ConstellationOS is an AI‑native operating system for satellite constellations that predicts link degradation minutes before it occurs using orbital‑aware, physics‑based models. It automatically reroutes traffic across mixed‑vendor fleets while preserving session state, with policy‑driven autonomy and optional human approval, delivered via a unified API and flexible deployment options.
Funding
Funding not disclosed
Founders
Product
Problem
Space network operators face unpredictable link degradation caused by atmospheric conditions, orbital dynamics, and congestion, leading to data loss and service interruptions. Detecting these issues only after they occur limits the ability to maintain service level agreements and efficient constellation performance.
Solution
ConstellationOS is an AI-native operating system designed for satellite constellations that forecasts link degradation minutes before impact using physics-informed, orbital-aware models. The platform ingests telemetry from the entire fleet, applies predefined policy constraints, and automatically commits reroutes that preserve session state and queue continuity. Operators can configure policy approval gates, while the system executes low‑latency, policy‑bound actions across mixed‑vendor fleets. Deployment is flexible, supporting cloud, hybrid, private, or air‑gapped environments, and integrates via a single execution‑ready API that normalizes diverse network elements.
Target Audience
Primary customers are satellite constellation operators and network managers who need proactive link reliability and automated traffic management across mixed‑vendor fleets.
Features
- Horizon‑aware forecasting of rain fade, handoff risk, and congestion trends with operator‑grade precision
- Orbital‑native modeling that directly incorporates RF dynamics and satellite geometry
- Execution‑linked confidence scores tying each forecast to specific policy branches and causal context
- Low‑latency, policy‑bound reroute commits that preserve session and queue state across beams, gateways, and inter‑satellite links
- Operator‑governed autonomy with optional human approval gates and default autonomous execution
- Cross‑vendor telemetry normalization and a unified control plane for mixed‑fleet constellations
- Flexible deployment options (cloud, hybrid, private, air‑gapped) to meet security and sovereignty requirements
- Execution‑ready API for streaming state, receiving events, and triggering actions aligned with mission timelines