Secure system that includes driving related systems

A method comprising:

• electrically testing, by a test unit of an integrated circuit (IC) a continuity of a first conductive path that comprises a first group of IC conductors, a first group of printed circuit board (PCB) conductors and a first group of intermediate conductors that couple the first group of IC conductors to the first group of PCB conductors;
• generating, by the test unit, a continuity fault indication when detecting a discontinuity of the first conductive path;
• and
• performing, by a driving related system, a safety measure, in response to a generation of one or more continuity fault indications,
• wherein the IC comprises a fault collection and management unit (FCMU) that comprises two identical FCMU logics, wherein each FCMU logic of the two identical FCMU logics is fed by a different dock signal and operates independently from the other FCMU logic of the two identical FCMU logics, wherein the FCMU is configured to determine whether the continuity fault indication is indicative of a critical error or is indicative of a non-critical error.

A kit that comprises at least one computer program product that stores instructions for:

• electrically testing, by a test unit of an integrated circuit (IC), a continuity of a first conductive path that comprises a first group of IC conductors, a first group of printed circuit board (PCB) conductors and a first group of intermediate conductors that couple the first group of IC conductors to the first group of PCB conductors;
• generating, by the test unit of the IC, a continuity fault indication when detecting a discontinuity of the first conductive path;
• and
• performing, by a driving related system, a safety measure, in response to a generation of one or more continuity fault indications,
• wherein the IC comprises a fault collection and management unit (FCMU) that comprises two identical FCMU logics, wherein each FCMU logic of the two identical FCMU logics is fed by a different clock signal and operates independently from the other FCMU logic of the two identical FCMU logics, wherein the FCMU is configured to determine whether the continuity fault indication is indicative of a critical error or is indicative of a non-critical error.