Sentinel Space today announced the successful completion of a 48-scenario autonomous validation campaign using its SIMULACRUM digital twin environment. The campaign exercised SYNAPSE — the company's distributed coordination engine — across more than 20 event classification categories, including proximity operations, directed energy, electronic warfare, space weather, and cyber threats.
Every scenario ran end-to-end with zero ground intervention. Each simulated satellite executed its own autonomous observe-orient-decide-act pipeline, classifying events, selecting responses, and coordinating across the constellation in real time.
"This campaign proves that autonomous constellation coordination works — not in theory, but under realistic, contested conditions," said Michael Knight, founder of Sentinel Space. "Every classification category, every response type, every edge case — validated."
The validation campaign used physics-based sensor models, realistic orbital mechanics, and configurable threat profiles to stress-test the full autonomous pipeline. Results demonstrated sub-second classification convergence and correct response selection across all tested scenarios.
SIMULACRUM is available for demonstration and evaluation today. Operators, integrators, and defense programs can request access through the Sentinel Space website.