Future space missions will not be managed one spacecraft at a time.
We Run the Mission. Not the Simulation.
Helios Control builds the autonomous mission execution layer for lunar surface operations -- the system that coordinates actual assets in real time, under actual communication constraints, with human supervisory authority at every level. Click on Tech Demonstrator above.
Real-Time Execution
AMOCS coordinates actual autonomous assets during live missions. Not simulation. Not modeling. Real-time coordination under real conditions.
Communication-Constrained
Designed for the 1.28-second Earth-Moon delay. Every decision accounts for the fact that the operator cannot react in real time. Blackout periods handled autonomously.
Human Authority Preserved
Three graduated autonomy modes give operators calibrated oversight -- from monitoring only to supervised autonomous execution -- with meaningful authority at every level.
The coordination layer that no one has built yet
Simulation platforms model space missions for analysis and wargaming. Flight software runs individual spacecraft. Mission control displays telemetry. But when five heterogeneous assets are simultaneously operating on the lunar surface -- rovers, habitats, power nodes, relay satellites, and crew systems -- under 1.28-second communication delay -- no existing system coordinates them as a unified operational fleet.
That is the mission execution layer. That is what Helios Control builds.
Current Status
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Provisional patent filed 2026 -- AMOCS coordination architecture
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Helios Control v4.0 -- operational prototype running now
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5 assets coordinated simultaneously in closed-loop demonstration
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Sub-5ms anomaly detection latency -- target was under 5 seconds
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4 mission rehearsal scenarios validated
Get in Touch
Contact us to learn how Helios Control can support your space missions with AI infused mission planning, monitoring and integrated support and control systems. We are committed to building strategic partnerships that advance space exploration and utilization.