7 articles
Years on the road do not automatically make a component proven in use. What makes field history credible under ISO 26262, and when can it support reuse? A practical introduction to the evidence, limits and common misconceptions.
A training week, a certificate, and six months later a blank hazard analysis template. Nothing went wrong with the course. ISO 26262 is used in slices, months apart, and every slice borrows knowledge the standard does not teach: vehicle dynamics, reliability data, software verification, supplier contracts, SOTIF, cybersecurity. It is not learned in one shot. It is learned, applied and repeated, one cycle at a time. New article on how a team keeps that loop running, and what evidence it leaves behind.
While both automotive and railway safety standards originate from IEC 61508, they have evolved into distinct methodologies. Discover how ISO 26262 principles compare to CENELEC railway standards regarding risk assessment, system response, and lifecycle management.
Reusing mature legacy software saves time but introduces hidden functional safety risks when moved to a new vehicle context. Learn how to navigate the four quadrants of ISO 26262 component reuse and ensure your safety arguments remain watertight.
Automotive systems now fail due to complex environmental factors, not just broken hardware. Discover how functional safety engineers can bridge the gap between ISO 26262 and SOTIF to ensure autonomous vehicle safety.
Discover how to maximize ROI on ISO 26262 certification with our analysis of 20 providers, costs ranging $500-$4,000, and strategic investment approaches.
Senior functional safety engineers earn €255k in Silicon Valley but only €35k in India. Discover the dramatic global pay gaps shaping automotive safety careers.