Our systems and software engineering expertise brings together all the capabilities required to design, develop, integrate and secure the reliability of complex systems operating under demanding performance and safety constraints.
Since 1989, our mission has been to ensure the technical success of the most demanding projects: embedded systems, complex industrial products, and critical systems across aeronautics, space, defence, energy, or banking among others.
Three complementary practices
Our expertise is built on more than 35 years of hands-on experience alongside leading industrial players. Our partners and clients operate in sectors where performance allows no compromise: aerospace, defence, transportation, energy and beyond. That is why we have structured our capabilities into three interoperable areas of expertise covering the full product engineering lifecycle, from concept through to operations. Practices are no longer siloed across software, hardware or organisational dimensions, but integrated within a multidisciplinary engineering model.
Systems engineering and product design
We engage from the earliest upstream phases to analyse requirements, structure them, and translate them into clear, robust and fully traceable architectures. Our teams define technical choices, interfaces and overall system architectures, while ensuring the coherent integration of hardware and software subsystems.
Modelling and simulation are used to validate expected behaviours and reduce risk from the earliest stages of development. We apply a Model-Based Systems Engineering (MBSE) approach to structure the entire lifecycle around shared models, ensuring consistency, traceability and controlled decision-making.
Configuration management then secures product baselines and their evolution, ensuring change control and compliance with qualification and certification requirements.
Architecture, design and integration
Model-Based Systems Engineering
Configuration Management
Mission Critical Software
This domain covers the development of software for which availability, safety and security are non-negotiable. We address real-time embedded systems, critical software components and supervisory layers, with uncompromising requirements for robustness. Our teams design, develop, test and integrate software in highly constrained environments, industrialising validation through automated testing, continuous integration and verification, while maintaining rigorous control over requirements. We deliver reliable, maintainable software that complies with qualification and certification standards across the entire lifecycle.
Electronics, electrical and power engineering
We design the hardware and electrical building blocks that make the system truly operable. This includes electronics engineering (boards, interfaces, sensors and actuators) as well as electrical and power engineering, covering distribution, conversion, sizing, and thermal and environmental constraints. Our teams work in close alignment with hardware-software interactions to ensure compatibility, performance and robustness under real-world operating conditions. The objective is to deliver a hardware-electrical architecture that is reliable, integrable, testable and ready for industrialisation.
Electronics, electrical and power engineering
We work with many leaders across a wide range of industries
