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Description
Global Space4Resilience
AI-Powered Space-Based Crisis Decision Intelligence
1. The Challenge
Satellite observations provide increasingly detailed information about environmental hazards, yet significant gaps remain between detecting a threat, understanding its consequences, and taking timely action.
Civil protection authorities must often combine fragmented datasets, assess infrastructure exposure, and prioritise interventions under severe time constraints.
The challenge is therefore not simply obtaining more satellite data, but transforming existing observations into reliable, operationally relevant decisions.
2. Our Solution
Global Space4Resilience is a proposed space-enabled decision intelligence platform designed to connect Earth observation, geospatial analytics, and emergency response.
By combining Copernicus satellite data, Galileo positioning services, and AI-supported analysis, the platform aims to identify hazards, assess potential impacts, and generate prioritised recommendations for decision-makers.
The initial demonstrator will focus on flood risk and critical infrastructure exposure, with an architecture designed for future adaptation to other disaster scenarios.
3. Technological Innovation
The proposed system introduces an integrated decision-support architecture comprising:
- Multi-source Earth observation: Acquisition and processing of Copernicus satellite observations and complementary environmental datasets.
- Geospatial risk intelligence: Detection of flood extent and assessment of exposed populations, infrastructure, and essential services.
- AI-assisted decision prioritisation: Evaluation of possible interventions according to hazard severity, infrastructure criticality, and operational constraints.
- Confidence-aware intelligence: Explicit communication of data uncertainty and analytical limitations to reduce the risk of misleading recommendations.
- Operational decision interface: Visualisation of geospatial threats, exposed assets, and prioritised response options.
4. Integration of European Space Technologies
Copernicus: Sentinel Earth observation data will support flood mapping, environmental monitoring, and disaster impact assessment.
Galileo: European satellite navigation and positioning services will support accurate geolocation of infrastructure, field observations, and response assets where appropriate.
The objective is to convert complementary European space capabilities into practical services for public safety and resilience.
5. Target Users
- National and regional civil protection authorities.
- Emergency management and disaster response organisations.
- Municipalities and critical infrastructure operators.
- Humanitarian organisations and international institutions.
- Public agencies responsible for disaster risk reduction.
6. Expected Impact
Global Space4Resilience aims to:
- Reduce the time required to transform satellite observations into actionable risk assessments.
- Improve identification of infrastructure exposed to environmental hazards.
- Support transparent, evidence-based prioritisation of emergency interventions.
- Strengthen coordination between satellite information providers and operational authorities.
- Enable scalable disaster decision-support services across different geographic regions.
These intended benefits will require demonstration and validation against operational benchmarks.
7. Business Model and Scalability
The proposed model combines institutional partnerships, service-based access, and configurable decision-support solutions for public authorities and infrastructure operators.
An initial flood-response demonstrator will establish the technical architecture and support user validation. Subsequent development could extend the platform to wildfires, droughts, coastal hazards, and other resilience applications.
8. Development Roadmap
Phase 1 Hackathon Demonstrator: Develop a focused flood-exposure workflow using representative Copernicus data, an illustrative infrastructure dataset, and a conceptual decision-support dashboard.
Phase 2 Technical Validation: Evaluate detection accuracy, processing latency, uncertainty handling, and response-prioritisation performance using historical disaster cases.
Phase 3 Operational Pilot: Collaborate with civil protection stakeholders to test the platform against real operational requirements.
Phase 4 International Scaling: Expand coverage, supported hazard types, and institutional partnerships.
9. Vision
Global Space4Resilience seeks to establish a stronger connection between Europe's space capabilities and society's ability to anticipate, withstand, and respond to disasters.
From Space Intelligence to Human Resilience.