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How We Engineered an Android-Based Infotainment Platform for Connected Vehicle Experiences

How We Engineered an Android-Based Infotainment Platform for Connected Vehicle Experiences

By June 4, 2026June 19th, 2026No Comments

Our engineering team at SRM Tech Automotive Center of Excellence (CoE) designed and developed an Android-based infotainment platform tailored for modern connected-vehicle ecosystems. The program focused on delivering a seamless, scalable, and user-centric in-vehicle experience aligned with evolving automotive technology trends and Software-Defined Vehicle (SDV) architectures.

The platform was built to support smartphone integration, connected services, third-party applications, responsive Human Machine Interface (HMI), and high-quality media experiences while addressing key industry challenges related to performance optimization, connectivity reliability, system stability, and driver distraction reduction.

Business Objectives

The initiative aimed to develop a future-ready infotainment platform capable of delivering reliable connectivity, responsive user interaction, and scalable application integration for next-generation automotive systems.

Key objectives included:

  • Deliver a seamless and responsive in-vehicle user experience with minimal driver distraction
  • Enable stable smartphone integration for navigation, media, and communication services
  • Support high-quality audio playback, routing, and volume management
  • Build a scalable framework for secure third-party application integration
  • Improve infotainment performance through faster boot times and optimized multitasking
  • Enhance system reliability with reduced crashes and efficient resource utilization
  • Enable reliable connected vehicle communication across multiple interfaces and protocols
  • Support safety-focused UI/UX principles aligned with automotive usability requirements

Solution

Our digital cockpit engineering team designed and implemented an Android-based infotainment platform on a Cortex-A hardware architecture optimized for automotive applications. The solution integrates media, communication, connectivity, cloud, and vehicle-interaction services into a unified, scalable IVI ecosystem.

The platform architecture enables seamless interaction across the hardware, operating system, middleware, applications, and HMI layers, creating a robust foundation for connected infotainment experiences and future SDV integration.

By combining reusable software components, platform-level optimization, and automotive-grade connectivity, the solution improved scalability, accelerated development cycles, and enhanced the overall user experience.

Key Highlights

Android-Based Automotive Infotainment Architecture

  • We developed a layered infotainment architecture integrating hardware, OS, middleware, applications, and HMI into a unified automotive platform, enabling scalability, modular expansion, and seamless vehicle interaction.

Media and Audio Framework Integration

  • We implemented media playback, audio streaming, routing, and volume management capabilities to deliver a seamless in-vehicle entertainment and communication experience.

Smartphone Connectivity and Communication Services

  • Developed a PID-based PWM control framework for electro-hydraulic actuation, delivering smooth ramp-up and ramp-down of braking force while eliminating transient jerk and oscillations. We enabled stable Bluetooth-based smartphone integration supporting device pairing, contact synchronization, call management, and low-latency media streaming.

Responsive Android HMI Development

  • We designed a responsive Android-based HMI optimized for smooth interaction, real-time responsiveness, and reduced driver distraction.

Third-Party Application Framework

  • We implemented a secure, scalable Android application framework that supports seamless third-party integration and future extensibility.

Multi-Protocol Connectivity Integration

  • We integrated Bluetooth, Wi-Fi, USB, TCP/IP, MQTT, and HTTPS protocols to enable reliable connected vehicle communication and cloud connectivity.

Performance and Stability Optimization

  • We optimized boot time, multitasking, and memory utilization to improve infotainment responsiveness, system stability, and reliability.

Vehicle HAL (VHAL) and API Integration

  • We integrated Android Vehicle HAL (VHAL) interfaces and service APIs to enable seamless communication between infotainment applications and vehicle systems.

IVI ARCHITECTURE:

Building a Scalable Android Automotive Infotainment Platform - IVI ARCHITECTURE
The layered IVI architecture illustrates the interaction from Hardware to HMI, through OS, Middleware, and Application layers, providing a robust and scalable platform for automotive infotainment.

Outcomes

  • Delivered a fully functional Android-based infotainment platform for automotive applications
  • Enabled stable smartphone connectivity and seamless media streaming
  • Improved infotainment responsiveness through optimized boot time and multitasking performance
  • Reduced crashes and improved memory utilization for enhanced system stability
  • Enabled reliable connected vehicle communication across multiple interfaces and protocols
  • Delivered a smooth and responsive in-vehicle user experience
  • Accelerated infotainment development through reusable software components and scalable architecture

Technologies Used

  • Hardware Platforms : Cortex-A based SoCs – i.MX8M Plus
  • Operating Systems : Android 11, Android 15
  • Programming Languages : Java, Kotlin, C, C++
  • Connectivity : Bluetooth, Wi-Fi, USB, TCP/IP, HTTPS, MQTT
  • Build Tools : CMake, GCC, Android Build System, Cross compiler toolchain for ARM
  • Application Frameworks : Android App Framework, Vehicle HAL (VHAL)
  • Development Environment : Android Studio, Linux Environment, Eclipse IDE
  • Debugging and Analysis : ADB, Logcat
  • SDKs : Android SDK