Core capability demonstrated across WaterSENSE (water value chain with Copernicus EO), VITIGEOSS (satellite imagery for viticulture), and LANDMARC (in-situ and satellite monitoring for land use).
ELEAF BV
Dutch SME turning satellite and Copernicus Earth Observation data into operational monitoring tools for agriculture, water management, and land use.
Their core work
eLEAF is a Dutch SME specializing in satellite-based monitoring of water, vegetation, and land use for agriculture and environmental management. They translate Earth Observation data — particularly Copernicus satellite imagery — into actionable information for precision farming, water resource management, and land-use planning. Their work bridges the gap between raw remote sensing data and practical decision-support tools for farmers, water authorities, and agribusinesses. They have applied this expertise across diverse domains including viticulture, climate-resilient land management, and agricultural supply chain optimization.
What they specialise in
SIAM focused on source integration for agriculture management; VITIGEOSS and WaterSENSE both deliver operational tools for farmers and water managers.
LANDMARC project addressed land-use based mitigation pathways including agro-forestry and BECCS, combining land use modelling with earth system models.
VITIGEOSS applied EO services and in-field sensors specifically to vineyard management and wine-business operations.
WaterSENSE explicitly uses Copernicus EO data; VITIGEOSS contributes to the EuroGEOSS initiative, showing alignment with European geospatial data infrastructure.
How they've shifted over time
eLEAF's H2020 journey started in 2016 with a small SME Instrument Phase 1 project (SIAM) focused on integrating data sources for agriculture management — essentially validating their business concept. By 2020, they had scaled significantly, simultaneously coordinating WaterSENSE and participating in two large collaborative projects (LANDMARC, VITIGEOSS) that applied their satellite monitoring capabilities to climate resilience, water management, and viticulture. The shift shows a clear trajectory from a startup proving its core technology to a mature remote sensing company deploying that technology across multiple environmental and agricultural domains.
eLEAF is expanding from pure agriculture into climate-resilient land management and water resource monitoring, positioning itself as a versatile EO services provider for the green transition.
How they like to work
eLEAF balances leadership and partnership roles equally — coordinating 2 projects and participating in 2 others. With 35 unique consortium partners across 12 countries, they operate in sizeable international consortia rather than small bilateral collaborations. This breadth of network, combined with their ability to both lead and contribute as a specialist, suggests they are a flexible partner comfortable adapting to different consortium dynamics.
eLEAF has built a broad European network of 35 unique partners across 12 countries through just 4 projects, indicating they consistently join large, diverse consortia. Their geographic reach spans well beyond the Netherlands, reflecting the inherently cross-border nature of satellite-based environmental monitoring.
What sets them apart
eLEAF occupies a distinctive niche as an SME that converts satellite and Copernicus Earth Observation data into operational tools for agriculture, water management, and land use — a practical bridge between space technology and on-the-ground decision-making. Unlike large research institutes that focus on algorithm development, or consulting firms that only advise, eLEAF builds and deploys working monitoring systems. Their combination of remote sensing expertise with deep agricultural domain knowledge makes them particularly valuable for projects needing to demonstrate real-world impact from EO data.
Highlights from their portfolio
- WaterSENSETheir largest project (EUR 596,900) and a coordinator role, applying Copernicus EO data to the full water value chain — signals their maturation as a project leader.
- LANDMARCParticipation in a climate mitigation project combining satellite monitoring with earth system models and macro-econometric modelling — a significant expansion beyond pure agriculture.
- VITIGEOSSDemonstrates a concrete sector application (viticulture) linking satellite imagery with in-field sensors and the EuroGEOSS initiative, showing ability to deliver end-to-end solutions.