The average driver rarely thinks about what happens after pressing the ignition button. Navigation loads instantly. Traffic information updates in real time. A mobile app shows vehicle status from hundreds of miles away. Fleet managers track vehicles remotely. Drivers receive software updates without visiting a dealership.
Most of these experiences feel normal now. A decade ago, many of them would have been considered premium features.
Behind every connected vehicle sits an ecosystem of software, cloud infrastructure, data platforms, embedded systems, APIs, and telecommunications technologies working together continuously.
Building that ecosystem is rarely simple. Automakers are expected to deliver connected services while managing cybersecurity requirements, cloud architectures, vehicle data platforms, telematics systems, mobile applications, and increasingly complex customer expectations.
This is why engineering partners have become a critical part of connected car programs. The companies below are among those helping manufacturers, suppliers, and mobility businesses develop the connected vehicle platforms shaping the modern automotive industry.
Connected Cars Are No Longer Just About Connectivity
The term “connected car” originally described a vehicle capable of communicating with external systems. Today, the concept covers much more than connectivity alone.
Modern connected vehicle platforms often support:
- Over-the-air updates
- Remote diagnostics
- Fleet management
- Vehicle telematics
- Mobile applications
- Predictive maintenance
- Driver assistance features
- Vehicle data analytics
- Digital services ecosystems
Each capability introduces its own technical requirements. The challenge is ensuring they work together as part of a single experience.
1. Avenga
Many connected car projects start with a narrow objective. A manufacturer wants better telematics. A fleet operator needs more visibility. A supplier is building a new vehicle platform.
As development progresses, the scope tends to expand. Vehicle connectivity leads to cloud infrastructure requirements. Cloud infrastructure generates data. Data creates opportunities for analytics, AI, and new services. What began as a connectivity project often becomes part of a much broader digital ecosystem.
Avenga works across those different layers. The company supports connected vehicle initiatives through telematics solutions, connected car platforms, cloud services, automotive engineering, AI integration, and in-vehicle software development. Its automotive expertise also includes ADAS systems, infotainment development, fleet intelligence solutions, and AUTOSAR-based engineering.
Services include:
- Connected vehicle platforms
- Telematics systems
- Cloud integration
- Fleet intelligence
- In-vehicle software
- ADAS development
- AI-powered automotive solutions
- Automotive validation
For organizations seeking large-scale automotive software development services, Avenga is frequently considered for connected mobility initiatives.
2. Codica
Not every connected car project revolves around embedded vehicle systems. Many businesses focus on the digital products that surround the connected vehicle experience.
Customer portals, mobile applications, mobility marketplaces, rental platforms, fleet services, and vehicle commerce solutions all depend on reliable software infrastructure. This is where Codica often enters the picture.
The company develops custom software products for automotive businesses, with expertise spanning web applications, mobile products, cloud platforms, marketplaces, and customer-facing digital experiences.
Services include:
- Automotive web applications
- Mobile development
- Marketplace solutions
- Cloud-based platforms
- UI/UX design
- Product discovery
- Quality assurance
- Support and maintenance
Organizations building connected mobility services often evaluate Codica as an automotive software development company capable of supporting the digital side of vehicle ecosystems.
3. GlobalLogic
Connected vehicles generate enormous amounts of information. The challenge is not collecting data. The challenge is turning that data into useful experiences.
GlobalLogic focuses heavily on this area through connected mobility programs, digital experiences, embedded engineering, cloud integration, and software platforms that support vehicle ecosystems.
Its work often centers on how connectivity, software, and customer experience interact.
Services include:
- Connected mobility solutions
- Vehicle connectivity
- Embedded software
- Cloud platforms
- Digital cockpit systems
- Data engineering
For manufacturers looking to strengthen connected experiences, GlobalLogic remains a common choice.
4. Luxoft
Connectivity has become deeply intertwined with nearly every aspect of vehicle software. Infotainment systems depend on it. Autonomous features increasingly rely on it. Over-the-air updates require it.
Luxoft has spent years supporting manufacturers working across these domains. Its automotive practice includes connected vehicle platforms, digital cockpits, embedded software, autonomous technologies, and cloud-enabled vehicle ecosystems.
Services include:
- Connected vehicle solutions
- Digital cockpit development
- Embedded engineering
- Autonomous driving support
- Cloud integration
- Validation services
The company’s long-standing automotive focus continues to make it a major player in connected mobility programs.
5. KPIT Technologies
Vehicle connectivity is becoming a foundational component of software-defined vehicles. Few companies have aligned themselves with that transition as closely as KPIT.
The company works extensively with automotive manufacturers on connected mobility, software-defined vehicle platforms, electrification programs, and autonomous driving initiatives.
Its automotive specialization remains one of its biggest differentiators.
Services include:
- Connected mobility solutions
- Software-defined vehicle engineering
- Vehicle connectivity
- Embedded systems
- Validation services
- Electrification software
For OEMs looking for automotive-focused engineering expertise, KPIT is often part of the conversation.
6. EPAM
Connected vehicles create technical challenges that extend well beyond the vehicle itself. Cloud platforms must scale. Data pipelines must perform reliably. Digital services need continuous support. Customer-facing applications must remain responsive and secure.
EPAM supports organizations working across these areas. Its expertise includes software engineering, cloud transformation, connected platforms, product development, and data initiatives that support large digital ecosystems.
Services include:
- Connected vehicle platforms
- Cloud transformation
- Product engineering
- Data solutions
- Digital services
- Enterprise modernization
Many automotive organizations engage EPAM when connectivity becomes part of a broader digital transformation effort.
7. Akkodis
Connected vehicle programs rarely exist in isolation. ADAS systems, autonomous driving initiatives, digital cockpits, telematics platforms, and cloud-connected services increasingly depend on shared software and data ecosystems.
Akkodis works across many of these areas. The company supports automotive manufacturers through embedded engineering, connected mobility solutions, vehicle electronics development, autonomous systems projects, cloud engineering, and validation services. Its experience spans both traditional automotive engineering and the software capabilities required for modern mobility platforms.
Services include:
- Connected mobility solutions
- Embedded software engineering
- Vehicle electronics development
- Autonomous systems support
- Cloud and digital engineering
- Validation and testing
- Vehicle software integration
For organizations pursuing software-defined vehicle initiatives and connected mobility programs, Akkodis is often considered among the established automotive engineering partners in the market.
Why Connected Car Development Keeps Expanding
A few years ago, connected vehicle projects were often viewed as standalone initiatives. Today, they are becoming the foundation for many automotive strategies.
Connectivity supports software updates, digital services, fleet management, predictive maintenance, usage-based programs, and new customer experiences. As vehicles become more software-driven, connected ecosystems become increasingly important.
This is one reason manufacturers continue investing heavily in connectivity platforms and supporting infrastructure.
The Connected Vehicle Is Becoming a Platform
The automotive industry has spent decades optimizing mechanical systems. Now, much of the innovation is happening in software.
Connected vehicle platforms allow manufacturers to deliver new capabilities after purchase, improve user experiences over time, and create ongoing relationships with customers long after a vehicle leaves the factory.
Supporting that shift requires expertise across cloud platforms, embedded systems, telematics, vehicle data, cybersecurity, and digital products.
The companies listed above are helping shape that future through their work in automotive software development, supporting the next generation of connected vehicle ecosystems.
