Integrated ADAS Software Foundation for Vehicle Platforms

ETAS and Elektrobit have jointly developed an integrated advanced driver assistance systems (ADAS) software foundation intended for automotive OEMs and Tier 1 suppliers developing software-defined vehicle platforms. The cooperation combines Linux-based functional safety capabilities with automotive middleware designed for deterministic data handling and production-grade ADAS integration.

The solution was presented during the JSAE Automotive Engineering Exposition 2026, held from 27–29 May 2026 in Yokohama, Japan.

Cooperation Structure and Industrial Context
The cooperation addresses increasing software complexity in ADAS development, where OEMs and suppliers must integrate operating systems, middleware, safety mechanisms, and vehicle application software across multiple compute platforms. Independent sourcing of these components can increase validation effort, compatibility issues, and integration risk.

Elektrobit contributes EB corbos Linux for Safety Applications, a Linux-based safety platform intended for automotive environments requiring functional safety support. ETAS contributes the ADAS profile of its Vehicle Software Platform Suite, which provides deterministic middleware and compute integration functions for ADAS workloads.

The companies position the combined platform as a pre-integrated software foundation intended to reduce engineering effort during system integration and validation.

Technical Architecture and Responsibilities
The integrated platform combines operating system and middleware layers into a coordinated software stack suitable for ADAS applications requiring predictable timing behavior and safety-oriented execution.

Elektrobit’s role focuses on the Linux safety layer within its software-defined vehicle infrastructure portfolio. The platform supports Linux-based deployment for automotive systems requiring ASIL-B functional safety capability.

ETAS provides middleware and integration technologies designed for deterministic communication and efficient handling of large sensor and processing data volumes commonly associated with ADAS workloads. The middleware layer is intended to support production-oriented application development and integration into existing automotive software architectures.

The combined system is designed to function as an open alternative to proprietary ADAS operating environments while maintaining compatibility with existing vehicle software programs.

Deployment and Integration
According to the companies, the integrated ADAS software foundation is already available for evaluation and pilot integration within OEM and Tier 1 vehicle development programs. The software can be incorporated into existing automotive software stacks to support early-stage validation and production-oriented testing.

The demonstration platform shown at JSAE 2026 was intended to validate the use of safety-enabled Linux combined with deterministic automotive middleware for scalable ADAS deployment.

Dr. Tobias Kreuzinger, Head of Product Field Compute Middleware at ETAS, stated:
“Determinism, highly efficient handling of huge amounts of data, and functional safety are essential requirements for series-ready ADAS systems.”

Applications and Operational Impact
The platform targets ADAS applications requiring scalable compute architectures, deterministic software behavior, and safety-oriented operation. Typical use cases include sensor processing, perception systems, and domain-controller-based vehicle architectures within software-defined vehicle environments.

The pre-integrated approach is intended to reduce software integration effort, simplify validation processes, and lower program risk during deployment of automotive digital infrastructure.

Dr. Moritz Neukirchner, Head of Cross-Portfolio Growth and Alliances at Elektrobit, stated:
“ADAS programs increasingly require a mature and safety-compliant software foundation that can scale across vehicle platforms.”

Edited by Sucithra Mani, Induportals editor – adapted by AI.

www.etas.com