Elektrobit and Mobileye Develop Autonomous Drive System

elektrobit and mobileye develop autonomous drive system

Summary: Elektrobit and Mobileye have integrated EB corbos Linux for Safety Applications into the Mobileye Drive Level 4 autonomous driving platform. The collaboration brings a safety-assessed open-source operating system to Mobileye’s scalable self-driving stack, supporting automotive-grade functionality, over-the-air updates, and deployment across robotaxi, mobility, and logistics applications powered by Mobileye’s EyeQ SoC.

Key engineering takeaway: EB corbos Linux for Safety Applications delivers an open-source OS assessed for ASIL B and SIL2 compliance as a safety element out of context, enabling Linux deployment in safety-critical HPC domains for ADAS and AV systems. Its integration with Mobileye Drive supports safety-compliant compute orchestration, scalable software architectures, and robust AI-driven autonomous operation.

Why it matters: Safety-qualified open-source platforms can accelerate SDV and autonomous development by combining transparency, flexibility, and faster innovation with functional safety assurance. Integrating such software into production-intent Level 4 stacks strengthens system reliability and supports scalable deployment of autonomous mobility services.


Elektrobit and Mobileye integrate EB corbos Linux into the Mobileye Drive Level 4 autonomous drive system.

Elektrobit and Mobileye today announced the integration of EB corbos Linux for Safety Applications into Mobileye Drive, a scalable end-to-end Level 4 self-driving system. As the foundation for global OEM offerings and robotaxi vendors, the Mobileye platform will utilize Elektrobit’s safety-compliant solution, delivering automotive grade features and field updates. This collaboration reflects Mobileye’s interest in EB corbos Linux for Safety Applications.

EB corbos Linux for Safety Applications is the world’s first open-source operating system (OS) solution assessed to be compliant with automotive functional safety standards. The groundbreaking solution has already received a positive technical assessment for ASIL B and SIL2 by TÜV Nord for the safety element out of context (SEooC) based on the two safety standards ISO 26262 and IEC 61508. EB corbos Linux for Safety Applications, enables automotive manufacturers and suppliers to utilize Linux in safety-related high-performance computing (HPC) functional domains such as applications for advanced driver-assistance systems (ADAS) and autonomous vehicles (AV). Open source further sets itself apart from proprietary software through its inherent transparency, flexibility, speed of innovation and security.

Mobileye Drive™ is a scalable self-driving system that is designed to enable automakers and transport operators to make robotaxis, ride-pooling, public transport, and goods delivery fully autonomous. Powered by the latest generation of Mobileye’s own SoC EyeQ™, Mobileye Drive utilizes advanced AI-driven computation as well as a robust safety architecture. Mobileye Drive is designed to be integrated into various vehicle types to enable fully autonomous operation without human intervention in a defined area and under certain driving conditions. Customers benefit from Mobileye’s extensive experience in deploying its technology across about 230 million vehicles worldwide. Mobileye Drive is currently deployed for testing in multiple locations across Europe and North America.

Maria Anhalt CEO, Elektrobit: “Our industry is at a pivotal moment, with carmakers, Tier1 suppliers, and technology companies increasingly joining forces to advance autonomous driving. Working with Mobileye and opening up our cooperation on EB corbos Linux for Safety Applications reflects our commitment to practical, safe, and scalable innovation. Together, we are helping pave the way for the next generation of reliable autonomous driving systems”

Johann “JJ” Jungwirth, Executive Vice President Autonomous Vehicles, Mobileye: “Working together with software innovators in the automotive field like Elektrobit is a key factor in expediting the mass-production of vehicles equipped with the self-driving system Mobileye Drive. Our customers expect to deploy AVs in large numbers in the upcoming years, increasing the importance of system stability and reliability.”

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