7 articles
A safety goal needs an architecture that can deliver it. How do timing budgets, ASIL decomposition and E2E checks turn functional requirements into a technical safety concept? A practical look at the decisions that connect ISO 26262 safety intent to hardware and software.
TechnicalMulti-core automotive SoCs add shared hardware, mixed criticality, and timing interference to every safety argument. This article maps the families of multi-core safety architecture, the three interference concerns underneath them, and what actually decides which one fits.
TechnicalDiscover how aerospace functional safety standards like DO-178C and ARP4754A compare to automotive ISO 26262. Learn what automotive engineers can adapt from aviation to build robust, fail-operational architectures for autonomous vehicles.
TechnicalDiscover how automotive engineers use proven architectural configurations to prevent catastrophic failures in safety-critical systems like AEB and steer-by-wire.
TechnicalLearn why Fault Tree Analysis is the most effective method to justify ASIL decomposition. See how FTA exposes real redundancy, validates independence, and prevents costly common cause failures in safety-critical automotive systems.
Discover five practical advices for mastering ASIL decomposition in ADAS. Learn how to balance system complexity, hardware costs, and safety requirements up to ASIL D without compromising compliance.
TechnicalMaster the 7 expert tips that transform hazard analysis results into implementable Functional Safety Concepts that actually work.