Safe on Orbit provides a Collision Safety Management Orbital System that utilizes real-time conjunction analysis and satellite tracking to predict collision risks up to five days in advance. This technology enables satellite operators to execute precise maneuver recommendations, thereby reducing collision risks, extending satellite lifespan, and optimizing operational efficiency.
Funding
Funding not disclosed
Founders
Product
Problem
The increasing density of satellites and space debris elevates the risk of collisions in orbit, potentially disrupting essential services like telecommunications, weather forecasting, and navigation. Traditional methods of collision avoidance may lead to unnecessary fuel consumption and reduced satellite lifespan.
Solution
Safe on Orbit offers a Collision Safety Management Orbital System (COSMOS) that provides real-time collision risk analysis and maneuver recommendations to satellite operators. By leveraging updated data sources such as Two-Line Element (TLE) and Special Perturbations (SP), COSMOS predicts conjunctions up to five days in advance, enabling proactive collision avoidance. The system's precise maneuver suggestions help operators minimize fuel consumption, extend satellite lifespan, and optimize operational efficiency. Safe On Orbit also offers launch collision avoidance services, providing real-time risk evaluations and trajectory adjustments to ensure safe rocket navigation during launches through congested orbits.
Target Audience
The primary customers are satellite operators and launch providers seeking to mitigate collision risks, extend mission lifespans, and ensure the safety of space operations.
Features
- Real-time collision risk analysis using TLE and SP data.
- Conjunction prediction up to 5 days in advance.
- Precise maneuver recommendations to avoid collisions.
- Launch collision avoidance services for safe rocket navigation.
- Trajectory adjustments to minimize collision risk during launches.