When it comes to developing safety-critical systems, the stakes are high. Whether you’re navigating ISO 26262, IEC 61508, ISO 13849, or IEC 60601, functional safety is crucial for any engineering team working with systems where failure could lead to significant consequences. If you’re building autonomous vehicles, medical devices, or industrial robots, functional safety ensures that […]
When a system’s failure could cause injury, environmental damage, or significant operational disruption, its safety functions need to meet defined reliability targets. Safety Integrity Levels (SIL) are the way engineers quantify and design for that reliability. Rooted in the IEC 61508 standard for electrical, electronic, and programmable electronic safety systems, SIL ratings guide everything from […]
Safety-critical systems leave no room for mistakes. One missed hazard or a poor decision in design can delay your project, or worse, jeopardize certification. These issues often show up late, when fixes are costly and teams are under pressure. That’s when functional safety becomes reactive, something you try to prove, rather than something built into […]
In the age of intelligent electronics and increasingly autonomous systems, safety cannot be siloed into a single domain. It must be addressed across a multi-layered design philosophy, encompassing both functional safety and technical safety. These two pillars, though often conflated in casual conversations or early-stage planning, are distinct and complementary disciplines underpinning the development of […]
