Casper 4 – A deterministic, governance-only autonomy stack for highspeed UAV SIM (github.com)

CASPER 4 has been announced as a groundbreaking deterministic autonomy simulator designed to enhance research into safe supervisory control and governance frameworks for unmanned aerial vehicles (UAVs). Significantly, CASPER 4 operates entirely within a synthetic environment, lacking any controls for weapons or kinetic functionalities. This makes it a crucial tool for exploring human-in-the-loop decision processes without the risks associated with actual flight operations. The simulator features a variety of components including a high-speed flight telemetry model, non-kinetic autonomy primitives like the CRS-1 corridor reshaper, and dedicated clarity/risk engines for governance research. CASPER 4 emphasizes safety—every operator action is gated and logged to ensure accountability and reversibility. This framework is intended for a wide range of applications, including autonomy governance research and human-computer interaction studies, and is not designed for controlling real UAVs. With its focus on interpretability and safety, CASPER 4 stands to significantly impact how the AI/ML community approaches UAV autonomy and governance in complex operational environments.