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Many of today's safety-critical systems are based on digital computing platforms on which system functions are primarily housed as software. Several system functions share the resources of a computer. The proof that a system is safe is provided by estimating the probabilities of malfunctions. the probability of malfunctions occurring. With computer platform-based knowledge of the platform, the assignment of the software and the understanding of the system. To gather this information manually and to evaluate it in the course of a analysis is very time-consuming. Many companies invest heavily in software support for security analysis, but this is not capable of creating the necessary error automatically. In cooperation with Delta System Solutions GmbH, AUTOSAFE a software prototype is to be developed, which automatically creates complete and comprehensible fault trees. automatically. This should enable the development of a compact fault model as well as a method for the automated a method for the automated inclusion of external events.
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Autosafe is funded by the German Federal Ministry for Economic Affairs and Energy (BMWi) as part of a ZIM project.