Both ICE4ATM (atmospheric impact modeling for aviation) and FIRE-RES (real-time fire simulation) center on computational tools that model dynamic environmental threats as they unfold.
MITIGA SOLUTIONS SL
Barcelona SME building real-time simulation tools for environmental risk — from aviation emissions to wildfire territorial management.
Their core work
Mitiga Solutions is a Barcelona-based technology SME specializing in environmental risk simulation and decision-support tools. They build computational engines that model real-world environmental threats — starting with atmospheric emissions in aviation and expanding into wildfire behavior and landscape resilience. Their software outputs are designed to inform operational and governance decisions in real time, not just produce research reports. They sit at the intersection of data science, environmental modeling, and applied risk management.
What they specialise in
FIRE-RES (2021–2025) positions them as contributors to systemic territorial management, post-fire restoration, and proactive fire governance across European landscapes.
ICE4ATM, which they coordinated, built a calculator engine for atmospheric impact assessment within air traffic management systems.
FIRE-RES keywords include bioeconomy and landscape design, suggesting they are building competence in nature-based and economic recovery frameworks after fire events.
FIRE-RES explicitly lists interoperability as a keyword, indicating Mitiga contributes to connecting heterogeneous data platforms in multi-partner environmental projects.
How they've shifted over time
Mitiga's H2020 trajectory shows a pivot from aviation-sector environmental tools toward land-based ecological risk systems. Their first project (ICE4ATM, 2019–2021) was entirely focused on calculating atmospheric impacts in air traffic management — a highly specialized, sector-specific tool. By 2021 they had moved into wildfire resilience, landscape governance, and bioeconomy, which represents a broader and more policy-relevant application space. The common thread is real-time simulation for environmental risk, but the domain has shifted from aerospace infrastructure to territorial and ecological management.
Mitiga appears to be repositioning from a narrow aviation-tech niche toward the growing European market for wildfire risk management and climate adaptation tools, which aligns with increasing EU funding pressure around climate resilience and land management.
How they like to work
Mitiga has led one project as coordinator (ICE4ATM) and joined one large consortium as a participant (FIRE-RES), suggesting they are comfortable in both roles depending on project scope. FIRE-RES is a large Innovation Action with broad international reach, indicating they can operate effectively inside complex multi-partner structures. Their relatively high partner count (36 across 12 countries) relative to just two projects suggests they engage actively in wide consortia rather than small closed groups.
Mitiga has built connections with 36 distinct consortium partners across 12 countries through just two projects, indicating they punch above their size in network reach. Their partnerships span both the aviation/tech sector (ICE4ATM) and the environmental/ecological research community (FIRE-RES), giving them an unusually cross-domain network for a small SME.
What sets them apart
Mitiga occupies a rare niche as a simulation-focused SME that bridges environmental science and operational decision-making — they don't just model phenomena, they build tools practitioners can use in real time. Few SMEs have coordinated an aviation-atmospheric project and then moved into wildfire territorial governance, giving them cross-sector credibility that pure research groups or large engineering firms rarely have. For consortium builders, they bring both technical simulation capability and the agility of a small company willing to take on coordinator responsibilities.
Highlights from their portfolio
- ICE4ATMMitiga coordinated this project as the lead partner — an unusual feat for a small SME — building an atmospheric impact calculator engine for air traffic management, which is a technically demanding and commercially relevant deliverable.
- FIRE-RESA large Innovation Action running through 2025, this project places Mitiga inside a major European consortium tackling wildfire resilience, real-time fire simulation, and post-fire bioeconomy — directly relevant to the climate adaptation agenda.