Satellite-based FIRE Early Detection and Monitoring – SATFIRE

SATFIRE (Satellite-based FIRE Early Detection and Monitoring) aims to develop a scalable proof of concept enabling real-time wildfire detection and alerting system using high-frequency satellite Earth Observation (EO) data from a recently launched geostationary satellite. The project addresses a critical capability gap in Cyprus (and globally) lacking timely, localized fire monitoring tools. SATFIRE will deliver a validated technical prototype with high-performance fire detection algorithms and a geospatial alerting service with operational capacities tailored for firefighters and first responders.

SATFIRE’s key innovation lies in leveraging recent operational state-of-the-art satellite instruments to detect fire onset, track progression, and confirm suppression faster and more accurately than existing global systems. The system is designed for scalability, with potential applications across Europe, Africa, and other regions facing wildfire and biomass burning threats.

Scientifically, the project advances research in real-time EO data integration, algorithm development, and early warning operational system design. It strengthens The Cyprus Institute’s role in climate resilience, digital innovation, and disaster risk reduction, while supporting national priorities and governmental departments in emergency response and adaptation.

The project delivers strong environmental and socio-economic benefits, including biodiversity protection, reduced GHG emissions, and minimized fire-related damages. Expected outcomes include a 20–40% reduction in area burned and faster, safer firefighting responses.

All results and IP will be managed by the Cyprus Institute, with targeted dissemination, stakeholder engagement, and a clear exploitation (commercialization) strategy to ensure impact and sustainability beyond the 9-month project duration.

Start date: 1 February 2026

End date: 31 October 2026

Funding: €40,000

SATFIRE is funded by the Republic of Cyprus through the Research and Innovation Foundation, and it is implemented by the Cohesion Policy Programme “Thaleia 2021–2027”, co-funded by the European Union.