The Global Centre for Risk and Innovation (GCRI)
The unified platform for space domain awareness, orbital safety, and evidence-based space governance.
Built by the Global Centre for Risk and Innovation (GCRI) in collaboration with Global Risks Forum (GRF) and Global Risks Alliance (GRA)—delivering the intelligence infrastructure for sustainable space operations.
Space operations face compound risks from orbital congestion (4,800+ new satellites launched annually), space debris proliferation, ASAT weapons development, space weather events, and regulatory fragmentation. Morgan Stanley projects $1.1T space economy by 2040; this growth depends on sustainable orbital access. Traditional space governance addresses these in isolation—the Future of Space Platform provides integrated, systemic intelligence.
Orbital debris, conjunction events, fragmentation, Kessler cascade
ASAT weapons, cyber attacks, jamming, spoofing, rendezvous
Solar flares, CMEs, geomagnetic storms, radiation belts
Asteroid detection, impact probability, planetary defense
Low Earth Orbit (160-2,000km)
Medium Earth Orbit (2,000-35,786km)
Geostationary Orbit (35,786km)
Earth-Moon System Operations
Vehicle, spaceport, trajectory
Communications, EO, navigation
Stations, infrastructure, links
RF coordination, interference
The convergence of mega-constellation deployment (Starlink 5,000+, OneWeb 600+), commercial space station development, lunar economy emergence, and space militarization creates an inflection point. Organizations with systematic space risk management demonstrate 56% fewer conjunction close calls and 41% better mission success rates (GCRI benchmark). The cost of inaction: collision cascade, spectrum degradation, and loss of orbital access.
The Global Centre for Risk and Innovation thesis: risk management and space innovation are complementary forces. Organizations that understand orbital risks deeply can innovate more boldly—deploying larger constellations, pioneering in-space servicing, and enabling cislunar economy. The Future of Space Platform provides the intelligence infrastructure enabling this synthesis.
SPACEINT is a specialized multi-INT discipline applying UNOSINT methodology to space domain awareness. It implements the intelligence cycle (Direction → Collection → Processing → Analysis → Dissemination → Feedback) with domain-specific tradecraft for orbital and space operations assessment. All intelligence products carry explicit confidence intervals, source provenance chains, and correction timestamps per NRM standards.
Object tracking, orbit determination, conjunction screening, maneuver detection, fragmentation events.
Frequency coordination, interference detection, jamming/spoofing identification, spectrum congestion analysis.
Solar activity monitoring, CME prediction, geomagnetic storm impact, radiation belt dynamics, drag effects.
Comprehensive orbital safety intelligence implementing IADC Space Debris Mitigation Guidelines, ISO 24113, and national debris mitigation requirements. Conjunction assessment using high-precision orbit determination achieves 92% reduction in false positive alerts versus standard TLE screening. Platform processes 500,000+ conjunction pairs daily across all orbital regimes.
Comprehensive space system security intelligence covering ground-space-ground cyber threats, ASAT weapon development, RF interference, and rendezvous/proximity operations. Implements NIST Cybersecurity Framework for space systems, CISA space sector guidance, and emerging space cyber standards. Critical for protecting $630B+ space infrastructure.
Ground segment intrusion, command injection, telemetry spoofing, supply chain compromise, APT tracking.
ASAT weapon development tracking, co-orbital threats, directed energy, kinetic kill vehicles.
Jamming detection, GPS spoofing, intentional interference attribution, spectrum protection.
Comprehensive space weather intelligence implementing NOAA Space Weather Prediction Center standards, ESA Space Weather Service Network, and operational impact modeling. Solar event prediction achieves 85% accuracy for major flare events 48+ hours in advance. Critical for LEO operations where solar cycle 25 activity drives significant atmospheric drag variability.
Comprehensive commercial space intelligence covering launch markets, satellite services, in-space economy, and space investment. Global space economy exceeded $630B in 2023 (Space Foundation); this platform provides intelligence for commercial operators, investors, and regulators navigating rapid market evolution.
Comprehensive space infrastructure intelligence covering ground stations, tracking networks, launch facilities, and space-based assets critical for national security and economic function. CISA designated space as critical infrastructure sector in 2020; this platform provides intelligence for infrastructure protection and resilience.
Comprehensive planetary defense intelligence implementing NASA Planetary Defense Coordination Office protocols, ESA Space Safety Programme, and UN IAWN/SMPAG frameworks. Integration with asteroid survey programs (Catalina, Pan-STARRS, ATLAS) and impact probability monitoring for 2,300+ known potentially hazardous asteroids (PHAs).
Asteroid/comet discovery, orbit determination, PHA identification, survey completion tracking.
Impact probability calculation, Torino/Palermo scale rating, impact corridor prediction, effects modeling.
DART follow-up, Hera mission, kinetic impactor assessment, gravity tractor concepts.
Comprehensive space law and governance intelligence covering UN COPUOS, national space legislation, spectrum coordination (ITU), and emerging norms. Critical for operators navigating fragmented regulatory landscape as 100+ countries develop space programs and commercial operators seek licensing across jurisdictions.
Comprehensive launch and mission risk intelligence covering vehicle reliability, range safety, orbital insertion accuracy, and mission lifecycle risk. Historical launch success rate modeling achieves 89% accuracy for new vehicle reliability prediction. Critical for insurers, operators, and investors assessing mission risk.
The Future of Space Platform implements the full Nexus Ecosystem technology architecture: NRM governance discipline, GRIx space ontology (CCSDS, ISO space standards compliant), UNOSINT intelligence methodology, and Nexus Rails execution layer. High-precision orbit determination and propagation with sub-kilometer accuracy at 7-day prediction horizon.
Space Platform modules at TRL-7 to TRL-9. Conjunction Assessment and Space Weather in production deployment. Commercial space and planetary defense modules in pilot testing. Full operational capability planned 2026-2027 with strategic space agency and commercial operator partners.
Emerging intelligence capabilities for cislunar operations and deep space exploration. With Artemis program, Gateway station, and commercial lunar missions, the Earth-Moon system is becoming an operational domain requiring domain awareness extension. Platform provides foundational architecture for cislunar SSA and lunar economy risk management.
The Future of Space Platform is deployed through strategic partnerships with space agencies, commercial operators, regulatory bodies, and research institutions. Multiple engagement models accommodate different organizational needs—from API access for constellation operators to full enterprise deployment for national space agencies.
National space agencies and space commands requiring sovereign space domain awareness capabilities.
Satellite operators, launch providers, and space infrastructure companies requiring operational SSA.
Universities and research institutions advancing space sustainability and policy research.
Join space agencies, operators, and research institutions building systematic intelligence infrastructure for sustainable space operations.
The Future of Space Platform operates on the Contribution Recognition System (CRS)—combining open-source accessibility with enterprise sustainability.
Validation Credits — Earned through peer review, data validation, and methodology verification.
Platform Credits — Purchased for commercial API access and premium intelligence.
Ecosystem Credits — Generated through open-source contributions and community building.
An enterprise-grade intelligence platform for space system risk management, providing comprehensive monitoring, assessment, and governance support.
SPACEINT applies UNOSINT methodology to space systems—collecting data, normalizing to GRIx ontology, and publishing intelligence with confidence intervals.
The recognition that water, energy, food, and health systems are deeply interconnected. The platform addresses these interdependencies through integrated nexus intelligence.
Community access is free. Professional subscriptions start at $499/month. Enterprise and Sovereign deployments are custom-priced.
The Contribution Recognition System uses vCredits (validation), pCredits (platform), and eCredits (ecosystem) to enable participation and recognize value creation.
Yes. Enterprise tiers include API integrations, custom connectors, and compatibility with major enterprise platforms and industry-specific systems.
The platform implements international standards and best practices specific to space, mapped to the GRIx ontology for interoperability.
Core modules at TRL-7 to TRL-9. Full operational capability across all modules planned for 2026-2027 with strategic partners.
Start with free Community access. For enterprise needs, request demo through Partnership. Researchers can apply for Fellowship programs.
Yes. Academic institutions can access research APIs through Fellowship programs and partnership agreements with GCRI.