SciTransfer
Organization

METEOSIM SL

Barcelona meteorological SME delivering applied weather simulation and climate decision tools for emergency management and agriculture.

Technology SMEenvironmentESSMENo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
1
Total EC funding
€499K
Unique partners
27
What they do

Their core work

Meteosim is a Barcelona-based meteorological simulation company that builds applied weather forecasting and climate risk services for real-world decision-making. Their core work sits at the intersection of professional meteorology, satellite Earth observation data (Copernicus, Galileo, EGNOS), and sector-specific decision support tools. In EU projects they have contributed weather intelligence to both emergency management systems and precision agriculture, demonstrating that their models are used operationally, not just academically. They translate atmospheric data into actionable outputs for sectors where weather is a primary business risk.

Core expertise

What they specialise in

Meteorological simulation and weather forecastingprimary
2 projects

Their company identity and participation across both I-REACT and VISCA is built on providing professional weather modeling as the core technical contribution.

Climate risk and early warning systemsprimary
1 project

In I-REACT (2016-2019) they contributed weather and climate risk intelligence to a multi-hazard emergency response platform covering extreme weather events and natural disasters.

Agricultural climate services and precision viticultureprimary
1 project

They coordinated VISCA (2017-2020), a smart climate application specifically designed for vineyard management, leading the project and integrating climate modeling for agriculture.

EU space data integration (Copernicus, Galileo, EGNOS)secondary
1 project

I-REACT keywords explicitly cite Copernicus, Galileo, and EGNOS, indicating Meteosim works with the full stack of EU space infrastructure for environmental monitoring.

Big data and crowdsourcing for environmental awarenesssecondary
1 project

I-REACT involved BigData processing and social media/crowdsourcing for disaster awareness, showing Meteosim can integrate non-traditional data streams into meteorological workflows.

Evolution & trajectory

How they've shifted over time

Early focus
Disaster resilience and emergency response
Recent focus
Smart climate services for agriculture

Both projects are clustered tightly between 2016 and 2020, so there is no long-term evolution to trace — Meteosim's entire H2020 record is essentially one short window of activity. Within that window, a shift is visible: the earlier project (I-REACT) was broad, covering disaster resilience, emergency response, and societal awareness using big data and satellite feeds. The second project (VISCA), which they coordinated, narrowed to a single high-value sector — viticulture — suggesting a deliberate move toward deep vertical climate services rather than horizontal platform building. This pattern, moving from wide-scope participation to narrow-scope leadership, is typical of SMEs finding their most defensible market niche.

Meteosim appears to be moving from broad emergency/climate platform work toward leading sector-specific climate intelligence products, with agriculture (viticulture) as their first vertical — future collaborations in agri-food, wine, or climate adaptation for land use are the most likely fit.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European11 countries collaborated

Meteosim has both led and joined consortia, having coordinated VISCA while participating as a partner in I-REACT — a balanced profile for a small company. Their 27 unique partners across just 2 projects indicates they operate in large, diverse European consortia rather than small bilateral arrangements. There is no evidence of repeat partners, suggesting they are comfortable integrating into new networks project by project rather than building a closed circle of collaborators.

Meteosim has connected with 27 unique consortium partners across 11 countries through only 2 projects, which is a notably broad network for a company of this size and project volume. Their reach is pan-European, with no indication of a concentrated geographic cluster.

Why partner with them

What sets them apart

Meteosim occupies a rare niche as a professional meteorological SME that operationalizes EU space data (Copernicus, Galileo, EGNOS) for applied sector use cases rather than conducting atmospheric research. Most weather companies at this scale either remain as data vendors or focus on consumer services — Meteosim builds decision support tools that embed their forecasts into emergency management or agricultural workflows. Their willingness to lead a niche project (VISCA in viticulture) while contributing weather expertise to large security consortia (I-REACT) shows a company that can function as both a technical specialist and a project driver.

Notable projects

Highlights from their portfolio

  • VISCA
    Meteosim served as coordinator — their only leadership role — on this smart climate application for vineyards, receiving the largest portion of their EC funding (€301,866) and demonstrating full project management capability in a commercially relevant agri-food niche.
  • I-REACT
    Participation in this large multi-hazard emergency response project (2016-2019) placed Meteosim inside a major security and resilience consortium, establishing their credentials in big data, satellite integration, and cross-sector climate risk.
Cross-sector capabilities
security and civil protection (multi-hazard emergency response)food and agriculture (precision viticulture, crop climate risk)space and Earth observation (Copernicus, Galileo, EGNOS data integration)
Analysis note: Only 2 projects, both within a narrow 2016-2020 window, with keywords recorded only for the first project (I-REACT). VISCA has no keyword data, limiting keyword evolution analysis. The company profile is coherent and supported by project titles and their own name (Meteosim = meteorological simulation), but depth of evidence is thin. Treat sector-specific claims about viticulture as directional, not conclusive.