Latest posts
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Ensuring Precision and Safety in Robotics – The QA Perspective
Robotics systems power applications from industrial manufacturing lines to collaborative robots in warehouses and advanced autonomous platforms in logistics or healthcare. Precision ensures repeatable, accurate movements and operations, while safety prevents harm to humans, equipment, or the environment. From a quality assurance viewpoint, achieving both demands structured processes that address mechanical reliability, software control, sensor…
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Safety in Autonomous Driving Systems – How to Achieve It
Autonomous driving systems (ADS) represent a transformative shift in mobility, with the potential to dramatically reduce traffic accidents caused by human error. According to established classifications, SAE J3016 defines six levels of driving automation. Level 0 involves no automation, with the human driver fully responsible. Level 1 provides driver assistance for either steering or acceleration/deceleration.…
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From Concept to Compliance: Building QA Processes for Electric Vehicle Software
Electric vehicle (EV) software manages critical functions like battery optimization and charging, where flaws can impact safety and performance. Robust QA processes ensure compliance and reliability from ideation to deployment. As of 2026, with EV adoption growing, these processes incorporate standards like ISO 26262 and simulation tools. Follow these steps to build effective QA. Step…