Clean It Up (CIU) offers a decision‑infrastructure platform that aggregates space situational awareness data and applies AI‑driven risk scoring to prioritize the most hazardous orbital debris. The platform provides a shared prioritization dashboard, market‑based pricing signals for removal services, and an auditable accountability loop, enabling satellite operators, insurers, and regulators to coordinate debris mitigation and reduce collision risk.
Funding
Funding not disclosed
Founders
Product
Problem
Orbital debris data is widely collected, but there is no neutral, shared system to translate that information into coordinated decisions, pricing, and accountability for debris removal. This coordination failure leads to higher collision risk, increased operational costs, and the potential for cascading collisions that could render entire orbital regions unusable.
Solution
Clean It Up (CIU) provides a decision‑infrastructure platform that aggregates space situational awareness data and applies AI‑driven risk scoring to identify the most hazardous debris objects. The platform delivers a shared prioritization framework, enabling operators, insurers, and agencies to agree on which objects require immediate action. It also generates economic signals that support rational pricing for removal services and creates an auditable accountability loop to track cleanup commitments and outcomes. By focusing on high‑risk debris rather than merely cataloguing all objects, CIU aims to reduce collision probability and prevent the onset of Kessler Syndrome, thereby preserving safe access to low‑Earth orbit.
Target Audience
Primary users are satellite operators, space insurers, and governmental or commercial agencies responsible for space traffic management and debris mitigation.
Features
- Integration of multiple SSA data sources into a unified, real‑time debris database covering over 27,000 tracked objects and estimates of more than 1 million untracked fragments
- AI‑based risk scoring engine that quantifies collision probability and cascade potential for each object
- Shared prioritization dashboard that ranks debris by systemic impact, enabling consensus among satellite operators, insurers, and regulators
- Economic signaling module that derives market‑based pricing for removal services based on risk contribution
- Auditable decision framework that records cleanup commitments, progress, and verification to ensure accountability
- API access for external systems to ingest risk scores and prioritization data for mission planning and insurance underwriting