
Demystifying SOTIF Acceptance Criteria and Validation Targets – Part 2
In the first entry of our blog series, we introduced the concepts of acceptance criteria and validation targets in the context of ISO 21448:2022 (Safety
SecuRESafe experts have decades of hands-on experience with developing, consulting on and independently assessing highly complex software-dominant systems to meet the highest Safety Integrity Levels (SILs) as outlined in the IEC 61508: 2010 standard, including nuanced interpretations for different industries.
Additionally, SecuRESafe is experienced in the European Commission’s Machinery Directive (MD), which is a crucial regulatory framework to ensure the safety of machinery and equipment installed and operated in the EU market. It sets stringent safety standards to protect workers, users, and the public from potential hazards associated with machinery operation. It is addressed by complying with one of two industry standards – ISO 13849:2023 and IEC 62061:2021 depending on your application and type of product.
What makes us particularly unique is our expertise and successful track record enabling large scale deployment of safety-critical automated robots for industrial, on-road and off-road applications with varying degrees of complexity. We have seen it all and we are prepared to help.”
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In the first entry of our blog series, we introduced the concepts of acceptance criteria and validation targets in the context of ISO 21448:2022 (Safety
Learn how VDA 450 defines LV net voltage ranges for vehicle power supply, improving safety and functional design for EV and ICE vehicles.
SOTIF and Functional Safety are distinct but have key areas of overlap. Understanding these connections can make applying SOTIF less daunting.
We’re here to provide the guidance and support you need to navigate the complexities of engineering with responsibility and safety at the forefront.
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