- Elektrobit will present a Linux-based functional safety platform for automotive applications at Embedded World 2026.
- The platform demonstrates safe cockpit functionality and supports software-defined vehicle development workflows.
The Elektrobit Linux-based functional safety platform will be showcased by Elektrobit Automotive GmbH during Embedded World 2026 in Nuremberg, Germany, scheduled from March 10–12. The demonstration highlights how Linux-based systems can support safety-critical automotive applications while enabling scalable development for modern software-defined vehicles.
Safe Cockpit Demonstration Using Automotive Linux
At the Telechips booth, the company will demonstrate a safe cockpit implementation powered by EB corbos Linux for Safety Applications. The platform was jointly developed with Telechips, Kernkonzept, and Qt Group, and operates on the Telechips Dolphin5 automotive system-on-chip.
Safety-Critical Display Integration
The cockpit demonstration integrates Qt Safe Renderer to present safety-critical telltales within the instrument cluster. This approach ensures that essential vehicle alerts and indicators can be reliably displayed while maintaining compliance with functional safety requirements.
Expanding Safety Capabilities for Software-Defined Vehicles
The platform builds on previous collaboration with Mobileye, where Linux was validated for use in safety-relevant automotive systems. The safety capability demonstrated by Elektrobit can be licensed and reused as a feature across different Linux environments, enabling broader adoption of open operating systems in safety-sensitive vehicle architectures.
Digital Twin Cockpit and Model-Based Development Workflow
In addition to the cockpit safety platform, Elektrobit will also present a digital-twin cockpit demonstration at the Siemens booth. The system runs on Siemens’ PAVE360 virtual platform together with Android-based cockpit hardware to illustrate pre-silicon development for software-defined vehicles.
The company is also collaborating with Synopsys and MathWorks to establish an end-to-end workflow supporting model-based automotive application development across the SDV ecosystem.
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