Central theme across eoFRESH, SPACE-O, PrimeWater, WQeMS, and HYPOS — covering freshwater, drinking water, and lake water quality from space.
EOMAP GMBH & CO KG
German SME delivering satellite-based water quality monitoring, bathymetry mapping, and environmental intelligence services from Copernicus and drone data.
Their core work
EOMAP is a German SME specialized in extracting water quality and bathymetry information from satellite imagery. They develop operational services that turn Earth observation data — particularly from Copernicus Sentinel-2 — into actionable intelligence for water utilities, environmental agencies, and maritime industries. Their core business is translating remote sensing data into decision-support products for freshwater monitoring, seafloor mapping, and water safety management.
What they specialise in
BASE-platform and 4S both focus on deriving bathymetry and seafloor data from satellite sensors, with 4S adding drone and AI-based sensor fusion.
SPACE-O, WQeMS, 4S, and eoFRESH all build services on top of Copernicus infrastructure including Sentinel-2 and DIAS platforms.
The 4S project (2020-2023) explicitly combines AI, drone data, and satellite imagery for seafloor surveys — a newer capability direction.
SPACE-O and PrimeWater both target water-dependent industries with predictive and forecasting tools integrating EO data.
How they've shifted over time
In their early H2020 period (2015-2018), EOMAP focused on foundational water quality monitoring and hydrological modelling, building decision support systems for water utilities using Copernicus data (SPACE-O, eoFRESH). From 2019 onward, their scope expanded significantly: they moved into seafloor and bathymetry mapping (4S), incorporated AI and drone-based sensor fusion, and added emergency monitoring for extreme events and drinking water safety (WQeMS). The shift shows a company moving from inland freshwater services toward maritime applications and more sophisticated multi-source data integration.
EOMAP is expanding from freshwater monitoring into ocean and coastal applications while integrating AI and multi-sensor approaches, positioning them for the growing blue economy and climate adaptation markets.
How they like to work
EOMAP balances leadership and partnership nearly equally — coordinating 3 of their 7 projects while contributing specialized EO expertise in the other 4. With 35 unique partners across 17 countries, they operate as a well-connected hub rather than sticking to a fixed set of collaborators. This suggests they are easy to integrate into new consortia and bring a reliable, specialized contribution without requiring heavy coordination overhead.
EOMAP has built a broad European network of 35 partners across 17 countries, indicating strong cross-border reach for a company of its size. Their partnerships span water utilities, research institutes, and other EO companies, reflecting their position at the intersection of space technology and environmental services.
What sets them apart
EOMAP occupies a rare niche: they are one of very few SMEs that can deliver operational, market-ready services from raw satellite imagery for both freshwater and marine environments. Unlike pure research groups, they build deployable platforms; unlike large EO corporations, they remain agile and specialized. Their dual expertise in water quality and bathymetry from space, combined with growing AI capabilities, makes them an ideal partner for any consortium needing to turn Copernicus data into environmental intelligence products.
Highlights from their portfolio
- 4STheir largest funded project (EUR 512K) as coordinator, combining satellite, drone, and AI for seafloor surveys — represents their most ambitious capability integration.
- WQeMSAddresses emergency water quality monitoring using Copernicus, directly relevant to climate adaptation and drinking water safety — high societal impact.
- HYPOSLargest single EC contribution (EUR 537K) as coordinator, connecting Earth observation with hydropower — an unusual cross-sector application.