Orbital coordination infrastructure for spacecraft operators.
LoqSat connects spacecraft operators into a shared coordination environment designed for safer operations in increasingly crowded orbital regions.
The system combines distributed spacecraft coordination with governed execution powered by Reydious.
Orbit is becoming crowded.
Thousands of satellites now share the same regions of space. More are launching every year. Operators must coordinate maneuvers, avoid conflicts, and understand how their spacecraft interact with others.
Today much of this coordination still happens through fragmented tools, limited data sharing, and manual communication between operators.
As orbital traffic increases, these approaches become harder to manage.
Operators need infrastructure designed for a shared orbital environment.
LoqSat is built to support that coordination.
LoqSat combines three core capabilities that support coordination across distributed spacecraft systems.
A shared coordination environment connecting spacecraft operators.
LoqSat supports spacecraft platforms designed to integrate new capabilities without redesigning entire systems.
LoqSat supports clusters of small satellites operating together as coordinated systems.
LoqSat is designed for orbital environments where multiple spacecraft operators share the same operational space.
Target use cases include:
LoqSat operates on the Reydious execution governance platform.
Reydious structures operational decisions and governs how actions occur across distributed spacecraft environments.
The system records operational context, validates actions against defined constraints, and maintains a clear record of mission decisions.
This helps support responsible and accountable spacecraft operations.
LoqSat is designed for organizations operating spacecraft in shared orbital environments.
LoqSat is currently seeking 3 to 5 pilot partners operating spacecraft or planning distributed satellite missions.
Pilot objectives include:
LoqSat is currently in early architecture development and seeking pilot partners to evaluate coordination workflows and distributed spacecraft operations.
Pilot programs will help refine the operational environment and validate coordination capabilities with real mission teams.