Neuraspace provides AI-driven solutions for Space Domain Awareness and Space Traffic Management to enhance satellite operational safety and efficiency. The platform automates collision risk assessment and conjunction screening, enabling satellite operators to maintain fleet safety with reduced manual effort. This technology supports satellite operators, launch providers, and governmental organizations in navigating increasingly congested orbital environments.
Funding
€29M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
EIPSFounders
Product
Problem
Satellite operators face an increasing volume of conjunction data messages (CDMs) due to the growing number of objects in low Earth orbit, making manual collision avoidance methods unsustainable. Assessing the risk of each potential collision and planning maneuvers requires significant time and manpower, potentially leading to service disruptions.
Solution
Neuraspace offers an AI/ML-powered platform that automates satellite collision risk assessment and provides maneuver suggestions up to five days before predicted conjunctions. The system streamlines operations by significantly reducing the number of CDMs requiring human review and suggesting optimal maneuvers based on operator priorities. By leveraging AI, Neuraspace enables operators to protect larger fleets from space debris with fewer service disruptions, optimizing space operations and saving fuel.
Target Audience
The primary customers are satellite operators, insurance carriers, and regulators involved in space traffic management and collision avoidance.
Features
- AI/ML-driven risk assessment to filter and prioritize high-risk collision alerts.
- Maneuver suggestions provided up to 5 days before a predicted conjunction.
- Scalable solution designed to handle the increasing volume of space debris data.
- Reduces the time and manpower required for collision avoidance.
- Ongoing AI/ML support to adapt to evolving space environment.