LLMs and agentic reasoning networks possess unmatched semantic flexibility, but their stochastic nature is fundamentally unacceptable for flight guidance. Here is how formal runtime safety filters guarantee zero-violation operations.
The agentic reasoner operates within an isolated sandbox. Outputs are fed to an independent, formally verified Simplex filter written in MISRA C/SPARK Ada that validates flight dynamics equations before commands can reach flight controls.
Stress-testing the dual architecture against extreme windshear, microbursts, and sensor dropouts proved that 100% of invalid agent proposals were intercepted and neutralized in less than 4 milliseconds.