Provides a cloud‑based SaaS platform that uses AI to predict collision risks and automatically execute satellite maneuver commands within milliseconds, eliminating human delay and error.
Funding
Funding not disclosed
Founders
Product
Problem
Low Earth orbit is becoming increasingly congested, with thousands of satellites and frequent close‑approach alerts that risk costly collisions and generate debris. Current collision avoidance processes rely on human operators, causing delays and potential errors that can lead to asset loss and exacerbate the Kessler syndrome.
Solution
SpaceGuardian offers a cloud‑based SaaS platform that continuously monitors orbital traffic and uses AI to assess collision probabilities in real time. When a risk is detected, the system automatically negotiates and issues maneuver commands to the affected satellite within milliseconds, eliminating human latency and reducing the chance of operator error. The end‑to‑end workflow covers detection, risk evaluation, maneuver negotiation, and command execution without manual intervention. Operators receive automated, commission‑based transaction handling that streamlines the avoidance process and lowers operational costs. An open dashboard provides enthusiasts and stakeholders with live visualizations of orbital traffic and collision data, promoting transparency and education about space safety.
Target Audience
Primary customers are satellite operators and constellation managers who need rapid, reliable collision avoidance for multi‑million‑dollar assets, as well as space‑industry service providers integrating automated safety solutions.
Features
- Continuous AI‑driven monitoring of >12,000 active LEO objects with millisecond‑level risk prediction
- Fully automated maneuver negotiation and command issuance directly to satellite control systems
- End‑to‑end collision avoidance workflow covering detection, risk assessment, bidding, and execution
- Cloud‑hosted SaaS architecture that scales to handle thousands of daily avoidance transactions
- Public dashboard and educational tools that display real‑time orbital traffic and collision alerts
- Commission‑based transaction model that aligns platform incentives with successful avoidance maneuvers