Saturday, December 13, 2025
Home Business Automotive Red Hat Achieves Major Safety ...
Automotive
Business Honor
14 August, 2024
Red Hat’s open source safety certification sets new standard for automotive applications
Red Hat, Inc., the global leader in open source solutions, has reached a groundbreaking milestone with the Linux math library (libm.so glibc) gaining ISO 26262 ASIL-B functional safety certification. This significant achievement, awarded by exida—a top authority in functional safety and cybersecurity—marks a key step in Red Hat’s ongoing commitment to making Linux a safe and reliable choice for automotive applications.
This certification highlights Red Hat’s leading role in enhancing the safety standards of Linux for automotive use. Working closely with exida, Red Hat has crafted and validated an innovative approach to meet the rigorous requirements of ISO 26262, a standard for functional safety in automotive systems. This new certification assures that the Linux math library, both individually and as part of the overall system, adheres to high safety standards, ensuring reliability and performance for future automotive technologies.
Red Hat’s dedication to open source remains central to its approach in developing software for modern vehicles. Open source projects set crucial industry benchmarks, fostering compatibility and interoperability across different systems, components, and manufacturers. By leveraging the extensive testing and analysis from the Linux community, Red Hat ensures that their solutions are transparent, maintainable, and free from vendor lock-in.
The Red Hat In-Vehicle Operating System, now backed by safety certification, is designed to support a range of applications within a single system. This includes advanced driver-assistance systems (ADAS), digital cockpit interfaces, infotainment, body control, telematics, and artificial intelligence (AI) models. Red Hat is also collaborating with key industry partners to provide pre-tested and pre-integrated software solutions, streamlining the path to market for next-generation automotive technologies.