Tracking an object is not the same as knowing what should happen to it.
Earth orbit contains active spacecraft, inactive satellites, spent rocket bodies and fragments moving through increasingly valuable operating environments.
Tracking systems can help determine where an object is. Recovery decisions require a broader answer. Decision-makers must assess:
Orbital ReGenesis is being designed to connect these fragmented decisions.
A decision layer for orbital recovery
ReGenesis Atlas is a proposed software platform for ranking and evaluating orbital objects as candidates for inspection, servicing, stabilization, relocation, deorbiting or future material recovery. It is intended to support early mission screening, object prioritisation and evidence-based decision-making.
Orbital Object Intelligence
Consolidate object characteristics, orbital context, operator history and available evidence.
Recovery Prioritisation
Rank objects across safety, accessibility, capture complexity and strategic relevance.
Mission Screening
Compare potential targets and intervention pathways before detailed mission engineering begins.
Ownership Readiness
Document known ownership, registration, authorization and consent considerations.
Recovery Economics
Model preliminary mission-cost assumptions, risk exposure and possible recovery value.
Evidence and Traceability
Maintain data provenance, assumptions, scoring history and decision rationale.
From unmanaged object to defined intervention pathway
The classification framework represents an early decision-support concept. Final mission decisions require qualified engineering, operational, legal and regulatory review.
Built for the organizations shaping orbital operations
In-Orbit Servicing Providers
Target pipelines, mission screening and comparative opportunity analysis.
View use case →Satellite Operators
Inactive-asset lifecycle planning, retirement analysis and disposal strategy.
View use case →Space Agencies
Public-interest prioritisation, policy scenarios and programme planning.
View use case →Space Insurers
Orbital exposure research, recovery scenarios and portfolio risk intelligence.
View use case →Mission-Design Teams
Candidate comparison, assumption management and feasibility screening.
View use case →Space Infrastructure Investors
Opportunity mapping, market intelligence and long-term circular-economy research.
View use case →The next generation of space activity requires lifecycle infrastructure
More Assets
Commercial and public-sector activity is placing more valuable infrastructure in orbit.
More Interdependence
Operators increasingly depend on shared orbital environments, data and coordination.
More Lifecycle Responsibility
The industry must account for servicing, disposal, recovery and long-term sustainability.
The opportunity is to design recovery intelligence before congestion becomes an irreversible infrastructure constraint.
A question first considered in 2004
The founder's interest in orbital debris began during an undergraduate conversation in 2004 about the long-term impact of abandoned objects in space. More than two decades later, that question has evolved into a broader systems challenge.
Orbital ReGenesis applies experience from complex regulated infrastructure, business architecture, risk, data governance and platform transformation to the emerging orbital economy.
How should humanity map, govern, recover and eventually reuse the materials already placed in orbit?
Orbital ReGenesis Insights
Receive research, product updates and systems-level perspectives on orbital recovery, space sustainability, in-orbit servicing and circular infrastructure beyond Earth.
Orbital ReGenesis is an early-stage venture developing research, product concepts and decision-support capabilities for orbital recovery. Website content is informational and does not constitute flight guidance, collision-avoidance instruction, engineering certification, legal advice or mission authorization.