SMART SYSTEMS

Cignaling systems, such as embedded systems, are becoming increasingly complex, connected and efficient. They are equipped with advanced technologies such as AI or edge computing to elaborate their own diagnosis. The necessary know-how to develop and master all these embedded hardware and software systems as well as remote middleware and communication means is now available.

It is thus possible to ensure both a minimal response time and the accuracy of the information transmitted by a complex sensor, while optimizing energy consumption, physical and thermal resistance, volumetry, external accessibility, security, maintenance, reliability, accuracy and availability.

These new capabilities of critical systems benefit a wide range of fields, from air traffic control to automatic piloting of high-speed trains, from nuclear power plant supervision to trading rooms.

Operating such systems is made possible by the simultaneous development of tools capable of simulating their production, operation, use or wear and tear before or after development, of testing and validating them, of supervising them in nominal or disturbed operation, and of analyzing their results precisely and rapidly.