PARIS — Dassault Aviation has successfully conducted flight trials evaluating two sovereign artificial intelligence (AI) algorithms aboard a Rafale combat aircraft. One algorithm was developed internally by Dassault Aviation’s engineering division, while the second was engineered in collaboration with cortAIx, the specialized AI accelerator unit of Thales Group.
The flight tests mark a major operational milestone in the integration of edge-computed, supervised AI within frontline French combat aircraft. Operating under a strict “human-in-the-loop” framework, the AI models are designed explicitly to assist the pilot rather than assume automated control of the airframe. The algorithms serve as cognitive co-pilots, fusing real-time multi-sensor data, prioritizing airborne threats, and filtering operational noise in heavily contested electromagnetic environments.
The flight demonstration serves as a technological precursor for the upcoming Rafale F5 standard. Scheduled for formal development launch, the F5 standard will transform the Rafale into an air combat orchestra leader, managing networked sensor grids, standoff weapons, and stealthy loyal wingman unmanned combat aerial vehicles (UCAVs).
TECHNICAL OVERVIEW: DASSAULT / THALES EMBEDDED SOVEREIGN AI SUITE
* System Classification: Airborne Embedded Sovereign Artificial Intelligence (AI) System
* Primary Developers: Dassault Aviation & Thales Group (via cortAIx AI accelerator)
* Host Platform: Dassault Rafale Multirole Combat Aircraft
* Command Philosophy: Controlled and Supervised AI (“Human-in-the-Loop”) focused on decision-support and pilot cognitive workload reduction
* Hardware Architecture: High-density onboard edge computing designed to execute resource-intensive machine learning algorithms locally under strict cockpit Size, Weight, and Power (SWaP) constraints
* Tactical Functional Capabilities: Multi-sensor data fusion (integrating RBE2 AESA radar, SPECTRA electronic warfare suite, and OSF optronics), automated threat prioritization, and real-time tactical recommendation
* Target Production Baseline: Planned integration into the Rafale F5 standard ecosystem
* Manned-Unmanned Teaming (MUM-T) Integration: Tailored to command and coordinate stealth combat drones, networked sensors, and next-generation standoff effectors
