Orbitorus provides an integrated platform for commercial satellite operators that delivers real‑time tracking, autonomous orbital maneuvering, and in‑orbit manufacturing, assembly, and repurposing (OMAR) of decommissioned assets.
Funding
Funding not disclosed
Founders
Product
Problem
Satellite operators face increasing risk of collisions and limited revenue from assets that become obsolete at end‑of‑life, while the lack of in‑orbit servicing and manufacturing hampers sustainable use of orbital resources.
Solution
Orbitorus offers an integrated platform that continuously tracks satellites, provides autonomous maneuvering through peer‑to‑peer communication, and enables in‑orbit manufacturing, assembly, and repurposing of decommissioned assets. The system allows operators to avoid collisions, optimize orbital positions, and transform retired satellites into reusable structures or new functional payloads. By extending the operational lifespan and creating new revenue streams from end‑of‑life assets, Orbitorus supports a safer and more sustainable space economy.
Target Audience
Primary customers are commercial satellite operators and space service providers that manage constellations or individual assets and require advanced collision avoidance, orbit management, and end‑of‑life repurposing capabilities.
Features
- Real‑time tracking and telemetry with always‑on communication links to each satellite
- Autonomous orbital maneuver and relocation (OMR) using peer‑to‑peer coordination to execute collision avoidance and de‑orbit burns
- In‑orbit manufacturing, assembly, and repurposing (OMAR) tools that enable structural upgrades and payload integration after satellite retirement
- Orbit optimization algorithms that continuously adjust trajectories for fuel efficiency and mission objectives
- End‑to‑end data security and integration APIs for seamless incorporation into existing ground‑segment workflows