4.3\\tBI Incorporated (GEO Group)\\r\\n5.4.4\\tBuddi\\r\\n5.4.5\\tComp Electronic Monitoring\\r\\n5.4.6\\tCorrisoft\\r\\n5.4.7\\tG4S\\r\\n5.4.8\\tGeosatis\\r\\n5.4.9\\tSecurus Monitoring Solutions (Securus Technologies)\\r\\n5.4.10\\tSentinel Offender Services\\r\\n5.4.11\\tSierra Wireless\\r\\n5.4.12\\tSuperCom\\r\\n5.4.13\\tTrack Group\\r\\n6\\tMarket forecasts and trends\\r\\n6.1\\tMarket forecasts\\r\\n6.1.1\\tFamily locator services and consumer-oriented people locator devices\\r\\n6.1.2\\tPet locator devices and services\\r\\n6.1.3\\tMobile telecare, mPERS and medical alarm devices\\r\\n6.1.4\\tMobile workforce management services\\r\\n6.1.5\\tLone worker protection services\\r\\n6.1.6\\tOffender monitoring solutions\\r\\n6.2\\tMarket trends\\r\\n6.2.1\\tFamily locator app vendors extend functionality to compete with free apps\\r\\n6.2.2\\tPet trackers – a high-potential market that suffers from low awareness\\r\\n6.2.3\\tMobile telecare solutions open up new market opportunities\\r\\n6.2.4\\tGrowth in connected things will drive the market for mobile WFM solutions\\r\\n6.2.5\\tBody-worn cameras add a new dimension to lone worker protection\\r\\n6.2.6\\tStronger focus on software and analytics within offender monitoring\\r\\n6.2.7\\tThe threat from large technology companies\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2021/02/07204451/bi-pt7-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"What are the latest developments on the people and pet tracking market?\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Modern people monitoring solutions rely on GPS and wireless communications technologies to determine the location of a person and transmit the data to a third party. Technological advancements have enabled substantial improvements in GPS receiver performance and cost. Dedicated people locator devices are available in a wide range of form factors including boxes, pendants, bracelets, watches and handsets designed for different use cases. The growing installed base of GPS-enabled smartphones have opened up the market for location based mobile apps, which are used in a number of people monitoring segments.\",\n          \"\",\n          \"Consumer-oriented people locator solutions range from family locator services that provide peace of mind for parents of children and teenagers, to solutions that assist caregivers of seniors and people suffering from various medical conditions. The market for handset-based family locator services is dominated by freemium apps. Location sharing functionality is also offered by numerous widely-used apps such as Google Maps, Facebook Messenger, Snapchat and Apple’s Find My Friends. A number of companies market GPS-enabled devices for children that are too young to use mobile phones. The market is still in its infancy, but is expected to grow in the coming years, especially in North America. Vendors including Bestie, Xplora and LG Electronics have designed locator devices for kids in the form of wristwatches. Many companies are also offering general GPS tracking devices that can be used for several different application areas. BrickHouse Security, WTS Positioning Solutions and Yepzon have launched locators that can be used to track luggage, pets, kids and more. \",\n          \"\",\n          \"The total addressable market for pet tracking devices is huge. There are over 300 million dogs and cats in households in Europe and North America. GPS based pet locator devices address two major concerns for pet owners – preventing the pet from getting lost and helping the pet stay healthy. People are often passionate about their pets and willing to spend considerable amounts of money on pet related products and services. The installed base of active pet locator devices in Europe and North America reached close to 600,000 in 2018. Tractive has grown rapidly to become the clear market leader in Europe as well as globally. Whistle Labs is the largest player on the North American market and one of the leading companies worldwide. Both companies offer pet locator devices, which in addition to location tracking also measure the pet’s activity to help the pet stay healthy.  \",\n          \"\",\n          \"Telecare service providers are showing increasing interest in mobile telecare solutions, known as mobile Personal Emergency Response Systems (mPERS) in North America. Incumbents such as Philips Lifeline, Tunstall and Doro have recently launched new products in this category. There are also a number of companies offering solutions in various people monitoring segments, including mobile telecare. Navigil and SecuraTrac offer smartwatches to be used for lone workers as well as people with Alzheimer’s disease, elderly people and people suffering from various medical conditions. Over time, mobile telecare devices are likely to replace conventional telecare systems among seniors as they are better suited for a mobile lifestyle. The number of active mobile telecare systems in Europe and North America is estimated to have reached over 2.1 million at the end of 2018. \",\n          \"\",\n          \"People locator solutions addressing the needs of businesses are available from companies in industries such as fleet and asset tracking, as well as IT and specialist vendors. Mobile workforce management applications enable workers to report time, collect data in the field, access back-office information and communicate with managers. Berg Insight estimates that the market for mobile workforce management software in Europe and North America amounted to ¤ 1.1 billion (US$ 1.2 billion) in 2018. The market for lone worker devices and services is growing as more employers become aware of the solutions available to protect their workforce. New and stricter regulations that specifically address the safety of lone workers also foster market growth. There were an estimated 725,000 and 300,000 monitored lone workers in Europe and North America respectively at the end of 2018. \",\n          \"\",\n          \"Electronic monitoring (EM) of offenders is still relatively rare in the European and North American corrections systems. Monitoring systems based on radio frequency (RF) or GPS/cellular technology are used to provide alternative ways of sentencing offenders at various stages of the criminal justice system, including at pre-trial, at sentencing and following a period of incarceration. The average daily caseload of monitored individuals in Europe and North America amounted to about 37,000 and 210,000 respectively during 2018. 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The global installed base of individually controlled smart street lights amounted to 38.5 million units at the end of 2025. Growing at a CAGR of 17.9 percent, the number will reach 87.6 million in 2030. Europe is the leading adopter and today accounts for around 36 percent of the global installed base. North America is the second largest, closely followed by Asia-Pacific. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/23160837/bi-streetlighting4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Smart Street Lighting\\r\\n1.1\\tThe transition to LED and adaptive lighting\\r\\n1.2\\tStreet lighting management models\\r\\n1.3\\tSmart street lighting\\r\\n1.3.1\\tRemote control and monitoring\\r\\n1.3.2\\tPreventive maintenance and real-time fault reporting\\r\\n1.3.3\\tEnergy consumption metering and billing\\r\\n1.3.4\\tSmart street lighting as a city platform\\r\\n1.4\\tSmart street lighting infrastructure\\r\\n1.4.1\\tDimmable luminaires and lighting control units\\r\\n1.4.2\\tNetwork infrastructure\\r\\n1.4.3\\tCentral management system\\r\\n2\\tCompany Profiles and Strategies\\r\\n2.1\\tLighting control vendors\\r\\n2.1.1\\tAcuity Brands\\r\\n2.1.2\\tAlgorab\\r\\n2.1.3\\tBH Technologies\\r\\n2.1.4\\tC2 SmartLight\\r\\n2.1.5\\tCITiLIGHT\\r\\n2.1.6\\tCityLight.net\\r\\n2.1.7\\tCurrent Lighting\\r\\n2.1.8\\tDatek Light Control\\r\\n2.1.9\\tDigitalPlatforms (formerly UMPI)\\r\\n2.1.10\\tDimonoff\\r\\n2.1.11\\teSave\\r\\n2.1.12\\tEXELIOT\\r\\n2.1.13\\tFagerhult Group\\r\\n2.1.14\\tFlashnet (Lucy Group)\\r\\n2.1.15\\tFonda Technology\\r\\n2.1.16\\tgridComm\\r\\n2.1.17\\tItron\\r\\n2.1.18\\tLACROIX\\r\\n2.1.19\\tLED Roadway Lighting\\r\\n2.1.20\\tLandis+Gyr\\r\\n2.1.21\\tLixtec\\r\\n2.1.22\\tLucy Zodion (Lucy Group)\\r\\n2.1.23\\tLusety\\r\\n2.1.24\\tM2M Telemetria\\r\\n2.1.25\\tMinebeaMitsumi & Paradox Engineering\\r\\n2.1.26\\tOPPLE\\r\\n2.1.27\\tRevetec\\r\\n2.1.28\\tRongwen Energy Technology Group\\r\\n2.1.29\\tSchréder\\r\\n2.1.30\\tSignify\\r\\n2.1.31\\tSmartmation\\r\\n2.1.32\\tSSE\\r\\n2.1.33\\tST Engineering Telematics Wireless\\r\\n2.1.34\\tTVILIGHT\\r\\n2.1.35\\tUbicquia\\r\\n2.1.36\\tUrban Control (DW Windsor)\\r\\n2.1.37\\tDomestic Chinese Vendors\\r\\n2.2\\tSoftware and network platform specialists\\r\\n2.2.1\\tCisco\\r\\n2.2.2\\tCitégestion (EDF)\\r\\n2.2.3\\tCityLinx\\r\\n2.2.4\\tExati\\r\\n2.2.5\\tDhyan\\r\\n2.2.6\\tLuminext\\r\\n2.2.7\\tNetmore\\r\\n2.2.8\\tTerraGo\\r\\n2.2.9\\tTrilliant\\r\\n3\\tMarket Profiles\\r\\n3.1\\tEurope\\r\\n3.1.1\\tAustria\\r\\n3.1.2\\tBelgium\\r\\n3.1.3\\tCyprus\\r\\n3.1.4\\tCzech Republic\\r\\n3.1.5\\tFrance\\r\\n3.1.6\\tGermany\\r\\n3.1.7\\tGreece\\r\\n3.1.8\\tHungary\\r\\n3.1.9\\tItaly\\r\\n3.1.10\\tNetherlands\\r\\n3.1.11\\tNordics\\r\\n3.1.12\\tPoland\\r\\n3.1.13\\tPortugal\\r\\n3.1.14\\tRomania\\r\\n3.1.15\\tSpain\\r\\n3.1.16\\tSwitzerland\\r\\n3.1.17\\tUnited Kingdom\\r\\n3.1.18\\tRest of Europe\\r\\n3.2\\tNorth America\\t\\r\\n3.2.1\\tUnited States\\r\\n3.2.2\\tCanada\\r\\n3.3\\tThe Middle East\\r\\n3.3.1\\tKingdom of Saudi Arabia\\r\\n3.3.2\\tUnited Arab Emirates\\t\\r\\n3.3.3\\tRest of the Middle East\\r\\n3.4\\tAfrica\\r\\n3.4.1\\tKenya\\r\\n3.4.2\\tSouth Africa\\r\\n3.4.3\\tRest of Africa\\r\\n3.5\\tLatin America\\r\\n3.5.1\\tArgentina\\r\\n3.5.2\\tBrazil\\r\\n3.5.3\\tChile\\r\\n3.5.4\\tColombia\\r\\n3.5.5\\tEcuador\\r\\n3.5.6\\tMexico\\r\\n3.5.7\\tUruguay\\r\\n3.5.8\\tRest of Latin America\\r\\n3.6\\tAsia-Pacific\\r\\n3.6.1\\tChina\\r\\n3.6.2\\tAustralia\\r\\n3.6.3\\tNew Zealand\\r\\n3.6.4\\tIndia\\r\\n3.6.5\\tRest of Asia-Pacific\\r\\n4\\tMarket Forecasts and Trends\\r\\n4.1\\tMarket forecasts\\r\\n4.2\\tIndustry analysis\\r\\n4.3\\tMarket trends\\r\\n4.3.1\\tThe smart street lighting market has begun its consolidation journey\\r\\n4.3.2\\tCellular technologies gain ground as a popular connectivity alternative\\r\\n4.3.3\\tThe growing strategic importance of software and AI in smart street lighting\\r\\n4.3.4\\tSmart lighting vendors bet on the broader smart cities market\\r\\n4.3.5\\tGrowing adoption of D4i and Zhaga\\r\\n4.3.6\\tOpen and interoperable solutions gain importance\\r\\n4.3.7\\tSecond-wave smart street lighting deployments are picking up pace\\r\\n4.3.8\\tWeakening business case for smart pole solutions\\r\\n4.3.9\\tCabinet-control solutions remain an important market segment\\r\\n4.3.10\\tSensor-controller nodes emerge for selected lighting applications\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/23160848/bi-streetlighting4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"What are the latest developments on the global smart street lighting market?\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Electrified public street lighting infrastructure has been around since the late 19th century to improve vehicle and pedestrian safety as well as to provide increased comfort to all users of the streets. Today, several hundred million street lights have been installed worldwide and the technology is now close to ubiquitous in all major urban areas of the developed world. The street lighting infrastructure however often constitutes major cost centres in terms of energy consumption and maintenance work, and also accounts for a significant share of the total greenhouse gas emissions that a city generates. In addition, static lighting schemes contribute to unnecessary light pollution, which could have harmful impacts on both humans and environmental ecosystems. Along with the developments in IoT communications and energy-efficient LED technology, smart street lighting systems that enable remote monitoring, control and management of street lighting networks have emerged to address these issues and allow authorities and utilities to achieve significant cost and energy savings while at the same time improving the societal benefits provided to citizens. In recent years, smart street lighting infrastructure has moreover emerged as a promising platform for the management of a variety of additional smart city devices.\",\n                        \"\",\n                        \"Berg Insight estimates that the global installed base of individually controlled smart street lights amounted to 38.5 million units at the end of 2025. Growing at a CAGR of 17.9 percent, the number will reach 87.6 million in 2030. Europe is the leading adopter and today accounts for around 36 percent of the global installed base. North America is meanwhile the second largest market representing 29 percent of the global installed base. A variety of proprietary RF networking platforms together account for 52 percent of the individually controlled street lights while cellular, and public and private LoRa communications are the second and third most common connectivity technologies respectively. The majority of the LoRa deployments are leveraging LoRaWAN networks. At the end of 2025, the leading smart street lighting vendor was Signify with an installed base of about 6.2 million lighting controls, followed by US-based Itron and the Chinese vendor Fonda Technology.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/23160859/bi-streetlighting4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 5735,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2025-08-15 19:02:30\",\n                        \"post_date_gmt\": \"2025-08-15 17:02:30\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Filip Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"filip-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-06-17 18:34:34\",\n                        \"post_modified_gmt\": \"2026-06-17 16:34:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=5735\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"310\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 20 interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"360-degree overview of smart street lighting technology.\"\n                      },\n                      {\n                        \"bullet_point\": \"Extensive coverage by region with in-depth market profiles of 37 countries.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 45 key players in the smart street lighting market.\"\n                      },\n                      {\n                        \"bullet_point\": \"Reviews of vendor market shares and competitive dynamics.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region and technology lasting until 2030.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed analysis of the latest market and industry developments.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Street lighting 4\",\n                \"src\": \"https://media.berginsight.com/2026/09/23160911/Street-lighting-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-global-smart-street-lighting-market-4/\",\n              \"name\": \"The Global Smart Street Lighting Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Smart Cities\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/smart-metering-in-europe\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"20th Edition\",\n                  \"main_product_category\": 29,\n                  \"short_description\": \"This is the twentieth consecutive report from Berg Insight analysing the latest developments for smart metering (electricity and gas) in Europe.\",\n                  \"full_description\": [\n                    \"Are you looking for detailed information and comprehensive data about the European smart metering market (electricity and gas)? Berg Insight’s analyst team has been covering smart metering continuously for more than twenty years. Smart Metering in Europe is our flagship 350-page report covering AMM in EU27+3. Learn more about the EU energy policies driving the adoption of smart metering and the latest market developments in Europe. Extensive data Excel is included.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/10191009/bi-sm20-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\t\\r\\n1\\tElectricity and Gas Markets in Europe\\r\\n1.1\\tEnergy industry players\\r\\n1.2\\tElectricity market\\r\\n1.3\\tGas market\\r\\n2\\tSmart Metering Solutions\\r\\n2.1\\tIntroduction to smart grids\\r\\n2.2\\tSmart metering\\r\\n2.2.1\\tSmart metering applications\\r\\n2.2.2\\tSmart metering infrastructure\\t\\r\\n2.2.3\\tBenefits of smart metering\\r\\n2.3\\tProject strategies\\r\\n2.3.1\\tSystem design and sourcing\\r\\n2.3.2\\tRollout and integration\\r\\n2.3.3\\tImplementation and operation\\r\\n2.3.4\\tCommunicating with customers\\r\\n2.4\\tRegulatory issues\\r\\n2.4.1\\tModels for the introduction of smart meters\\r\\n2.4.2\\tStandards and guidelines\\r\\n2.4.3\\tIndividual rights issues\\r\\n3\\tIoT Networks and Communications Technologies\\r\\n3.1\\tIoT network technologies\\r\\n3.1.1\\tNetwork architecture\\r\\n3.1.2\\tUnlicensed and licensed frequency bands\\r\\n3.2\\tPLC technology and standards\\r\\n3.2.1\\tInternational standards organisations\\r\\n3.2.2\\tG3-PLC\\r\\n3.2.3\\tPRIME\\r\\n3.2.4\\tMeters & More\\r\\n3.2.5\\tOSGP\\r\\n3.3\\t3GPP cellular and LPWA technologies\\r\\n3.3.1\\t2G/3G/4G/5G cellular technologies and IoT\\r\\n3.3.2\\tLTE-M and NB-IoT\\r\\n3.3.3\\tThe role of cellular networks in smart meter communications\\r\\n3.3.4\\tLoRa and LoRaWAN\\r\\n3.3.5\\tSigfox\\r\\n3.4\\tOther RF technologies and standards\\r\\n3.4.1\\tIEEE 802.15.4\\r\\n3.4.2\\tWi-SUN\\r\\n3.4.3\\tProprietary IPv6 connectivity stacks based on 802.15.4\\r\\n3.4.4\\tEN 13757\\r\\n4\\tSmart Metering Industry Players\\r\\n4.1\\tMeter vendors\\r\\n4.1.1\\tItron\\r\\n4.1.2\\tEYKON (Landis+Gyr EMEA)\\r\\n4.1.3\\tAclara (Hubbell)\\r\\n4.1.4\\tADD Grup\\r\\n4.1.5\\tAEM\\r\\n4.1.6\\tAidon (Gridspertise)\\r\\n4.1.7\\tApator\\r\\n4.1.8\\tCircutor\\r\\n4.1.9\\tDiehl Metering\\r\\n4.1.10\\tEDMI (Osaki Electric)\\r\\n4.1.11\\tEFR\\r\\n4.1.12\\tElgama Elektronika (Linyang Energy)\\r\\n4.1.13\\tEMH Metering\\r\\n4.1.14\\tFlonidan\\r\\n4.1.15\\tGridspertise\\r\\n4.1.16\\tHexing Electrical\\r\\n4.1.17\\tHoneywell\\r\\n4.1.18\\tHolley Technology\\r\\n4.1.19\\tIskraemeco\\r\\n4.1.20\\tKaifa Technology\\r\\n4.1.21\\tKamstrup\\r\\n4.1.22\\tMeter&Control\\r\\n4.1.23\\tMeteRSIT\\r\\n4.1.24\\tNetworked Energy Services\\r\\n4.1.25\\tNIK\\r\\n4.1.26\\tPietro Fiorentini\\r\\n4.1.27\\tSagemcom\\r\\n4.1.28\\tSanxing Electric\\r\\n4.1.29\\tWasion\\r\\n4.1.30\\tZIV\\r\\n4.1.31\\tZPA Smart Energy (El Sewedy Electrometer)\\r\\n4.1.32\\tZTE Corporation\\r\\n4.2\\tCommunications solution providers\\r\\n4.2.1\\tAPKAPPA\\r\\n4.2.2\\tCorinex\\r\\n4.2.3\\tCyanConnode\\r\\n4.2.4\\tDevolo\\r\\n4.2.5\\tNuriFlex\\r\\n4.2.6\\tOrmazabal\\r\\n4.2.7\\tPower Plus Communications\\r\\n4.2.8\\tSensus International\\r\\n4.2.9\\tTheben Smart Energy\\r\\n4.2.10\\tToshiba\\r\\n4.2.11\\tTrilliant\\r\\n4.2.12\\tWirepas\\r\\n4.2.13\\tXemex\\r\\n4.3\\tSoftware solution providers\\r\\n4.3.1\\tAvance Metering\\r\\n4.3.2\\tAtlantica Digital\\r\\n4.3.3\\tCuculus\\r\\n4.3.4\\tEnergyworx (Gridspertise)\\r\\n4.3.5\\tEmbriq\\r\\n4.3.6\\tHansen Technologies\\r\\n4.3.7\\tFerranti\\r\\n4.3.8\\tKisters\\r\\n4.3.9\\tOracle\\r\\n4.3.10\\tRobotron Datenbank-Software\\r\\n4.3.11\\tSAP\\r\\n4.3.12\\tSiemens\\r\\n4.3.13\\tTelecontrol STM\\r\\n4.3.14\\tTerranova Software\\r\\n4.3.15\\tVIVAVIS\\r\\n4.4\\tSystem integrators and communications service providers\\r\\n4.4.1\\tA1 Telekom Austria\\r\\n4.4.2\\tArqiva\\r\\n4.4.3\\tALTEN 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distribution industry structure\\r\\n5.10.2\\tFirst wave of smart metering 2004–2013\\r\\n5.10.3\\tSecond-wave of smart metering\\r\\n5.11\\tFrance\\r\\n5.11.1\\tElectricity and gas distribution industry structure\\r\\n5.11.2\\tNationwide program for smart electricity metering\\r\\n5.11.3\\tNationwide program for smart gas metering\\r\\n5.12\\tGermany\\r\\n5.12.1\\tElectricity and gas distribution industry structure\\r\\n5.12.2\\tMetering regulatory environment\\r\\n5.12.3\\tTechnical standardization of smart meters\\r\\n5.12.4\\tSmart metering market developments\\r\\n5.13\\tGreece\\r\\n5.13.1\\tElectricity and gas distribution industry structure\\r\\n5.13.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.14\\tHungary\\r\\n5.14.1\\tElectricity and gas distribution industry structure\\r\\n5.14.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.15\\tIreland\\r\\n5.15.1\\tElectricity and gas distribution structure\\r\\n5.15.2\\tNationwide program for deployment of smart meters\\r\\n5.16\\tItaly\\r\\n5.16.1\\tElectricity and gas distribution industry structure\\r\\n5.16.2\\tFirst stage of smart metering adoption 2001–2013\\r\\n5.16.3\\tSecond stage of smart metering adoption 2014–2024\\r\\n5.17\\tLatvia\\r\\n5.17.1\\tElectricity and gas distribution industry structure\\r\\n5.17.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.18\\tLithuania\\r\\n5.18.1\\tElectricity and gas distribution industry structure\\r\\n5.18.2\\tSmart metering market developments\\r\\n5.19\\tLuxembourg\\r\\n5.19.1\\tElectricity and gas distribution industry structure\\r\\n5.19.2\\tMetering regulatory environment and smart metering rollout plans\\r\\n5.20\\tMalta\\r\\n5.20.1\\tUtility industry structure\\r\\n5.20.2\\tNational smart grid project and rollout of second-generation smart meters\\r\\n5.21\\tNetherlands\\r\\n5.21.1\\tElectricity and gas distribution industry structure\\r\\n5.21.2\\tMetering regulatory environment\\r\\n5.21.3\\tSmart metering market developments\\r\\n5.21.4\\tSecond-wave rollout preparations\\r\\n5.21.5\\tNextGen project timeline\\r\\n5.22\\tNorway\\r\\n5.22.1\\tElectricity distribution industry structure\\r\\n5.22.2\\tMetering regulatory environment\\r\\n5.22.3\\tSmart metering market developments and first wave tender results\\r\\n5.22.4\\tSecond-wave rollout preparations\\r\\n5.23\\tPoland\\r\\n5.23.1\\tElectricity and gas distribution industry structure\\r\\n5.23.2\\tMetering regulatory environment\\r\\n5.23.3\\tSmart metering projects\\r\\n5.24\\tPortugal\\r\\n5.24.1\\tElectricity and gas distribution industry structure\\r\\n5.24.2\\tMetering regulatory environment and smart metering market developments\\r\\n5.25\\tRomania\\r\\n5.25.1\\tElectricity and gas distribution industry structure\\r\\n5.25.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.26\\tSlovakia\\r\\n5.26.1\\tElectricity and gas distribution industry structure\\r\\n5.26.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.27\\tSlovenia\\r\\n5.27.1\\tElectricity and gas distribution industry structure\\r\\n5.27.2\\tSmart metering market developments\\r\\n5.28\\tSpain\\r\\n5.28.1\\tElectricity and gas distribution industry structure\\r\\n5.28.2\\tMetering regulatory environment\\r\\n5.28.3\\tSmart metering market developments\\r\\n5.29\\tSweden\\r\\n5.29.1\\tElectricity distribution industry structure\\r\\n5.29.2\\tFirst wave of smart metering 2003–2009\\r\\n5.29.3\\tSecond wave of smart metering 2018–2024\\r\\n5.30\\tSwitzerland\\r\\n5.30.1\\tElectricity distribution industry structure\\r\\n5.30.2\\tMetering regulatory environment and smart meter market developments\\r\\n5.31\\tUnited Kingdom\\r\\n5.31.1\\tElectricity and gas industry structure\\r\\n5.31.2\\tMetering regulatory environment\\r\\n5.31.3\\tGreat Britain’s planned nationwide smart metering system\\r\\n5.31.4\\tSmart meter criticism and regulatory framework revision\\r\\n5.31.5\\tSmart meter rollout\\r\\n5.31.6\\tSmart metering in Northern Ireland, the Channel Islands and Gibraltar\\r\\n6\\tCase Studies: Smart Metering Projects in Europe\\r\\n6.1\\tEnel\\r\\n6.1.1\\tEnel Open Meter and the second-generation rollout in Italy\\r\\n6.1.2\\tEndesa’s smart metering project in Spain\\r\\n6.1.3\\tSmart meter rollout in Romania\\r\\n6.2\\tEnedis\\r\\n6.2.1\\tThe Linky Programme\\r\\n6.2.2\\tSystem development and large-scale pilot\\r\\n6.2.3\\tFull-scale rollout\\r\\n6.3\\tCurrent smart meter projects in five European countries\\r\\n6.3.1\\tAustria – Wiener Netze\\r\\n6.3.2\\tBelgium – Fluvius\\r\\n6.3.3\\tIreland – ESB Networks\\r\\n6.3.4\\tLithuania – ESO\\r\\n6.3.5\\tGreece – HEDNO\\r\\n6.4\\tPioneering next-generation smart meter rollouts\\r\\n6.4.1\\tE.ON Sweden\\r\\n6.4.2\\tElenia\\r\\n6.5\\tSmart gas meter rollouts in France and Italy\\r\\n6.5.1\\tGRDF\\r\\n6.5.2\\t2i Rete (Italgas)\\r\\n6.6\\tSmart meter communications platforms in Germany and the UK\\r\\n6.6.1\\tGermany\\r\\n6.6.2\\tUnited Kingdom\\r\\n6.7\\tSmart metering in Eastern Europe and the Balkans\\r\\n7\\tMarket Forecasts and Trends\\r\\n7.1\\tMarket trends\\r\\n7.1.1\\tSecond-wave rollouts to account for a substantial share of shipments\\r\\n7.1.2\\tGrowth increasingly driven by CEE and Southeast European projects\\r\\n7.1.3\\tSmart metering systems shift towards more granular data and modularity\\r\\n7.1.4\\tAdoption of LTE-M and NB-IoT connectivity continues to increase\\r\\n7.1.5\\tSecurity has become an operational requirement\\r\\n7.1.6\\tSupplier dynamics evolve in Europe\\r\\n7.1.7\\tRethinking the smart metering offering to respond to emerging utility needs\\r\\n7.1.8\\tEurope’s gas networks prepare for a low-carbon future\\r\\n7.2\\tSmart electricity metering market forecast\\r\\n7.2.1\\tCapital expenditure forecast\\r\\n7.2.2\\tCommunications technology market shares\\r\\n7.3\\tSmart gas metering market forecast\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/10191019/bi-sm20-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of smart energy meters to reach 360 million across Europe by 2031\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Two thirds of all electricity customers in EU27+3 had a smart meter at the end of 2025 – a figure that is forecasted to increase to as much as 85 percent in 2031. In terms of shipments, smart meters accounted for around 85 percent of total EU27+3 electricity meter shipments in 2025. Poland, which is currently in the midst of a nationwide rollout, was the largest market in terms of shipments with around 2.5 million units installed during the year. The second largest market was Germany, which after lengthy delays saw an acceleration of deployments and ended the year with annual shipments of more than 1.9 million units. The United Kingdom was the third largest market by volume with yearly shipments of nearly 1.8 million units, a number that should have been higher if the British utilities met their installation targets for the year. France and Spain were also in the top five in terms of shipment volumes, driven by second-generation replacements. Other markets with large installation volumes during the year included Italy, Belgium, Switzerland, Romania and Finland. The smart metering market in Europe remains promising and is set for robust growth in the coming years with over 130 million smart electricity meters forecasted to be deployed across the region during 2025–2031.\",\n                        \"\",\n                        \"In addition to major first-generation deployments in countries such as Germany, the UK, Poland, Greece, Romania, Belgium and the Czech Republic, second-generation rollouts in countries such as Spain, France and the Netherlands will contribute with substantial shipment volumes throughout the forecast period. Poland will continue to be a significant contributor to annual shipment volumes until 2030, although Germany is expected to overtake the role as Europe’s largest market in terms of first-generation smart meter shipments towards the end of the decade. Greece is also expected to be one of the largest markets with estimated annual shipments in the range of 1–1.5 million units between 2026–2030. From 2026 and forward, the ramp-up of second-generation installations in Spain, the Netherlands and France will be the most important drivers for yearly shipment volumes. In total, replacements of first-generation smart meters are expected to be in the range of 20–50 percent of total smart meter shipments in Europe throughout the next five years, or 4.0–9.0 million units annually.\",\n                        \"\",\n                        \"As the rollouts in many countries in Western Europe and the Nordics are now either well-advanced or completed, the focus continues to shift to Central, East and Southeast Europe. The outlook for the region has improved significantly over the past five years with multiple major rollouts now underway. Overall, the CEE and Southeast European region accounted for over 50 percent of annual EU27+3 smart meter shipments in 2025, up from 32 percent in 2024. Looking only at the growth in annual shipment volumes of first-generation smart meter projects, nine of the ten fastest growing markets can be found in CEE and Southeast Europe.\",\n                        \"\",\n                        \"The rapid development of new wireless technologies for IoT communications has a major impact on the smart metering market in Europe. DSOs planning for new smart grid projects and rollouts in the mid-2020s have a wide range of increasingly sophisticated wireless technologies to choose from for their networking platforms. Wireless technologies have a number of advantages compared to PLC technologies which dominated the first wave of smart electricity deployments in Europe. Supported by massive R&D investments in the mobile communications industry in combination with decreasing mobile subscription costs, 3GPP-based LPWA technologies such as LTE-M and NB-IoT are now rapidly gaining traction in the electricity, gas and water utilities space. Several major deployments utilising these technologies are now either completed, underway or about to begin in the Benelux, the Nordics, the Baltics and Southern Europe. 3GPP-based LPWA will more than double its smart meter connectivity market share throughout the forecast period. Various forms of PLC will remain the dominant technology group in terms of installed base although purely wireless communications options are forecasted to account for over 50 percent of shipment volumes during most of the forecast period – peaking at around 62 percent in 2028.\",\n                        \"\",\n                        \"Adoption of smart metering is also growing fast in the European gas distribution market. At the end of 2025, around 48 percent of the natural gas customers in EU27+3 had been equipped with a smart gas meter. Berg Insight estimates that the number of natural gas customers with a smart gas meter will increase to 78.8 million in 2031, equal to a penetration rate of over 62 percent. Annual shipments of smart gas meters in the EU27+3 amounted to 3.2 million units in 2025. This represented an increase of nearly 0.3 million units compared to 2024, which was largely due to the start of a large-scale project in Poland which made the country the second largest market by shipment volume in 2025. Despite installations in the UK again having proceeded at a slower pace than anticipated, the country was nevertheless the most active market in 2025 with over 1.4 million units installed. Italy and Belgium were also significant markets, accounting for around 0.5 and 0.3 million shipments respectively during the year. Annual shipment volumes of smart gas meters are projected to remain stable at around 5–6 million units throughout the forecast period, with an expected peak of 5.9 million units during 2028/2029. Driven by Italgas’ second-generation rollout, Italy is forecasted to emerge as the largest market in Europe by shipment volume in 2027 and to maintain that position throughout the forecast period. The UK is expected to remain one of the region’s largest markets as well, with shipment volumes supported by continued installations in line with the government’s revised ambition to complete the nationwide rollout by 2030. Significant volumes are also anticipated in additional countries over the coming years, particularly Spain, the Netherlands, Poland, France, Greece and Belgium, where the former will account for 22 percent of yearly shipment volumes in Europe by 2031.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/10191028/bi-sm20-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 3928,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-08-22 09:48:16\",\n                        \"post_date_gmt\": \"2023-08-22 07:48:16\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Felix Linderum\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"felix-linderum\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-03-25 20:49:18\",\n                        \"post_modified_gmt\": \"2026-03-25 19:49:18\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3928\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"302\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Full coverage of the European market with in-depth market profiles of all countries in EU27+3.\"\n                      },\n                      {\n                        \"bullet_point\": \"Case studies of smart electricity and gas metering projects by the leading energy groups in Europe. \"\n                      },\n                      {\n                        \"bullet_point\": \"360-degree overview of next-generation PLC, RF and cellular standards for smart grid communications.\"\n                      },\n                      {\n                        \"bullet_point\": \"Updated profiles of the key players in the metering industry.\"\n                      },\n                      {\n                        \"bullet_point\": \"New detailed forecasts for smart electricity and gas meters in 30 countries until 2031.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of the latest developments in the European energy industry.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 29,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"sm europe 20th\",\n                \"src\": \"https://media.berginsight.com/2026/07/10191118/sm-europe-20th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/smart-metering-in-europe-6/\",\n              \"name\": \"Smart Metering in Europe\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Smart Utilities\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/the-carsharing-telematics-market\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"8th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the carsharing telematics value chain covering 36 carsharing technology vendors and 65 carsharing initiatives from specialist carsharing operators, car rental companies and car OEMs.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the carsharing market? Berg Insight estimates that global carsharing membership will grow at a CAGR of 9.2 percent from 91.0 million at the end of 2025 to 141.1 million by 2030. This report explains all segments including station-based and free-floating public carsharing as well as corporate carsharing. Get up to date with the latest information about carsharing organisations, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/22181547/bi-carsharing8-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tPassenger cars in use by region\\r\\n1.1.2\\tNew passenger car registration trends\\r\\n1.2\\tGlobal trends influencing the automotive industry\\r\\n1.2.1\\tPeak car use and car ownership\\r\\n1.2.2\\tThe sharing economy\\r\\n1.3\\tCar-based mobility services\\r\\n1.3.1\\tOverview of carsharing services\\r\\n1.3.2\\tCarsharing operational models\\r\\n1.4\\tCarsharing services worldwide\\r\\n1.4.1\\tCarsharing in Europe\\r\\n1.4.2\\tCarsharing in North America\\r\\n1.4.3\\tCarsharing in Asia-Pacific\\r\\n1.4.4\\tCarsharing in ROW\\r\\n1.4.5\\tOverview of carsharing service providers\\r\\n1.5\\tCar telematics infrastructure\\r\\n1.5.1\\tVehicle segment\\r\\n1.5.2\\tTracking segment\\r\\n1.5.3\\tNetwork segment\\r\\n1.5.4\\tService segment\\r\\n2\\tCarsharing Organisations\\r\\n2.1\\tSpecialist carsharing companies in Europe\\r\\n2.1.1\\t4Mobility\\r\\n2.1.2\\tAnytime (Czech Republic)\\r\\n2.1.3\\tBolt Drive\\r\\n2.1.4\\tCambio\\r\\n2.1.5\\tCitiz\\r\\n2.1.6\\tCityBee\\r\\n2.1.7\\tCo Wheels\\r\\n2.1.8\\tDeer\\r\\n2.1.9\\tEnjoy\\r\\n2.1.10\\tFlinkster\\r\\n2.1.11\\tGreenMobility\\r\\n2.1.12\\tGreenwheels\\r\\n2.1.13\\tHyre\\r\\n2.1.14\\tMiles\\r\\n2.1.15\\tMobility Cooperative\\r\\n2.1.16\\tMOL Limo\\r\\n2.1.17\\tMyWheels\\r\\n2.1.18\\tOKQ8 Bilpool\\r\\n2.1.19\\tPoppy\\r\\n2.1.20\\tRideNow\\r\\n2.1.21\\tSpark\\r\\n2.1.22\\tStadtmobil\\r\\n2.1.23\\tTraficar\\r\\n2.1.24\\tVoltio\\r\\n2.2\\tSpecialist carsharing companies in North America\\r\\n2.2.1\\tBlink Mobility (BlueLA)\\r\\n2.2.2\\tCommunauto\\r\\n2.2.3\\tEnvoy\\r\\n2.2.4\\tEvo Car Share\\r\\n2.2.5\\tHourcar and Evie\\r\\n2.2.6\\tModo\\r\\n2.2.7\\tPeg City Co-op\\r\\n2.3\\tSpecialist carsharing companies in Asia-Pacific\\r\\n2.3.1\\tFlexar (BlueSG)\\r\\n2.3.2\\tGetGo\\r\\n2.3.3\\tGoGet\\r\\n2.3.4\\tLiandongyun\\r\\n2.3.5\\tMevo\\r\\n2.3.6\\tMitsui Car Shares\\r\\n2.3.7\\tPopcar\\r\\n2.3.8\\tSocar\\r\\n2.3.9\\tTimes Car\\r\\n2.4\\tSpecialist carsharing companies in ROW\\r\\n2.4.1\\tDelimobil\\r\\n2.4.2\\tGoTo\\r\\n2.4.3\\tTikTak\\r\\n2.4.4\\tTurbi\\r\\n2.4.5\\tUdrive\\r\\n2.4.6\\tYandex Drive\\r\\n3\\tCar Rental and Leasing Companies\\r\\n3.1\\tAvis Budget Group\\r\\n3.1.1\\tZipcar\\r\\n3.2\\tDrivalia\\r\\n3.2.1\\tE+Share Drivalia\\r\\n3.3\\tEnterprise Mobility\\r\\n3.3.1\\tEnterprise Car Share\\r\\n3.3.2\\tEnterprise Car Club\\r\\n3.4\\tEuropcar Mobility Group\\r\\n3.4.1\\tEuropcar On Demand\\r\\n3.4.2\\tGoCar\\r\\n3.5\\tHertz Global Holdings\\r\\n3.5.1\\tHertz 24/7\\r\\n3.6\\tLotte Rental\\r\\n3.6.1\\tG Car\\r\\n3.7\\tORIX Auto Corporation\\r\\n3.7.1\\tORIX CarShare\\r\\n3.8\\tSixt Group\\r\\n3.8.1\\tSixt Share\\r\\n3.9\\tAlphabet\\r\\n3.10\\tArval\\r\\n3.11\\tAyvens\\r\\n4\\tCar OEM Mobility Service Initiatives\\r\\n4.1\\tFord’s mobility projects and services\\r\\n4.2\\tHyundai motor Group’s carsharing and mobility programmes\\r\\n4.3\\tNissan’s carsharing services\\r\\n4.4\\tRenault Group’s carsharing initiatives and Mobilize\\r\\n4.5\\tStellantis and its mobility brand Free2move\\r\\n4.6\\tToyota mobility services platform and Kinto services\\r\\n4.7\\tVolkswagen Group’s mobility initiatives\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end carsharing system providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tBMW Group\\r\\n5.1.3\\tHumax Mobility\\r\\n5.1.4\\tIturanmob (Ituran)\\r\\n5.1.5\\tMobility Tech Green\\r\\n5.1.6\\tMoboKey\\r\\n5.1.7\\tMovitronic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tOptimum (by Shiftmove)\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWorld Wide Mobility\\r\\n5.2\\tCarsharing software platform providers\\r\\n5.2.1\\tAtom Mobility\\r\\n5.2.2\\tAutofleet\\r\\n5.2.3\\tCantamen\\r\\n5.2.4\\tCT Mobility\\r\\n5.2.5\\tFleetster\\r\\n5.2.6\\tGlide.io\\r\\n5.2.7\\tGood Travel Software\\r\\n5.2.8\\tLaunch Mobility\\r\\n5.2.9\\tMOQO\\r\\n5.2.10\\tOpenFleet\\r\\n5.2.11\\tRentalMatics\\r\\n5.2.12\\tWeGo Carsharing\\r\\n5.2.13\\tWunder Mobility\\r\\n5.2.14\\tZemtu\\r\\n5.3\\tCarsharing hardware solution providers\\r\\n5.3.1\\tAstus\\r\\n5.3.2\\tBosch\\r\\n5.3.3\\tConvadis\\t\\r\\n5.3.4\\tGeotab\\r\\n5.3.5\\tInvers\\r\\n5.3.6\\tMunic\\r\\n5.3.7\\tMySmartObject\\r\\n5.3.8\\tRuptela\\r\\n5.3.9\\tTeltonika Telematics\\r\\n5.3.10\\tWITTE:digital\\r\\n6\\tMarket Forecasts and Trends\\r\\n6.1\\tCarsharing market forecasts\\r\\n6.1.1\\tCarsharing in the EU+EFTA+UK\\r\\n6.1.2\\tCarsharing in North America\\r\\n6.1.3\\tCarsharing in Asia-Pacific\\r\\n6.1.4\\tCarsharing in ROW\\r\\n6.1.5\\tLeading carsharing fleets\\r\\n6.1.6\\tLeading carsharing technology vendors\\r\\n6.1.7\\tCarsharing technology forecast\\r\\n6.1.8\\tCorporate carsharing forecast\\r\\n6.2\\tMergers and acquisitions in the carsharing telematics space\\r\\n6.3\\tMarket trends\\r\\n6.3.1\\tCarsharing becomes increasingly integrated with other mobility services\\r\\n6.3.2\\tCarsharing operators collaborate with each other to expand coverage\\r\\n6.3.3\\tCarsharing and public transport services to converge\\r\\n6.3.4\\tRelationships with cities are increasingly important for carsharing operators\\r\\n6.3.5\\tElectric cars are a natural fit for carsharing\\r\\n6.3.6\\tV2G solutions are gaining traction in the electric carsharing market\\r\\n6.3.7\\tFree-floating carsharing services continue to expand\\r\\n6.3.8\\tHybrid station-based and free-floating models show promise\\r\\n6.3.9\\tAutonomous cars are expected to change the playing field for carsharing\\r\\n6.3.10\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n6.3.11\\tCarsharing is increasingly incorporated into new housing projects\\r\\n6.3.12\\tVehicle delivery and last mile carsharing add-on services are emerging\\r\\n6.3.13\\tCarsharing operators introduce new pricing models\\r\\n6.3.14\\tShared mobility operators are increasingly offering more similar services\\r\\n6.3.15\\tCarsharing operators focus increasingly on profitability\\r\\n6.3.16\\tMoving vehicles between different services improves the utilisation rate\\r\\n6.3.17\\tAI-powered solutions are increasingly leveraged by carsharing operators\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/22181558/bi-carsharing8-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The public carsharing fleet reached 511,000 vehicles worldwide in 2025\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Passenger cars and light trucks are the main modes of transportation in most industrialised countries. The vast majority of car trips in metropolitan areas are drive-alone trips with only one person in the car and vehicles are used for only about one hour per day on average. Carsharing is one of many car-based mobility services available for people who occasionally want to complement other modes of transportation with car-based mobility. Examples of other car-based mobility services include traditional car rental, carpooling, ridesharing, taxi and ridesourcing services. Many of these mobility services aim to decrease the cost of car-based transportation, create convenience through fewer ownership responsibilities, as well as reduce traffic congestion and environmental impact.\",\n                        \"\",\n                        \"Carsharing is a decentralised car rental service focusing on short-term rentals that supplements other modes of transport including walking, cycling and public transport. Carsharing aims to provide an alternative to individual car ownership without restricting mobility by offering affordable access to cars. Carsharing organisations offer members access to a fleet of shared cars from unattended self-service locations. Today, most carsharing operators worldwide use station-based networks with round-trip rental. This operational model requires members to return a vehicle to the same designated station from which it was accessed. Many carsharing operators also offer one-way carsharing, allowing users to return the car to any station operated by the carsharing service. Another model that has gained in popularity is free-floating carsharing, which allows members to pick up and drop off cars anywhere within a designated area or zone. The ability to access available cars instantly without prior booking and no need to schedule a return time makes this type of service attractive for short trips. In some regions, more cars are now dedicated to free-floating carsharing than station-based carsharing.\",\n                        \"\",\n                        \"Telematics systems and smartphones are key enablers of carsharing services. In-car hardware technologies for carsharing services include a telematics device to capture trip data, enable fleet management and grant access to the car through a smartphone app or RFID smartcards. Additional hardware solutions such as damage sensors and smoke detectors can be installed to protect the vehicles, improve user behaviour and reduce accidents. Software platforms include complete IT systems that can support all the operational activities of a carsharing organisation ranging from management of in-vehicle equipment, fleet management, booking management, billing, as well as operations supervision via dashboards and data analytics. Leading vendors of hardware solutions and software platforms include Invers, Vulog, Convadis, Targa Telematics, Optimum (by Shiftmove), Mobility Tech Green, Atom Mobility, CT Mobility, Cantamen, MOQO, WeGo Carsharing, 2hire, Bosch and Astus. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela also serve the market. Several carsharing technology vendors focus on the corporate carsharing market that aims to increase corporate carpool availability and reduce mobility costs. Many carsharing technology vendors partner with other actors to expand their offerings and strengthen their value proposition. \",\n                        \"\",\n                        \"Commercial carsharing services are offered by specialist carsharing companies, car rental companies, carmakers and other actors such as public transport operators. Examples of specialised carsharing operators include Times Car in Japan; Socar in South Korea; Communauto and Evo Car Share in Canada; Miles, Stadtmobil and Cambio in Germany; MyWheels and Greenwheels in the Netherlands; Enjoy in Italy; Mobility Cooperative in Switzerland; Citiz in France; Traficar in Poland; TikTak in Turkey; Turbi in Brazil; and GoGet in Australia. Carsharing services by car rental companies include Sixt Share (by Sixt), Zipcar (by Avis Budget Group), ORIX CarShare (by ORIX Auto Corporation) and G Car (by Lotte Rental). Examples of leading carsharing services backed by carmakers include Free2move (owned by Stellantis), Kinto Share (owned by Toyota) and Wible (owned by Kia).\",\n                        \"\",\n                        \"The carsharing market is expected to grow in the coming years. Berg Insight estimates that the total number of carsharing members worldwide reached 91.0 million at the end of 2025. At the same time, the total carsharing fleet had reached about 511,000 vehicles. Berg Insight forecasts that carsharing membership will grow to about 141.1 million globally by the end of 2030 and the total carsharing fleet will then reach about 768,000 cars. The corporate carsharing market was moreover estimated at 154,000 vehicles at year-end 2025 and is forecasted to reach about 250,000 vehicles in 2030. Europe and Asia-Pacific account for the majority of all carsharing programmes and the number of carsharing vehicles internationally. The front-running markets include Germany, France, the Netherlands, Canada, Japan, South Korea, China, Russia, Turkey and Brazil.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/22181606/bi-carsharing8-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"298\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on carsharing fleets and members worldwide.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the carsharing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 36 carsharing technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Case studies of 65 carsharing initiatives from specialist carsharing operators, car rental and leasing companies and car OEMs. \"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"The Carsharing Telematics Market 8th\",\n                \"src\": \"https://media.berginsight.com/2026/06/22181743/The-Carsharing-Telematics-Market-8th.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/the-carsharing-telematics-market-5/\",\n              \"name\": \"The Carsharing Telematics Market\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":1337,"link":"https://cms.berginsight.com/report/fleet-management-in-russia-cis-and-eastern-europe/","acf_data":"{\n  \"permalink\": \"/fleet-management-in-russiacis-and-eastern-europe\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"5th Edition\",\n    \"main_product_category\": 26,\n    \"short_description\": \"An in-depth market study covering the fleet management market in Eastern Europe and Russia/CIS.\",\n    \"full_description\": [\n      \"How will the market for fleet management systems for commercial vehicles in Eastern Europe, Russia and the CIS evolve in 2020 and beyond? This incredibly detailed 225 page report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2021/02/08124244/bi-fmee5-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive summary\\r\\n1\\tCommercial vehicle fleets in the CIS and Eastern Europe\\r\\n1.1\\tThe commercial vehicle market in Russia and the CIS\\r\\n1.1.1\\tManufacturer market shares\\r\\n1.1.2\\tOwnership structure\\r\\n1.2\\tThe commercial vehicle market in Eastern Europe\\r\\n1.2.1\\tManufacturer market shares\\r\\n1.2.2\\tOwnership structure\\r\\n2\\tFleet management solutions\\r\\n2.1\\tFleet management infrastructure\\r\\n2.1.1\\tVehicle segment\\r\\n2.1.2\\tGNSS segment\\r\\n2.1.3\\tNetwork segment\\r\\n2.1.4\\tBackoffice segment\\r\\n2.2\\tVehicle management\\r\\n2.2.1\\tVehicle diagnostics and maintenance planning\\r\\n2.2.2\\tSecurity tracking\\r\\n2.3\\tDriver management\\r\\n2.3.1\\tDriving data registration and analysis\\r\\n2.3.2\\tVideo-based driver monitoring\\r\\n2.3.3\\tEco-driving schemes\\r\\n2.3.4\\tInsurance risk management\\r\\n2.4\\tOperations management\\r\\n2.4.1\\tRouting and navigation\\r\\n2.4.2\\tTransport management\\r\\n2.4.3\\tMobile workforce management\\r\\n2.5\\tRegulatory compliance and reporting\\r\\n2.5.1\\tDrivers’ working hours\\r\\n2.5.2\\tDigital tachograph data download\\r\\n2.5.3\\tElectronic toll collection\\r\\n2.5.4\\tERA-GLONASS and eCall\\r\\n2.5.5\\tOther applications\\r\\n2.6\\tBusiness models\\r\\n3\\tMarket forecasts and trends\\r\\n3.1\\tMarket analysis\\r\\n3.1.1\\tInstalled base and unit shipments – Eastern Europe and CIS including Russia\\r\\n3.1.2\\tInstalled base and unit shipments – Russia\\r\\n3.1.3\\tRegional markets and players\\r\\n3.1.4\\tVendor market shares\\r\\n3.2\\tMarket drivers and barriers\\r\\n3.2.1\\tMacroeconomic environment\\r\\n3.2.2\\tRegulatory environment\\r\\n3.2.3\\tCompetitive environment\\r\\n3.2.4\\tTechnology environment\\r\\n3.3\\tValue chain analysis\\r\\n3.3.1\\tTelematics industry players\\r\\n3.3.2\\tAutomotive industry players\\r\\n3.3.3\\tTelecom industry players\\r\\n3.3.4\\tIT industry players\\r\\n3.4\\tFuture industry trends\\r\\n4\\tOEM products and strategies\\r\\n4.1\\tEuropean truck manufacturers\\r\\n4.1.1\\tDAF Trucks\\r\\n4.1.2\\tDaimler Group\\r\\n4.1.3\\tIveco\\r\\n4.1.4\\tMAN Truck & Bus\\r\\n4.1.5\\tScania\\r\\n4.1.6\\tVolvo Group\\r\\n4.2\\tLocal truck manufacturers in the CIS\\r\\n4.2.1\\tGAZ Group\\r\\n4.2.2\\tKamaz\\r\\n4.2.3\\tUAZ\\r\\n4.2.4\\tMAZ\\r\\n5\\tInternational aftermarket solution providers\\r\\n5.1\\tAstrata Europe\\r\\n5.2\\tFleet Complete\\r\\n5.3\\tGarmin and partners\\r\\n5.4\\tMiX Telematics\\r\\n5.5\\tTransics\\r\\n5.6\\tViasat Group\\r\\n5.7\\tWebfleet Solutions (Bridgestone)\\r\\n6\\tRegional aftermarket solution providers\\r\\n6.1\\tArvento Mobile Systems\\r\\n6.2\\tCVS Mobile\\r\\n6.3\\tFort Telecom\\r\\n6.4\\tFrotcom International\\r\\n6.5\\tGurtam\\r\\n6.6\\tMobiliz\\r\\n6.7\\tOmnicomm\\r\\n6.8\\tRuptela\\r\\n6.9\\tTechnoKom\\r\\n6.10\\tTeltonika\\r\\n6.11\\tWebEye Telematics Group\\r\\n7\\tLocal aftermarket solution providers\\r\\n7.1\\tRussia and the CIS\\r\\n7.1.1\\tANTOR\\r\\n7.1.2\\tArkan\\r\\n7.1.3\\tAutoconnex and Vodafone Automotive\\r\\n7.1.4\\tAutolocator (Megapage)\\r\\n7.1.5\\tAutoTracker\\r\\n7.1.6\\tBelTransSputnik\\r\\n7.1.7\\tBenish GPS\\r\\n7.1.8\\tCesar Satellite\\r\\n7.1.9\\tGalileosky\\r\\n7.1.10\\tGarage GPS\\r\\n7.1.11\\tGeliosSoft\\r\\n7.1.12\\tGlobalSat\\r\\n7.1.13\\tGLONASSSoft\\r\\n7.1.14\\tGlosav\\r\\n7.1.15\\tITOB\\r\\n7.1.16\\tLive GPS Tracking (SkyNavis)\\r\\n7.1.17\\tLocarus\\r\\n7.1.18\\tMatrix\\r\\n7.1.19\\tMicro Line\\r\\n7.1.20\\tNavigator Group (ENDS)\\r\\n7.1.21\\tNavtelecom\\r\\n7.1.22\\tNIS (MTS)\\r\\n7.1.23\\tRCS\\r\\n7.1.24\\tRitm\\r\\n7.1.25\\tSCOUT\\r\\n7.1.26\\tSpaceTeam\\r\\n7.1.27\\tSquareGPS\\r\\n7.1.28\\tT-One Group\\r\\n7.1.29\\tVektor GPS\\r\\n7.2\\tEastern Europe\\r\\n7.2.1\\tAldobec Technologies (W.A.G. payment solutions)\\r\\n7.2.2\\tAROBS Transilvania Software\\r\\n7.2.3\\tArtronic\\r\\n7.2.4\\tAuto3P (MultiFleet)\\r\\n7.2.5\\tBusiness Lease Romania\\r\\n7.2.6\\tCCS (Fleetcor)\\r\\n7.2.7\\tEasyTRACK\\r\\n7.2.8\\tETA Automatizari Industriale (SafeFleet)\\r\\n7.2.9\\tEurowag Telematics (W.A.G. payment solutions)\\r\\n7.2.10\\tEvotracking (Vodafone)\\r\\n7.2.11\\tFramelogic (Vehco)\\r\\n7.2.12\\tGPS Bulgaria\\r\\n7.2.13\\tGPS-server.net\\r\\n7.2.14\\tGSMvalve\\r\\n7.2.15\\tGX Solutions\\r\\n7.2.16\\ti-Cell\\r\\n7.2.17\\tiData\\r\\n7.2.18\\tInfocar\\r\\n7.2.19\\tInfotech\\r\\n7.2.20\\tiSYS Professional\\r\\n7.2.21\\tLocator BG\\r\\n7.2.22\\tMapon\\r\\n7.2.23\\tMireo\\r\\n7.2.24\\tMobilisis\\r\\n7.2.25\\tMOVYS\\r\\n7.2.26\\tSatko\\r\\n7.2.27\\tSeyir Mobil\\r\\n7.2.28\\tSHERLOG Technology\\r\\n7.2.29\\tSkyguard (Secret Control)\\r\\n7.2.30\\tSledenje\\r\\n7.2.31\\tTahograf\\r\\n7.2.32\\tTrackNav\\r\\n7.2.33\\tWebbase (Secret Control)\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2021/02/08124255/bi-fmee5-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of fleet management systems in Eastern Europe and the CIS to reach 13.8 million units by 2023\",\n            \"attributes\": []\n          },\n          \"\",\n          \"Fleet management (FM) is an ambiguous term used in reference to a wide range of solutions for different vehicle-related applications. Berg Insight’s definition of a fleet management solution is a vehicle-based system that incorporates data logging, satellite positioning and data communications to a backoffice application. The history of fleet management solutions goes back several decades. On-board vehicle computers first emerged in the 1980s and were soon connected to various satellite and terrestrial wireless networks. Today, mobile networks can provide ubiquitous online connectivity in many regions at a reasonable cost and mobile computing technology delivers very high performance, as well as excellent usability. All of these components combined enable the delivery of vehicle management, transport management, driver management and mobile workforce management applications linking vehicles and enterprise IT systems. \",\n          \"\",\n          \"Commercial vehicle fleets play an essential role in the economy in the CIS and Eastern Europe, where several countries are part of important Pan-European transport corridors. The total of around 10 million heavy commercial vehicles in the region account for a major share of the inland transports. Motor vehicles are for example involved in about 70 percent of the total inland transportation in Russia. In Europe, medium and heavy trucks account for over 75 percent of all inland transports, forming a € 250 billion industry. Moreover, the greater part of the total 16 million light commercial vehicles in the CIS and Eastern Europe are used by mobile workers and for activities such as distribution of goods and parcels.\",\n          \"\",\n          \"Berg Insight is of the opinion that the fleet management industry is in a long-term growth phase. Key drivers in Eastern Europe and the CIS include cost reductions related to fuel savings and regulatory developments such as ERA-GLONASS and the Platon electronic toll collection system which increase the awareness of telematics. The number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate of 13.5 percent from 7.3 million units at the end of 2018 to 13.8 million by 2023. The penetration rate in the total population of non-privately owned commercial vehicles and passenger cars used in commercial and government fleets is estimated to increase from 17.5 percent in 2018 to 29.8 percent in 2023. The Russian market accounts for a significant share of the region’s total installed base and is forecasted to grow from 3.3 million active FM units at the end of 2018 to 5.6 million units by 2023.\",\n          \"\",\n          \"The leading FM solution providers in terms of installed base in the CIS and Eastern Europe include diverse players from a number of countries. Belarus-based Gurtam is the leading FM software provider, having surpassed the milestone of 1 million vehicles under management in the region. Russia-based TechnoKom and Turkey-based Arvento Mobile Systems are the first and second runners-up, followed by Mobiliz from Turkey and the Russian players SCOUT, Navigator Group and NIS (MTS). Additional top-15 players with at least 100,000 active units in Russia/CIS and Eastern Europe include GeliosSoft, Fort Telecom, Omnicomm, SquareGPS, Live GPS Tracking (SkyNavis), Eurowag Telematics, Infotech and SpaceTeam. The major international solution providers based in Western Europe, North America or South Africa are yet to reach the top-15 list in this region.\",\n          \"\",\n          \"The expectations for the future fleet management market in Eastern Europe and the CIS include a gradual convergence with the developments in Western Europe. Eastern Europe is already tracing the most developed European markets closely in terms of system functionality and service models. The major Russian solution providers have historically mainly served large corporations with standalone software systems which are paid upfront and hosted in-house, whereas subscription services traditionally mainly have been adopted by SMBs. Cloud services based on recurring service fees have however now become a greater focus also for major enterprise fleets on the Russian market and the domestic FM solution providers are increasingly pushing for a transition towards SaaS-based models. Another key trend on the European market is factory-fitment of OEM telematics, which is offered by most of the major truck manufacturers. The Russian vehicle manufacturers did not initially embrace the concept of OEM fleet telematics in the same way as its Western European counterparts, but the activities have increased in the last few years. GAZ became the first local manufacturer to offer factory installation of telematics units as standard in 2018. Kamaz and UAZ have also in 2018–2019 launched initiatives related to integration of telematics technology in collaboration with partners.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2021/02/08124307/bi-fmee5-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"27\",\n    \"variations\": [\n      {\n        \"id\": 1339,\n        \"name\": \"Fleet Management in Russia/CIS and Eastern Europe - 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This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"308\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in the Middle East.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the 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\"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"300\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 new executive interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in Latin America. \"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications. \"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 95 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands. \"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n              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Berg Insight estimates that worldwide shipments of wirelessly enabled wearable devices will grow from 116.8 million in 2018 at a compound annual growth rate (CAGR) of 15.4 percent to 238.5 million in 2023. The cellular attach rate at the end of the forecast period is forecasted to be 28.4 percent. Get up to date with the latest trends from all main product categories and regions with this unique 160 page report.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2021/02/09172731/bi-cw4-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive summary\\r\\n1\\tIntroduction to wearable technology\\r\\n1.1\\tIntroduction\\r\\n1.1.1\\tBackground\\r\\n1.1.2\\tDefinitions\\r\\n1.2\\tMarket segments\\r\\n1.2.1\\tInfotainment & lifestyle\\r\\n1.2.2\\tFitness & wellness\\r\\n1.2.3\\tPeople monitoring & safety\\r\\n1.2.4\\tMedical & healthcare\\r\\n1.2.5\\tEnterprise & industrial\\r\\n1.2.6\\tGovernment & military\\r\\n1.3\\tTechnologies and platforms\\r\\n1.3.1\\tMobile operating systems and platforms\\r\\n1.3.2\\tBattery and processor technologies\\r\\n1.3.3\\tWireless technologies\\t\\r\\n1.3.4\\tSensors\\r\\n1.3.5\\tDisplay technologies and user interface\\r\\n2\\tValue chain and vendor landscape\\r\\n2.1\\tEnabling technologies\\r\\n2.1.1\\tHardware component vendors\\r\\n2.1.2\\tMobile operating system vendors\\r\\n2.2\\tDevices\\r\\n2.2.1\\tSmartphone and consumer electronics manufacturers\\r\\n2.2.2\\tApparel and accessories companies\\r\\n2.2.3\\tSpecialist vendors\\r\\n2.3\\tConnectivity services and IoT platforms\\r\\n2.3.1\\tWireless operators and managed service providers\\r\\n2.3.2\\tIoT platforms\\r\\n2.4\\tApps and content\\r\\n2.4.1\\tSoftware application developers and content providers\\r\\n3\\tConnected fitness and activity trackers\\r\\n3.1\\tThe connected fitness and activity tracking market\\r\\n3.1.1\\tMarket size and major vendors\\r\\n3.1.2\\tFitness and activity tracking wristbands\\r\\n3.1.3\\tConnected sports watches\\r\\n3.1.4\\tSmart clothing\\r\\n3.1.5\\tOther form factors\\r\\n3.2\\tFitness and activity trackers and wireless connectivity\\r\\n3.3\\tCompany profiles and strategies\\r\\n3.3.1\\tAthos\\r\\n3.3.2\\tDigitsole\\r\\n3.3.3\\tFitbit\\r\\n3.3.4\\tGarmin\\r\\n3.3.5\\tHexoskin\\r\\n3.3.6\\tHuawei\\r\\n3.3.7\\tMoov\\r\\n3.3.8\\tOMsignal\\r\\n3.3.9\\tSensoria\\r\\n3.3.10\\tXiaomi\\r\\n4\\tSmartwatches\\r\\n4.1\\tThe smartwatch market\\r\\n4.1.1\\tMarket size and the largest vendors\\r\\n4.1.2\\tSmartwatch platforms\\r\\n4.1.3\\tSmartwatches for children\\r\\n4.2\\tSmartwatches and wireless connectivity\\r\\n4.3\\tCompany profiles and strategies\\r\\n4.3.1\\tApple\\r\\n4.3.2\\tBlocks Wearables\\r\\n4.3.3\\thereO\\r\\n4.3.4\\tFossil\\r\\n4.3.5\\tLaipac Technology\\r\\n4.3.6\\tLG Electronics\\r\\n4.3.7\\tSamsung\\r\\n4.3.8\\tWithings\\r\\n5\\tSmart glasses & head-mounted displays\\r\\n5.1\\tThe smart glasses and HMD market\\r\\n5.1.1\\tKey vendors and market landscape\\r\\n5.1.2\\tVirtual Reality headsets\\r\\n5.2\\tSmart glasses and wireless connectivity\\r\\n5.3\\tCompany profiles and strategies\\r\\n5.3.1\\tDaqri\\r\\n5.3.2\\tEpson\\r\\n5.3.3\\tEverysight\\r\\n5.3.4\\tGoogle\\r\\n5.3.5\\tKopin\\r\\n5.3.6\\tMicrosoft\\r\\n5.3.7\\tNorth\\r\\n5.3.8\\tOptinvent\\r\\n5.3.9\\tOculus VR (Facebook)\\r\\n5.3.10\\tOsterhout Design Group\\r\\n5.3.11\\tVuzix\\r\\n6\\tMedical devices and mobile telecare\\r\\n6.1\\tMedical devices\\r\\n6.1.1\\tThe mHealth and home monitoring market\\r\\n6.1.2\\tRegulatory environment\\r\\n6.1.3\\tWearable medical devices and implants\\r\\n6.2\\tNext-generation telecare and mPERS solutions\\r\\n6.2.1\\tMobile telecare and mPERS devices\\r\\n6.3\\tCompany profiles and strategies\\r\\n6.3.1\\tBioTelemetry\\r\\n6.3.2\\tDexcom\\r\\n6.3.3\\tEveron\\r\\n6.3.4\\tGreatCall\\r\\n6.3.5\\tMedtronic\\r\\n6.3.6\\tMobileHelp\\r\\n6.3.7\\tNavigil\\r\\n6.3.8\\tNortek\\r\\n6.3.10\\tPreventice Solutions\\r\\n6.3.11\\tProteus Digital Health\\r\\n7\\tMarket forecasts and trends\\r\\n7.1\\tGlobal market outlook\\r\\n7.1.1\\tMarket segments\\r\\n7.1.2\\tRegional market data\\r\\n7.1.3\\tCellular connections\\r\\n7.2\\tMarket forecasts – smartwatches\\r\\n7.3\\tMarket forecasts – smart glasses & head-mounted displays\\r\\n7.4\\tMarket forecasts – fitness and activity trackers\\r\\n7.5\\tMarket forecasts – medical devices and mobile telecare\\r\\n7.6\\tMarket forecasts – other connected wearables\\r\\n7.7\\tMarket trends and drivers\\r\\n7.7.1\\tWearables are at the intersection of fashion and technology\\r\\n7.7.2\\tThe myriad of use cases is wearables’ killer app\\r\\n7.7.3\\tThe voice-controlled user interface enters the wearables market\\r\\n7.7.4\\tWearables raise privacy and security concerns\\r\\n7.7.5\\tLong-term engagement: bringing it all together\\r\\n7.7.6\\tContinued M&A activities anticipated to take place in the wearables industry\\r\\n7.7.7\\tActivity tracking wrist-bands face increasing competition\\r\\n7.7.8\\tConsumerisation of medical-grade mHealth devices\\r\\n7.7.9\\tNew mobile telecare solutions open up market opportunities\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2021/02/09172743/bi-cw4-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"Annual shipments of connected wearables will reach 239 million in 2023\",\n            \"attributes\": []\n          },\n          \"\",\n          \"The wearable form factor enables hands-free operation and allows the user to multitask and get immediate access to information. It also enables continuous recording of useful data such as body metrics, location and environmental data. Berg Insight’s definition of a connected wearable is a device meant to be worn by the user and which incorporates data logging and some sort of wireless connectivity. Various forms of connected wearables have for long been used in professional markets to improve work processes and increase efficiency. The high smartphone adoption, cloud services, miniaturised hardware, sensor technology and low power wireless connectivity enabled wearables to emerge as a new promising consumer segment some years ago. Today, activity trackers and connected fitness devices as well as smartwatches are leading the wearable technology industry in terms of shipment volume and market maturity. However, the number of applications for wearable technology is vast and a plethora of device categories such as smart glasses, head-mounted displays, medical devices, wrist-worn computers and scanners, connected clothes and garments, gesture control devices and many more exist. These wearable devices target various market segments including infotainment & lifestyle, fitness & wellness, people monitoring & safety, medical & healthcare, enterprise & industrial and government & military.\",\n          \"\",\n          \"The market for connected wearables has entered a strong growth phase that will last for many years to come. Berg Insight estimates that shipments of connected wearables reached 116.8 million units in 2018. The market is expected to grow at a CAGR of 15.4 percent to reach annual shipments of 238.5 million in 2023. Wearable activity trackers and connected fitness devices is the leading category, currently representing a majority of the shipments. Decreasing prices and extended capabilities will enable shipments in the segment to reach 88.9 million units in 2023. Smartwatches have also started to reach significant volumes. The market is led by Apple which accounted for close to half of the 45.5 million devices shipped in 2018. Smartwatches are increasingly incorporating activity tracking features as well as more advanced sensors for medical applications. Growing at a CAGR of 20.9 percent, the market segment is predicted to become the largest wearables category with shipments of 117.7 million devices in 2023. Sales of smart glasses and head-mounted displays have grown rapidly in recent years. During 2018, an estimated 1.5 million devices were shipped. Around 75 percent of these devices were VR/AR headsets to be used for gaming and entertainment purposes, while the remaining devices were mainly used by enterprises and the military. The category is projected to reach annual shipments of 11.9 million devices in 2023. Annual shipments of medical and mobile telecare/mPERS devices are forecasted to grow from 1.8 million devices in 2018 to 6.9 million devices in 2023. Finally, annual shipments of wearables not covered by the above product categories are predicted to grow at a CAGR of 34.1 percent from 3.0 million units in 2018 to reach 13.0 million units in 2023. The segment includes wearables such as authentication and gestures devices, smart rings, wrist-worn computers and scanners, smart jewellery and connected prosthetics.\",\n          \"\",\n          \"North America is the largest market for connected wearables and accounted for about 44.4 million of the total shipments in 2018. The second largest market is Europe which reached shipments of 38.5 million devices followed by Asia-Pacific with 26.9 million devices. Berg Insight projects that North America will remain the largest regional market in 2023, but its market share will decrease from 38 percent in 2018 to around 33 percent at the end of the forecast period. Asia-Pacific is estimated to account for an increasing share and in 2023 account for 30 percent of the shipments, up from 23 percent in 2018. Emerging markets currently represent a relatively small share of the market. Demand in the Middle East and Africa mainly comes from a few developed countries and wider adoption in the region will be highly dependent on the overall economic development.\",\n          \"\",\n          \"Bluetooth will remain the primary connectivity option in consumer centric wearables throughout the forecast period and smartphones will act as the principal hub for remote connectivity. The number of active cellular network connections from wearables is projected to grow from 23.8 million in 2018 to reach 176.8 million connections in 2023. The growth is mainly driven by increasing adoption of cellular connectivity in the smartwatch category. The most common connectivity option for wearable medical devices will be low power NFC technologies and Bluetooth which enable remote connectivity via medical monitoring system hubs. BYOD will have an increasing impact on the connected medical device category, especially for patient-driven models of connected care.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2021/02/09172815/bi-cw4-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 889,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:12:24\",\n          \"post_date_gmt\": \"2021-01-12 15:12:24\",\n          \"post_content\": \"\",\n          \"post_title\": \"Martin Apelgren\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"martin-backman\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2024-08-05 20:32:46\",\n          \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"22\",\n    \"variations\": [\n      {\n        \"id\": 1445,\n        \"name\": \"Connected Wearables - 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The active installed base of humanoid robots is forecasted to grow at a compound annual growth rate of 73.7 percent from 21,000 units at the end of 2025 to 83.0 million units by 2040. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/03192912/bi-humanoid1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Humanoid Robotics\\r\\n1.1\\tIntroduction\\r\\n1.2\\tDefinitions and classifications\\r\\n1.3\\tBrief history of humanoid robotics\\r\\n1.4\\tUse cases – B2C & B2B\\r\\n1.4.1\\tDomestic and private applications (B2C)\\r\\n1.4.2\\tService and retail applications (B2B)\\r\\n1.4.3\\tManufacturing applications (B2B)\\r\\n1.5\\tInvestments and company transactions\\r\\n1.5.1\\tInvestments and venture capital\\r\\n1.5.2\\tMergers and acquisitions\\r\\n2\\tHumanoid Robot Technologies\\r\\n2.1\\tHardware\\r\\n2.1.1\\tMechanical structure and design\\r\\n2.1.2\\tActuators and motion systems\\r\\n2.1.3\\tSensors and perception hardware\\r\\n2.1.4\\tPower systems and energy efficiency\\r\\n2.1.5\\tLocomotion and mobility\\r\\n2.2\\tSoftware\\r\\n2.2.1\\tRobotic operating systems (ROS & ROS 2)\\r\\n2.2.2\\tProprietary robotic systems\\r\\n2.2.3\\tArtificial intelligence and machine learning\\r\\n2.2.4\\tPerception and computer vision\\r\\n2.2.5\\tMotion planning and control\\r\\n2.2.6\\tHuman-robot interaction (HRI)\\r\\n2.2.7\\tWireless connectivity technologies and cloud integration\\r\\n2.3\\tSystem architecture\\r\\n2.3.1\\tSensing, planning and acting\\t\\r\\n2.3.2\\tSystem integration and control architecture\\r\\n3\\tMarket Analysis and Forecasts\\r\\n3.1\\tCurrent and future use cases\\r\\n3.1.1\\tDomestic and private applications\\r\\n3.1.2\\tService and retail applications\\r\\n3.1.3\\tManufacturing applications\\r\\n3.1.4\\tApplication complexity and deployment environment\\r\\n3.2\\tBusiness models\\r\\n3.3\\tMarket landscape and key vendors\\r\\n3.3.1\\tRegional market landscape\\r\\n3.3.2\\tTop humanoid robot companies\\r\\n3.4\\tMarket forecasts\\r\\n3.4.1\\tInstalled base and unit shipments\\r\\n3.4.2\\tCellular connectivity in humanoid robots\\r\\n3.4.3\\tMarket value\\r\\n3.5\\tMarket drivers and barriers\\r\\n3.5.1\\tStrategic funding accelerates commercialisation\\r\\n3.5.2\\tFlexible automation demand drives adoption\\r\\n3.5.3\\tTechnological advances expand robot capabilities\\r\\n3.5.4\\tEcosystem maturity enables industrial scalability\\r\\n3.5.5\\tTechnical limitations constrain commercial adoption\\r\\n3.5.6\\tRegulatory requirements increase commercialisation complexity\\r\\n3.5.7\\tSocial acceptance and trust shape market adoption\\r\\n3.5.8\\tAlternative automation technologies challenge humanoid robot adoption\\r\\n3.6\\tMarket trends\\r\\n3.6.1\\tIncreasing government support for humanoid robotics\\r\\n3.6.2\\tAI expands the capabilities of humanoid robots\\r\\n3.6.3\\tGlobal workforce shifts are increasing the demand for humanoid robots\\r\\n3.6.4\\tCommercial deployment is gaining momentum\\r\\n3.6.5\\tFrom standalone robots to connected intelligent systems\\r\\n3.6.6\\tPartnerships and ecosystem development reshape the competitive landscape\\r\\n3.6.7\\tEV makers move into humanoid robotics at industrial scale\\r\\n4\\tCompany Profiles and Strategies\\r\\n4.1\\t1X Technologies\\r\\n4.2\\tAeiROBOT\\r\\n4.3\\tAgiBot\\r\\n4.4\\tAgile Robots\\r\\n4.5\\tAgility\\r\\n4.6\\tApptronik\\r\\n4.7\\tBooster Robotics\\r\\n4.8\\tBoston Dynamics\\r\\n4.9\\tCASBOT\\r\\n4.10\\tClone Robotics\\r\\n4.11\\tDEEP Robotics\\r\\n4.12\\tEngineAI\\r\\n4.13\\tEngineered Arts\\r\\n4.14\\tFigure AI\\r\\n4.15\\tFourier Intelligence\\r\\n4.16\\tHexagon\\r\\n4.17\\tHumanoid\\r\\n4.18\\tKepler Exploration Robotics\\r\\n4.19\\tLeju Robotics\\r\\n4.20\\tLimX Dynamics\\r\\n4.21\\tNeura Robotics\\r\\n4.22\\tNoetix Robotics\\r\\n4.23\\tPAL Robotics\\r\\n4.24\\tPUDU Robotics\\r\\n4.25\\tROBOTERA\\r\\n4.26\\tSanctuary AI\\r\\n4.27\\tTesla\\r\\n4.28\\tUBTECH Robotics\\r\\n4.29\\tUnitree Robotics\\r\\n4.30\\tXiaomi\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/03192922/bi-humanoid1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Shipments of humanoid robots to reach 26 million by 2040\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Humanoid robots are robotic systems designed to resemble the human body and movements, operating in environments originally built for humans. The most significant advantage of humanoid robots compared with traditional industrial robots is their ability to perform a wide variety of tasks, navigate complex surroundings and use existing tools without requiring extensive modification to the existing infrastructure. Recent advances in crucial technology linked to humanoid robotics, including actuators, foundation models and battery technology, have significantly accelerated the development of the humanoid robotics market. These improvements enable robots to perform increasingly complex tasks with higher levels of autonomy across sectors such as manufacturing, warehousing, logistics and retail applications, while opening opportunities for future use in domestic environments. In addition, labour shortages, ageing populations and the need for flexible automation are expected to become important long-term drivers for the adoption of humanoid robots.\",\n                        \"\",\n                        \"Berg Insight considers the humanoid robotics industry to have entered the early stages of a long-term growth phase. During 2025 and 2026, the industry experienced a shift from primarily research- and prototype-oriented activities towards pilot deployments, initial commercial deliveries and investments in large-scale manufacturing capabilities. This transition has been supported by increasing activity among both established technology companies and specialised humanoid robotics start-ups, contributing to the development of commercial solutions and a broader market ecosystem. Although commercial deployments remain limited, increasing technological maturity and substantial investment activity suggest that the market is approaching an important commercial inflection point.\",\n                        \"\",\n                        \"Berg Insight estimates that annual humanoid robot shipments will grow from 16,000 units in 2025 to 26 million units by 2040, corresponding to a compound annual growth rate (CAGR) of 63.7 percent. During the same period, the global market value is forecasted to increase from US$ 890 million to approximately US$ 554 billion. Use cases in manufacturing, logistics and warehousing are expected to account for the majority of deployments during the forecast period, while domestic applications are anticipated to emerge gradually as robot capabilities improve and hardware costs decline.\",\n                        \"\",\n                        \"The number of market participants has increased rapidly in recent years, resulting in a highly fragmented competitive landscape with more than 100 companies currently developing humanoid robots. Only a limited number of vendors have entered early commercial production or begun scaling manufacturing capacity. The competitive dynamics differ across regions. China currently represents the largest market, followed by the US and Europe. Chinese companies generally leverage cost-effective manufacturing, established domestic supply chains and rapid commercialisation, while US-based companies have a stronger focus on software capabilities and strategic partnerships with leading technology companies. The European vendor landscape represents an emerging but important part of the market, leveraging strengths in industrial automation, robotics research and specialised technology development.\",\n                        \"\",\n                        \"The humanoid robotics industry has experienced unprecedented investment activity during 2025–2026. Multiple funding rounds have exceeded US$ 1 billion, reflecting growing investor confidence in the commercial potential of humanoid robotics. Venture capital firms are increasingly joined by strategic investors including NVIDIA, Microsoft, Google, Amazon, Hyundai, OpenAI and other major technology companies. Investment activity has also shifted towards later-stage financing, supporting manufacturing expansion, production scaling and commercial deployment rather than early-stage research alone.\",\n                        \"\",\n                        \"Artificial Intelligence (AI) has become one of the most important competitive factors in the humanoid robotics industry. Competition is increasingly driven by proprietary embodied AI, foundation models, robot operating systems and software ecosystems rather than hardware performance alone. Strategic partnerships between humanoid robotics companies and leading AI technology providers are therefore becoming increasingly important for accelerating commercialisation and improving robot capabilities. At the same time, manufacturers are making substantial investments in production facilities designed to manufacture tens of thousands of humanoid robots annually, reflecting expectations of future large-scale demand.\",\n                        \"\",\n                        \"The leading vendors in the humanoid robotics industry include Figure AI, Tesla, Agility, Boston Dynamics, Apptronik, 1X Technologies, NEURA Robotics, Unitree Robotics, UBTECH Robotics, AgiBot, Leju Robotics, EngineAI, RobotEra and several other rapidly growing companies. Competition is expected to intensify significantly in the next years as companies transition from pilot deployments to large-scale commercial production.\",\n                        \"\",\n                        \"Overall, Berg Insight believes that humanoid robotics has moved beyond the experimental stage and entered the early phase of commercialisation. Although significant technical challenges related to reliability, dexterity, battery performance and safety remain, continued advances in AI, increasing manufacturing capacity and record levels of investment indicate that humanoid robots have the potential to develop into a major new technology and product category over the coming decades.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/03192931/bi-humanoid1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 889,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:12:24\",\n                        \"post_date_gmt\": \"2021-01-12 15:12:24\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Apelgren\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-backman\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2024-08-05 20:32:46\",\n                        \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 3808,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:26:41\",\n                        \"post_date_gmt\": \"2023-06-17 12:26:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Julia Wahlén\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"julia-wahlen\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-06-06 23:01:33\",\n                        \"post_modified_gmt\": \"2026-06-06 21:01:33\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=3808\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"307\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Technology assessment covering key hardware, software and AI technologies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the humanoid robot value chain and key application areas.\"\n                      },\n                      {\n                        \"bullet_point\": \"Adoption drivers and barriers shaping the uptake of humanoid robots.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 30 key humanoid robot vendors.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts on shipments, installed base and market value lasting until 2040.\"\n                      }\n                    ]\n                  }\n                ],\n                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\"Industrial IoT\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/consumer-asset-tracking-solutions\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"3rd Edition\",\n                  \"main_product_category\": 35,\n                  \"short_description\": \"This report investigates the consumer asset tracking markets (family and child tracking, pet tracking, vehicle tracking and general asset tracking) in Europe and North America.\",\n                  \"full_description\": [\n                    \"The key applications for tracking solutions in the consumer market include family and child tracking, pet tracking, vehicle tracking and general asset tracking. The vehicle category can be further divided into cars, motorcycles, mopeds, bicycles, caravans, motor caravans, leisure boats, ATVs and snowmobiles. The general asset tracking category includes any type of asset, such as luggage, keys, wallets, clothes, electronics, tools and sports equipment. Learn more about the business opportunities associated with these tracking solutions in this 180 page strategy report from Berg Insight. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2025/11/21193152/bi-consumerassets3-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction\\r\\n1.1\\tConsumer asset tracking infrastructure\\r\\n1.1.1\\tDevice segment\\r\\n1.1.2\\tPositioning segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tPlatform segment\\r\\n1.2\\tBusiness models and sales channels\\r\\n1.2.1\\tRetail\\r\\n1.2.2\\tInsurance companies\\r\\n1.2.3\\tMobile network operators\\r\\n2\\tFamily and Child Tracking\\r\\n2.1\\tPopulation in Europe and North America\\r\\n2.2\\tFamily tracking solutions\\r\\n2.2.1\\tMobile operator branded apps\\r\\n2.2.2\\tFreemium apps\\r\\n2.2.3\\tFree apps and social media\\r\\n2.3\\tChild tracking solutions and vendor market shares\\r\\n2.4\\tCompany profiles\\r\\n2.4.1\\tApple\\r\\n2.4.2\\tBark Technologies\\r\\n2.4.3\\tCosmo Technologies\\r\\n2.4.4\\tGabb Wireless\\r\\n2.4.5\\tGarmin\\r\\n2.4.6\\tGlobalstar\\r\\n2.4.7\\tLife360\\r\\n2.4.8\\tLil Tracker\\r\\n2.4.9\\tMyKi (Shelly Group)\\r\\n2.4.10\\tSmartcom Mobility Solutions\\r\\n2.4.11\\tSmith Micro Software\\r\\n2.4.12\\tXplora Technologies\\r\\n3\\tPet Tracking\\r\\n3.1\\tPet population in Europe and North America\\r\\n3.2\\tPet tracking solutions and vendor market shares\\r\\n3.3\\tCompany profiles\\r\\n3.3.1\\tFi\\r\\n3.3.2\\tFitbark\\r\\n3.3.3\\tHalo\\r\\n3.3.4\\tKippy (Datamars)\\r\\n3.3.5\\tLafayette\\r\\n3.3.6\\tLildog\\r\\n3.3.7\\tLink My Pet (Smart Tracking Technologies)\\r\\n3.3.8\\tPawfit\\r\\n3.3.9\\tPetCube\\r\\n3.3.10\\tPetSafe Brands\\r\\n3.3.11\\tPetPace\\r\\n3.3.12\\tPitPat\\r\\n3.3.13\\tSpotOn\\r\\n3.3.14\\tTracker (Natlink)\\r\\n3.3.15\\tTractive\\r\\n3.3.16\\tWeenect\\r\\n4\\tPassenger Car Tracking\\r\\n4.1\\tPassenger car fleet in Europe and North America\\r\\n4.2\\tCar theft in Europe and North America\\r\\n4.3\\tTelematics solutions\\r\\n4.3.1\\teCall and roadside assistance\\r\\n4.3.2\\tStolen vehicle tracking\\r\\n4.3.3\\tVehicle diagnostics and maintenance\\r\\n4.3.4\\tMotor insurance telematics\\r\\n4.3.5\\tRemote control and convenience services\\r\\n4.3.6\\tWi-Fi hotspot\\r\\n4.4\\tVendor market shares\\r\\n4.5\\tCompany profiles\\r\\n4.5.1\\tAccuTracking\\r\\n4.5.2\\tAgnik (Vyncs)\\r\\n4.5.3\\tAir\\r\\n4.5.4\\tAutobrain\\r\\n4.5.5\\tDIMO\\r\\n4.5.6\\tMasTrack\\r\\n4.5.7\\tMojio\\r\\n4.5.8\\tNet4Things\\r\\n4.5.9\\tPasstime GPS\\r\\n4.5.10\\tProtectus Technologies (CarLock)\\r\\n4.5.11\\tSVR Tracking\\r\\n4.5.12\\tTail Light (Bouncie)\\r\\n4.5.13\\tVerizon\\r\\n5\\tConsumer Vehicle Tracking\\r\\n5.1\\tConsumer vehicle parc in Europe and North America\\r\\n5.1.1\\tMotorcycles and mopeds\\r\\n5.1.2\\tBicycles\\r\\n5.1.3\\tCaravans and motor caravans\\r\\n5.1.4\\tLeisure boats\\r\\n5.1.5\\tOther consumer vehicles\\r\\n5.2\\tConsumer vehicle theft\\r\\n5.3\\tConsumer vehicle tracking solutions and vendor market shares\\r\\n5.3.1\\tMotorcycles and mopeds\\r\\n5.3.2\\tBicycles\\r\\n5.3.3\\tLeisure boats\\r\\n5.3.4\\tCaravans, motorhomes, ATVs and snowmobiles\\r\\n5.4\\tCompany profiles\\r\\n5.4.1\\tAtlantis Moto\\r\\n5.4.2\\tBikeFinder\\r\\n5.4.3\\tBikeTrac\\r\\n5.4.4\\tBoomerang Bike\\r\\n5.4.5\\tBosch eBike Systems\\r\\n5.4.6\\tConneqtech\\r\\n5.4.7\\tDokensip\\r\\n5.4.8\\tEllr\\r\\n5.4.9\\tFaria Beede\\r\\n5.4.10\\tGeoRide\\r\\n5.4.11\\tHaveltec (I Lock It)\\r\\n5.4.12\\tIoT Venture\\r\\n5.4.13\\tLinxup\\r\\n5.4.14\\tMapit IoT\\r\\n5.4.15\\tMonimoto\\r\\n5.4.16\\tNorthTracker\\r\\n5.4.17\\tPowUnity\\r\\n5.4.18\\tSailsense Analytics\\r\\n5.4.19\\tScorpion Automotive\\r\\n5.4.20\\tSensar Marine\\r\\n5.4.21\\tSense4Boat (D-Marin)\\r\\n5.4.22\\tSentinel Marine Solutions\\r\\n5.4.23\\tSiren Marine (Yamaha Motor)\\r\\n5.4.24\\tSIZZAPP\\r\\n5.4.25\\tSMT Performances\\r\\n5.4.26\\tTracefy\\r\\n5.4.27\\tTrackting\\r\\n6\\tGeneral Consumer Asset Tracking\\r\\n6.1\\tGeneral consumer asset tracking solutions\\r\\n6.2\\tCompany profiles\\r\\n6.2.1\\tBrickHouse Security\\r\\n6.2.2\\tDOTS\\r\\n6.2.3\\tGEGO (LugLoc)\\r\\n6.2.4\\tInvoxia\\r\\n6.2.5\\tLandAirSea Systems\\r\\n6.2.6\\tLoneStar Tracking\\r\\n6.2.7\\tMiniFinder\\r\\n6.2.8\\tOptimus\\r\\n6.2.9\\tPAJ\\r\\n6.2.10\\tSpåra Group (EmbeddedArt)\\r\\n6.2.11\\tStealth Tracer\\r\\n6.2.12\\tTrackimo\\r\\n7\\tMarket Forecasts and Trends\\r\\n7.1\\tMarket forecasts\\r\\n7.1.1\\tConsumer asset tracking installed base and unit shipments\\r\\n7.1.2\\tPenetration rate\\r\\n7.1.3\\tKids GPS watches\\r\\n7.1.4\\tPet tracking\\r\\n7.1.5\\tCar tracking\\r\\n7.1.6\\tMotorcycle and moped tracking\\r\\n7.1.7\\tBicycle tracking\\r\\n7.1.8\\tCaravan and motor caravan tracking\\r\\n7.1.9\\tLeisure boat tracking\\r\\n7.1.10\\tOther consumer vehicle tracking\\r\\n7.1.11\\tGeneral-purpose tracking\\r\\n7.2\\tMarket trends\\r\\n7.2.1\\tLPWA networking technologies create new market opportunities\\r\\n7.2.2\\tConsumer asset tracking market gains traction thanks to Apple AirTag\\r\\n7.2.3\\tSpecialised solutions have a competitive advantage\\r\\n7.2.4\\tPet tracking is a high-potential market\\r\\n7.2.5\\tIncreasing integration of AI in consumer asset tracking solutions\\r\\n7.2.6\\tConsumer car telematics providers now offer fleet management services\\r\\n7.2.7\\tSteady growth in bicycle tracking as security gains importance\\r\\n7.2.8\\tConsumer GPS tracking providers are searching for the right business model\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2025/11/21193202/bi-consumerassets3-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The state of the consumer asset tracking market: Trends, challenges & opportunities\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Consumer asset tracking is a sub-segment of the wider consumer IoT market. While the latter concept includes all IoT devices developed for the consumer market, consumer asset tracking focuses on solutions and services that utilise location data. To enable remote monitoring and control, a solution must include GNSS or other positioning technology and some type of wireless wide area network such as cellular networks, satellite networks, LoRa or Sigfox. Tracking solutions based solely on short-range technologies such as Bluetooth and Wi-Fi are not included in the report.\",\n                        \"\",\n                        \"The market can be divided into four main categories based on asset type – family and child tracking, pet tracking, vehicle tracking and general-purpose asset tracking. The vehicle category can be further divided into cars; motorcycles and mopeds; bicycles; caravans and motor caravans; leisure boats; and other consumer vehicles including ATVs and snowmobiles. The general asset tracking segment includes any type of asset, such as bags and luggage, keys, wallets, clothes, electronics, tools and sports equipment. As this report focuses on products and solutions aimed at consumers, solutions developed and sold exclusively to business customers are excluded.\",\n                        \"\",\n                        \"The market potential for consumer asset tracking is huge. In Europe and North America, there are close to 70 million children aged 4–10 years old, which is the typical age group for kids GPS watches. There are furthermore almost 380 million dogs and cats, about 615 million passenger cars and 160 million other consumer vehicles. The overall penetration rate of GPS tracking products is currently around 1.1 percent. The largest consumer asset tracking segments today, based on the number of active units, are car tracking, kids GPS watches and pet tracking. Berg Insight estimates that the installed base of active consumer asset tracking devices in Europe and North America reached 15.0 million at the end of 2024. Growing at a CAGR of 15.4 percent, the number of units in active use is estimated to reach 30.7 million units by the end of 2029. The market value is forecasted to grow from € 2.0 billion in 2024 to € 4.1 billion in 2029. \",\n                        \"\",\n                        \"Leading providers of family tracking and parental control services include US-based Smartcom Mobility Solutions, Smith Micro Software and Life360. Smartcom Mobility Solutions is a platform provider for kids GPS watches and other consumer asset tracking segments, used by several MNOs, OEMs and ODMs in the US and Europe. Smith Micro offers white-label solutions to MNOs and has contracts with major mobile operators in the US. Life360 offers a mobile app for location sharing and messaging that has close to 80 million monthly active users. Major providers of kids GPS watches include Xplora Technologies in Europe and Verizon in North America. The pet tracking market is dominated by Austria-based Tractive, whose subscriber base has grown to about 1.5 million. In North America, the main providers of pet tracking solutions are Fi and Halo. The latter company offers a combined pet GPS tracking and containment solution.\",\n                        \"\",\n                        \"The market for passenger car tracking solutions sold to consumers is led by Verizon, Mojio, Passtime GPS, Tail Light and Agnik in North America and Net4Things, Air and Protectus Technologies (CarLock) in Europe. Although OEM telematics is increasingly common within the automotive industry, there is still a growing interest in aftermarket telematics solutions. Leading providers of GPS tracking and vehicle recovery solutions for motorcycles and mopeds in Europe include Datatool (Scorpion Automotive), Mapit IoT, Trackting, Monimoto, GeoRide and SMT Performances. A few companies provide tracking solutions developed specifically for caravans, leisure boats and other consumer vehicles. Europe-based Sensar Marine, NorthTracker, Sentinel Marine Solutions, Sense4Boat and Sailsense Analytics as well as US-based Siren Marine and Faria Beede offer solutions developed for leisure boats. General-purpose tracking solutions and solutions developed for other types of vehicles are often used to serve these segments as well. Along with the growing market for electric bicycles, the market for GPS trackers for e-bicycles and other high-value bicycles is growing as well. The market is today served by European companies such as IoT Venture, PowUnity, Haveltec, BikeFinder and Tracefy. Trackimo, Invoxia, PAJ and LandAirSea are examples of well-known providers of general-purpose tracking devices.\",\n                        \"\",\n                        \"The consumer asset tracking solutions market is still in an early phase with tremendous growth potential. Advancements in battery capacity, processor power and network technology will continuously enable better solutions at lower price points which will lead to a higher demand from consumers. Many solution providers covered in this report have recently introduced new tracking devices based on Low-Power Wide-Area (LPWA) network technologies. LPWA technologies are especially valuable in market segments where low battery consumption is key, such as pet tracking, bicycle tracking and general asset tracking. Several vendors have also begun integrating Artificial Intelligence (AI) into their offerings. AI enables companies to gain a competitive edge by enhancing product functionality and delivering advanced features such as improved health and activity monitoring in pet trackers and predictive maintenance in vehicle trackers.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2025/11/21193212/bi-consumerassets3-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 889,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:12:24\",\n                        \"post_date_gmt\": \"2021-01-12 15:12:24\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Apelgren\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-backman\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2024-08-05 20:32:46\",\n                        \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 5735,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2025-08-15 19:02:30\",\n                        \"post_date_gmt\": \"2025-08-15 17:02:30\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Filip Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"filip-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-06-17 18:34:34\",\n                        \"post_modified_gmt\": \"2026-06-17 16:34:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=5735\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"263\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Benefit from 30 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Identify key players on the European and North American consumer asset tracking market.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about the latest propositions from family and child locator service providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the opportunities and challenges on the vehicle tracking market.\"\n                      },\n                      {\n                        \"bullet_point\": \"Anticipate future drivers for uptake of pet tracking solutions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future trends in the consumer asset tracking market.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profit from regional market forecasts by segment lasting until 2029.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Consumer Asset Tracking solutions 3rd\",\n                \"src\": \"https://media.berginsight.com/2025/11/23105102/Consumer-Asset-Tracking-solutions-3rd.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/consumer-asset-tracking-solutions-3/\",\n              \"name\": \"Consumer Asset Tracking Solutions\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Consumer Electronics\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/smart-homes-and-home-automation\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"12th Edition\",\n                  \"main_product_category\": 34,\n                  \"short_description\": \"A comprehensive analysis of the connected home markets in Europe and North America.\",\n                  \"full_description\": [\n                    \"How should the mobile industry address the vast business opportunity in connected smart homes? Berg Insight estimates that revenues from home automation system shipments and service fees in Europe and North America will grow at a compound annual growth rate of 10.4 percent from € 87.7 billion in 2024 to € 143.9 billion in 2029. Get a 360-degree perspective on the rapid evolution of the home automation market in this comprehensive 240-page strategy report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2025/10/28151819/bi-sh12-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSmart Homes and Home Automation\\r\\n1.1\\tIntroduction\\r\\n1.2\\tTypes of home automation\\r\\n1.2.1\\tSecurity and access control systems\\t6\\r\\n1.2.2\\tEnergy management and climate control systems\\r\\n1.2.3\\tAudio-visual and entertainment systems\\r\\n1.2.4\\tLighting and window control systems\\r\\n1.2.5\\tIrrigation and water management systems\\r\\n1.2.6\\tHome appliances\\r\\n1.2.7\\tService robotics\\r\\n1.2.8\\tMultifunction and whole-home automation systems\\r\\n1.3\\tHome automation market segments\\r\\n1.3.1\\tMainstream houses and multi-family dwellings\\r\\n1.3.2\\tThe custom/luxury segment\\r\\n1.3.3\\tNew homes versus existing homes\\r\\n1.4\\tChannels to market\\r\\n1.4.1\\tProfessional installation\\r\\n1.4.2\\tRetail\\r\\n1.4.3\\tService providers\\r\\n2\\tNetworks and Communications Technologies\\r\\n2.1\\tOverview\\r\\n2.1.1\\tDifferent approaches to establishing interoperability\\r\\n2.1.2\\tTechnology choices of product OEMs\\r\\n2.1.3\\tTechnology choices of whole-home solution vendors\\r\\n2.2\\tSmart home networking technologies and standards\\r\\n2.2.1\\tBluetooth\\r\\n2.2.2\\tDECT ULE\\r\\n2.2.3\\tEnOcean\\r\\n2.2.4\\tHome Connectivity Alliance (HCA)\\r\\n2.2.5\\tKNX\\r\\n2.2.6\\tMatter\\r\\n2.2.7\\tOpen Connectivity Foundation\\r\\n2.2.8\\tOpenTherm\\r\\n2.2.9\\tThread\\r\\n2.2.10\\tWi-Fi\\r\\n2.2.11\\tZigbee\\r\\n2.2.12\\tZ-Wave\\r\\n2.3\\tSmart home hubs and integration services\\r\\n2.3.1\\tAmazon Alexa\\r\\n2.3.2\\tApple HomeKit and Siri\\r\\n2.3.3\\tFlic (Shortcut Labs)\\r\\n2.3.4\\tGoogle Home and Google Assistant\\r\\n2.3.5\\tHome Assistant\\r\\n2.3.6\\tHomey (LG Electronics)\\r\\n2.3.7\\tIFTTT\\r\\n2.3.8\\tLG Electronics\\r\\n2.3.9\\tMediola\\r\\n2.3.10\\tOlisto\\r\\n2.3.11\\tSamsung SmartThings\\r\\n2.4\\tSmart home platform and white-label solution providers\\r\\n2.4.1\\tAlarm.com\\r\\n2.4.2\\tAyla Networks\\r\\n2.4.3\\tEssence Group\\r\\n2.4.4\\tLeedarson IoT Technology\\r\\n2.4.5\\tOBLO Living\\r\\n2.4.6\\tOnics\\r\\n2.4.7\\tThroughTek\\r\\n2.4.8\\tTuya\\r\\n3\\tPoint Solution Providers\\r\\n3.1\\tMarket overview\\r\\n3.1.1\\tPoint solutions – an entry into the smart home\\r\\n3.1.2\\tSmart home strategies for product OEMs\\r\\n3.1.3\\tNew entrants challenge incumbents with connected products\\r\\n3.2\\tSecurity and access control system vendors\\r\\n3.2.1\\tArlo Technologies\\r\\n3.2.2\\tAssa Abloy\\r\\n3.2.3\\tCanary (Smartfrog Group)\\r\\n3.2.4\\tChamberlain Group\\r\\n3.2.5\\tEzviz Network (Hikvision)\\r\\n3.2.6\\tMinut\\r\\n3.2.7\\tNuki Home Solutions\\r\\n3.2.8\\tReolink\\r\\n3.2.9\\tSchlage (Allegion)\\r\\n3.2.10\\tWyze Labs\\r\\n3.3\\tEnergy management and climate control system vendors\\r\\n3.3.1\\tCopeland\\r\\n3.3.2\\tDanfoss\\r\\n3.3.3\\tEcobee (Generac)\\r\\n3.3.4\\tEve Systems (ABB)\\r\\n3.3.5\\tGoogle Nest\\r\\n3.3.6\\tMysa\\r\\n3.3.7\\tNetatmo (Legrand)\\r\\n3.3.8\\tSensibo\\r\\n3.3.9\\tTado\\r\\n3.4\\tAudio-visual and entertainment system vendors\\r\\n3.4.1\\tBose\\r\\n3.4.2\\tHarman (Samsung Electronics)\\r\\n3.4.3\\tKaleidescape\\r\\n3.4.4\\tNaim Audio\\r\\n3.4.5\\tSonos\\r\\n3.5\\tLighting and window control system vendors\\r\\n3.5.1\\tAcuity Brands\\r\\n3.5.2\\tIKEA\\r\\n3.5.3\\tLedvance (MLS)\\r\\n3.5.4\\tLeviton\\r\\n3.5.5\\tLIFX (Feit Electric)\\r\\n3.5.6\\tMerkury Innovations\\r\\n3.5.7\\tPlejd\\r\\n3.5.8\\tSignify\\r\\n3.5.9\\tVelux\\r\\n3.6\\tIrrigation and water management system vendors\\r\\n3.6.1\\tFlume\\r\\n3.6.2\\tGardena and Orbit Irrigation (Husqvarna)\\r\\n3.6.3\\tMoen (Fortune Brands Innovations)\\r\\n3.6.4\\tPhyn\\r\\n3.6.5\\tRachio\\r\\n3.7\\tHome appliances vendors\\r\\n3.7.1\\tBSH Hausgeräte (Bosch)\\r\\n3.7.2\\tElectrolux\\r\\n3.7.3\\tGE Appliances (Haier)\\r\\n3.7.4\\tHaier Smart Home\\r\\n3.7.5\\tWhirlpool\\r\\n3.8\\tService robotics vendors\\r\\n3.8.1\\tAmbrogio Robot (Zucchetti Centro Sistemi)\\r\\n3.8.2\\tDyson\\r\\n3.8.3\\tEcovacs\\r\\n3.8.4\\tHusqvarna\\r\\n3.8.5\\tiRobot\\r\\n3.8.6\\tLabrador Systems\\r\\n3.8.7\\tRobomow (Stanley Black & Decker)\\r\\n3.8.8\\tRoborock\\r\\n3.8.9\\tSharkNinja\\r\\n3.8.10\\tWorx Landroid (Positec)\\r\\n4\\tWhole-Home System Vendors and Service Providers\\r\\n4.1\\tMarket overview\\r\\n4.2\\tMarket segments and go-to-market strategies\\r\\n4.2.1\\tTraditional home automation\\r\\n4.2.2\\tDIY systems\\r\\n4.2.3\\tProfessionally monitored security\\r\\n4.3\\tWhole-home system vendors\\r\\n4.3.1\\tABB\\r\\n4.3.2\\tBosch\\r\\n4.3.3\\tControl4 (Resideo)\\r\\n4.3.4\\tCrestron Electronics\\r\\n4.3.5\\tDelta Dore\\r\\n4.3.6\\tD-Link\\r\\n4.3.7\\tEltako\\r\\n4.3.8\\tEzlo Innovation\\r\\n4.3.9\\tFuturehome (FHSD Connect)\\r\\n4.3.10\\tGira\\r\\n4.3.11\\tGrenton\\r\\n4.3.12\\tHomeMatic (eQ-3)\\r\\n4.3.13\\tLegrand\\r\\n4.3.14\\tLoxone Electronics\\r\\n4.3.15\\tLutron Electronics\\r\\n4.3.16\\tmyGEKKO (Ekon)\\r\\n4.3.17\\tNice Group\\r\\n4.3.18\\tResideo Technologies\\r\\n4.3.19\\tSavant Systems\\r\\n4.3.20\\tSchneider Electric\\r\\n4.3.21\\tShelly Group\\r\\n4.3.22\\tSomfy\\r\\n4.3.23\\tSonoff (ITEAD Intelligent Systems)\\r\\n4.3.24\\tTP-Link\\r\\n4.3.25\\tUniversal Electronics\\r\\n4.3.26\\tXiaomi\\r\\n4.4\\tService providers\\r\\n4.4.1\\tADT\\r\\n4.4.2\\tBrinks Home (Monitronics)\\r\\n4.4.3\\tCentrica\\r\\n4.4.4\\tComcast\\r\\n4.4.5\\tDeutsche Telekom\\r\\n4.4.6\\tFrontpoint\\r\\n4.4.7\\tProsegur\\r\\n4.4.8\\tRing (Amazon)\\r\\n4.4.9\\tSector Alarm\\r\\n4.4.10\\tSimplisafe\\r\\n4.4.11\\tTelus\\r\\n4.4.12\\tToon (Eneco)\\r\\n4.4.13\\tVerisure\\r\\n4.4.14\\tVivint Smart Home (NRG Energy)\\r\\n5\\tMarket Forecasts and Conclusions\\r\\n5.1\\tEurope\\r\\n5.1.1\\tRevenues\\r\\n5.1.2\\tShipments\\r\\n5.1.3\\tInstalled base\\r\\n5.2\\tNorth America\\r\\n5.2.1\\tRevenues\\r\\n5.2.2\\tShipments\\r\\n5.2.3\\tInstalled base\\r\\n5.3\\tPopular smart home product categories\\r\\n5.3.1\\tSmart speakers and displays\\r\\n5.3.2\\tSmart thermostats and radiator valves\\r\\n5.3.3\\tSmart lighting\\r\\n5.3.4\\tFloor cleaning robots\\r\\n5.4\\tMarket trends and analysis\\r\\n5.4.1\\tCan AI revolutionise the smart home market?\\r\\n5.4.2\\tA new major platform player is challenging the incumbents\\r\\n5.4.3\\tWill smart speakers and voice assistant services have a renaissance with AI?\\r\\n5.4.4\\tWill Matter solve the interoperability problems in the smart home industry?\\r\\n5.4.5\\tSurging energy prices create demand for smart energy efficiency solutions\\r\\n5.4.6\\tConnectivity – soon a standard feature in the home appliances segment\\r\\n5.4.7\\tLower price points opens the doors to the mass market\\r\\n5.4.8\\tCellular IoT in the smart home and home security markets\\r\\n5.4.9\\tShort product lifecycles damage consumer trust\\r\\n5.4.10\\tSmart home companies introduce paid services\\r\\n5.4.11\\tSmart insurance for the connected home\\r\\n5.4.12\\tMergers and acquisitions in the smart home industry\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2025/10/28151830/bi-sh12-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"139 million homes in Europe and North America were smart at the end of 2024\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Smart home and home automation systems include a wide range of solutions for controlling, monitoring and automating functions in the home. Berg Insight’s definition of a smart home system is one that is accessible from remote and includes a smartphone app or a web portal user interface. Devices that can only be controlled and automated locally, through switches, timers, sensors and remote controls, are thus not included in the scope of this study. Smart home systems can be grouped into seven primary categories: security and access control systems; energy management and climate control systems; audio-visual and entertainment systems; lighting and window control systems; home appliances; service robotics and irrigation and water management systems.\",\n                        \"\",\n                        \"A point solution will in many cases constitute a consumer’s first smart home purchase. The most popular point solutions to date, in terms of sold units, include smart thermostats, smart light bulbs, smart plugs, connected security cameras, voice-controlled smart speakers and floor cleaning robots. These products are marketed by incumbent OEMs such as Signify, Resideo, Danfoss, Belkin, Chamberlain, Schlage, Assa Abloy and iRobot and newer entrants such as Ecobee, Sonos, Arlo, Nuki, Mysa, IKEA, Wyze Labs and SharkNinja. In the whole-home system market, traditional home automation vendors such as Crestron Electronics, Control4, Savant Systems, eQ-3, Shelly, Somfy and Loxone are facing new competition as companies from adjacent industries have entered the market. Communications and security service providers such as Verisure, ADT, Vivint, Comcast, SimpliSafe and Telus have established themselves among the largest whole-home solution vendors in North America and Europe by combining home security services with smart home features. \",\n                        \"\",\n                        \"The North American smart home market continues to grow. The installed base of smart home systems reached 305.8 million at the end of 2024. An estimated 64.4 million of these were multifunction or whole-home systems whereas 241.4 million were point solutions designed for one specific function. As some homes have more than one smart system in use, the installed base totalled an estimated 66.7 million smart homes at the end of the year. This corresponds to 44.8 percent of all households, placing North America as the most advanced smart home market in the world. Between 2024 and 2029, the number of households that adopt smart home systems is forecasted to grow at a compound annual growth rate (CAGR) of 6.4 percent, resulting in 90.9 million smart homes at the end of the forecast period. Market revenues reached US$ 52.4 billion (€ 48.4 billion) in 2024. The market is expected to grow at a CAGR of 9.3 percent between 2024 and 2029, reaching US$_81.8 billion (€ 75.6 billion) in yearly revenues at the end of the forecast period.\",\n                        \"\",\n                        \"The European market for smart home systems is still behind the North American market in terms of market penetration and maturity. However, the market has now grown to become almost as large as the North American market. At the end of 2024, there were a total of 240.1 million smart home systems in use in the EU27+3 countries. Around 46.4 million of these systems were multifunction or whole-home systems whereas 193.7 million were point solutions. This corresponds to around 72.8 million smart homes when overlaps are taken into account, meaning that 30.7 percent of all households in Europe were smart at the end of the year. The number of European households to adopt smart home systems is forecasted to grow at a compound annual growth rate (CAGR) of 7.2 percent during the next five years, resulting in 102.8 million smart homes by 2029. Market revenues reached € 39.3 billion (US$ 42.5 billion) in 2024. The market is forecasted to grow at a CAGR of 11.7 percent between 2024 and 2029 to reach € 68.3 billion (US$ 73.9 billion) at the end of the forecast period.\",\n                        \"\",\n                        \"The outlook for the smart home market in the coming years is positive. Connectivity adds several benefits to the most commonly used products and systems in the home, including home security systems, door locks, indoor climate control devices, lights, irrigation systems, home appliances and entertainment solutions. The ability to view information and manage various settings of the home remotely enables energy and cost savings, enhances security and safety, and provides convenience for homeowners. In several product categories, connectivity is now becoming a standard feature and consumers are increasingly expecting new products to be smart and connected.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2025/10/28151840/bi-sh12-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 889,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:12:24\",\n                        \"post_date_gmt\": \"2021-01-12 15:12:24\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Apelgren\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-backman\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2024-08-05 20:32:46\",\n                        \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"259\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": 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\"bullet_point\": \"Detailed reviews of the latest initiatives launched by industry players.\"\n                      },\n                      {\n                        \"bullet_point\": \"Updated profiles of the key vendors on this market.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Smart homes 12\",\n                \"src\": 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ground support equipment (GSE), non-motorised equipment (NME) as well as other applicable airport assets including on-road vehicles used in airport environments.\",\n    \"full_description\": [\n      \"What are the latest developments on the airport asset tracking market? Berg Insight estimates that the global installed base of active airport asset tracking systems was over 0.2 million units in 2019. Growing at a CAGR of 15.4 percent, the active installed base will reach close to 0.5 million units worldwide in 2024. This includes all airport asset tracking systems deployed for various motorised ground support equipment (GSE), non-motorised equipment (NME) as well as other applicable airport assets including on-road vehicles used in airport environments. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2021/02/07194305/bi-airport3-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive summary\\r\\n1\\tAirport asset tracking\\r\\n1.1\\tIntroduction to the aviation industry\\r\\n1.1.1\\tAir transport statistics and relevant concepts\\r\\n1.1.2\\tMajor airports\\t\\r\\n1.1.3\\tAirlines and alliances\\r\\n1.1.4\\tAirport ground handling services\\r\\n1.2\\tAirport assets and associated tracking solutions\\r\\n1.2.1\\tCategories and providers of airport assets\\r\\n1.2.2\\tTracking and management solutions for airport assets\\r\\n2\\tForecasts and conclusions\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tMajor airport asset tracking solution providers\\r\\n2.1.2\\tThe installed base of airport asset tracking solutions\\r\\n2.2\\tMarket trends and drivers\\r\\n2.2.1\\tAviation is a slow-moving sector with great potential for efficiency gains\\r\\n2.2.2\\tMandates, standards and policies driving adoption and awareness\\r\\n2.2.3\\tSizing the addressable market for airport asset tracking\\r\\n2.2.4\\tEmerging network technologies expand the range of applicable asset types\\r\\n2.2.5\\tPartnership strategies become increasingly common among various players\\r\\n2.2.6\\tGSE manufacturers bet on telematics\\r\\n2.2.7\\tTelematics players diversify into airport asset tracking\\r\\n2.2.8\\tThe video telematics trend has reached the airport market\\r\\n2.2.9\\tAirports are miniature smart cities where autonomous equipment will prosper\\r\\n3\\tCompany profiles and strategies\\r\\n3.1\\tADVEEZ\\r\\n3.2\\tAstrata Group\\r\\n3.3\\tBlackhawk\\r\\n3.4\\tCtrack (Inseego)\\r\\n3.5\\tDigiMobi\\r\\n3.6\\tEC2E\\r\\n3.7\\tGeotab\\r\\n3.8\\tHoopo\\r\\n3.9\\tINFORM\\r\\n3.10\\tKatlyn International\\r\\n3.11\\tLitum IoT\\r\\n3.12\\tPinnacle (iMATS)\\r\\n3.13\\tPowerFleet\\r\\n3.14\\tQuantum Aviation Solutions\\r\\n3.15\\tResonate MP4 (XOPS)\\r\\n3.16\\tSensolus\\r\\n3.17\\tSimplytrak\\r\\n3.18\\tSmarter Asset Management (SAM)\\r\\n3.19\\tSpaceTeam\\r\\n3.20\\tSpeedshield Technologies (Adaptalift Group)\\r\\n3.21\\tTarga Telematics\\r\\n3.22\\tTelliQ\\r\\n3.23\\tThe Ortus Group\\r\\n3.24\\tTranspoco\\r\\n3.25\\tTri-Logical Technologies\\r\\n3.26\\tTrimble\\r\\n3.27\\tUndagrid (GSEtrack)\\r\\n3.28\\tVerizon Connect\\r\\n3.29\\tVisionTrack\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2021/02/07194316/bi-airport3-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The installed base of airport asset tracking systems will reach 0.5 million units in 2024\",\n            \"attributes\": []\n          },\n          \"\",\n          \"An increasing number of companies have introduced asset tracking and management solutions which can be used to keep track of airport assets and improve the efficiency of ground handling operations and maintenance routines. Berg Insight estimates that the global installed base of active airport asset tracking systems was over 0.2 million units in 2019. Growing at a compound annual growth rate (CAGR) of 15.4 percent, the active installed base is estimated to reach close to 0.5 million units worldwide in 2024. This includes all airport asset tracking systems deployed for various motorised ground support equipment (GSE), non-motorised equipment (NME) as well as other applicable airport assets including on-road vehicles used in airport environments. Berg Insight’s definition of an airport asset tracking solution covers systems based on various technologies including conventional cellular-based IoT connectivity and emerging low-power wide-area (LPWA) wireless technology as well as proprietary radio, Wi-Fi and Bluetooth.\",\n          \"\",\n          \"The airport asset tracking market is served by a number of different types of players, ranging from specialists focused exclusively on tracking and management solutions for specific airport assets, to companies that offer a more comprehensive set of solutions for the aviation sector, and more general telematics players that also serve other industries. Berg Insight ranks Undagrid (GSEtrack), Quantum Aviation Solutions, Resonate MP4 (XOPS) and ADVEEZ as the leading vendors of airport asset tracking solutions in terms of installed base. Both Undagrid and Quantum have installed bases exceeding 10,000 active units each. Additional major players include Targa Telematics and Sensolus, which both partner with the GSE rental company TCR Group, as well as INFORM, Pinnacle (iMATS) and Smarter Asset Management (SAM). Pinnacle notably partners with Honeywell which has signed a major agreement with Swissport to deploy ground handling services jointly developed together with Pinnacle. SAM has in turn signed a global contract with Menzies Aviation to roll out telematics. Other players active in the airport asset tracking space include Litum IoT, EC2E, DigiMobi, Ctrack (Inseego), Tri-Logical, Transpoco, Katlyn International, Speedshield Technologies, SpaceTeam, Geotab and the Ortus Group, all having installed bases of at least 1,000 units each.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2021/02/07194325/bi-airport3-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 888,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:11:41\",\n          \"post_date_gmt\": \"2021-01-12 15:11:41\",\n          \"post_content\": \"\",\n          \"post_title\": \"Rickard Andersson\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"rickard-andersson\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2026-01-06 13:50:20\",\n          \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"50\",\n    \"variations\": [\n      {\n        \"id\": 1266,\n        \"name\": \"The Airport Asset Tracking Market - 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This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in the Middle East is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from 6.4 million units in 2025 to 12.5 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/07215346/bi-fmme1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours\\r\\n1.5.2\\tDigital tachograph data download\\r\\n1.5.3\\tPrivate mileage reporting\\r\\n1.5.4\\tSpecial transports\\r\\n1.5.5\\tMoTAT\\r\\n1.5.6\\tWASL\\r\\n1.5.7\\tAsateel\\r\\n1.5.8\\tOPAL\\r\\n1.5.9\\tOther local requirements and platforms\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tCommercial vehicle fleets in the Middle East – GCC and Turkey\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tCompany Profiles and Strategies\\r\\n3.1\\tInternational aftermarket solution providers\\r\\n3.1.1\\tCartrack (Karooooo)\\r\\n3.1.2\\tGeotab\\r\\n3.1.3\\tGurtam\\r\\n3.1.4\\tPowerfleet\\r\\n3.1.5\\tTramigo\\r\\n3.1.6\\tUffizio\\r\\n3.1.7\\tUtrax\\r\\n3.1.8\\tZenduIT\\r\\n3.2\\tLocal aftermarket solution providers in the GCC region\\r\\n3.2.1\\tAFAQY\\r\\n3.2.2\\tAlrakeen\\r\\n3.2.3\\tAXIS Solutions\\r\\n3.2.4\\tDubai Technologies\\r\\n3.2.5\\tEn Route Technologies\\r\\n3.2.6\\tFAMS\\r\\n3.2.7\\tFMSi\\r\\n3.2.8\\tFMS Tech\\r\\n3.2.9\\tIoT Squared\\r\\n3.2.10\\tLocation Solutions\\r\\n3.2.11\\tMY GPS (Kvadrat Systems)\\r\\n3.2.12\\tQAT\\r\\n3.2.13\\tQOAD\\r\\n3.2.14\\tSafee\\r\\n3.2.15\\tSaferoad\\r\\n3.2.16\\tSamTech\\r\\n3.2.17\\tSaudiEx\\r\\n3.2.18\\tSaudi Tracking Solutions\\r\\n3.2.19\\tTatawwar\\r\\n3.2.20\\tTracer\\r\\n3.2.21\\tTrackEazy\\r\\n3.2.22\\tTracking\\r\\n3.2.23\\tTrakker Middle East\\r\\n3.2.24\\tTruckoom\\r\\n3.2.25\\tVZone International\\r\\n3.3\\tLocal aftermarket solution providers in Turkey\\r\\n3.3.1\\tArvento Mobile Systems\\r\\n3.3.2\\tInfotech\\r\\n3.3.3\\tMobiliz\\r\\n3.3.4\\tN2Mobil\\r\\n3.3.5\\tSatko\\r\\n3.3.6\\tSeyir Mobil\\r\\n3.3.7\\tTrio Mobil\\r\\n3.3.8\\tVektor\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/07215402/bi-fmme1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in the GCC countries and Turkey will exceed 12 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The market for fleet management solutions in the Middle East is in a growth period. This Berg Insight report is focused on a subset of countries in the region, namely the Gulf Cooperation Council (GCC) countries and Turkey. While political tensions and instability impact the region at large, the outlook for the fleet telematics space is generally positive. The fleet management market in the Middle Eastern region is influenced positively by various initiatives in the regulatory environment with connections to fleet telematics and vehicle tracking solutions driven by government mandates. The total number of fleet management systems in active use in the report’s focal region is forecasted to grow at a compound annual growth rate (CAGR) of 14.4 percent from about 6.4 million units at the end of 2025 to reach 12.5 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 35.3 percent in 2025 to 59.8 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Arvento Mobile Systems and Mobiliz as the leading providers of fleet management solutions in the Middle East in terms of regional installed base. Arvento and Mobiliz are both based in Turkey and have the lion’s shares of their respective installed bases in the domestic market, having also expanded internationally to markets such as Saudi Arabia and the United Arab Emirates in the GCC region. Other major players include N2Mobil, AFAQY, Infotech and Seyir Mobil, all having installed bases of at least a quarter of a million units in the region. N2Mobil, Infotech and Seyir are all Turkish players focusing almost exclusively on the domestic market, while Saudi Arabia-based AFAQY is active across multiple GCC countries and beyond.\",\n                        \"\",\n                        \"The remaining top-10 players in the region are Uffizio, En Route Technologies, IoT Squared and Gurtam. India-based Uffizio has grown in the Middle East with the strongest presence in Saudi Arabia and the UAE. UAE-based En Route Technologies, the regional distributor in the Middle East for Flotilla IoT (Lead Time Telecom FZE), has a regional footprint across the GCC and beyond. The Saudi Arabian IoT company IoT Squared is a joint venture between Saudi Arabia’s Public Investment Fund (PIF) and stc (Saudi Telecom Company) Group. The global white-label software developer Gurtam based in Lithuania further works with a range of partners offering its Wialon fleet management platform in various Middle Eastern countries.\",\n                        \"\",\n                        \"Solution vendors just outside the top list also include Saudi Tracking Solutions, Tracking, Tracer, Safee, TrackEazy and VZone International, all with estimated installed bases of at least 100,000 units in the region. Saudi Tracking Solutions and Tracking are both based in Saudi Arabia while VZone and Safee are UAE-based. The latter has partnered with Fleet Management Systems International (FMSi) in the GCC region. Tracer is in turn a brand of Lateral EmSoft Technologies (LEMS) while TrackEazy is a product offered by PointMatrix IT Services (PMIS). LEMS and PMIS are both based in India and have local companies in the UAE.\",\n                        \"\",\n                        \"Additional notable aftermarket players active in the region include local contenders such as Tatawwar, Saferoad, SaudiEx and QOAD in Saudi Arabia, FMS Tech, Location Solutions, QAT, SamTech, Dubai Technologies, MY GPS (Kvadrat Systems), FAMS and Truckoom in the UAE and Satko in Turkey as well as international players including Utrax, Powerfleet, Cartrack and ZenduIT, all having estimated installed bases in the tens of thousands in the region. The world’s leading fleet management solution provider Geotab has also entered the Middle East market. Examples of commercial vehicle OEMs offering fleet telematics in the region further include Volvo Trucks, Iveco, Scania and Daimler Truck.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/07215419/bi-fmme1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        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\"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"308\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from numerous interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in the Middle East.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 41 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Fleet Middle East 1\",\n                \"src\": \"https://media.berginsight.com/2026/09/07215154/Fleet-Middle-East-1.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/fleet-management-in-the-middle-east/\",\n              \"name\": \"Fleet Management in the Middle East\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Transport & Logistics\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/telematics-for-rental-and-leasing-fleets\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"4th Edition\",\n                  \"main_product_category\": 27,\n                  \"short_description\": \"This report gives a comprehensive overview of the rental and leasing telematics value chain in Europe and North America covering 35 solution vendors and 14 rental and leasing companies.\",\n                  \"full_description\": [\n                    \"What are the latest developments on the rental and leasing telematics market in Europe and North America? This report gives a comprehensive overview of the rental and leasing telematics value chain covering 35 solution vendors and 14 car rental and leasing companies. Get up to date with the latest information about rental & leasing companies, vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/07/14153413/bi-rentalleasing4-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tCars and Personal Mobility Services\\r\\n1.1\\tThe automotive market in Europe\\r\\n1.1.1\\tVehicles in use and car park density in Europe\\r\\n1.1.2\\tNew car registrations and leading manufacturers in Europe\\r\\n1.2\\tThe automotive market in North America\\r\\n1.2.1\\tVehicles in use and car park density in North America\\r\\n1.2.2\\tNew car registrations and leading manufacturers in North America\\r\\n1.3\\tCar-based mobility services\\r\\n1.4\\tThe car rental market\\r\\n1.4.1\\tCar rental operational models\\r\\n1.4.2\\tCar rental seasonality\\r\\n1.4.3\\tFully digital and contactless car rental services\\r\\n1.5\\tThe car leasing market\\r\\n1.5.1\\tFinancial and full-service lease models\\r\\n1.5.2\\tSecond-hand market\\r\\n2\\tRental and Leasing Telematics Solutions\\r\\n2.1\\tIntroduction to telematics in the rental and leasing industry\\r\\n2.2\\tCar telematics infrastructure\\r\\n2.2.1\\tVehicle segment\\r\\n2.2.2\\tTracking segment\\r\\n2.2.3\\tNetwork segment\\r\\n2.2.4\\tService segment\\r\\n2.3\\tCar telematics applications in the rental and leasing segment\\r\\n2.3.1\\teCall and roadside assistance\\r\\n2.3.2\\tStolen vehicle tracking\\r\\n2.3.3\\tUsage-based insurance\\r\\n2.3.4\\tRemote control and convenience services\\r\\n2.3.5\\tPhone-as-a-Key technology and keyless vehicle access\\r\\n2.3.6\\tVehicle diagnostics and maintenance\\r\\n2.3.7\\tRemote vehicle data monitoring\\r\\n2.3.8\\tTyre pressure monitoring systems\\r\\n2.3.9\\tFuel card integration and reporting\\r\\n2.3.10\\tDriving data registration and analysis\\r\\n2.3.11\\tEco-driving schemes\\r\\n2.4\\tRegulatory compliance and reporting\\r\\n2.4.1\\tCSA – Compliance, Safety, Accountability\\r\\n2.4.2\\tHours-of-Service and electronic logging devices\\r\\n2.4.3\\tFuel tax reporting\\r\\n2.4.4\\tOther applications\\r\\n3\\tMarket Forecasts and Trends\\r\\n3.1\\tMarket analysis and forecasts\\r\\n3.1.1\\tRegional market dynamics\\r\\n3.1.2\\tRental and leasing companies’ adoption of telematics systems\\r\\n3.1.3\\tTelematics solution provider market shares\\r\\n3.1.4\\tMarket forecasts – telematics systems in Europe\\r\\n3.1.5\\tMarket forecasts – telematics systems in North America\\r\\n3.2\\tCarsharing telematics in Europe and North America\\r\\n3.2.1\\tCarsharing telematics in Europe\\r\\n3.2.2\\tCarsharing telematics in North America\\r\\n3.2.3\\tTelematics-based corporate carsharing\\r\\n3.3\\tValue chain analysis\\t\\r\\n3.3.1\\tAutomotive industry players\\r\\n3.3.2\\tIT industry players\\r\\n3.3.3\\tRental and leasing industry players\\r\\n3.3.4\\tTelematics industry players\\r\\n3.3.5\\tTelecom industry players\\r\\n3.4\\tMarket trends\\r\\n3.4.1\\tTelematics data and AI enable advanced and proactive fleet management\\r\\n3.4.2\\tOEM embedded telematics data utilisation is accelerating\\r\\n3.4.3\\tData exchanges make OEM data available to independent service providers\\r\\n3.4.4\\tOEM SVT services compete with aftermarket services in many countries\\r\\n3.4.5\\tRental and leasing to be increasingly integrated with mobility services\\r\\n3.4.6\\tCarsharing becomes a popular means to reduce corporate mobility costs\\r\\n3.4.7\\tDigital and contactless car rental services on the rise\\r\\n3.4.8\\tThe consolidation trend to continue in the rental and leasing markets\\r\\n3.4.9\\tCRM solutions and vehicle diagnostics enable improved customer care\\r\\n3.4.10\\tTelematics solutions facilitate corporate ESG reporting\\r\\n3.4.11\\tElectric vehicles to drive telematics adoption\\r\\n4\\tRental and Leasing Companies\\r\\n4.1\\tCar rental companies\\r\\n4.1.1\\tAvis Budget Group\\r\\n4.1.2\\tDrivalia\\r\\n4.1.3\\tEnterprise Mobility\\r\\n4.1.4\\tEuropcar Mobility Group\\r\\n4.1.5\\tHertz Global Holdings\\r\\n4.1.6\\tSixt Group\\r\\n4.2\\tLeasing and fleet management companies\\r\\n4.2.1\\tAlphabet\\r\\n4.2.2\\tArval\\r\\n4.2.3\\tAthlon\\r\\n4.2.4\\tAyvens\\r\\n4.2.5\\tElement Fleet Management\\r\\n4.2.6\\tLeasys\\r\\n4.2.7\\tLex Autolease\\r\\n4.2.8\\tWheels\\r\\n5\\tTechnology Vendors\\r\\n5.1\\tEnd-to-end solution providers\\r\\n5.1.1\\t2hire\\r\\n5.1.2\\tAirmax Remote\\r\\n5.1.3\\tCalAmp (LoJack International)\\r\\n5.1.4\\tGeotab\\r\\n5.1.5\\tGuidepoint Systems\\r\\n5.1.6\\tMovitronic\\r\\n5.1.7\\tMunic\\r\\n5.1.8\\tOCTO Telematics\\r\\n5.1.9\\tPowerfleet\\r\\n5.1.10\\tTarga Telematics\\r\\n5.1.11\\tVulog\\r\\n5.1.12\\tWebfleet\\r\\n5.1.13\\tWorld Wide Mobility\\r\\n5.1.14\\tZubie\\r\\n5.2\\tIn-vehicle hardware solution providers\\r\\n5.2.1\\tBosch\\r\\n5.2.2\\tConvadis\\r\\n5.2.3\\tInvers\\r\\n5.2.4\\tMySmartObject\\r\\n5.2.5\\tRuptela\\r\\n5.2.6\\tTeltonika Telematics\\r\\n5.2.7\\tWITTE:digital\\r\\n5.3\\tSoftware platform providers\\r\\n5.3.1\\tAtom Mobility\\r\\n5.3.2\\tAutofleet\\r\\n5.3.3\\tCT Mobility\\r\\n5.3.4\\tMOQO\\r\\n5.3.5\\tOpenFleet\\r\\n5.3.6\\tRentalMatics\\r\\n5.3.7\\tUfofleet (by Ufodrive)\\r\\n5.3.8\\tVinli\\r\\n5.3.9\\tWeGo Carsharing\\r\\n5.4\\tCar rental management system providers\\r\\n5.4.1\\tCoastr\\r\\n5.4.2\\tEmotion\\r\\n5.4.3\\tFourth Tier\\r\\n5.4.4\\tHQ Rental Software\\r\\n5.4.5\\tTSD Mobility Solutions\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/07/14153425/bi-rentalleasing4-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Rental and leasing telematics systems in active use in Europe and North America to reach 15.8 million by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The concept of telematics is a combination of telecommunications – long-distance communications – and informatics – the science of information. Telematics in general thus refers to the collection of information related to remote objects such as vehicles via telecommunications networks. The introduction of telematics technology in the context of rental and leasing commonly supports asset management and stolen vehicle tracking as well as carsharing and digital mobility offerings. Solutions of the latter type generally enable automotive rental or leasing companies to differentiate their offerings to current and prospective clients. The connected car is a major trend in the automotive industry and most carmakers today offer telematics services as standard on new vehicles. Several categories of car telematics applications supported by both aftermarket and OEM systems are used by car rental and leasing companies. Examples include emergency calls and roadside assistance, stolen vehicle tracking and recovery (SVT/SVR), vehicle diagnostics, convenience applications, keyless vehicle access and usage-based pricing.\",\n                        \"\",\n                        \"Car rental services allow customers to rent cars for a specific period, usually ranging from a few hours to a few weeks. The total average fleet managed by car rental companies in 2025 was about 4.84 million vehicles in Europe and North America. Vehicle leasing refers to the leasing of a motor vehicle for a fixed period at an agreed cost. The leasing market can broadly be divided into financial and full-service leasing. Vehicle leasing has historically been primarily a financial service, but many corporate customers now also outsource vehicle ownership and management through a full-service lease model. In a full-service lease, the client pays the leasing company a regular monthly payment to cover financing, vehicle depreciation and various services related to the use of the vehicle such as maintenance, replacement car, tyre management, telematics, fuel cards and insurance.\",\n                        \"\",\n                        \"Berg Insight expects the number of telematics systems deployed by rental and leasing companies to increase at a steady rate over the next few years. Key influencers expected to boost the telematics market in this vertical include the connected car trend driven by vehicle OEMs and related service providers; the need for fleet owners to increase fleet utilisation and reduce their carbon footprint; the emergence of new mobility services; and the general electrification trend in the automotive industry. The total number of active OEM and aftermarket telematics systems in use on the European and North American rental and leasing market reached around 8.55 million at the end of 2025. The total installed base in Europe is forecasted to grow at a compound annual growth rate (CAGR) of 14.0 percent from 4.65 million in 2025 to 8.96 million in 2030. In North America, the total number of OEM and aftermarket telematics systems in use is forecasted to increase from around 3.90 million at the end of 2025 to reach 6.87 million by 2030, representing a CAGR of 12.0 percent. The telematics penetration rate in the total population of rental vehicles was about 52.2 percent in Europe and 59.0 percent in North America at year-end 2025. The corresponding numbers for the car leasing market were 46.0 percent in Europe and 54.6 percent in North America at the end of 2025.\",\n                        \"\",\n                        \"The car rental and leasing markets are gradually consolidating, and a handful of major North American and European companies dominate each market. Rental and leasing companies with notable activities in implementing telematics include Enterprise Mobility, Hertz Global Holdings, Sixt Group, Avis Budget Group, Europcar Mobility Group, Arval, Alphabet, Element Fleet Management, Leasys and Ayvens. Players in the rental and leasing industry can either develop telematics programs independently or rely on partners to varying degrees. Multiple leading rental and leasing companies use a combination of centralised and decentralised telematics strategies across their footprints.\",\n                        \"\",\n                        \"The telematics solution market for rental and leasing fleets is dominated by players such as Geotab, Targa Telematics, CalAmp (Lojack), OCTO Telematics, Webfleet, Powerfleet, MySmartObject, Munic, Zubie and RentalMatics. Leading hardware telematics vendors such as Teltonika Telematics and Ruptela are also serving the market. Other notable vendors in the market include 2hire, Bosch, Autofleet, Ufofleet and WITTE:digital. Several car rental management system providers such as Coastr, Emotion, Fourth Tier, HQ Rental Software and TSD Mobility Solutions partner with telematics service providers to integrate telematics data into their platforms. Multiple players specialising in carsharing telematics have broadened their product portfolio to target car rental and leasing companies. Examples include Invers, Vulog, Convadis, OpenFleet, WeGo Carsharing and Atom Mobility. Automotive OEMs are increasingly taking an active role in the ecosystem by offering OEM telematics services or utilising connected car services through their captive rental and leasing companies. Examples include General Motors, Stellantis, Volkswagen, Ford, Toyota, Tesla, BMW and Mercedes-Benz.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/07/14153435/bi-rentalleasing4-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 4799,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2024-08-06 12:03:06\",\n                        \"post_date_gmt\": \"2024-08-06 10:03:06\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Erica Rickard\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"erica-rickard\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:53:34\",\n                        \"post_modified_gmt\": \"2026-01-06 12:53:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=4799\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"303\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"New data on rental and leasing fleets.\"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the rental and leasing telematics value chain.\"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Case Studies of telematics activities among 14 major car rental and leasing companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed profiles of 35 technology vendors and their propositions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts by segment and region lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 27,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Rental Leasing Fleets 4\",\n                \"src\": \"https://media.berginsight.com/2026/07/14153334/Rental-Leasing-Fleets-4.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/telematics-for-rental-and-leasing-fleets-4/\",\n              \"name\": \"Telematics for Rental and Leasing Fleets\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Automotive\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/fleet-management-in-latin-america\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"2nd Edition\",\n                  \"main_product_category\": 26,\n                  \"short_description\": \"An in-depth market report covering the commercial vehicle telematics market in Latin America.\",\n                  \"full_description\": [\n                    \"How will the market for fleet management systems for commercial vehicles in Latin America evolve in 2026 and beyond? This strategic research report from Berg Insight covers the latest trends and developments in the dynamic telematics industry. This report covers in-depth both OEM and aftermarket players and includes all the latest market data. The number of systems in active use in Latin America is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from 10.2 million units in 2025 to 20.6 million units by 2030. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/06/30093310/bi-fmla2-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tFleet Management Solutions\\r\\n1.1\\tFleet management infrastructure\\r\\n1.1.1\\tVehicle segment\\r\\n1.1.2\\tGNSS segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tBackoffice segment\\r\\n1.2\\tVehicle management\\r\\n1.2.1\\tVehicle diagnostics and maintenance planning\\r\\n1.2.2\\tSecurity tracking\\r\\n1.2.3\\tTire pressure monitoring systems\\r\\n1.3\\tDriver management\\r\\n1.3.1\\tDriving data registration and analysis\\r\\n1.3.2\\tVideo-based driver monitoring\\r\\n1.3.3\\tEco-driving schemes\\r\\n1.3.4\\tInsurance risk management\\r\\n1.4\\tOperations management\\r\\n1.4.1\\tRouting and navigation\\r\\n1.4.2\\tTransport management\\r\\n1.4.3\\tMobile workforce management\\r\\n1.5\\tRegulatory compliance and reporting\\r\\n1.5.1\\tDriver working hours, logbooks and tachographs\\r\\n1.5.2\\tPrivate mileage reporting\\r\\n1.5.3\\tSpecial transports\\r\\n1.5.4\\tOther local applications\\r\\n1.6\\tBusiness models\\r\\n2\\tMarket Forecasts and Trends\\r\\n2.1\\tMarket analysis\\r\\n2.1.1\\tThe Latin American commercial vehicle market\\r\\n2.1.2\\tFleet management market forecast\\r\\n2.1.3\\tFleet management vendor market shares\\r\\n2.1.4\\tLocal market characteristics in Latin America\\r\\n2.2\\tMarket drivers and barriers\\r\\n2.2.1\\tMacroeconomic environment\\r\\n2.2.2\\tRegulatory environment\\r\\n2.2.3\\tCompetitive environment\\r\\n2.2.4\\tTechnology environment\\r\\n2.3\\tValue chain analysis\\r\\n2.3.1\\tTelematics industry players\\r\\n2.3.2\\tAutomotive industry players\\r\\n2.3.3\\tTelecom industry players\\r\\n2.3.4\\tIT industry players\\r\\n2.4\\tFuture industry trends\\r\\n3\\tInternational Aftermarket Solution Providers\\r\\n3.1\\t3Dtracking\\r\\n3.2\\tGeotab\\r\\n3.3\\tGurtam\\r\\n3.4\\tIturan\\r\\n3.5\\tLinqo\\r\\n3.6\\tMapon\\r\\n3.7\\tMICHELIN Connected Fleet\\r\\n3.8\\tPowerfleet\\r\\n3.9\\tQuestar Auto\\r\\n3.10\\tScope Technology\\r\\n3.11\\tWebfleet (Bridgestone)\\r\\n4\\tLatin American Aftermarket Solution Providers\\r\\n4.1\\t3S Tecnologia\\r\\n4.2\\tAutotrac\\r\\n4.3\\tAxxon\\r\\n4.4\\tBermann\\r\\n4.5\\tBlac\\r\\n4.6\\tBlackGPS\\r\\n4.7\\tCírculo Corp\\r\\n4.8\\tCobli\\r\\n4.9\\tCreare\\r\\n4.10\\tDetektor\\r\\n4.11\\tDitrack\\r\\n4.12\\tEncontrack\\r\\n4.13\\tFleTrack\\r\\n4.14\\tFul-Mar\\r\\n4.15\\tGauss\\r\\n4.16\\tGlobal Track\\r\\n4.17\\tGM Transport\\r\\n4.18\\tGolfleet\\r\\n4.19\\tGowit (Blackay)\\r\\n4.20\\tGPS7000\\r\\n4.21\\tGPS Chile\\r\\n4.22\\tGrupo UDA\\r\\n4.23\\tHawk GPS\\r\\n4.24\\tHunter\\r\\n4.25\\tInfleet\\r\\n4.26\\tIQUO\\r\\n4.27\\tLocation World\\r\\n4.28\\tLogictracker\\r\\n4.29\\tLogitracs\\r\\n4.30\\tMaxtrack\\r\\n4.31\\tMobi7 (Localiza)\\r\\n4.32\\tNumaris\\r\\n4.33\\tOmnilink (Show Tecnologia)\\r\\n4.34\\tOptimus Fleet\\r\\n4.35\\tPlaspy\\r\\n4.36\\tPósitron (Stoneridge)\\r\\n4.37\\tRastreosat (Vela)\\r\\n4.38\\tRastreo Satelital\\r\\n4.39\\tRavex\\r\\n4.40\\tRedGPS\\r\\n4.41\\tResser\\r\\n4.42\\tSamtech (Vela)\\r\\n4.43\\tSatrack\\r\\n4.44\\tSegMob\\r\\n4.45\\tSiga Sul\\r\\n4.46\\tSIGhRA\\r\\n4.47\\tSitrack\\r\\n4.48\\tSoltrack and Troncalnet (Vigia)\\r\\n4.49\\tSS Telemática\\r\\n4.50\\tStrix\\r\\n4.51\\tTecnologistik\\r\\n4.52\\tTecnomotum\\r\\n4.53\\tTracklog\\r\\n4.54\\tTrackTec (Vela)\\r\\n4.55\\tTrucks Control\\r\\n4.56\\tUbicamóvil\\r\\n4.57\\tUbicar\\r\\n4.58\\tUrbetrack\\r\\n4.59\\tVDO Fleet Brasil (AUMOVIO)\\r\\n4.60\\tVela Telematics\\r\\n4.61\\tWebmaps\\r\\n4.62\\tWideTech\\r\\n4.63\\tWisetrack\\r\\n5\\tNorth American Aftermarket Solution Providers\\r\\n5.1\\tAzuga (Bridgestone)\\r\\n5.2\\tCalAmp\\r\\n5.3\\tCarrierWeb\\r\\n5.4\\tDigital Communications Technologies\\r\\n5.5\\tFleetMovil (Guidepoint Systems)\\r\\n5.6\\tFleetUp\\r\\n5.7\\tForward Thinking Systems\\r\\n5.8\\tGPS Trackit (Zonar Systems)\\r\\n5.9\\tKORE\\r\\n5.10\\tLytx\\r\\n5.11\\tMotive\\r\\n5.12\\tNavixy (SquareGPS)\\r\\n5.13\\tPlatform Science\\r\\n5.14\\tPositioning Universal\\r\\n5.15\\tPosiTrace\\r\\n5.16\\tPrometheus\\r\\n5.17\\tRastrac\\r\\n5.18\\tSamsara\\r\\n5.19\\tSolera Fleet Solutions\\r\\n5.20\\tTeletrac Navman\\r\\n5.21\\tZenduIT\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/06/30093320/bi-fmla2-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The installed base of fleet management systems in Latin America will reach 21 million units by 2030\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"The fleet management solution market in Latin America has been in a growth period for many years. In addition to various diverse local and regional solution providers, the region is increasingly served by international players – especially North American solution providers – seeking to expand the addressable market and maintain subscriber growth as the mature home markets inevitably approach peak penetration. Berg Insight expects that the penetration rate for fleet management will continue to increase in 2026–2030 across all parts of the comparably underpenetrated Latin American region. The total number of fleet management systems in active use in the region is forecasted to grow at a compound annual growth rate (CAGR) of 15.2 percent from about 10.2 million units in 2025 to reach 20.6 million units by 2030. The penetration rate in the total population of fleet vehicles used by businesses is at the same time estimated to increase from 25.4 percent in 2025 to 49.1 percent in 2030.\",\n                        \"\",\n                        \"Berg Insight ranks Gurtam and Geotab as the largest providers of fleet management solutions in Latin America. Active in the region since the late 2000s, Gurtam today works with a large number of partners offering its Wialon fleet management platform in various Latin American countries. Canada-based Geotab has been investing in Latin America for more than 15 years and the company now has several hundred thousand active subscriptions across all countries in the region. \",\n                        \"\",\n                        \"The remaining top-5 solution providers in Latin America are MICHELIN Connected Fleet (MCF), Ituran and Powerfleet. Michelin acquired Brazil-based Sascar more than a decade ago and MCF today also has some presence in other countries in the region. Israel-based Ituran is a major international player offering various telematics services, and Latin America accounts for the majority of the company’s global fleet management installed base. US-based Powerfleet has a direct presence in the region through multiple offices and uses its network of partners to provide services in virtually all countries in Latin America.\",\n                        \"\",\n                        \"Other notable vendors include the Brazilian fleet management provider Mobi7 owned by the leading car rental company Localiza, the solution provider Hunter which stems from Ecuador and is active in a growing number of Latin American countries, as well as the white-label platform providers Navixy (SquareGPS) and RedGPS headquartered in the US and Mexico respectively. Colombia-based WideTech is also a top-10 player, having over 200,000 connected vehicles across many markets in Latin America. \",\n                        \"\",\n                        \"Solution vendors just outside of the top list moreover include the Mexican satellite tracking company Encontrack, the major Brazilian players Omnilink and Pósitron (Stoneridge), the white-label platform provider 3Dtracking, and Sitrack headquartered in Argentina. Digital Communications Technologies (DCT), Trucks Control, Autotrac, Scania, Maxtrack, Wisetrack, 3S Tecnologia, Satrack, Cobli, Numaris, Location World, Scope Technology, Forward Thinking Systems, Samsara and VDO Fleet Brasil (AUMOVIO) are additional examples of significant solution providers, all having estimated installed bases in Latin America around the 100,000 range or above.\",\n                        \"\",\n                        \"Automotive players serving the Latin American commercial vehicle market include OEMs from North America, Europe and Asia as well as some local manufacturers. Most major commercial vehicle manufacturers now offer factory-installed telematics devices and various degrees of fleet management functionality for their vehicles – either independently or in partnership with established FM solution providers. Examples include Volkswagen, Scania, International, Daimler Truck, Volvo Group, Iveco and PACCAR as well as Ford and GM which have all introduced various OEM fleet telematics systems in their respective home markets as well as Latin America to varying extents.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/06/30093333/bi-fmla2-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 884,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:02:03\",\n                        \"post_date_gmt\": \"2021-01-12 15:02:03\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Johan Fagerberg\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"johan-fagerberg\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2021-01-21 09:09:04\",\n                        \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    },\n                    {\n                      \"analyst\": {\n                        \"ID\": 888,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:11:41\",\n                        \"post_date_gmt\": \"2021-01-12 15:11:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Rickard Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"rickard-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-01-06 13:50:20\",\n                        \"post_modified_gmt\": \"2026-01-06 12:50:20\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=888\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"300\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 new executive interviews with market-leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Data on vehicle populations and commercial fleets in Latin America. \"\n                      },\n                      {\n                        \"bullet_point\": \"Comprehensive overview of the fleet management value chain and key applications. \"\n                      },\n                      {\n                        \"bullet_point\": \"In-depth analysis of market trends and key developments. \"\n                      },\n                      {\n                        \"bullet_point\": \"Profiles of 95 aftermarket fleet management solution providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of OEM propositions from commercial vehicle brands. \"\n                      },\n                      {\n                        \"bullet_point\": \"Market forecasts lasting until 2030.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_category\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": 26,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Fleet Latin America 2\",\n                \"src\": \"https://media.berginsight.com/2026/06/30093931/Fleet-Latin-America-2.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/fleet-management-in-latin-america-2/\",\n              \"name\": \"Fleet Management in Latin America\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Transport & Logistics\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}},{"node":{"alternative_id":1496,"link":"https://cms.berginsight.com/report/the-global-service-robotics-market/","acf_data":"{\n  \"permalink\": \"/the-global-service-robotics-market\",\n  \"product_information\": {\n    \"\": null,\n    \"product_edition\": \"1st Edition\",\n    \"main_product_category\": 28,\n    \"short_description\": \"This report covers the service robotics segments floor cleaning robots, robot lawn mowers, milking robots, humanoid robots, telepresence robots, powered human exoskeletons, surgical robots, AGVs, AMRs and UAVs.\",\n    \"full_description\": [\n      \"How will the market for service robotics evolve in the next 10 years? The report covers the latest trends and developments covering detailed descriptions about 10 service robot segments - floor cleaning robots; robot lawn mowers; milking robots; humanoid, assistant and social companion robots; telepresence robots; surgical robots; automated guided vehicles; autonomous mobile robots; and unmanned aerial vehicles. Berg Insight forecasts that the installed base of service robots will grow at a compound annual growth rate (CAGR) of 24 percent from 29.6 million units in 2016 to reach 264.3 million units worldwide in 2026. Get up to date with the latest information about vendors, products and markets.\",\n      \"\"\n    ],\n    \"read_more\": {\n      \"\": null,\n      \"product_sheet\": {\n        \"file\": \"https://media.berginsight.com/2021/02/09183319/bi-robotics-ps.pdf\"\n      },\n      \"table_of_contents\": {\n        \"text\": \"Executive summary\\r\\n1\\tIntroduction to service robotics\\r\\n1.1\\tDefinitions and classifications\\r\\n1.1.1\\tLevel of autonomy\\r\\n1.1.2\\tService robot segments included in this study\\r\\n1.2\\tBrief history of service robotics\\r\\n1.3\\tCurrent state of the service robotics market\\r\\n1.4\\tGovernment and industry robotics initiatives\\r\\n1.4.1\\tNational Robotics Initiative (US)\\r\\n1.4.2\\tSPARC (EU)\\r\\n1.4.3\\tIndustrie 4.0 (Germany)\\r\\n1.4.4\\tRobot Revolution Initiative (Japan)\\r\\n1.4.5\\tMade in China 2025 (China)\\r\\n1.4.6\\tSouth Korean government initiatives\\r\\n1.5\\tInvestments and company transactions\\r\\n1.5.1\\tInvestments and venture capital\\r\\n1.5.2\\tMergers and acquisitions\\r\\n2\\tRobotic concepts and components\\r\\n2.1\\tRobotic architectures\\r\\n2.1.1\\tHardware\\r\\n2.1.2\\tSoftware\\r\\n2.2\\tOperating Systems\\r\\n2.2.1\\tRobot Operating System (ROS)\\r\\n2.3\\tSense-Plan-Act paradigm\\r\\n2.4\\tSensing\\r\\n2.4.1\\tLaser range sensor (lidar)\\r\\n2.4.2\\tUltrasonic range sensor\\r\\n2.4.3\\tInfrared sensor (IR)\\r\\n2.4.4\\tCamera sensors\\r\\n2.4.5\\tInertial navigation systems\\r\\n2.5\\tPlanning\\r\\n2.5.1\\tOn-board computing\\r\\n2.5.2\\tCloud robotics\\r\\n2.5.3\\tComputer vision\\r\\n2.5.4\\tSimultaneous localization and mapping (SLAM)\\r\\n2.5.5\\tArtificial Intelligence (AI)\\r\\n2.5.6\\tMachine learning\\r\\n2.5.7\\tDeep learning\\r\\n2.6\\tActing\\r\\n2.7\\tMobile Connectivity\\r\\n2.7.1\\tCellular M2M/IoT from 2G to 4G and beyond\\r\\n2.7.2\\tWLAN/WPAN technologies\\r\\n3\\tService robot segments\\r\\n3.1\\tFloor cleaning robots\\r\\n3.1.1\\tProduct segment overview\\r\\n3.1.2\\tCurrent and future market applications\\r\\n3.2\\tRobot lawn mowers\\r\\n3.2.1\\tProduct segment overview\\r\\n3.2.2\\tCurrent and future market applications\\r\\n3.3\\tMilking robots\\r\\n3.3.1\\tProduct segment overview\\r\\n3.3.2\\tCurrent and future market applications\\r\\n3.4\\tHumanoid robots, assistant robots and companion robots\\r\\n3.4.1\\tProduct segment overview\\r\\n3.4.2\\tCurrent and future market applications\\r\\n3.5\\tTelepresence robots\\r\\n3.5.1\\tProduct segment overview\\r\\n3.5.2\\tCurrent and future market applications\\r\\n3.6\\tPowered human exoskeletons\\r\\n3.6.1\\tProduct segment overview\\r\\n3.6.2\\tCurrent and future market applications\\r\\n3.7\\tSurgical robots\\r\\n3.7.1\\tProduct segment overview\\r\\n3.7.2\\tCurrent and future market applications\\r\\n3.8\\tAutomated guided vehicles (AGVs)\\r\\n3.8.1\\tProduct segment overview\\r\\n3.8.2\\tCurrent and future market applications\\r\\n3.9\\tAutonomous mobile robots (AMRs)\\r\\n3.9.1\\tProduct segment overview\\r\\n3.9.2\\tCurrent and future market applications\\r\\n3.10\\tUnmanned aerial vehicles (UAVs)\\r\\n3.10.1\\tProduct segment overview\\r\\n3.10.2\\tCurrent and future market applications\\r\\n4\\tCompany profiles and strategies\\r\\n4.1\\tFloor cleaning robots\\r\\n4.1.1\\tiRobot\\r\\n4.1.2\\tNeato Robotics\\r\\n4.1.3\\tSamsung Electronics\\r\\n4.1.4\\tLG Electronics\\t\\r\\n4.1.5\\tEcovacs Robotics\\r\\n4.1.6\\tDyson\\r\\n4.1.7\\tYujin robot\\r\\n4.1.8\\tMiele\\r\\n4.1.9\\tCleanfix\\r\\n4.1.10\\tTaski Intellibot (Sealed Air Diversey Care)\\r\\n4.2\\tRobot lawn mowers\\r\\n4.2.1\\tHusqvarna\\r\\n4.2.2\\tRobomow\\r\\n4.2.3\\tHonda\\r\\n4.2.4\\tZucchetti Centro Sistemi (Ambrogio Robot)\\r\\n4.2.5\\tStihl (Viking)\\r\\n4.2.6\\tGlobal Garden Products (Stiga)\\t\\r\\n4.2.7\\tPositec Tool Corporation (Worx)\\r\\n4.2.8\\tBosch\\r\\n4.2.9\\tJohn Deere\\r\\n4.3\\tMilking Robots\\r\\n4.3.1\\tDeLaval\\r\\n4.3.2\\tLely\\r\\n4.3.3\\tGEA Group\\r\\n4.3.4\\tFullwood\\r\\n4.3.5\\tHokofarm Group\\r\\n4.3.6\\tSAC\\r\\n4.3.7\\tBouMatic Robotics\\r\\n4.4\\tHumanoid robots, assistant robots and social companion robots\\r\\n4.4.1\\tSoftbank Robotics\\r\\n4.4.2\\tHonda Motor\\r\\n4.4.3\\tKompaï Robotics\\r\\n4.4.4\\tFraunhofer IPA\\r\\n4.4.5\\tPal Robotics\\r\\n4.4.6\\tBlue Frog Robotics\\r\\n4.4.7\\tMayfield Robotics\\r\\n4.4.8\\tUbtech Robotics\\r\\n4.5\\tTelepresence robots\\r\\n4.5.1\\tCamanio Care (Giraff)\\r\\n4.5.2\\tVgo (Vecna Technologies)\\r\\n4.5.3\\tSuitable Technologies (BEAM)\\r\\n4.5.4\\tDouble Robotics\\r\\n4.5.5\\tAnybots\\r\\n4.5.6\\tinTouch Health (iRobot)\\r\\n4.5.7\\tInbot Technology\\r\\n4.6\\tPowered human exoskeletons\\r\\n4.6.1\\tEkso Bionics\\t\\r\\n4.6.2\\tCyberdyne\\r\\n4.6.3\\tReWalk Robotics\\r\\n4.6.4\\tParker Hannifin\\r\\n4.6.5\\tRex Bionics\\r\\n4.6.6\\tSuitX\\r\\n4.6.7\\tHocoma\\r\\n4.6.8\\tFourier Intelligence\\r\\n4.6.9\\tBioservo Technologies\\r\\n4.7\\tSurgical robots\\r\\n4.7.1\\tIntuitive Surgical\\r\\n4.7.2\\tMazor Robotics\\r\\n4.7.3\\tMedrobotics\\r\\n4.7.4\\tStryker\\r\\n4.7.5\\tTHINK Surgical\\r\\n4.7.6\\tVerb Surgical\\r\\n4.7.7\\tMedtronic\\r\\n4.7.8\\tTitan Medical\\r\\n4.8\\tAutomated guided vehicles (AGVs)\\r\\n4.8.1\\tToyota Industries Corporation\\r\\n4.8.2\\tJBT Corporation\\r\\n4.8.3\\tKION Group\\r\\n4.8.4\\tEK Automation\\r\\n4.8.5\\tJungheinrich\\r\\n4.8.6\\tDaifuku\\r\\n4.8.7\\tASTI\\r\\n4.8.8\\tElettric80\\r\\n4.8.9\\tSwisslog (KUKA Group)\\r\\n4.8.10\\tAmazon Robotics\\r\\n4.8.11\\tAGVE Group\\r\\n4.8.12\\tKollmorgen Automotion\\r\\n4.9\\tAutomated mobile robots (AMRs)\\r\\n4.9.1\\tVecna Technologies\\r\\n4.9.2\\tSeegrid\\r\\n4.9.3\\tOtto Motors (Clearpath Robotics)\\r\\n4.9.4\\tMobile Industrial Robots\\r\\n4.9.5\\tMagazino\\r\\n4.9.6\\tLocus Robotics\\r\\n4.9.7\\tFetch Robotics\\r\\n4.9.8\\tIAM Robotics\\r\\n4.9.9\\tOmron Adept Technologies\\r\\n4.9.10\\tAethon\\r\\n4.9.11\\tSavioke\\r\\n4.10\\tUnmanned aerial vehicles (UAVs)\\r\\n4.10.1\\tDJI\\r\\n4.10.2\\tParrot\\t\\r\\n4.10.3\\tYuneec International\\r\\n4.10.4\\tGoPro\\t\\r\\n4.10.5\\t3D Robotics\\r\\n4.10.6\\tEHang\\r\\n4.10.7\\tsenseFly (Parrot)\\r\\n4.10.8\\tIntel\\r\\n5\\tMarket forecasts and trends\\r\\n5.1\\tService robotics market sizing\\r\\n5.1.1\\tInstalled base\\r\\n5.1.2\\tShipments\\r\\n5.1.3\\tRevenues\\r\\n5.1.4\\tConnectivity strategies\\r\\n5.2\\tForecasts by service robot segment\\r\\n5.2.1\\tMarket forecasts – Floor cleaning robots\\r\\n5.2.2\\tMarket forecasts – Robot lawn mowers\\r\\n5.2.3\\tMarket forecasts – Milking robots\\r\\n5.2.4\\tMarket forecasts – Humanoid, assistant and social companion robots\\r\\n5.2.5\\tMarket forecasts – Telepresence robots\\r\\n5.2.6\\tMarket forecasts – Powered human exoskeletons\\r\\n5.2.7\\tMarket forecasts – Surgical robots\\r\\n5.2.8\\tMarket forecasts – Automated guided vehicles\\r\\n5.2.9\\tMarket forecasts – Autonomous mobile robots\\r\\n5.2.10\\tMarket forecasts – Unmanned aerial vehicles\\r\\n5.3\\tMarket drivers and barriers\\r\\n5.3.1\\tPolitical factors\\r\\n5.3.2\\tEconomical factors\\r\\n5.3.3\\tSocial factors\\r\\n5.3.4\\tTechnological factors\\r\\n5.3.5\\tLegal factors\\r\\n5.3.6\\tEnvironmental factors\\r\\n5.4\\tMarket trends\\r\\n5.4.1\\tIncreased cost of labour drives automation and service robotics\\r\\n5.4.2\\tDecreasing prices on robot tech makes service robotics more attractive\\r\\n5.4.3\\tAI increases the capabilities and potential use cases of service robots\\r\\n5.4.4\\tThe future of service robotics is collaborative, not competitive\\r\\n5.4.5\\tCloud robotics, teleoperation and IoT enabled by increased connectivity\\r\\n5.4.6\\tOpen source robotic platforms speed up new development\\r\\n5.4.7\\tIncreased investments in the field of service robotics\\r\\nGlossary\",\n        \"file\": \"https://media.berginsight.com/2021/02/09183331/bi-robotics-toc.pdf\"\n      },\n      \"full_summary\": {\n        \"text\": [\n          {\n            \"tag\": \"b\",\n            \"content\": \"The future is here: Service robotics will change our lives \",\n            \"attributes\": []\n          },\n          \"\",\n          \"Robots are now being increasingly adopted for service applications, both by consumers and professionals. The service robot market comprises many different types of robots, most of which can be used for applications in multiple industries. At a consumer level service robots are commonly used for tedious and repetitive tasks such as domestic chores, or for leisure and entertainment purposes. At a professional level, service robotics often represents an investment that has potential to significantly increase efficiency and reduce costs by replacing traditional methods. Industries that will experience changing dynamics due to the entrance of service robots include agriculture, construction, medical, logistics, hospitality, entertainment and domestic consumer goods.\",\n          \"\",\n          \"Ten major segments of the service robot market are believed to hold great market potential looking at the next ten years. These include floor cleaning robots, robot lawn mowers, milking robots, telepresence robots, surgical robots, automated guided vehicles, autonomous mobile robots, unmanned aerial vehicles as well as humanoid, assistant and social companion robots. The installed base of service robots in these segments reached 29.6 million worldwide at the end of 2016. The largest segment in terms of installed base is the floor cleaning robot segment, which alone accounted for 80 percent of the total at the end of 2016 with an estimated global installed base of 23.8 million units. The other two large segments include the UAV segment as well as the robot lawn mower segment, which are estimated to have had around 4.0 and 1.6 million units installed respectively at the end of 2016. Moreover, 0.1 million AGVs and 0.05 million milking robots are estimated to have been active worldwide at the end of 2016. The remaining segments including humanoid robots, assistant robots and companion robots, telepresence robots, powered human exoskeletons, surgical robots and autonomous mobile robots are all estimated to have had less than 50,000 units installed each at the end of 2016. The strong market growth is expected to last for years to come, driving the number of active service robots worldwide to 264.3 million by 2026, which corresponds to CAGR of 24 percent between 2016 and 2026.\",\n          \"\",\n          \"Short range connectivity technologies such as Wi-Fi and Bluetooth are the most commonly used connectivity choices in service robots today. Berg Insight estimates that 18.5 percent of all service robots at the end of 2016 featured some short range connectivity technology. Additionally, Berg Insight estimates that there were 63,000 cellular connected service robots active at the end of 2016, which only represents 0.2 percent of the global installed base. Cellular connectivity technology is today most commonly used by telepresence robots as well as by exoskeletons. It is estimated that 30.1 percent of all telepresence robots that were active at the end of 2016 featured cellular connectivity. This figure is estimated to be 15.0 percent for exoskeletons. Additional segments that featured cellular connectivity to some extent include the humanoid, assistant and social companion robot segment and the robot lawn mower segment. Berg Insight forecasts that 88.3 percent of all service robots active in 2026 will feature some kind of short-range connectivity. The corresponding percentage for cellular connectivity is forecasted to be 13.9 percent equal to 36.8 million units.\",\n          \"\",\n          \"In recent years, many government and industry research funding programs have been initiated. Examples of such programs include the National Robotics Initiative in the US, the SPARC program in the EU, the Robot Revolution Initiative in Japan, the Made in China 2025 program and the Industrie 4.0 program in Germany. Most of these programs are aimed at the larger field of robotics and automation. However, as many robotics technology concepts are used by both industrial and service robots, these programs will undoubtedly have a significant effect on the development of the service robot industry as well. Another driver on the market is the increasing inflow of venture capital on the market that amounted to US$ 5.3 billion during H1-2017. The robotics industry is also experiencing increasing M&A activity. A total of US$ 18.8 billion was spent on robotics related M&As in H1-2017. There are four categories of actors engaged in the service robotics industry: industrial robot manufacturers, large technology firms, consumer goods manufacturers and startup companies. Major companies such as Amazon, Intel, Google and IBM that have invested heavily into service robotics during the past decade are important for the future robotics development. However, the number of companies that can be regarded as startups in the service robotics industry is growing rapidly and their role in the industry is just as important as the large actors.\"\n        ],\n        \"file\": \"https://media.berginsight.com/2021/02/09183341/bi-robotics-sum.pdf\"\n      }\n    },\n    \"analysts\": [\n      {\n        \"analyst\": {\n          \"ID\": 884,\n          \"post_author\": \"4\",\n          \"post_date\": \"2021-01-12 15:02:03\",\n          \"post_date_gmt\": \"2021-01-12 15:02:03\",\n          \"post_content\": \"\",\n          \"post_title\": \"Johan Fagerberg\",\n          \"post_excerpt\": \"\",\n          \"post_status\": \"publish\",\n          \"comment_status\": \"closed\",\n          \"ping_status\": \"closed\",\n          \"post_password\": \"\",\n          \"post_name\": \"johan-fagerberg\",\n          \"to_ping\": \"\",\n          \"pinged\": \"\",\n          \"post_modified\": \"2021-01-21 09:09:04\",\n          \"post_modified_gmt\": \"2021-01-21 09:09:04\",\n          \"post_content_filtered\": \"\",\n          \"post_parent\": 0,\n          \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=884\",\n          \"menu_order\": 0,\n          \"post_type\": \"analyst\",\n          \"post_mime_type\": \"\",\n          \"comment_count\": \"0\",\n          \"filter\": \"raw\"\n        }\n      }\n    ],\n    \"report\": \"62\",\n    \"variations\": [\n      {\n        \"id\": 1497,\n        \"name\": \"The Global Service Robotics Market - 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The active installed base of humanoid robots is forecasted to grow at a compound annual growth rate of 73.7 percent from 21,000 units at the end of 2025 to 83.0 million units by 2040. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2026/09/03192912/bi-humanoid1-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction to Humanoid Robotics\\r\\n1.1\\tIntroduction\\r\\n1.2\\tDefinitions and classifications\\r\\n1.3\\tBrief history of humanoid robotics\\r\\n1.4\\tUse cases – B2C & B2B\\r\\n1.4.1\\tDomestic and private applications (B2C)\\r\\n1.4.2\\tService and retail applications (B2B)\\r\\n1.4.3\\tManufacturing applications (B2B)\\r\\n1.5\\tInvestments and company transactions\\r\\n1.5.1\\tInvestments and venture capital\\r\\n1.5.2\\tMergers and acquisitions\\r\\n2\\tHumanoid Robot Technologies\\r\\n2.1\\tHardware\\r\\n2.1.1\\tMechanical structure and design\\r\\n2.1.2\\tActuators and motion systems\\r\\n2.1.3\\tSensors and perception hardware\\r\\n2.1.4\\tPower systems and energy efficiency\\r\\n2.1.5\\tLocomotion and mobility\\r\\n2.2\\tSoftware\\r\\n2.2.1\\tRobotic operating systems (ROS & ROS 2)\\r\\n2.2.2\\tProprietary robotic systems\\r\\n2.2.3\\tArtificial intelligence and machine learning\\r\\n2.2.4\\tPerception and computer vision\\r\\n2.2.5\\tMotion planning and control\\r\\n2.2.6\\tHuman-robot interaction (HRI)\\r\\n2.2.7\\tWireless connectivity technologies and cloud integration\\r\\n2.3\\tSystem architecture\\r\\n2.3.1\\tSensing, planning and acting\\t\\r\\n2.3.2\\tSystem integration and control architecture\\r\\n3\\tMarket Analysis and Forecasts\\r\\n3.1\\tCurrent and future use cases\\r\\n3.1.1\\tDomestic and private applications\\r\\n3.1.2\\tService and retail applications\\r\\n3.1.3\\tManufacturing applications\\r\\n3.1.4\\tApplication complexity and deployment environment\\r\\n3.2\\tBusiness models\\r\\n3.3\\tMarket landscape and key vendors\\r\\n3.3.1\\tRegional market landscape\\r\\n3.3.2\\tTop humanoid robot companies\\r\\n3.4\\tMarket forecasts\\r\\n3.4.1\\tInstalled base and unit shipments\\r\\n3.4.2\\tCellular connectivity in humanoid robots\\r\\n3.4.3\\tMarket value\\r\\n3.5\\tMarket drivers and barriers\\r\\n3.5.1\\tStrategic funding accelerates commercialisation\\r\\n3.5.2\\tFlexible automation demand drives adoption\\r\\n3.5.3\\tTechnological advances expand robot capabilities\\r\\n3.5.4\\tEcosystem maturity enables industrial scalability\\r\\n3.5.5\\tTechnical limitations constrain commercial adoption\\r\\n3.5.6\\tRegulatory requirements increase commercialisation complexity\\r\\n3.5.7\\tSocial acceptance and trust shape market adoption\\r\\n3.5.8\\tAlternative automation technologies challenge humanoid robot adoption\\r\\n3.6\\tMarket trends\\r\\n3.6.1\\tIncreasing government support for humanoid robotics\\r\\n3.6.2\\tAI expands the capabilities of humanoid robots\\r\\n3.6.3\\tGlobal workforce shifts are increasing the demand for humanoid robots\\r\\n3.6.4\\tCommercial deployment is gaining momentum\\r\\n3.6.5\\tFrom standalone robots to connected intelligent systems\\r\\n3.6.6\\tPartnerships and ecosystem development reshape the competitive landscape\\r\\n3.6.7\\tEV makers move into humanoid robotics at industrial scale\\r\\n4\\tCompany Profiles and Strategies\\r\\n4.1\\t1X Technologies\\r\\n4.2\\tAeiROBOT\\r\\n4.3\\tAgiBot\\r\\n4.4\\tAgile Robots\\r\\n4.5\\tAgility\\r\\n4.6\\tApptronik\\r\\n4.7\\tBooster Robotics\\r\\n4.8\\tBoston Dynamics\\r\\n4.9\\tCASBOT\\r\\n4.10\\tClone Robotics\\r\\n4.11\\tDEEP Robotics\\r\\n4.12\\tEngineAI\\r\\n4.13\\tEngineered Arts\\r\\n4.14\\tFigure AI\\r\\n4.15\\tFourier Intelligence\\r\\n4.16\\tHexagon\\r\\n4.17\\tHumanoid\\r\\n4.18\\tKepler Exploration Robotics\\r\\n4.19\\tLeju Robotics\\r\\n4.20\\tLimX Dynamics\\r\\n4.21\\tNeura Robotics\\r\\n4.22\\tNoetix Robotics\\r\\n4.23\\tPAL Robotics\\r\\n4.24\\tPUDU Robotics\\r\\n4.25\\tROBOTERA\\r\\n4.26\\tSanctuary AI\\r\\n4.27\\tTesla\\r\\n4.28\\tUBTECH Robotics\\r\\n4.29\\tUnitree Robotics\\r\\n4.30\\tXiaomi\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2026/09/03192922/bi-humanoid1-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"Shipments of humanoid robots to reach 26 million by 2040\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Humanoid robots are robotic systems designed to resemble the human body and movements, operating in environments originally built for humans. The most significant advantage of humanoid robots compared with traditional industrial robots is their ability to perform a wide variety of tasks, navigate complex surroundings and use existing tools without requiring extensive modification to the existing infrastructure. Recent advances in crucial technology linked to humanoid robotics, including actuators, foundation models and battery technology, have significantly accelerated the development of the humanoid robotics market. These improvements enable robots to perform increasingly complex tasks with higher levels of autonomy across sectors such as manufacturing, warehousing, logistics and retail applications, while opening opportunities for future use in domestic environments. In addition, labour shortages, ageing populations and the need for flexible automation are expected to become important long-term drivers for the adoption of humanoid robots.\",\n                        \"\",\n                        \"Berg Insight considers the humanoid robotics industry to have entered the early stages of a long-term growth phase. During 2025 and 2026, the industry experienced a shift from primarily research- and prototype-oriented activities towards pilot deployments, initial commercial deliveries and investments in large-scale manufacturing capabilities. This transition has been supported by increasing activity among both established technology companies and specialised humanoid robotics start-ups, contributing to the development of commercial solutions and a broader market ecosystem. Although commercial deployments remain limited, increasing technological maturity and substantial investment activity suggest that the market is approaching an important commercial inflection point.\",\n                        \"\",\n                        \"Berg Insight estimates that annual humanoid robot shipments will grow from 16,000 units in 2025 to 26 million units by 2040, corresponding to a compound annual growth rate (CAGR) of 63.7 percent. During the same period, the global market value is forecasted to increase from US$ 890 million to approximately US$ 554 billion. Use cases in manufacturing, logistics and warehousing are expected to account for the majority of deployments during the forecast period, while domestic applications are anticipated to emerge gradually as robot capabilities improve and hardware costs decline.\",\n                        \"\",\n                        \"The number of market participants has increased rapidly in recent years, resulting in a highly fragmented competitive landscape with more than 100 companies currently developing humanoid robots. Only a limited number of vendors have entered early commercial production or begun scaling manufacturing capacity. The competitive dynamics differ across regions. China currently represents the largest market, followed by the US and Europe. Chinese companies generally leverage cost-effective manufacturing, established domestic supply chains and rapid commercialisation, while US-based companies have a stronger focus on software capabilities and strategic partnerships with leading technology companies. The European vendor landscape represents an emerging but important part of the market, leveraging strengths in industrial automation, robotics research and specialised technology development.\",\n                        \"\",\n                        \"The humanoid robotics industry has experienced unprecedented investment activity during 2025–2026. Multiple funding rounds have exceeded US$ 1 billion, reflecting growing investor confidence in the commercial potential of humanoid robotics. Venture capital firms are increasingly joined by strategic investors including NVIDIA, Microsoft, Google, Amazon, Hyundai, OpenAI and other major technology companies. Investment activity has also shifted towards later-stage financing, supporting manufacturing expansion, production scaling and commercial deployment rather than early-stage research alone.\",\n                        \"\",\n                        \"Artificial Intelligence (AI) has become one of the most important competitive factors in the humanoid robotics industry. Competition is increasingly driven by proprietary embodied AI, foundation models, robot operating systems and software ecosystems rather than hardware performance alone. Strategic partnerships between humanoid robotics companies and leading AI technology providers are therefore becoming increasingly important for accelerating commercialisation and improving robot capabilities. At the same time, manufacturers are making substantial investments in production facilities designed to manufacture tens of thousands of humanoid robots annually, reflecting expectations of future large-scale demand.\",\n                        \"\",\n                        \"The leading vendors in the humanoid robotics industry include Figure AI, Tesla, Agility, Boston Dynamics, Apptronik, 1X Technologies, NEURA Robotics, Unitree Robotics, UBTECH Robotics, AgiBot, Leju Robotics, EngineAI, RobotEra and several other rapidly growing companies. Competition is expected to intensify significantly in the next years as companies transition from pilot deployments to large-scale commercial production.\",\n                        \"\",\n                        \"Overall, Berg Insight believes that humanoid robotics has moved beyond the experimental stage and entered the early phase of commercialisation. Although significant technical challenges related to reliability, dexterity, battery performance and safety remain, continued advances in AI, increasing manufacturing capacity and record levels of investment indicate that humanoid robots have the potential to develop into a major new technology and product category over the coming decades.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2026/09/03192931/bi-humanoid1-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 889,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:12:24\",\n                        \"post_date_gmt\": \"2021-01-12 15:12:24\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Apelgren\",\n                        \"post_excerpt\": \"\",\n   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          {\n                      \"analyst\": {\n                        \"ID\": 3808,\n                        \"post_author\": \"3\",\n                        \"post_date\": \"2023-06-17 14:26:41\",\n                        \"post_date_gmt\": \"2023-06-17 12:26:41\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Julia Wahlén\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"julia-wahlen\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-06-06 23:01:33\",\n                        \"post_modified_gmt\": \"2026-06-06 21:01:33\",\n                        \"post_content_filtered\": \"\",\n          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The vehicle category can be further divided into cars, motorcycles, mopeds, bicycles, caravans, motor caravans, leisure boats, ATVs and snowmobiles. The general asset tracking category includes any type of asset, such as luggage, keys, wallets, clothes, electronics, tools and sports equipment. Learn more about the business opportunities associated with these tracking solutions in this 180 page strategy report from Berg Insight. Get up to date with the latest information about vendors, products and markets.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2025/11/21193152/bi-consumerassets3-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tIntroduction\\r\\n1.1\\tConsumer asset tracking infrastructure\\r\\n1.1.1\\tDevice segment\\r\\n1.1.2\\tPositioning segment\\r\\n1.1.3\\tNetwork segment\\r\\n1.1.4\\tPlatform segment\\r\\n1.2\\tBusiness models and sales channels\\r\\n1.2.1\\tRetail\\r\\n1.2.2\\tInsurance companies\\r\\n1.2.3\\tMobile network operators\\r\\n2\\tFamily and Child Tracking\\r\\n2.1\\tPopulation in Europe and North America\\r\\n2.2\\tFamily tracking solutions\\r\\n2.2.1\\tMobile operator branded apps\\r\\n2.2.2\\tFreemium apps\\r\\n2.2.3\\tFree apps and social media\\r\\n2.3\\tChild tracking solutions and vendor market shares\\r\\n2.4\\tCompany profiles\\r\\n2.4.1\\tApple\\r\\n2.4.2\\tBark Technologies\\r\\n2.4.3\\tCosmo Technologies\\r\\n2.4.4\\tGabb Wireless\\r\\n2.4.5\\tGarmin\\r\\n2.4.6\\tGlobalstar\\r\\n2.4.7\\tLife360\\r\\n2.4.8\\tLil Tracker\\r\\n2.4.9\\tMyKi (Shelly Group)\\r\\n2.4.10\\tSmartcom Mobility Solutions\\r\\n2.4.11\\tSmith Micro Software\\r\\n2.4.12\\tXplora Technologies\\r\\n3\\tPet Tracking\\r\\n3.1\\tPet population in Europe and North America\\r\\n3.2\\tPet tracking solutions and vendor market shares\\r\\n3.3\\tCompany profiles\\r\\n3.3.1\\tFi\\r\\n3.3.2\\tFitbark\\r\\n3.3.3\\tHalo\\r\\n3.3.4\\tKippy (Datamars)\\r\\n3.3.5\\tLafayette\\r\\n3.3.6\\tLildog\\r\\n3.3.7\\tLink My Pet (Smart Tracking Technologies)\\r\\n3.3.8\\tPawfit\\r\\n3.3.9\\tPetCube\\r\\n3.3.10\\tPetSafe Brands\\r\\n3.3.11\\tPetPace\\r\\n3.3.12\\tPitPat\\r\\n3.3.13\\tSpotOn\\r\\n3.3.14\\tTracker (Natlink)\\r\\n3.3.15\\tTractive\\r\\n3.3.16\\tWeenect\\r\\n4\\tPassenger Car Tracking\\r\\n4.1\\tPassenger car fleet in Europe and North America\\r\\n4.2\\tCar theft in Europe and North America\\r\\n4.3\\tTelematics solutions\\r\\n4.3.1\\teCall and roadside assistance\\r\\n4.3.2\\tStolen vehicle tracking\\r\\n4.3.3\\tVehicle diagnostics and maintenance\\r\\n4.3.4\\tMotor insurance telematics\\r\\n4.3.5\\tRemote control and convenience services\\r\\n4.3.6\\tWi-Fi hotspot\\r\\n4.4\\tVendor market shares\\r\\n4.5\\tCompany profiles\\r\\n4.5.1\\tAccuTracking\\r\\n4.5.2\\tAgnik (Vyncs)\\r\\n4.5.3\\tAir\\r\\n4.5.4\\tAutobrain\\r\\n4.5.5\\tDIMO\\r\\n4.5.6\\tMasTrack\\r\\n4.5.7\\tMojio\\r\\n4.5.8\\tNet4Things\\r\\n4.5.9\\tPasstime GPS\\r\\n4.5.10\\tProtectus Technologies (CarLock)\\r\\n4.5.11\\tSVR Tracking\\r\\n4.5.12\\tTail Light (Bouncie)\\r\\n4.5.13\\tVerizon\\r\\n5\\tConsumer Vehicle Tracking\\r\\n5.1\\tConsumer vehicle parc in Europe and North America\\r\\n5.1.1\\tMotorcycles and mopeds\\r\\n5.1.2\\tBicycles\\r\\n5.1.3\\tCaravans and motor caravans\\r\\n5.1.4\\tLeisure boats\\r\\n5.1.5\\tOther consumer vehicles\\r\\n5.2\\tConsumer vehicle theft\\r\\n5.3\\tConsumer vehicle tracking solutions and vendor market shares\\r\\n5.3.1\\tMotorcycles and mopeds\\r\\n5.3.2\\tBicycles\\r\\n5.3.3\\tLeisure boats\\r\\n5.3.4\\tCaravans, motorhomes, ATVs and snowmobiles\\r\\n5.4\\tCompany profiles\\r\\n5.4.1\\tAtlantis Moto\\r\\n5.4.2\\tBikeFinder\\r\\n5.4.3\\tBikeTrac\\r\\n5.4.4\\tBoomerang Bike\\r\\n5.4.5\\tBosch eBike Systems\\r\\n5.4.6\\tConneqtech\\r\\n5.4.7\\tDokensip\\r\\n5.4.8\\tEllr\\r\\n5.4.9\\tFaria Beede\\r\\n5.4.10\\tGeoRide\\r\\n5.4.11\\tHaveltec (I Lock It)\\r\\n5.4.12\\tIoT Venture\\r\\n5.4.13\\tLinxup\\r\\n5.4.14\\tMapit IoT\\r\\n5.4.15\\tMonimoto\\r\\n5.4.16\\tNorthTracker\\r\\n5.4.17\\tPowUnity\\r\\n5.4.18\\tSailsense Analytics\\r\\n5.4.19\\tScorpion Automotive\\r\\n5.4.20\\tSensar Marine\\r\\n5.4.21\\tSense4Boat (D-Marin)\\r\\n5.4.22\\tSentinel Marine Solutions\\r\\n5.4.23\\tSiren Marine (Yamaha Motor)\\r\\n5.4.24\\tSIZZAPP\\r\\n5.4.25\\tSMT Performances\\r\\n5.4.26\\tTracefy\\r\\n5.4.27\\tTrackting\\r\\n6\\tGeneral Consumer Asset Tracking\\r\\n6.1\\tGeneral consumer asset tracking solutions\\r\\n6.2\\tCompany profiles\\r\\n6.2.1\\tBrickHouse Security\\r\\n6.2.2\\tDOTS\\r\\n6.2.3\\tGEGO (LugLoc)\\r\\n6.2.4\\tInvoxia\\r\\n6.2.5\\tLandAirSea Systems\\r\\n6.2.6\\tLoneStar Tracking\\r\\n6.2.7\\tMiniFinder\\r\\n6.2.8\\tOptimus\\r\\n6.2.9\\tPAJ\\r\\n6.2.10\\tSpåra Group (EmbeddedArt)\\r\\n6.2.11\\tStealth Tracer\\r\\n6.2.12\\tTrackimo\\r\\n7\\tMarket Forecasts and Trends\\r\\n7.1\\tMarket forecasts\\r\\n7.1.1\\tConsumer asset tracking installed base and unit shipments\\r\\n7.1.2\\tPenetration rate\\r\\n7.1.3\\tKids GPS watches\\r\\n7.1.4\\tPet tracking\\r\\n7.1.5\\tCar tracking\\r\\n7.1.6\\tMotorcycle and moped tracking\\r\\n7.1.7\\tBicycle tracking\\r\\n7.1.8\\tCaravan and motor caravan tracking\\r\\n7.1.9\\tLeisure boat tracking\\r\\n7.1.10\\tOther consumer vehicle tracking\\r\\n7.1.11\\tGeneral-purpose tracking\\r\\n7.2\\tMarket trends\\r\\n7.2.1\\tLPWA networking technologies create new market opportunities\\r\\n7.2.2\\tConsumer asset tracking market gains traction thanks to Apple AirTag\\r\\n7.2.3\\tSpecialised solutions have a competitive advantage\\r\\n7.2.4\\tPet tracking is a high-potential market\\r\\n7.2.5\\tIncreasing integration of AI in consumer asset tracking solutions\\r\\n7.2.6\\tConsumer car telematics providers now offer fleet management services\\r\\n7.2.7\\tSteady growth in bicycle tracking as security gains importance\\r\\n7.2.8\\tConsumer GPS tracking providers are searching for the right business model\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2025/11/21193202/bi-consumerassets3-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"The state of the consumer asset tracking market: Trends, challenges & opportunities\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Consumer asset tracking is a sub-segment of the wider consumer IoT market. While the latter concept includes all IoT devices developed for the consumer market, consumer asset tracking focuses on solutions and services that utilise location data. To enable remote monitoring and control, a solution must include GNSS or other positioning technology and some type of wireless wide area network such as cellular networks, satellite networks, LoRa or Sigfox. Tracking solutions based solely on short-range technologies such as Bluetooth and Wi-Fi are not included in the report.\",\n                        \"\",\n                        \"The market can be divided into four main categories based on asset type – family and child tracking, pet tracking, vehicle tracking and general-purpose asset tracking. The vehicle category can be further divided into cars; motorcycles and mopeds; bicycles; caravans and motor caravans; leisure boats; and other consumer vehicles including ATVs and snowmobiles. The general asset tracking segment includes any type of asset, such as bags and luggage, keys, wallets, clothes, electronics, tools and sports equipment. As this report focuses on products and solutions aimed at consumers, solutions developed and sold exclusively to business customers are excluded.\",\n                        \"\",\n                        \"The market potential for consumer asset tracking is huge. In Europe and North America, there are close to 70 million children aged 4–10 years old, which is the typical age group for kids GPS watches. There are furthermore almost 380 million dogs and cats, about 615 million passenger cars and 160 million other consumer vehicles. The overall penetration rate of GPS tracking products is currently around 1.1 percent. The largest consumer asset tracking segments today, based on the number of active units, are car tracking, kids GPS watches and pet tracking. Berg Insight estimates that the installed base of active consumer asset tracking devices in Europe and North America reached 15.0 million at the end of 2024. Growing at a CAGR of 15.4 percent, the number of units in active use is estimated to reach 30.7 million units by the end of 2029. The market value is forecasted to grow from € 2.0 billion in 2024 to € 4.1 billion in 2029. \",\n                        \"\",\n                        \"Leading providers of family tracking and parental control services include US-based Smartcom Mobility Solutions, Smith Micro Software and Life360. Smartcom Mobility Solutions is a platform provider for kids GPS watches and other consumer asset tracking segments, used by several MNOs, OEMs and ODMs in the US and Europe. Smith Micro offers white-label solutions to MNOs and has contracts with major mobile operators in the US. Life360 offers a mobile app for location sharing and messaging that has close to 80 million monthly active users. Major providers of kids GPS watches include Xplora Technologies in Europe and Verizon in North America. The pet tracking market is dominated by Austria-based Tractive, whose subscriber base has grown to about 1.5 million. In North America, the main providers of pet tracking solutions are Fi and Halo. The latter company offers a combined pet GPS tracking and containment solution.\",\n                        \"\",\n                        \"The market for passenger car tracking solutions sold to consumers is led by Verizon, Mojio, Passtime GPS, Tail Light and Agnik in North America and Net4Things, Air and Protectus Technologies (CarLock) in Europe. Although OEM telematics is increasingly common within the automotive industry, there is still a growing interest in aftermarket telematics solutions. Leading providers of GPS tracking and vehicle recovery solutions for motorcycles and mopeds in Europe include Datatool (Scorpion Automotive), Mapit IoT, Trackting, Monimoto, GeoRide and SMT Performances. A few companies provide tracking solutions developed specifically for caravans, leisure boats and other consumer vehicles. Europe-based Sensar Marine, NorthTracker, Sentinel Marine Solutions, Sense4Boat and Sailsense Analytics as well as US-based Siren Marine and Faria Beede offer solutions developed for leisure boats. General-purpose tracking solutions and solutions developed for other types of vehicles are often used to serve these segments as well. Along with the growing market for electric bicycles, the market for GPS trackers for e-bicycles and other high-value bicycles is growing as well. The market is today served by European companies such as IoT Venture, PowUnity, Haveltec, BikeFinder and Tracefy. Trackimo, Invoxia, PAJ and LandAirSea are examples of well-known providers of general-purpose tracking devices.\",\n                        \"\",\n                        \"The consumer asset tracking solutions market is still in an early phase with tremendous growth potential. Advancements in battery capacity, processor power and network technology will continuously enable better solutions at lower price points which will lead to a higher demand from consumers. Many solution providers covered in this report have recently introduced new tracking devices based on Low-Power Wide-Area (LPWA) network technologies. LPWA technologies are especially valuable in market segments where low battery consumption is key, such as pet tracking, bicycle tracking and general asset tracking. Several vendors have also begun integrating Artificial Intelligence (AI) into their offerings. AI enables companies to gain a competitive edge by enhancing product functionality and delivering advanced features such as improved health and activity monitoring in pet trackers and predictive maintenance in vehicle trackers.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2025/11/21193212/bi-consumerassets3-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 889,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:12:24\",\n                        \"post_date_gmt\": \"2021-01-12 15:12:24\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Apelgren\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": 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                  \"post_author\": \"3\",\n                        \"post_date\": \"2025-08-15 19:02:30\",\n                        \"post_date_gmt\": \"2025-08-15 17:02:30\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Filip Andersson\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"filip-andersson\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2026-06-17 18:34:34\",\n                        \"post_modified_gmt\": \"2026-06-17 16:34:34\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=5735\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"263\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"This report will allow you to:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Benefit from 30 new executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"Identify key players on the European and North American consumer asset tracking market.\"\n                      },\n                      {\n                        \"bullet_point\": \"Learn about the latest propositions from family and child locator service providers.\"\n                      },\n                      {\n                        \"bullet_point\": \"Understand the opportunities and challenges on the vehicle tracking market.\"\n                      },\n                      {\n                        \"bullet_point\": \"Anticipate future drivers for uptake of pet tracking solutions.\"\n                      },\n                      {\n                        \"bullet_point\": \"Predict future trends in the consumer asset tracking market.\"\n                      },\n                      {\n                        \"bullet_point\": \"Profit from regional market forecasts by segment lasting until 2029.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n          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Electronics\",\n              \"prices\": [\n                \"1500\",\n                \"2250\",\n                \"3000\"\n              ]\n            }\n          },\n          {\n            \"product\": {\n              \"acf_data\": {\n                \"permalink\": \"/smart-homes-and-home-automation\",\n                \"product_information\": {\n                  \"\": null,\n                  \"product_edition\": \"12th Edition\",\n                  \"main_product_category\": 34,\n                  \"short_description\": \"A comprehensive analysis of the connected home markets in Europe and North America.\",\n                  \"full_description\": [\n                    \"How should the mobile industry address the vast business opportunity in connected smart homes? Berg Insight estimates that revenues from home automation system shipments and service fees in Europe and North America will grow at a compound annual growth rate of 10.4 percent from € 87.7 billion in 2024 to € 143.9 billion in 2029. Get a 360-degree perspective on the rapid evolution of the home automation market in this comprehensive 240-page strategy report.\",\n                    \"\"\n                  ],\n                  \"read_more\": {\n                    \"\": null,\n                    \"product_sheet\": {\n                      \"file\": \"https://media.berginsight.com/2025/10/28151819/bi-sh12-ps.pdf\"\n                    },\n                    \"table_of_contents\": {\n                      \"text\": \"Executive Summary\\r\\n1\\tSmart Homes and Home Automation\\r\\n1.1\\tIntroduction\\r\\n1.2\\tTypes of home automation\\r\\n1.2.1\\tSecurity and access control systems\\t6\\r\\n1.2.2\\tEnergy management and climate control systems\\r\\n1.2.3\\tAudio-visual and entertainment systems\\r\\n1.2.4\\tLighting and window control systems\\r\\n1.2.5\\tIrrigation and water management systems\\r\\n1.2.6\\tHome appliances\\r\\n1.2.7\\tService robotics\\r\\n1.2.8\\tMultifunction and whole-home automation systems\\r\\n1.3\\tHome automation market segments\\r\\n1.3.1\\tMainstream houses and multi-family dwellings\\r\\n1.3.2\\tThe custom/luxury segment\\r\\n1.3.3\\tNew homes versus existing homes\\r\\n1.4\\tChannels to market\\r\\n1.4.1\\tProfessional installation\\r\\n1.4.2\\tRetail\\r\\n1.4.3\\tService providers\\r\\n2\\tNetworks and Communications Technologies\\r\\n2.1\\tOverview\\r\\n2.1.1\\tDifferent approaches to establishing interoperability\\r\\n2.1.2\\tTechnology choices of product OEMs\\r\\n2.1.3\\tTechnology choices of whole-home solution vendors\\r\\n2.2\\tSmart home networking technologies and standards\\r\\n2.2.1\\tBluetooth\\r\\n2.2.2\\tDECT ULE\\r\\n2.2.3\\tEnOcean\\r\\n2.2.4\\tHome Connectivity Alliance (HCA)\\r\\n2.2.5\\tKNX\\r\\n2.2.6\\tMatter\\r\\n2.2.7\\tOpen Connectivity Foundation\\r\\n2.2.8\\tOpenTherm\\r\\n2.2.9\\tThread\\r\\n2.2.10\\tWi-Fi\\r\\n2.2.11\\tZigbee\\r\\n2.2.12\\tZ-Wave\\r\\n2.3\\tSmart home hubs and integration services\\r\\n2.3.1\\tAmazon Alexa\\r\\n2.3.2\\tApple HomeKit and Siri\\r\\n2.3.3\\tFlic (Shortcut Labs)\\r\\n2.3.4\\tGoogle Home and Google Assistant\\r\\n2.3.5\\tHome Assistant\\r\\n2.3.6\\tHomey (LG Electronics)\\r\\n2.3.7\\tIFTTT\\r\\n2.3.8\\tLG Electronics\\r\\n2.3.9\\tMediola\\r\\n2.3.10\\tOlisto\\r\\n2.3.11\\tSamsung SmartThings\\r\\n2.4\\tSmart home platform and white-label solution providers\\r\\n2.4.1\\tAlarm.com\\r\\n2.4.2\\tAyla Networks\\r\\n2.4.3\\tEssence Group\\r\\n2.4.4\\tLeedarson IoT Technology\\r\\n2.4.5\\tOBLO Living\\r\\n2.4.6\\tOnics\\r\\n2.4.7\\tThroughTek\\r\\n2.4.8\\tTuya\\r\\n3\\tPoint Solution Providers\\r\\n3.1\\tMarket overview\\r\\n3.1.1\\tPoint solutions – an entry into the smart home\\r\\n3.1.2\\tSmart home strategies for product OEMs\\r\\n3.1.3\\tNew entrants challenge incumbents with connected products\\r\\n3.2\\tSecurity and access control system vendors\\r\\n3.2.1\\tArlo Technologies\\r\\n3.2.2\\tAssa Abloy\\r\\n3.2.3\\tCanary (Smartfrog Group)\\r\\n3.2.4\\tChamberlain Group\\r\\n3.2.5\\tEzviz Network (Hikvision)\\r\\n3.2.6\\tMinut\\r\\n3.2.7\\tNuki Home Solutions\\r\\n3.2.8\\tReolink\\r\\n3.2.9\\tSchlage (Allegion)\\r\\n3.2.10\\tWyze Labs\\r\\n3.3\\tEnergy management and climate control system vendors\\r\\n3.3.1\\tCopeland\\r\\n3.3.2\\tDanfoss\\r\\n3.3.3\\tEcobee (Generac)\\r\\n3.3.4\\tEve Systems (ABB)\\r\\n3.3.5\\tGoogle Nest\\r\\n3.3.6\\tMysa\\r\\n3.3.7\\tNetatmo (Legrand)\\r\\n3.3.8\\tSensibo\\r\\n3.3.9\\tTado\\r\\n3.4\\tAudio-visual and entertainment system vendors\\r\\n3.4.1\\tBose\\r\\n3.4.2\\tHarman (Samsung Electronics)\\r\\n3.4.3\\tKaleidescape\\r\\n3.4.4\\tNaim Audio\\r\\n3.4.5\\tSonos\\r\\n3.5\\tLighting and window control system vendors\\r\\n3.5.1\\tAcuity Brands\\r\\n3.5.2\\tIKEA\\r\\n3.5.3\\tLedvance (MLS)\\r\\n3.5.4\\tLeviton\\r\\n3.5.5\\tLIFX (Feit Electric)\\r\\n3.5.6\\tMerkury Innovations\\r\\n3.5.7\\tPlejd\\r\\n3.5.8\\tSignify\\r\\n3.5.9\\tVelux\\r\\n3.6\\tIrrigation and water management system vendors\\r\\n3.6.1\\tFlume\\r\\n3.6.2\\tGardena and Orbit Irrigation (Husqvarna)\\r\\n3.6.3\\tMoen (Fortune Brands Innovations)\\r\\n3.6.4\\tPhyn\\r\\n3.6.5\\tRachio\\r\\n3.7\\tHome appliances vendors\\r\\n3.7.1\\tBSH Hausgeräte (Bosch)\\r\\n3.7.2\\tElectrolux\\r\\n3.7.3\\tGE Appliances (Haier)\\r\\n3.7.4\\tHaier Smart Home\\r\\n3.7.5\\tWhirlpool\\r\\n3.8\\tService robotics vendors\\r\\n3.8.1\\tAmbrogio Robot (Zucchetti Centro Sistemi)\\r\\n3.8.2\\tDyson\\r\\n3.8.3\\tEcovacs\\r\\n3.8.4\\tHusqvarna\\r\\n3.8.5\\tiRobot\\r\\n3.8.6\\tLabrador Systems\\r\\n3.8.7\\tRobomow (Stanley Black & Decker)\\r\\n3.8.8\\tRoborock\\r\\n3.8.9\\tSharkNinja\\r\\n3.8.10\\tWorx Landroid (Positec)\\r\\n4\\tWhole-Home System Vendors and Service Providers\\r\\n4.1\\tMarket overview\\r\\n4.2\\tMarket segments and go-to-market strategies\\r\\n4.2.1\\tTraditional home automation\\r\\n4.2.2\\tDIY systems\\r\\n4.2.3\\tProfessionally monitored security\\r\\n4.3\\tWhole-home system vendors\\r\\n4.3.1\\tABB\\r\\n4.3.2\\tBosch\\r\\n4.3.3\\tControl4 (Resideo)\\r\\n4.3.4\\tCrestron Electronics\\r\\n4.3.5\\tDelta Dore\\r\\n4.3.6\\tD-Link\\r\\n4.3.7\\tEltako\\r\\n4.3.8\\tEzlo Innovation\\r\\n4.3.9\\tFuturehome (FHSD Connect)\\r\\n4.3.10\\tGira\\r\\n4.3.11\\tGrenton\\r\\n4.3.12\\tHomeMatic (eQ-3)\\r\\n4.3.13\\tLegrand\\r\\n4.3.14\\tLoxone Electronics\\r\\n4.3.15\\tLutron Electronics\\r\\n4.3.16\\tmyGEKKO (Ekon)\\r\\n4.3.17\\tNice Group\\r\\n4.3.18\\tResideo Technologies\\r\\n4.3.19\\tSavant Systems\\r\\n4.3.20\\tSchneider Electric\\r\\n4.3.21\\tShelly Group\\r\\n4.3.22\\tSomfy\\r\\n4.3.23\\tSonoff (ITEAD Intelligent Systems)\\r\\n4.3.24\\tTP-Link\\r\\n4.3.25\\tUniversal Electronics\\r\\n4.3.26\\tXiaomi\\r\\n4.4\\tService providers\\r\\n4.4.1\\tADT\\r\\n4.4.2\\tBrinks Home (Monitronics)\\r\\n4.4.3\\tCentrica\\r\\n4.4.4\\tComcast\\r\\n4.4.5\\tDeutsche Telekom\\r\\n4.4.6\\tFrontpoint\\r\\n4.4.7\\tProsegur\\r\\n4.4.8\\tRing (Amazon)\\r\\n4.4.9\\tSector Alarm\\r\\n4.4.10\\tSimplisafe\\r\\n4.4.11\\tTelus\\r\\n4.4.12\\tToon (Eneco)\\r\\n4.4.13\\tVerisure\\r\\n4.4.14\\tVivint Smart Home (NRG Energy)\\r\\n5\\tMarket Forecasts and Conclusions\\r\\n5.1\\tEurope\\r\\n5.1.1\\tRevenues\\r\\n5.1.2\\tShipments\\r\\n5.1.3\\tInstalled base\\r\\n5.2\\tNorth America\\r\\n5.2.1\\tRevenues\\r\\n5.2.2\\tShipments\\r\\n5.2.3\\tInstalled base\\r\\n5.3\\tPopular smart home product categories\\r\\n5.3.1\\tSmart speakers and displays\\r\\n5.3.2\\tSmart thermostats and radiator valves\\r\\n5.3.3\\tSmart lighting\\r\\n5.3.4\\tFloor cleaning robots\\r\\n5.4\\tMarket trends and analysis\\r\\n5.4.1\\tCan AI revolutionise the smart home market?\\r\\n5.4.2\\tA new major platform player is challenging the incumbents\\r\\n5.4.3\\tWill smart speakers and voice assistant services have a renaissance with AI?\\r\\n5.4.4\\tWill Matter solve the interoperability problems in the smart home industry?\\r\\n5.4.5\\tSurging energy prices create demand for smart energy efficiency solutions\\r\\n5.4.6\\tConnectivity – soon a standard feature in the home appliances segment\\r\\n5.4.7\\tLower price points opens the doors to the mass market\\r\\n5.4.8\\tCellular IoT in the smart home and home security markets\\r\\n5.4.9\\tShort product lifecycles damage consumer trust\\r\\n5.4.10\\tSmart home companies introduce paid services\\r\\n5.4.11\\tSmart insurance for the connected home\\r\\n5.4.12\\tMergers and acquisitions in the smart home industry\\r\\nGlossary\",\n                      \"file\": \"https://media.berginsight.com/2025/10/28151830/bi-sh12-toc.pdf\"\n                    },\n                    \"full_summary\": {\n                      \"text\": [\n                        {\n                          \"tag\": \"b\",\n                          \"content\": \"139 million homes in Europe and North America were smart at the end of 2024\",\n                          \"attributes\": []\n                        },\n                        \"\",\n                        \"Smart home and home automation systems include a wide range of solutions for controlling, monitoring and automating functions in the home. Berg Insight’s definition of a smart home system is one that is accessible from remote and includes a smartphone app or a web portal user interface. Devices that can only be controlled and automated locally, through switches, timers, sensors and remote controls, are thus not included in the scope of this study. Smart home systems can be grouped into seven primary categories: security and access control systems; energy management and climate control systems; audio-visual and entertainment systems; lighting and window control systems; home appliances; service robotics and irrigation and water management systems.\",\n                        \"\",\n                        \"A point solution will in many cases constitute a consumer’s first smart home purchase. The most popular point solutions to date, in terms of sold units, include smart thermostats, smart light bulbs, smart plugs, connected security cameras, voice-controlled smart speakers and floor cleaning robots. These products are marketed by incumbent OEMs such as Signify, Resideo, Danfoss, Belkin, Chamberlain, Schlage, Assa Abloy and iRobot and newer entrants such as Ecobee, Sonos, Arlo, Nuki, Mysa, IKEA, Wyze Labs and SharkNinja. In the whole-home system market, traditional home automation vendors such as Crestron Electronics, Control4, Savant Systems, eQ-3, Shelly, Somfy and Loxone are facing new competition as companies from adjacent industries have entered the market. Communications and security service providers such as Verisure, ADT, Vivint, Comcast, SimpliSafe and Telus have established themselves among the largest whole-home solution vendors in North America and Europe by combining home security services with smart home features. \",\n                        \"\",\n                        \"The North American smart home market continues to grow. The installed base of smart home systems reached 305.8 million at the end of 2024. An estimated 64.4 million of these were multifunction or whole-home systems whereas 241.4 million were point solutions designed for one specific function. As some homes have more than one smart system in use, the installed base totalled an estimated 66.7 million smart homes at the end of the year. This corresponds to 44.8 percent of all households, placing North America as the most advanced smart home market in the world. Between 2024 and 2029, the number of households that adopt smart home systems is forecasted to grow at a compound annual growth rate (CAGR) of 6.4 percent, resulting in 90.9 million smart homes at the end of the forecast period. Market revenues reached US$ 52.4 billion (€ 48.4 billion) in 2024. The market is expected to grow at a CAGR of 9.3 percent between 2024 and 2029, reaching US$_81.8 billion (€ 75.6 billion) in yearly revenues at the end of the forecast period.\",\n                        \"\",\n                        \"The European market for smart home systems is still behind the North American market in terms of market penetration and maturity. However, the market has now grown to become almost as large as the North American market. At the end of 2024, there were a total of 240.1 million smart home systems in use in the EU27+3 countries. Around 46.4 million of these systems were multifunction or whole-home systems whereas 193.7 million were point solutions. This corresponds to around 72.8 million smart homes when overlaps are taken into account, meaning that 30.7 percent of all households in Europe were smart at the end of the year. The number of European households to adopt smart home systems is forecasted to grow at a compound annual growth rate (CAGR) of 7.2 percent during the next five years, resulting in 102.8 million smart homes by 2029. Market revenues reached € 39.3 billion (US$ 42.5 billion) in 2024. The market is forecasted to grow at a CAGR of 11.7 percent between 2024 and 2029 to reach € 68.3 billion (US$ 73.9 billion) at the end of the forecast period.\",\n                        \"\",\n                        \"The outlook for the smart home market in the coming years is positive. Connectivity adds several benefits to the most commonly used products and systems in the home, including home security systems, door locks, indoor climate control devices, lights, irrigation systems, home appliances and entertainment solutions. The ability to view information and manage various settings of the home remotely enables energy and cost savings, enhances security and safety, and provides convenience for homeowners. In several product categories, connectivity is now becoming a standard feature and consumers are increasingly expecting new products to be smart and connected.\"\n                      ],\n                      \"file\": \"https://media.berginsight.com/2025/10/28151840/bi-sh12-sum.pdf\"\n                    }\n                  },\n                  \"analysts\": [\n                    {\n                      \"analyst\": {\n                        \"ID\": 889,\n                        \"post_author\": \"4\",\n                        \"post_date\": \"2021-01-12 15:12:24\",\n                        \"post_date_gmt\": \"2021-01-12 15:12:24\",\n                        \"post_content\": \"\",\n                        \"post_title\": \"Martin Apelgren\",\n                        \"post_excerpt\": \"\",\n                        \"post_status\": \"publish\",\n                        \"comment_status\": \"closed\",\n                        \"ping_status\": \"closed\",\n                        \"post_password\": \"\",\n                        \"post_name\": \"martin-backman\",\n                        \"to_ping\": \"\",\n                        \"pinged\": \"\",\n                        \"post_modified\": \"2024-08-05 20:32:46\",\n                        \"post_modified_gmt\": \"2024-08-05 18:32:46\",\n                        \"post_content_filtered\": \"\",\n                        \"post_parent\": 0,\n                        \"guid\": \"https://cms.berginsight.com/?post_type=analyst&p=889\",\n                        \"menu_order\": 0,\n                        \"post_type\": \"analyst\",\n                        \"post_mime_type\": \"\",\n                        \"comment_count\": \"0\",\n                        \"filter\": \"raw\"\n                      }\n                    }\n                  ],\n                  \"report\": \"259\"\n                },\n                \"product_info_sections\": [\n                  {\n                    \"acf_fc_layout\": \"list_section\",\n                    \"heading\": \"Highlights from the report:\",\n                    \"bullet_points\": [\n                      {\n                        \"bullet_point\": \"Insights from 30 executive interviews with market leading companies.\"\n                      },\n                      {\n                        \"bullet_point\": \"360-degree overview of the smart homes & home automation ecosystem.\"\n                      },\n                      {\n                        \"bullet_point\": \"Summary of industry trends in key vertical market segments.\"\n                      },\n                      {\n                        \"bullet_point\": \"Statistical data on adoption of smart home systems in Europe and North America.\"\n                      },\n                      {\n                        \"bullet_point\": \"New market forecasts lasting until 2029.\"\n                      },\n                      {\n                        \"bullet_point\": \"Detailed reviews of the latest initiatives launched by industry players.\"\n                      },\n                      {\n                        \"bullet_point\": \"Updated profiles of the key vendors on this market.\"\n                      }\n                    ]\n                  }\n                ],\n                \"page_content\": [\n                  {\n                    \"acf_fc_layout\": \"products_module\",\n                    \"data\": {\n                      \"\": null,\n                      \"mode\": \"latest_all\",\n                      \"show_prices\": true,\n                      \"heading\": \"You may also be interested in:\",\n                      \"link\": null,\n                      \"category\": false,\n                      \"products\": false\n                    }\n                  }\n                ]\n              },\n              \"image\": {\n                \"name\": \"Smart homes 12\",\n                \"src\": \"https://media.berginsight.com/2025/10/23105106/Smart-homes-12.jpg\"\n              },\n              \"link\": \"https://cms.berginsight.com/report/smart-homes-and-home-automation-5/\",\n              \"name\": \"Smart Homes and Home Automation\",\n              \"short_description\": \"\",\n              \"main_category_name\": \"Smart Buildings\",\n              \"prices\": [\n                \"1800\",\n                \"2700\",\n                \"3600\"\n              ]\n            }\n          }\n        ]\n      },\n      \"module\": \"products_module\"\n    }\n  ]\n}"}}]}}}