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 The safety of autonomous vehicles relies on bleeding-edge machine learning algorithms. These algorithms involve staggering levels of complexity, and they can suffer from surprising gaps in their knowledge. Edge Case Research uses our expertise in autonomous functional safety as well as a set of proprietary, scalable software robustness testing tools to help you deal with this complexity.

The safety of autonomous vehicles relies on bleeding-edge machine learning algorithms. These algorithms involve staggering levels of complexity, and they can suffer from surprising gaps in their knowledge. Edge Case Research uses our expertise in autonomous functional safety as well as a set of proprietary, scalable software robustness testing tools to help you deal with this complexity.

ECR has helped clients plan and execute system safety programs in defense, automotive, and other applications. These programs depend on the ability to iterate and converge on a successful safety concept.

Autonomy poses unique challenges to conventional safety approaches. Model-based Iterative System Safety Analysis (MISSA) is our name for both the process and the toolchain we use to identify and model safety risks posed by complex systems. This process not only tackles the difficulty of dealing with autonomous systems, but provides unparalleled traceability and speed.

ECR has decades of expertise in functional safety and autonomy as well as deep expertise in standards like ISO 26262 and MIL-STD-882E. 

Contact us today to find out how we can help you innovate safely.