Abstract: Disclosed herein is a device, system, and/or method for evaluating functional safety compliance for a software program against a plurality of requirements. The device includes a processor that determines a plurality of implementation values for developing the software program. Each implementation value of the plurality of implementation values is associated with a corresponding requirement of the plurality of requirements, and each implementation value is determined based on a level of compliance of the software program to the corresponding requirement. The device also determines a risk priority number for the software program based on an aggregation of the plurality of implementation values. The risk priority number may also be based on a severity value and/or a detectability value. The device also determines a safety score for the software program based on whether the risk priority number satisfies a predefined threshold.

Abstract: A self-test verification device may include one or more first processors, configured to generate an instruction for one or more second processors to perform one or more device self-tests; determine for a received result of the one or more device self-tests, whether the result fulfills a predetermined receive time criterion describing an acceptable time until the result should have been received; determine a difference between the received result and a target result; and if the predefined receive time criterion is fulfilled and if the difference between the received result and the target result is within a predetermined range, generate a signal representing a passed self-test.

Abstract: A self-test verification device may include one or more first processors, configured to generate an instruction for one or more second processors to perform one or more device self-tests; determine for a received result of the one or more device self-tests, whether the result fulfills a predetermined receive time criterion describing an acceptable time until the result should have been received; determine a difference between the received result and a target result; and if the predefined receive time criterion is fulfilled and if the difference between the received result and the target result is within a predetermined range, generate a signal representing a passed self-test.