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Next Generation Platform combines Robotics, AI, and Real-Time with Automotive Certification

May 24, 2022 5 pm CET and 

Replay session with live Q&A on May 25, 2022 2 pm JST

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Joe Speed

VP Product



Marco Kosinski

Software Architect



Eric Pinton
Marketing Director & eAI Evangelist


Automotive E/E architecture is moving to centralized and zonal architectures. And vehicle functions are moving from discrete physical components to virtualized software. In this webinar we’ll show and demonstrate a solution for quickly developing your Software-Defined Vehicle and achieve ISO 26262 ASIL D.

Apex.AI, Renesas, and SYSGO have joined forces to bring you this solution for Software-Defined Vehicle built upon Renesas R-Car SOCs with SYSGO RTOS, hypervisor technology for mixed criticality, and Apex.AI’s functionally safe Apex.OS and Apex.Middleware products. The solution is automotive grade and ASIL D SEooC safety certifiable to speed your way to production.

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Apex.AI, developer of functionally safe products that simplify software-defined vehicle development, SYSGO GmbH, a Thales subsidiary focussed on certifiable RTOS named PikeOS including hypervisor technology for mixed criticality with real-time capabilities, and Renesas Electronics, a global leader in microcontrollers, analog, power and SoC products have joined forces to develop and demonstrate a new development platform for ADAS and AI.

The platform enables the combination of PikeOS and Apex.OS for a smooth transition for your R&D’s rapid prototyped robotics (ROS 2) ADAS and AD to the highest ASIL level certified systems with strict partitioning and freedom from interference from other applications. On top of the hypervisor PikeOS enables multiple partitions with POSIX and Linux components, where developers can develop advanced algorithms such as Lidar perception using the solution’s easy-to-use abstractions. R-Car V4H SoC provides an optimized solution for ADAS & AD ECUs, including cutting-edge FuSa Support.

You will learn how to develop software for ADAS or autonomous systems with support of ROS and real time requirements. 

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