Technology now allows manufacturers to offer complex, connected and high-performance products and systems, such as critical or embedded systems, integrating, for example, interconnectivity or “smart product” type capabilities. They equip themselves with advanced technologies such as AI or edge computing to develop their own diagnosis and know how to take into account strong constraints in terms of space or weight gain, improved performance or environmental impact, increase in strength and durability or safety in use.

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, volume, external accessibility, safety, maintenance, reliability, precision. and availability.

Modeling and design address “systems of systems”, a set of components and reliable bricks whose reusability rate is as optimal as possible in order to reduce recovery and adaptation costs. This is facilitated by the deployment of design and production tools and processes providing this system approach, collaborative work and modularity of test systems and strategies.

Operating such systems is made possible by the simultaneous development of tools capable of simulating their production, operation, uses or pre- or post-development wear, testing and validating them, supervising them in nominal or disturbed operation and to analyze the renderings precisely and quickly. In particular, they allow developments that are more respectful of our planet, by maximizing energy efficiency and minimizing waste and polluting emissions.