Aerospace

We design embedded modules capable of making decisions in real time, for drones, robots, embedded equipment or navigation devices.
This competence is based on our experience:

• Roll correction bench for a camera mounted under the fuselage of an aircraft for Thales: real-time calculations, automatic modes, piloting of critical systems, advanced ergonomics,
• PPVP NG bench for Thales TAES: verification of critical programmable components (DO-254 DAL A standard), 101 I/O at 40 MHz, high-performance on-board processing.

Our architectures integrate responsiveness, autonomy and security in highly constrained environments.

Mastery of prioritized, reliable data processing is essential for remote control, sensor management, remote maintenance and inter-system communications.

In particular, we work on :

• Modeling control chains,
• Implementation of complex servo-controls,
• Real-time systems,
• Integration.

These skills have been put to use on the Safran pulsed pressure test bench, designed to qualify aeronautical hydraulic circuits subject to high dynamic and energy constraints.

Securing data and identities has become a central issue in civil and military aviation, as well as in drone systems.
The slightest flaw can compromise a mission, disrupt a flight or expose sensitive data.

Our solutions include :

• Software hardening,
• Encryption,
• Secure communications,
• Network segmentation,
• Audit and regulatory compliance.

This expertise is backed up by our IEC 62443 audit for Sonaca, covering security policies, access management, industrial systems protection and a complete cybersecurity organization.

In space as in aeronautics, every watt counts.
We design powerful, reliable and energy-efficient on-board systems, capable of sustained operation in extreme environments.
Our achievements (on-board benches, optimized cooling systems, real-time calculations under CPU constraints) demonstrate our ability to reduce energy consumption while increasing performance.