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Safety analysis is an important and quite complicated part of critical systems development life cycle. Terms and rules of safety analysis for electronic components are widely described in well-known ISO/IEC international standards series 1 and technical report. Because of its complexity the risk of improper safety assessment takes place in most cases. Besides, incorrect information about safety of assessed objects could lead to risks of overestimation and risk of low estimation. In the first case the developer faces the challenge of spending more resources than it is necessary to provide required level of safety. In the latter case failure probability of hypothetic system is significantly high, because of incorrect information. Besides, there is a lack of appropriate developers knowledge and good guidelines that simplify the selection process, which causes dependence on human factor. This in turn may lead to human made errors, company specific solution and unrepeatability of the whole process.

Choosing FMECA-Based Techniques and Tools for Safety Analysis of Critical Systems