Core contributor across ECOPOTENTIAL, Co-ReSyF, NextGEOSS, BETTER, Copernicus App Lab, FANFAR, NextLand, and NextOcean — all centered on EO data exploitation.
TERRADUE SRL
Italian SME building cloud platforms that turn Earth observation and ocean data into operational research and business services.
Their core work
Terradue is a Rome-based technology SME that builds platforms and services for processing, managing, and delivering Earth observation and geospatial data. They specialize in making satellite imagery and environmental monitoring data accessible and usable — through cloud processing, data integration pipelines, and open science infrastructure. Their work spans from Copernicus satellite data exploitation to building virtual research environments for Earth science communities, with growing involvement in ocean digital twins and marine data services.
What they specialise in
Contributed to EOSC-hub (European Open Science Cloud integration), EVER-EST (virtual research environments), and RELIANCE (research lifecycle management in EOSC).
Growing focus visible through INTAROS (Arctic observation), NextOcean (fishing/aquaculture services), and ILIAD (digital twin of the ocean).
Copernicus App Lab specifically targeted making Copernicus data available as linked open data; RELIANCE, NextLand, and NextOcean also build on Copernicus data streams.
ECOPOTENTIAL focused on ecosystem benefits through EO, NextLand on sustainable agriculture/forestry, and INTAROS on integrated Arctic observation.
How they've shifted over time
In the early period (2015–2018), Terradue focused on foundational Earth observation work: ecosystem monitoring, Copernicus data interoperability, coastal research frameworks, and Arctic observation systems. From 2018 onward, their focus shifted decisively toward cloud infrastructure and open science — joining EOSC-hub and RELIANCE to build data management services for the European Open Science Cloud. Most recently (2021–2025), they moved into ocean and marine digital services, contributing to digital twins of the ocean and next-generation fishing/aquaculture platforms.
Terradue is pivoting from general Earth observation processing toward specialized ocean/marine data services and FAIR open science infrastructure — positioning themselves at the intersection of Blue Growth and cloud-based research platforms.
How they like to work
Terradue operates exclusively as a project partner — across all 14 H2020 projects they have never coordinated, suggesting they position themselves as a reliable technology provider rather than a project leader. With 306 unique consortium partners across 53 countries, they work comfortably in large international consortia and bring broad network connectivity. Their consistent participation across diverse thematic areas indicates they are valued for their technical platform capabilities rather than domain-specific research.
Exceptionally well-connected with 306 unique partners across 53 countries — one of the broader networks for an SME of this size. Their reach extends well beyond Europe into global environmental monitoring partnerships, particularly through Arctic and West African projects like INTAROS and FANFAR.
What sets them apart
Terradue occupies a niche as an SME that bridges the gap between raw satellite/environmental data and usable research and business services. Unlike research institutes that focus on science or large IT companies that offer generic cloud, Terradue specifically understands Earth science data workflows and builds the middleware that makes complex geospatial data accessible. Their 14-project track record across environment, ocean, and open science domains makes them a proven integration partner for any consortium that needs to turn Earth observation data into operational services.
Highlights from their portfolio
- EVER-ESTTheir highest-funded project (EUR 799,812), building virtual research environments for Earth science — demonstrates their core platform-building capability.
- ILIADTheir most recent project focused on a comprehensive digital twin of the ocean, signaling their strategic direction toward marine digital services.
- INTAROSA 6-year integrated Arctic observation project spanning ocean, atmosphere, ice, and terrestrial ecosystems — their longest and most interdisciplinary engagement.