Central to GEO-SAFE (fire emergency optimization), SAFERS (forest fire resilience), and operational context for ANYWHERE (weather-induced hazards including fire weather).
SERVICE DEPARTEMENTAL D'INCENDIE ET DE SECOURS DE LA HAUTE-CORSE
Corsican fire and rescue service providing operational wildfire and disaster response expertise as end-user in EU emergency management research.
Their core work
SDIS 2B is the fire and rescue service for the Haute-Corse department in Corsica, France — a frontline emergency response agency dealing with wildfires, natural disasters, and civil protection in a Mediterranean island environment. In EU research projects, they serve as an operational end-user, providing real-world testing grounds and practitioner feedback for emergency management technologies including drone fleets, early warning systems, and wildfire response tools. Their value lies in bridging the gap between research prototypes and actual field deployment, offering the operational reality check that lab-based partners cannot.
What they specialise in
ANYWHERE focused on extreme weather response, Reaching Out on large-scale crisis management, and SAFERS on integrated emergency systems.
RESPONDRONE specifically addressed multi-drone fleet coordination for disaster response, migration, and command & control scenarios.
SAFERS integrated crowdsourcing, citizen science, social media monitoring, and AI/ML into forest fire emergency management.
How they've shifted over time
SDIS 2B's early H2020 involvement (2016-2019) focused on weather-driven hazard preparedness — pan-European multi-hazard platforms, early warning systems, and large-scale crisis response outside the EU. From 2019 onward, the focus shifted decisively toward technology-enabled response: drone fleet coordination, AI-powered decision support, and Copernicus satellite data integration for wildfire management. This evolution mirrors the broader emergency services trend from passive warning systems to active, technology-augmented response capabilities.
Moving toward autonomous drone operations and AI-assisted decision-making for wildfire and disaster scenarios — expect continued interest in smart response technologies.
How they like to work
SDIS 2B participates exclusively as a partner, never as coordinator — consistent with their role as an operational end-user rather than a research leader. They work in large consortia (104 unique partners across 5 projects), which means they are experienced at integrating into complex multi-national teams. Their value proposition to a consortium is clear: they provide a real operational environment in a fire-prone Mediterranean island for validating technologies under actual emergency conditions.
Extensive network spanning 104 unique partners across 24 countries, built through 5 projects — an unusually wide reach for an organization of this type, reflecting participation in large security and climate consortia across Europe.
What sets them apart
As a frontline fire and rescue service on Corsica — one of Europe's most wildfire-prone regions — SDIS 2B offers something most research consortia struggle to find: a genuine operational end-user with daily exposure to the exact hazards being studied. Their Mediterranean island setting provides a concentrated natural laboratory for testing wildfire, extreme weather, and multi-hazard response technologies. For any consortium needing a credible practitioner partner who can validate tools in real emergency conditions, SDIS 2B is a proven choice with a strong track record of project participation.
Highlights from their portfolio
- Reaching outLargest single grant (EUR 555,000) — focused on demonstrating EU crisis management capabilities outside Europe, an unusual scope for a departmental fire service.
- RESPONDRONERepresents their technology-forward pivot: multi-drone fleet operations with autonomous coordination for disaster and migration scenarios.
- SAFERSMost recent project combining AI, machine learning, Copernicus data, and citizen science for forest fire management — signals their current strategic direction.