Validate AUTOSAR concepts by implementing specifications, ensuring robust and standards-compliant automotive software solutions.
Deploy AGNOSAR Adaptive stack for advanced driver-assistance systems, fully compatible with Linux and QNX OS, supporting scalable and flexible automotive architectures.
Develop and refine specifications for in-vehicle communication, enabling reliable and high-performance data exchange across automotive networks.
Automate code generation for SOME/IP and DDS bindings, as well as manifest files, streamlining the integration of complex communication protocols in automotive ECUs.
Develop safety middleware with SOME/IP binding, optimized for ADAS applications on QNX High-Performance Computing platforms, ensuring secure and reliable data exchange.
Enable efficient serialization for communication between adaptive ECUs and vehicle sensors, supporting real-time ADAS and autonomous driving functions.
Implement E2E (End-to-End) libraries to safeguard safety-critical data, meeting stringent automotive safety requirements.
Automate SOME/IP ARXML toolchains based on OEM models, reducing manual effort and ensuring compliance with customer specifications.
Transform signal-based communication to service-based models with automated code generation, supporting modern automotive software paradigms.
Integrate DevOps practices with CI/CD build automation, accelerating software delivery and enhancing quality in automotive development pipelines.
Deliver secure and reliable Over-The-Air (OTA) software update solutions, enabling remote maintenance and feature upgrades for connected vehicles.
Develop Board Support Packages (BSP) for QNX and Linux, ensuring seamless hardware-software integration across diverse automotive platforms.
Virtualize ECUs and entire vehicles for control algorithm testing and validation, reducing development costs and time-to-market by eliminating the need for physical prototypes.
Ensure all developed products meet ISO 26262 safety standards, supporting functional safety and regulatory compliance in automotive systems.