Objective
With the shift toward high-performance computing and service-oriented architectures, a global Tier-1 supplier collaborated with AVIN Systems to develop AUTOSAR Adaptive Platform components. The goal was to create scalable, safe, and secure software for next-generation ECUs supporting complex ADAS and infotainment systems.
Solution
Requirement Analysis & Configuration
Defined scalable software architecture based on customer ECU parameters, Used Yocto and POSIX standards for modular configuration.
Network Management and Development
Built SOME/IP-based communication modules for real-time data exchange, Enabled synchronization across multi-core Adaptive ECUs.
Memory and Bootloader Integration
Integrated flash memory management and OTA-ready bootloaders for seamless updates and diagnostics.
Security Enhancement
Implemented cryptographic protocols and secure communication interfaces, Ensured compliance with ISO 26262 and Adaptive AUTOSAR safety goals.
Testing and Validation
Used automated testing frameworks to validate performance and safety, Ensured ASPICE Level 3 compliance across software modules.
Impacts
- Reduced software development time by 25%.
- Achieved modularity and reusability across multiple Adaptive ECUs.
- Enhanced real-time communication and scalability on multi-core SoCs.
Tech Stack
- AUTOSAR Adaptive Platform R20.x
- QNX OS
- Linux
- SOME/IP
- C++
- Yocto
- RESTful APIs
- POSIX.
