10 articles
TechnicalA CAN frame can pass every checksum on the bus and still carry the wrong request. One way to argue the integrity of a safety-related message rests it on the sender and the receiver, not on the network between them. This is the black channel idea, and the most common reason end-to-end protection exists. New article, with an electric parking brake release request replayed by a gateway as the example.
TechnicalTwo redundant channels are not automatically independent. What a dependent failure is, the difference between common cause and cascading failures, the coupling factors that tie elements together, and why ISO 26262 asks for DFA.
Two channels can still share one vulnerability. Learn three practical DFA checks for examining common causes, hidden dependencies and the evidence behind independence claims.
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.
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