Core capability across APOLLO, DIANA, COALA, STARGATE, and REXUS — all centered on translating satellite/EO data into agricultural decision tools.
AGRISAT IBERIA SL
Spanish agritech SME applying earth observation and satellite data to precision agriculture, soil health monitoring, and climate-smart farm planning.
Their core work
AgriSat Iberia is a Spanish agritech SME specializing in earth observation (EO) and remote sensing applications for agriculture. They build platforms and decision-support tools that translate satellite data into actionable farm-level intelligence — covering soil health monitoring, crop water management, nutrient optimization, and climate risk assessment. Their work bridges the gap between Copernicus/EO data infrastructure and practical farming decisions, serving both European and international agricultural contexts.
What they specialise in
Deep involvement in SIEUSOIL (intelligent land use), B-FERST (bio-based fertilisers and soil conditioning), and TUdi (soil healing strategies and farm planning).
STARGATE focuses on adaptive microclimate management, REXUS on climate risk assessments, and COALA on crop water requirements under changing conditions.
B-FERST covers bio-based fertilisers, biostimulants, and industrial upscaling of bio-based value chains.
DIANA detects non-authorised water abstractions using EO, while COALA addresses crop water requirement estimation.
REXUS uses participatory systems dynamics modelling, while TUdi develops integrated farm planning tools — signaling a move toward farmer-facing decision platforms.
How they've shifted over time
AgriSat's early H2020 work (2016–2019) focused on foundational EO applications — advisory platforms for small farms (APOLLO) and water abstraction detection (DIANA). From 2019 onward, their portfolio shifted decisively toward soil health, climate resilience, and integrated farm planning, with projects like B-FERST, STARGATE, TUdi, and REXUS combining satellite data with on-the-ground agricultural management. The recent keyword shift toward "climate adaptation," "soil healing strategies," and "farm planning development tools" shows a clear evolution from pure remote sensing toward complete precision agriculture decision systems.
AgriSat is moving from providing satellite data layers toward building integrated decision-support platforms that combine EO, soil science, and climate data for farm-level planning — making them increasingly relevant for climate adaptation projects.
How they like to work
AgriSat participates exclusively as a partner, never as coordinator, which is typical for a specialized SME contributing specific technical capabilities (EO/remote sensing) to larger consortia. With 107 unique partners across 25 countries in 8 projects, they operate in large, diverse consortia and clearly do not cluster around a small set of repeat partners. This broad network suggests they are easy to integrate into new teams and bring a well-defined, modular contribution that fits many consortium configurations.
AgriSat has built a remarkably wide network for an SME — 107 unique partners across 25 countries in just 8 projects. Their collaborations span the EU extensively and extend globally, including projects with Australian and Chinese partners (COALA, SIEUSOIL, TUdi).
What sets them apart
AgriSat occupies a distinctive niche as an SME that connects Copernicus earth observation infrastructure directly to agricultural practice. Unlike pure remote sensing companies, they have deep domain knowledge in soil science and crop management; unlike agricultural consultancies, they bring satellite-grade data capabilities. Their experience in both EU and non-EU agricultural contexts (Australia, China) makes them especially valuable for international consortia needing EO-to-farm translation.
Highlights from their portfolio
- COALAExtends Copernicus DIAS capabilities to Australian agriculture — rare international scope demonstrating AgriSat's ability to transfer EO methods beyond European contexts.
- B-FERSTLargest single EC contribution (EUR 337K) and longest project (2019–2024), covering the full bio-based fertiliser value chain from R&D to industrial upscaling.
- TUdiEU-China collaboration on soil management with integrated farm planning tools — represents the convergence of AgriSat's EO and soil expertise into actionable farmer platforms.