South Korea Automotive OEM Telematics Market

South Korea Automotive OEM Telematics Market Summary

As per Transpire Insight Analysis the South Korea Automotive OEM Telematics Market size is estimated at USD 3000 Million in 2025 and is anticipated to reach USD 4800 Million by 2033, growing at a CAGR of 6.94% from 2026 to 2033.

South Korea’s auto OEM telematics market is changing fast. It is not just a small add on tool anymore. It is turning into a full connected service link. In that setup, data moves around all the time. It links the car, the driver, cloud systems, road related services, and other connected gear.

In everyday use, telematics helps with things people notice right away. You can do remote control actions. You can also get turn by turn directions. It can send diagnostics info too. It can raise safety warnings. It also supports over the air software updates. More drivers are getting digital features that seem built for them. For automakers, this can help the car feel more personal. It can also make vehicle care simpler.In recent years, one shift has stood out. The move has been away from built in connectivity. It is moving toward software defined vehicle designs. With SDV, automakers can change certain functions after the sale. They can also offer services for the full life of the vehicle. Hyundai Motor Group said its connected service platform reached 10 million subscribers in 2023. That detail shows how far the change has gone.

Other pressures also mattered. During the pandemic, chips were harder to source. Supply chains were not steady. When hardware became tight, automakers could not rely as much on new hardware. So software became a main path to differentiate.As connectivity sits at the center of SDV platforms, OEMs can gain steady service revenue. They can also cut down on build work. Shared software setups can reduce effort. OTA updates let them push changes across many cars at once.

South Korea Automotive OEM Telematics Market Size & Forecast:

• South Korea Automotive OEM Telematics Market Size 2025: USD 3000 Million
• Expected Market Value 2033: USD 4800 Million
• Forecast CAGR: 6.94%
• Key Profile: Hyundai Motor Company, Kia Corporation, LG Electronics, Samsung Electronics, SK Telecom, KT Corporation, LG Uplus, Harman International, Bosch, Continental AG, Denso Corporation, Aptiv, Panasonic Automotive Systems, Valeo, Hyundai Mobis 

Key Market Insights

• The Seoul Capital Area leads the automotive electronics scene. In 2025 it takes in about 45% of related activity. This comes from OEM work, chip makers, and R&D groups that cluster there.
• Gyeonggi is growing faster than the rest. It pulls in EV parts, semiconductor work, and smart mobility spending. The push keeps building from 2026 through 2033.
• Telematics that are built into vehicles stay at the front. Factories support it, and OEMs control how vehicle connectivity is set up.
• Cloud telematics is starting to take more space. OEMs are moving data work to central systems. They also expand ongoing software updates and related services.
• Risk checks for insurance are rising the quickest. This growth runs from 2025 to 2030. More driving data helps price risk in a more detailed way.
• Passenger vehicles take the largest share in OEM telematics. In 2024 they hold about 71% worldwide. Factory installed connectivity is becoming normal across many model lines.
• Work tied to self driving is growing at the fastest pace. Telematics platforms are bundling more inputs. They now bring together vehicle data, AI runs, maps, and V2X info.
• Passenger cars drive most of the end user demand. Still, commercial fleets matter more over time. They use predictive maintenance, route planning, and fleet use analytics.
• OEMs are the main end user channel. Factory installed systems keep opening chances for connected services. They also support OTA related revenue.
• In 2025, Hyundai Motor rolled out Pleos. The goal is to reach over 20 million vehicles. Hyundai links this to its software defined platform plan for 2030.

What are the Key Drivers, Restraints, and Opportunities in the South Korea Automotive OEM Telematics Market?

South Korea’s car makers are watching telematics rise quickly. A major driver is the move to software-defined cars. Hyundai Motor Group is aiming for a single computing setup. It will use OTA updates plus cloud-linked features. In this setup, telematics is no longer just a box inside the vehicle. It turns into a steady flow of software and data services. That shift affects how the business runs. If cars remain online, it is simpler to charge for subscriptions, deliver digital tools, run checks before failures, and push upgrades after the sale. Hyundai also expects around 20 million Pleos Connect-equipped cars by 2030. That target gives a sense of scale.

Even so, there is a real constraint. Semiconductor supply is not spread evenly. The same issue shows up for connectivity parts. Auto chips have long testing and sign off steps. So an OEM may not be able to switch suppliers fast when stock runs low. On top of that, geopolitical stress can slow things further. The chip crunch in 2021 to 2022 made this issue hard to miss. Many firms then had to redo their sourcing plans and system choices. In a Transpire Insight look at local buying updates and launch timing, this supply risk still seems to be the main hurdle for getting plans done.

There is also a strong opening in AI for SDV systems. Hyundai’s work with NVIDIA and the planned 2026 Pleos Connect rollout point that way. With shared computing in the vehicle, telematics data can be used alongside generative AI. It can also help with vehicle functions and with how OTA updates are sent. From there, the income plan can shift toward higher value software subscription tiers. You also get more chances for upkeep forecasts, more tailored features, and apps from outside partners. It is more than one-time money from hardware.

What Has the Impact of Artificial Intelligence Been on the South Korea Automotive OEM Telematics Market?

Connected cars are changing fast. The way they get managed is shifting, too. Telematics data is now guiding choices with less hand work.Hyundai Motor Group has an LLM tool for upkeep. It can look at fault codes, what drivers report, the right manual pages, and past service records. Teams say this drops the time to respond to maintenance by about 42%.They also run early checks with machine learning. The system reviews sensor logs and older notes to find patterns. The aim is to catch trouble sooner, before it grows into a costly visit to a shop.

Hyundai is setting up a feedback loop. Vehicle data is gathered. AI models review it. Service gets improved. Then updates go out over OTA. Later software updates can use what fleet teams learned in the past.AI is not just for behind the scenes. It is also showing up in driver help and cabin tools. NVIDIA and Hyundai are working on quick computing and generative AI for software defined vehicles. Pleos Connect uses Gleo AI for voice that can follow context. It also links voice control to car functions.The weak point is not the models themselves. It is the hard work that ties everything together. AI needs strong computers, software that has been tested, large data sets, and clear security steps. It also requires costly testing on the vehicle. For smaller vendors, this can slow down rollout.

Key Market Trends

• Since 2020, South Korean car makers have leaned more into EV and SDV designs. More electronic parts have meant more need for connected vehicle computing.
• From 2021 to 2022, chip shortages showed how fragile supply chains could be. Some OEMs changed how they buy parts. They also pushed more key electronics production closer to home.
• Starting in 2023, OTA functions began to matter more in higher end models and in EVs. OEMs can also charge for software gains after delivery, not only at the sale.
• In 2024, Hyundai and Kia worked with Samsung to grow linked services. SDVs were tied in with SmartThings, phones, and home IoT tools.
• Also in 2024, South Korea updated automotive management rules. Cybersecurity and software update duties got tighter. That made connected vehicle system design harder to ignore.
• In 2025, Hyundai Motor Group rolled out Pleos. It also shared a cloud mobility plan built around common vehicle software and ongoing updates.
• Later in 2025, Hyundai teamed with NVIDIA. The goal was faster generative AI and faster compute for SDVs. This pushed AI past basic connected services and into broader vehicle functions.
• In 2026, Hyundai Mobis and Qualcomm expanded their work. They aimed to join SDV and ADAS plans. They pointed to the Snapdragon Ride Flex for the computer side.
• In 2026, Hyundai brought Pleos Connect to Korea. It came with Gleo AI. Hyundai also said it wants to roll out the plan on roughly 20 million vehicles by 2030.
• Connected car services are turning into repeat software offerings. OEMs mix OTA updates with tailored features, use vehicle data, and add third party apps.

South Korea Automotive OEM Telematics Market Segmentation

By Component : 

Factory hardware still has a role. It lets the car reach the outside and respond to signals. But the balance is shifting. More tasks now go through shared systems.In a lot of cars, a telematics module connects what the vehicle does to outside networks. A GPS unit and other sensors pick up location and status data. That information feeds support features, checks for faults, safety actions, and normal maintenance steps.After the car is running, the link does not stay still. The system keeps pushing fresh data and leaves certain features ready. On the cloud side, big services store the incoming traffic. Then tools scan the logs and help people see how the vehicle is doing, and how it behaves over time.

South Korean brands are investing more in software as well. This is not limited to basic electronics. New models are expected to get updates over the air. They are also leaning on AI for fault detection. Alongside that, there are plans for better cyber protection and more ties to cloud services. All of this points to more software in the final product.Industry suppliers will feel this too. They have to match OEM plans, handle the needed processing, and protect private data. They also need to keep their software working well for many years. As car platforms connect more often, those demands are likely to grow.

By Vehicle Type : 

Cars still take the lead for connected features. A growing number of new models leave the plant already set up for them. You can spot this in both basic trims and the more expensive ones.Electric vehicles are rising too. With a connected vehicle platform, the car can share battery level and charging status. Owners also get remote functions and navigation prompts. The system can also help with how power is used.

Luxury makers are not backing off on telematics. They often pair it with paid online services. Their in car displays tend to grab information from the vehicle systems.Work trucks and other commercial vehicles show an even broader use. Fleet staff can track locations, map routes, review driver activity, and plan upkeep. For electric fleets, people will want sharper battery and charger updates. That demand can bring more connected fleet tools into everyday operations.Korean OEMs are also spending more on software defined vehicles. That effort should let telematics move into more vehicle categories in the next few years.

By Application : 

Car dashboards are still packed with navigation and infotainment. Many drivers rely on these tools every day. At the same time, remote checks and predictive upkeep are bringing results for companies.When a car shares health data, the shop team can catch problems earlier. That often means fewer trips that turn out to be unnecessary. Teams can also schedule fixes with more sense and less rush.Safety gear and security systems depend on data too. Real time location, alerts during emergencies, and support services all use that flow of information. It helps everything react faster and more reliably.

Fleet work should improve as well. Delivery and logistics teams want routes that make more sense. They also want enough vehicles available when plans change. Plus, they need stronger control over daily spending.Predictive maintenance may become even more important. Sensor readings and vehicle condition data can be reviewed with machine learning. The aim is to spot failures before they cause trouble.Car makers could also use connected services for paid plans. Subscriptions and software updates after purchase can add revenue. This revenue sits on top of sales, not instead of them.

By Connectivity : 

4G and LTE still fit a lot of connected-vehicle use cases. Even so, 5G is starting to take on a bigger share. With 5G, data moves faster. It also reduces lag. That matters for smoother infotainment in the car. It can also make it easier to tie in with cloud services. More detailed vehicle checks can run better too. In time, it may help set up vehicle-to-everything functions.For inside the cabin, Bluetooth and Wi-Fi are still handy. They make it easy to pair phones. They also keep in-car connection setup straightforward.

Over time, V2X will matter more. In Korea, auto work is shifting toward connected and automated mobility. When the network is faster, cars can trade data with road systems more effectively. This can lead to better traffic updates. It can also improve safety alerts. It may also support newer driving features. Companies that sell connectivity are likely to create parts that work across multiple network kinds. They also want steadier service. They aim to reduce the amount of gear teams have to run and maintain.

By End User : 

Automotive OEMs are a main customer set. Their new cars leave the plant with telematics. Those built in systems keep a vehicle connected. With that access, teams can add digital services. They can run routine health checks. They can send software updates. They can also stay in touch with drivers in more useful ways.Fleet operators and logistics groups are adopting this too. They can use the incoming data to choose routes that fit the job. They also track where each vehicle sits at any time. Repair timing can be planned from real signals. They can also review how vehicles are used as the months pass.Insurance companies can use connected data as well. Driving signals can help them estimate risk. Some providers may move toward plans that charge by actual use. This would be different from relying only on prior records.

Public agencies can gain value from connected vehicle details. The same information can support traffic management. It can help with road safety efforts. It can also back smart mobility projects. Rental companies can watch vehicle status by using location and condition signals. That supports everyday operations.Car owners are likely to use more connected features as they spread. People may get remote controls and alerts from the car. They may receive service warnings before problems grow. Navigation can improve with live input. Emergency support can be faster. Many owners may see more personalized options.

What are the Key Use Cases Driving the South Korea Automotive OEM Telematics Market?

Navigation and in-car infotainment stay central. Drivers in passenger cars and premium models keep adopting them. Many OEMs keep putting money into linked systems. The reason is simple: navigation, live traffic updates, voice features, and digital media make the car feel more useful. They also help keep customers longer.

More fleets are looking at remote diagnostics and fleet control tools. This is showing up with fleet operators, logistics firms, and rental groups. With remote diagnostics, service teams can spot issues early. That means fewer surprises when the car reaches the workshop. Fleet platforms also help teams run better. They support higher vehicle use, smarter route decisions, and cleaner maintenance timing. All of that feeds into lower operating costs.

Predictive maintenance and safety services using V2X look like new growth areas. Over the coming years, more players may lean into them. Insurers can use vehicle data to refine how they price risk. Public agencies can use V2X signals in smarter road and traffic programs.

Which Regions are Driving the South Korea Automotive OEM Telematics Market Growth?

The Seoul Capital Area leads connected car work. In 2025 it represents about 45% of automotive electronics activity in this space. The area has dense 5G coverage and smart city systems. Public support for connected and automated mobility also helps. Big names drive the cycle, including Hyundai Motor Group, Kia, Samsung Electronics, and LG Electronics. Key chip makers add more capacity. As vehicles move further into software-driven designs, the region should keep its edge. Spending on R&D and connected infrastructure is expected to keep that advantage in place through 2033.

The Gyeongsang region looks different. Its strength comes more from factories and supply links than from digital office hubs. There is solid industrial support and steady auto spending. That makes it easier to build telematics gear, electronic control units, sensors, and connectivity parts. Plants cluster around Ulsan and nearby industrial zones. That layout helps suppliers work closely with major automakers. As factory-installed connectivity grows, this base should keep producing reliable revenue over time.

Gyeonggi looks like it is moving fast these days. Spending on semiconductors is going up there. Teams are also stepping up work on self-driving platforms. On top of that, smart mobility projects are rolling out, and more tech groups are showing up in the same area.More opportunities are showing up in car electronics and software. Advanced systems have created new entry points. Companies can run more trials for connected vehicles now. At the same time, many groups are trying to connect data through cloud services. They are also pushing work tied to SDV.Seoul being nearby matters as well. Car makers, tech firms, and research teams can meet more easily. They can share work and coordinate faster. That kind of proximity may shorten the time needed to finish a project.From 2026 to 2033, the current momentum should keep bringing openings. People who build telematics software could see demand. Specialists focused on vehicle connectivity may also find room. Investors involved with parts across the value chain could benefit too.

Who are the Key Players in the South Korea Automotive OEM Telematics Market and How Do They Compete?

Car rivalry is strong. A big reason is that the large South Korean makers still own the telematics parts that come with each vehicle. They also manage the connected services. In this stage of the market, software quality and how well the systems fit together matter more than the plain hardware cost.Most OEM teams now push SDV-like setups. They focus on OTA updates. They also add AI features and wider connected networks. The older brands keep an edge by partnering with chip and tech companies. Because of that, it is tough for fresh, general players to get attention.

Hyundai Motor Group wants to pull ahead with a platform plan named Pleos. Pleos bundles central compute, OTA upgrade support, cloud access, and AI-enabled driving functions into one package. Hyundai also plans for Pleos Connect to reach roughly 20 million vehicles by 2030. With that reach, it can keep selling software services to a large group of drivers.Kia, on the other hand, is building its reach through a wider ecosystem. It is tying its work to Samsung SmartThings. This setup links car functions with home devices and with phones. Samsung Electronics backs the move with its connectivity strengths, its IoT work, and its semiconductor experience. Kia’s point of difference is how the car and other devices operate as one. It is not only about telematics hardware.

Hyundai Mobis says it is teaming up with Qualcomm to put more weight on advanced tech for SDV and ADAS. The effort is built around the Snapdragon Ride Flex plan.The company says this will move more computing power into the car electronics. It is also meant to support newer vehicle setups that can run at higher performance. In the same push, telematics is set to work inside broader software suites.

LG Electronics is also active in car connectivity. It is working on infotainment systems and the platforms around them. LG says its telematics functions are tied into vehicle software as well as communication tools.LG also connects with major auto and tech partners. The goal is to widen the set of services it can provide. It also aims to lower how much it depends on telematics gear it sells by itself.

Company List

• Hyundai Motor Company
• Kia Corporation
• LG Electronics
• Samsung Electronics
• SK Telecom
• KT Corporation
• LG Uplus
• Harman International
• Bosch
• Continental AG
• Denso Corporation
• Aptiv
• Panasonic Automotive Systems
• Valeo
• Hyundai Mobis 

Recent Development News

In March 2026, Hyundai Motor and Kia expanded a strategic partnership with NVIDIA to advance autonomous-driving technologies for software-defined vehicles, strengthening connected vehicle computing and AI capabilities.

Source https://www.hyundaimotorgroup.com/

In April 2026, Kia integrated Hyundai Motor Group’s CODA software-defined architecture, Pleos Connect, and Gleo AI into the planned first SDV, strengthening next-generation connected-car functionality. Source https://www.hyundaimotorgroup.com/

What Strategic Insights Define the Future of the South Korea Automotive OEM Telematics Market?

Over the next five to seven years, South Korea’s OEM telematics scene may move toward vehicle platforms that are managed by software. In that setup, connectivity plays the role of the core layer. It lets cars receive steady updates over time, not only one added feature.

There is another concern, but it is less obvious. The market could end up too dependent on a few big firms. If suppliers tie their future to only a handful of OEMs, chip makers, and platform providers, it becomes easy for buyers to change direction. Deals can be adjusted quickly in procurement. Even platform work can be redone at any point. Because of that, the growth figures people cite in reports may not capture the full impact.

Still, there may be a bigger chance in vehicle-to-everything services. These links could connect with AI tools used for traffic handling, help for driver assist systems, and support for smart-city setups. That may become more important as connected infrastructure extends beyond the main urban areas.

For those reasons, companies should build toward systems that can fit more than one vehicle design. They should push for software and hardware that remain compatible with more than one connectivity method. They should also keep room for use across multiple OEM platforms.

Suppliers may want to start early on cyber defense, edge computing, and the way vehicle data is stored and managed. Doing this could support longer contracts, especially if OEMs shift more budgets to software-led vehicle programs.

South Korea Automotive OEM Telematics Market Report Segmentation

By Component

• Hardware
• Software
• Connectivity Services
• Telematics Control Units
• GPS Modules
• Sensors
• Cloud Platforms
• Analytics Software

By Vehicle Type

• Passenger Cars
• Light Commercial Vehicles
• Heavy Commercial Vehicles
• Electric Vehicles
• Hybrid Vehicles
• Luxury Vehicles
• Commercial Fleets

By Application

• Navigation
• Vehicle Tracking
• Remote Diagnostics
• Fleet Management
• Safety & Security
• Infotainment
• Emergency Assistance
• Predictive Maintenance

By Connectivity

• 4G
• 5G
• LTE
• Bluetooth
• Wi-Fi
• V2X
• Satellite

By End User

• Automotive OEMs
• Fleet Operators
• Individual Vehicle Owners
• Rental Companies
• Insurance Companies
• Government Agencies
• Logistics Companies