Automotive Telematics Services Market

Automotive Telematics Services Market Size

The global automotive telematics services market size was estimated at USD 45.5 billion in 2024. The market is expected to grow from USD 49.7 billion in 2025 to USD 142.2 billion in 2034, at a CAGR of 12.4% according to latest report published by Global Market Insights Inc.

Telematics are increasingly being implemented in fleets in order to minimize downtime and to optimize the use of assets and to manage fuel and maintenance costs. Zip diagnostics, proactive fault detection, driver-behavior analytics and automatic service scheduling go a long way in enhancing operational efficiency. This high ROI example compels commercial fleets, logistics operators, and mobility service providers to move swiftly to telematics adoption, thereby augmenting recurrence-type service earnings in every of the key markets.

In November 2025, Cartrack and Volkswagen Info Services AG formed a partnership for fleet data integration. This partnership provides easy access to OEM vehicle data from six Volkswagen Group brands. It allows for quick onboarding and follows all European data privacy standards.

To satisfy the expectations of safety, diagnostics and connectivity, automotive OEMs are integrating telematics units as an established part of new vehicle platforms. The use of mandatory eCall regulations, monitoring of vehicles remotely and update needs on-the-air are driving this approach. With the growing number of vehicles leaving the production lines with an already installed connection, subscription services are growing at a blistering rate, establishing a constant foundation of recurrent telematics income in the global marketplace.

Telematics data on driving style, mileage and risk patterns are prompting insurers around the world to move towards the usage-based insurance schemes. This generates the repetitive requirement of telematics gadgets and information forums. With more and more insurers basing policy prices on real-time behavioral data, the uptake of telematics is increasing on both consumer and commercial lines of business, reinforcing the overall service ecosystem and premium revenue potential.

The desire to have smartphone-like digital experiences in cars means consumers are highly demanding connected infotainment, in-car commerce, OTA software upgrades, and personalized services. These services are monetized by automakers via subscription packages and app ecosystems. With the proliferation of software-defined vehicles, the telematics platform will be the core of the delivery of features, enhancing the UX, and making the vehicle a platform of continuing revenue generation, a digital service platform on a long-term basis.

North America is at the forefront of the telematics market because of early technology adoption, a high rate of OEM-installed connectivity, and widespread acceptance of usage-based insurance. Well-developed broadband networks, high vehicle ownership, and effective fleet management practices create steady demand. Regulations focused on safety, emissions monitoring, and ELD compliance also boost telematics adoption, making this region the most developed and profitable market worldwide.

The fast growth of automotive telematics in APAC is motivated by the excelling sales of vehicles, the development of 4G/5G networks, and the growing interest of agencies in tracking vehicles and road safety. Telematics are being used in real-time monitoring, fleet productivity and anti-theft in countries such as China, India, and Southeast Asia. Another stimulus to telematics integration in passenger and commercial fleets is the booming e-commerce logistics sector in the region and the relatively inexpensive data plans.

Automotive Telematics Services Market Trends

The significant transition towards connected and software-defined automobiles is a significant catalyst to the adoption of telematics. Carmakers are now installing telematics control units, digital dashboards, and cloud-connected systems. This aids in ongoing data sharing, remote services, predictive updates, and digital safety improvements. With every increase in software reliance, the need to upgrade the vehicle to a high-tech telematics platform and subscription-based services is becoming increasingly popular in the global market.

Telemetry-based risk scoring and behavior analytics, mileage-sensitive pricing models are gaining popularity with insurers. The consumers enjoy equal premiums, and the insurers enjoy improved underwriting accuracy and reduced claims cost. This speeds up the installation of telematics systems in both personal and business vehicles. With regulatory landscapes, which have proven to be favorable to telematics-enhanced transparency and reduction of fraud, usage-based insurance can be considered a significant driving force behind connected service penetration globally.

The demand of global logistics, e-commerce growth and mobility-as-a-service models compel fleet operators to implement telematics to track, comply, and be efficient in their operations. Visibility of vehicle location, fuel consumption, driver performance and optimization of routes in real-time is a significant cost-reducing factor. Telematics will become a necessity in the management of multi-asset, multi-region operations with the increased strictness of delivery SLAs and increased fleet electrification, leading to high service demand across industries.

The deployment of 4G and 5G networks with high speeds improves the stability and bandwidth required to support real time telematics, video analytics, V2X communication, and cloud-based mobility services. Low-latency networks can allow richer data-driven features and predictions. With the addition of growing IoT systems and edge computing, connectivity enhancements increase the rate of adoption of telematics in consumer, business, and autonomous vehicle-based Telematics worldwide.

The governments all over the world are implementing digital safety systems, emergency warnings, electronic log, and remote diagnostics. ECall, ELD requirements and emissions monitoring regulations all demand the integration of telematics, particularly in commercial fleets. With pressure on the authorities to ensure that roads become safer and the transparency of compliance is increased, the telematics platform will turn into a necessary resource to report, track, and monitor compliance through automatic means, becoming widespread in many regions.

Electric vehicles rely on telematics for monitoring battery health, optimizing charging, analyzing thermal performance, and predicting range. As more people adopt EVs worldwide, telematics platforms provide real-time energy insights, smart routing, and remote energy diagnostics. Manufacturers, fleets, and charging operators increasingly use telematics-connected battery data to improve performance, enhance safety, and decrease downtime, leading to significant market growth.

Automotive Telematics Services Market Analysis

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Based on vehicle, the automotive telematics services market is divided into passenger vehicle and commercial vehicle. The passenger vehicle segment accounted for around 76% in 2024 and is expected to grow at a CAGR of 12.7% from 2025 to 2034.

• Automatic crash notification, emergency assistance, stolen vehicle recovery, and real-time driver behavior monitoring are the topmost safety functions that have been developed through telematics as preferred by buyers of passenger cars. To support regulatory safety standards, OEMs are making embedded telematics standards to provide better consumer trust. This change in demand is rapidly driving telematics in the entry and high end passenger car segments.
  
• The manufacturers are converting passenger cars into software-defined platforms, where telematics can be used to keep the vehicles constantly updated, diagnose them remotely, and create feature-on-demand models. OTA-based upgrades reduce the costs of services, improve the management of vehicle health, and help OEMs to generate additional revenues. This system change is rendering embedded telematics an integral part of contemporary passenger car systems.
  
• ADAS systems are highly dependent on the information collected through telematics to issue proactive notifications, map navigation, V2X, and remote control. With the future of passenger cars adopting a partial and conditional form of automation, high-bandwidth connectivity and cloud-based vehicle intelligence is in demand. Telematics is necessary to guarantee system reliability, safety and enabling autonomous functions without obstruction.
  
• The recent consumer of passenger cars demands the smart phone like connectivity, real time navigation, voice recognition and customized infotainment. Telematics platforms allow these services to occur by linking vehicles to cloud ecosystems. The pressure on digital fluidity is encouraging OEMs to integrate telematics even on mid-range models further encouraging market growth and increasing the uptake of subscription-based services.
  
• UBI models that are being fueled by telematics, which include pay-as-you-drive and pay-how-you-drive, are sweeping the passenger car owners, who find it more appealing to have premiums reduced. OEMs and insurers increasingly become partners to incorporate telematics hardware in the production of their vehicles, which allows safer driving motives and customizing their policies in real-time. This growth in the ecosystem is boosting the use of telematics in the global passenger car market.
  
• Telematics become essential in EV passenger cars, as it can be used to monitor battery-health, recommend smart-charging, predict range analytics, and plan lines. With the EV boom around the world, telematics assists OEMs in streamlining performance and facilitating distant diagnostics. The increasing number of electrified passenger cars is consequently a significant booster of telematics demand.
  

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Based on service, the automotive telematics services market is segmented into fleet management & logistics, usage-based insurance, vehicle tracking & monitoring, remote diagnostics & maintenance, safety & emergency, infotainment & navigation, and others. The fleet management & logistics dominates the market with 43% share in 2024, and the segment is expected to grow at a CAGR of over 12% from 2025 to 2034.

• Telematics gain popularity as an essential tool among the fleet operators to track the vehicle in the most accurate way, see the roads, and keep an eye on the trip progress. This information is used by the logistics companies to dispatch more efficiently, minimize unplanned downtime and enhance delivery precision. Increasing customer demands to access shipment updates via live tracking and traceability are hastening the uptake of telematics in the trucking, last-mile, and long-haul logistics ecosystems.
  
• The increased fuel costs and the increase in the operational budgets are forcing logistics fleets to implement telematics to monitor fuel consumption, idle time and the optimization of the route dynamically. Telematics systems will offer factual knowledge that will decrease inefficiencies, minimize the fuel expenses, and enhance the use of vehicles. Telematics is becoming a necessity in competitive fleet operations due to cost-oriented digitalization efforts.
  
• The governments are requiring the use of electronic logging devices (ELDs), driver work-hour monitoring, emissions reporting and the use of safety compliance systems. Telematics platforms automate documentation, avoid violations, and facilitate audit preparation. With increased regulation in the global marketplace, particularly commercial trucks and logistics vehicles, telematics solutions are now important compliance resources, which are driving greater implementation in regulated types of fleets.
  
• The growth in e-commerce is increasing the scale of last-mile delivery fleets, which demand real-time visibility, dynamic routing, driver performance analytics and package-level tracking. Telematics allows decreasing delivery cycle, improving SLA compliance and reducing the cost of logistics. The swift urbanization of delivery chains is serving as one of the biggest drivers of telematics integration within fleet activity.
  
• The use of telematics allows tracking the engine condition, tire performance, battery status, and main missional changes continuously. Predictive diagnostics allow fleet managers to plan ahead to maintain their fleet, prevent breakdowns, and decrease the costs of repair. In the case of logistics companies that have extensive fleets, downtime avoidance has direct proportional positive impacts on profitability, and it follows that predictive telematics features are essential growth enablers in the industry.
  
• Telematics platforms can monitor the batteries, schedule charging, predicting the range, and optimizing the energy costs as the logistics-fleets are switched to electric vans and trucks. Telematics is relied on by fleet operators in order to plan charging stations and to evade car downtime. The trend toward green logistics and zero-emission commercial fleets is greatly driving the need for electrification intelligence, which is based on telematics.
  

Based on propulsion, the automotive telematics services market is segmented into Gasoline, Diesel, BEV, HEV, and PHEV. The gasoline segment dominated the market, accounting for share of 52% in 2024.

• A huge portion of the automobile population in the world continues to use gasoline and this generates a long-term need to replace the old vehicles using telematics. Telematics allows real-time monitoring and driving-behavior analytics, maintenance scheduling, and fuel monitoring of gasoline cars. Telematics is gaining momentum due to the need to extend the life of the vehicle, minimize its operation costs, and increase its reliability.
  
• Gasoline has continued to be an important operating expense in both the consumer market and the commercial fleets. Telematics solutions offer in-depth fuel-burn reporting, idle-time identification, route planning, and driver efficiency. These optimizations aid in the reduction of fuel consumption and savings directly. Due to global fuel prices, fuel management of gasoline vehicles based on analytics is an urgent factor in vehicle growth.
  
• Regulators and cities are increasing restrictions on gasoline vehicle emissions. The Telematics systems provide live engine ratings, emission notifications, and reminders to maintain vehicles that are in compliance. Telematics data help fleet owners to prepare against regulatory audit and to escape fines. The trend toward cleaner operation of gasoline vehicles is driving the integration of telematics on an enormous scale.
  
• Gasoline cars tend to have longer periods of operation particularly in the emerging markets. Through Telematics, predictive diagnostics can be achieved where the wear of engines, the sparking of the plugs, and other parts are detected in advance before they fail. This minimizes the cost of repairs and maximizes the uptime of vehicles. Since old-generation gasoline vehicles are still prevalent in most places, maintenance intelligence through telematics is a significant growth driver.
  
• The adoption of usage-based insurance (UBI) by gasoline car owners becomes very fast with the contribution of telematics-based risk evaluation and driver score consideration. The insurers will provide lower premiums when there is safe driving, which will encourage the consumer to buy the telematics devices. As cars powered by gasoline constitute the greatest insurable group in the world, insurance-linked telematics is one of the major forces that promote rapid penetration of the wide market.
  

Based on connectivity, the automotive telematics services market is segmented into embedded, integrated, and tethered. Embedded segment is leading the market with 58% share in 2024.

• The automakers are quickly switching to embedded telematics rather than plug in devices to embrace connected-car strategies. Embedded systems provide enhanced access to vehicle electronics, allowing more data to be collected, OTA updates can be easily made, and sophisticated safety systems. Embedded telematics adoption has been growing at an accelerated pace around the world as OEMs continue to drive digitalization deep into all levels of trim.
  
• The move to software-defined vehicles in the industry is necessitating the need to upscale high-bandwidth, embedded telematics modules to allow continuous exchange of data and have upgrades. Embedded systems facilitate remotely configured systems, activation of digital services and offers on a pay-as-you-use basis. Since automakers are refocusing on software monetization through continuous means, embedded telematics is an enabling core of future vehicle architecture.
  
• Embedded telematics systems facilitate the ADAS data processing, emergency-call abilities, accident reconstruction, and vehicle health monitoring, which are significant in order to comply with the global safety requirements. Automated emergency call systems and connectivity-based safety warnings are rapidly becoming a mandatory requirement by governments in Europe, China, and North America, compelling OEMs to implement embedded telematics as a compliance and differentiation feature.
  
• Embedded telematics is being adopted faster with 5G networks because the networks have reduced latency, high throughput, and more cloud integration. Embedded modules facilitate real time HD mapping, cooperative driving, V2X communication and instantaneous OTA updates. Embedded telematics demand is increasing significantly all over the world as the high-speed connectivity becomes an indispensable component of autonomous and semi-autonomous features.
  
• The drivers are becoming more demanding in terms of flawless infotainment, navigation and voice assistants, vehicle applications and real-time service intelligence. Native connections Embedded telematics offers native connectivity, which delivers these attributes without use of smartphones. Embedded systems are helping automakers to enhance customer experience by providing subscription-based services, remote diagnostics, and custom content to increase both adoption and long-term revenue possibilities.
  
• Embedded telematics enabling OEMs and the fleet operators to collect high quality vehicle, driver, and operational analytics, benchmark, and predictive services. Embedded systems guarantee the accuracy of data, security, and its availability. Embedded telematics is a critical value-creating platform as automakers extend their data monetization platforms, including insurance, maintenance, and mobility services.
  

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US dominated the automotive telematics services market in North America with around 86% share and generated USD 15.5 billion in revenue in 2024.

• Telematics uptake is growing very fast in the US because of the FMCSA regulations, ELD, and other emissions regulations, and the safety initiatives supported by ADAS. Laws regarding vehicle diagnostics, accidents reporting, and electronic drivers logs make vehicles more dependent on the connected systems. With the federal and state governments increasing the pressure on compliance, vehicle manufacturers and fleets are speeding up the rollout of advanced telematics platforms in the country.
  
• Embedded telematics is being built into new vehicle platforms by American OEMs, such as GM, Ford, Tesla, Stellantis, and Rivian. Major demand in sophisticated telematics is driven by their transition to software-defined cars, OTA updates, remote diagnostics, and digital services as subscription-based. US is among the most developed markets in the world in the sphere of telematics, as the majority of its vehicles are equipped with factory-installed connectivity.
  
• US is home to the largest commercial fleet base in the world in tankage of trucking, construction, oil and gas, utilities and service vehicles. Businesses are actively implementing telematics in route planning, predictive maintenance, driver monitoring and tracking of assets. With the optimization of supply chain becoming a national concern, digital fleet intelligence is leading to ludicrous telematics investments in sectors.
  
• The insurance industry of the US is hastening the incorporation of telematics by the insurance industry with the use of usage-based insurance, pay how you-drive and the pay per mile insurance programs. Progressive, Allstate, and State Farm, among others, are insurers that use data in telematics to determine risk, minimize fraud, and customize premiums. Increasing acceptance of data-driven insurance models by consumers is forming a strong impetus to the use of telematics in passenger automobiles.
  
• US with one of the highest levels of smartphones application, is in firm favor of app-linked telematics systems that can be used to provide remote vehicle capabilities, diagnostics, trip analytics, and emergency access. Consumers are also demanding smooth digital experiences through mobile applications, so connected-car services can be adopted by many. This connectivity layer is mobile and also supplements embedded telematics and enhances market growth.
  

The automotive telematics services market in Italy is projected to grow at a strong CAGR of 15% from 2025 to 2034, supported by its advanced automotive ecosystem, rapid integration of connected-car technologies, and stringent regulations promoting vehicle safety, data transparency, and real-time telematics compliance.

• One of the most widespread adopters of usage-based insurance in the world is Italy, and insurers are extensively implementing telematics to score drivers, verify claims, and eliminate fraud. Low premiums are enjoyed by the consumers, and the insurers are able to lower the exposure to risk. This all-encompassing adoption of UBI is generating unrelenting pressure on highly sophisticated telematics solutions in passenger cars and workforces.
  
• Italian automakers and the fleet operators are embracing embedded telematics solutions because of the compliance to EU safety, emissions, and eCall requirements. Car diagnostic and crash response as well as emission reporting are regulated, which stimulates the usage of connected systems. The increasing requirement to comply with the Euro 7 requirements adds more weight to the shift towards telematics-compliant monitoring and compliance in Italy.
  
• The Italian cities of Milan, Turin, and Rome are undergoing smart mobility campaigns that are based on the telematics data to regulate congestion, optimize traffic, and control zones. With the growth of low-emission areas and the digitalization of mobility, the need for connected telematics systems between individual vehicles, shared mobility providers, and city fleets to sustain intelligent traffic systems is growing.
  
• The high logistics network density and the swiftly growing e-commerce market in Italy are spurring vigorous network telematics usage among delivery fleets. Connected-fleet platforms assist companies in optimization of routes, asset management, and managing drivers. As the demand on efficiency in the last-mile and quickening delivery chains grows, telematics becomes a supporting resource in streamlining the logistics and courier services in Italy.
  
• Italy is accelerating its transition to EVs and plug-in hybrids, which is enhancing the requirement of telematics-based battery surveillance, remote diagnostics, charge-point navigation, and range optimization. Linked up networks sustain the expanding charging infrastructure and power-management programs in the country. With the further electrification, the vehicle connectivity is the key to the optimization of motor car performance, as well as to the achievement of Italy long-term sustainability objectives.
  

China automotive telematics services market reached USD 4.4 billion in 2024, driven by rapid digitalization of vehicles, widespread adoption of connected-car platforms, and aggressive government initiatives supporting intelligent transportation, V2X infrastructure, and large-scale deployment of embedded telematics across domestic and international OEMs.

• The aggressive implementation of vehicle safety, emissions, and connectivity policies is one of the key drivers of the telematics services in China. The adoption is being increased by mandatory installation of intelligent onboard systems, black-box units, and real-time tracking platforms to commercial fleets. The pressure of regulations is driving OEMs and fleet operators to a highly advanced telematics solution that is rapidly gaining market penetration in urban and industrial areas.
  
• Telematics are being demanded by the huge government expenditure on intelligent transportation systems, such as smart highways, connected intersections, and V2X mobility corridors. The more vehicles are dependent on telematics platforms, the more China incorporates real-time traffic management and autonomous-ready infrastructure. This is a countrywide drive towards next-generation mobility, which increases the demand of high-precision positioning, data analytics and sustained in-vehicle connectivity.
  
• The prevalence of the Chinese dominion in new energy vehicles, as well as the heavy penetration of digital ecosystems within the EVs, are contributing to the growth of the telematics market. EV manufacturers have made telematics an inherent feature to optimize charging, battery analytics, remote diagnostics, and updates via OTA. The progressive transition to linked EVs through the rapid substitution of combustion engines generates a long-term customer demand on the performance monitoring and customer experience services delivered by telematics.
  
• The booming e-commerce and last-mile logistics sector of China depends on cutting-edge telematics to enhance the visibility of the fleet, efficiency of the routes, and fuel management as well as the timeliness of delivery. There is an increase in adoption in truck, van and two-wheeler delivery fleets. Increasing demands on real-time tracking, vision of safety of drivers, and predictive maintenance are compelling the logistics operators to expand telematics integration on a national scale.
  
• Emerging consumer demands of connected infotainment, over-the-air updates, remote vehicle control, stolen vehicle tracing, and AI-based navigation are enhancing the market of telematics services. The technology-oriented customers in China demand cars with smartphone experiences, which compels the OEMs to advance digital platforms. This change to mobility based on lifestyles is causing telematics to be one of the values of mid-range and high-end cars.
  

The automotive telematics services market in Brazil reached USD 865.6 million in 2024, fueled by rapid expansion of commercial fleets, growing demand for real-time tracking and driver safety solutions, rising theft-recovery telematics penetration, and the increasing integration of connected services by domestic and international OEMs across the country.

• The rapidly developing logistics, e-commerce, and the last-mile delivery industry in Brazil is also playing a major role in the uptake of telematics. Dependence on linked fleet systems has become a key element of the operations in companies, and a means of optimizing the route planning, minimizing fuel usage, improving driver performance and maintaining regulatory compliance. Operational efficiency in a country with geographic distances that are huge also increases the pace of telematics adoption in both commercial and passenger fleets.
  
• Brazil has continued to record some of the highest rates of vehicle theft in Latin America, and this is why the theft-recovery telematics has become a priority to both the consumers and the insurers. High levels of GPS tracking, geofencing notifications, immobilization, and live location tracking are driving massive adoption. The availability by insurance companies of premium discounting vehicles that have telematics further boosts penetration of the market both in urban and semi-urban areas.
  
• Global and local automakers with operations in Brazil are quickly incorporating embedded telematics systems in new automobile models. As the demands of connected infotainment, emergency call support, predictive maintenance and remote diagnostics mount, OEMs are expediting alliances with service providers. This push by OEM is standardizing connected features of mid-range and premium vehicles to increase market demand.
  
• The government of Brazil is focusing on the safety of the traffic and the enforcement of the regulations because of high accidents. The growth in the implementation of telematics in the electronic logging of driver hours, cargo tracking and compliance in vehicle inspections is increasing the use of technology among fleets. The long-term demand of telematics solutions is increased in the country through regulatory pressure to enhance transparency in commercial transportation and cargo tracking.
  
• Brazilian health insurance companies are actively developing telematics-based policies to enhance risk measurement and minimize fraud. The usage-based insurance (UBI), pay-how-you-drive (PHYD), and pay-as-you-drive (PAYD) models are increasingly becoming popular with consumers who demand reduced premiums. Data on real-time driving behavior assists in personalizing plans, which generates high demand among telematics devices and smartphone-based telematics solutions.
  

The automotive telematics services market in South Africa is projected to grow at a CAGR of 9.5% from 2025 to 2034, supported by high demand for vehicle tracking, insurance telematics expansion, and the country’s ongoing efforts to combat vehicle theft and improve fleet efficiency.

• South Africa faces persistently high rates of vehicle theft and hijacking, which is driving up the demand for telematics solutions like real-time tracking, geo-fencing, and remote immobilization. Insurers are increasingly requiring telematic-sense-enabled security devices to lower claims risks. This push encourages consumers and fleets to adopt more effective telematics platforms and boosts overall market growth in the country.
  
• The logistics, mining, and long-haul transportation sectors in South Africa are contributing to fast telematics adoption. Fleet operators prioritize route optimization, driver monitoring, and asset tracking to cut fuel costs and prevent cargo theft. More digitalization among medium and large fleet operators is increasing the demand for better fleet-management telematics systems, speeding up market penetration nationwide.
  
• South Africa is seeing strong growth in usage-based insurance as insurers use driver-behavior analysis, crash detection, and real-time scoring to lower claims frequency. Safe drivers enjoy lower premiums, which supports broad adoption of UBI. Insurance companies gain from more accurate underwriting. This expanding partnership between insurers and telematics is boosting market growth in both personal and commercial vehicle segments.
  
• Concerns about road safety, high accident rates, and the government’s push for better traffic management are promoting the use of telematics for monitoring, compliance, and automated incident reporting. Public and private fleets are relying more on telematics-based safety solutions to meet regulations, creating a supportive environment for advanced telematics platforms and driving industry growth throughout the country.
  
• South Africa’s large mining and construction sectors significantly depend on telematics to monitor heavy equipment, cut idle time, and prevent unauthorized use in high-risk zones. Telematics systems enable operators to track machinery health, optimize fuel use, and ensure workforce safety. This targeted adoption is boosting overall market demand beyond traditional automotive uses.
  

Automotive Telematics Services Market Share

• The top 7 companies in the automotive telematics services industry are Verizon Connect, GM, BMW, Trimble, Geotab, Samsara, and Ituran, contributing around 18% of the market in 2024.
  
• Verizon Connect stays competitive by using its strong cloud telematics platform, real-time fleet visibility, AI-powered routing, and good integration with mobile networks. The company prioritizes driver safety analytics, compliance automation, and predictive maintenance to achieve measurable operational efficiency. Its scalable solutions for small fleets and large enterprises position Verizon Connect as a global leader in connected-fleet intelligence. 
  
• GM boosts its competitive edge through OnStar, its well-established connected-vehicle platform that offers emergency response, diagnostics, navigation, and vehicle health monitoring. The company continues to add advanced telematics to its EV and ICE product lines, enabling seamless connectivity and over-the-air updates. GM’s investment in data-driven mobility services supports better safety, personalized services, and monetizable telematics ecosystems across North America. 
  
• BMW leads with premium connected-car ecosystems powered by BMW ConnectedDrive, over-the-air updates, live vehicle diagnostics, and advanced driver-assistance data. The company heavily invests in telematics for autonomous and electric mobility while providing top-notch in-car digital experiences. Its focus on cybersecurity, infotainment integration, and advanced analytics gives it a competitive edge in Europe’s fast-changing telematics landscape. 
  
• Trimble remains competitive with its industry-leading fleet management tools, advanced GPS technologies, and precision telematics solutions designed for transportation, construction, and logistics. Its cloud-based platform improves routing efficiency, fuel use, and monitoring driver performance. Trimble’s integration with IoT sensors and analytics-driven mobility intelligence helps companies boost productivity and meet regulations across complex commercial fleet operations. 
  
• Geotab sustains its competitive position with its open telematics platform, strong data analytics capabilities, and wide-ranging third-party marketplace ecosystem. Its device-agnostic hardware, AI-driven fleet insights, and leadership in EV telematics make it a preferred choice worldwide. The company emphasizes sustainability metrics, safety scoring, and scalability for fleets of all sizes, reinforcing its role as a data-focused telematics innovator. 
  
• Samsara improves its market position with a unified connected-operations cloud that integrates telematics, video safety, asset tracking, and workflow automation. Its AI-enabled camera systems, real-time vehicle diagnostics, and predictive insights enhance operational efficiency and reduce risk. A strong software-first approach, rapid feature development, and deep integrations with enterprise systems make Samsara a leading telematics disruptor. 
  
• Ituran stays competitive by focusing on security-driven telematics, providing stolen-vehicle recovery, tracking, driver behavior monitoring, and fleet solutions designed for emerging markets. Its strong presence in Latin America and Israel, along with proprietary communication technologies, allows for robust tracking networks. The company emphasizes affordable telematics services, safety analytics, and reliable mobility data to support both consumer and fleet customers. 
  

Automotive Telematics Services Market Companies

Major players operating in the automotive telematics services industry are:

• BMW
• Bosch
• Continental
• Geotab
• GM
• Ituran
• Samsara
• Trimble
• Verizon Connect
• ZF

• The automotive telematics services market is very competitive. It includes a mix of OEMs, Tier-1 suppliers, and software-driven telematics specialists. Companies like Verizon Connect, Geotab, Samsara, and Trimble lead the way with large installed device bases, strong analytics platforms, and effective fleet-management ecosystems. OEMs such as GM and BMW Group boost competition by adding embedded telematics to factory-built vehicles, which improves data accuracy, allows over-the-air updates, and enhances safety services. Companies differentiate themselves by offering real-time diagnostics, AI-based insights, compliance automation, and scalable subscription models.
  
• Global Tier-1 suppliers like Bosch, Continental, and ZF further heighten competition with their end-to-end telematics control units, cybersecurity-ready architecture, and cloud-connected mobility services designed for both passenger and commercial vehicles. Niche players such as Ituran focus on stolen-vehicle recovery and regional tracking solutions. Meanwhile, enterprise-focused platforms like Samsara and Geotab compete by providing AI telematics, open APIs, and third-party integrations. As data monetization speeds up, companies are forming new partnerships with insurers, logistics operators, and EV manufacturers to establish strong market positions.
  

Automotive Telematics Services Industry News

• In October 2025, Polestar launched a connected telematics service for electric fleet operators. Developed in partnership with Echoes, Geotab, and High Mobility, the platform lets users analyze live vehicle data, plan operations more efficiently, and use predictive insights to manage costs.
  
• In May 2025, Roadzen announced that its UK subsidiary, Global Insurance Management Limited (“GIM”), has partnered with one of the world's largest telematics providers to offer an integrated vehicle protection solution for the UK automotive retail and finance markets. The new solution combines real-time telematics-enabled asset tracking with Guaranteed Asset Protection (GAP) insurance.
  
• In April 2025, Mobilisights is pleased to expand its customer base with a new agreement that gives Zubie seamless access to data from Stellantis’ connected vehicles operating in the United States. This will allow Zubie customers to optimize fleet and car rental operations with actionable insights. This agreement brings Mobilisights closer to its goal of changing the experiences of customers and businesses through the power of automotive data, contributing to a smarter and safer world.
  
• In February 2025, Targa Telematics announced a strategic partnership with Volkswagen Group Info Services AG to broaden its range of data solutions for fleet operators. The integration will include dynamic vehicle data from fleet vehicles of Volkswagen Passenger Cars, Volkswagen Commercial Vehicles, Audi, Škoda, Seat, and Cupra. This partnership allows Targa Telematics to directly integrate fleet vehicle data from six Volkswagen Group brands into its platform.
  

The automotive telematics services market research report includes in-depth coverage of the industry with estimates & forecasts in terms of revenue ($ Mn/Bn) and shipment (fleet size) from 2021-2034, for the following segments:

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Market, By Service

• Fleet management & logistics
• Usage-based insurance
• Vehicle tracking & monitoring
• Remote diagnostics & maintenance
• Safety & emergency
• Infotainment & navigation
• Others

Market, By Propulsion

• Gasoline
• Diesel
• BEV
• PHEV
• HEV

Market, By Technology

• Vehicle connectivity systems
• On-board diagnostics
• Electronic onboard recorders
• Cooperative ITS            
• Smartphone-based telematics
• Others

Market, By Connectivity

• Embedded
• Integrated
• Tethered

Market, By Vehicle

• Passenger car
  • Hatchback
  • Sedan
  • SUV
• Commercial vehicle
  • Light duty
  • Medium duty
  • Heavy duty

The above information is provided for the following regions and countries:

• North America
  • US
  • Canada
• Europe
  • UK
  • Germany
  • France
  • Italy
  • Spain
  • Russia
  • Nordics
• Asia Pacific
  • China
  • India
  • Japan
  • South Korea
  • ANZ
  • Singapore
  • Southeast Asia
• Latin America
  • Brazil
  • Mexico
  • Argentina
• MEA
  • South Africa
  • Saudi Arabia
  • UAE