Both SWOS and CyanoAlert are built on satellite remote sensing for environmental applications, forming the consistent core of their work.
BROCKMANN GEOMATICS SWEDEN AB
Swedish SME specializing in satellite-based freshwater and wetland monitoring services for environmental management.
Their core work
Brockmann Geomatics Sweden is a specialist SME in satellite-based Earth observation and geospatial data services, focused on environmental monitoring applications. Their work centers on turning raw satellite imagery into operational information products — specifically for water bodies, wetlands, and aquatic ecosystems. In SWOS they contributed to building a pan-European satellite observation service for wetlands; in CyanoAlert they led the development of a space-based early warning system for toxic cyanobacteria blooms in freshwater. Their value lies in translating space data into actionable environmental intelligence for water managers, conservation bodies, and public authorities.
What they specialise in
SWOS targeted wetland mapping and SWOS monitoring while CyanoAlert addressed harmful algal blooms in inland water bodies.
Both projects produced operational services rather than basic research, indicating capability in EO product design, processing chains, and user-facing delivery.
CyanoAlert, which they coordinated, is specifically about detecting and monitoring toxic cyanobacteria blooms using space-based sensors.
The company name 'Geomatics' and both project types imply expertise in geospatial data workflows, image analysis, and geographic information systems.
How they've shifted over time
Both projects started within a year of each other (2015 and 2016), so their H2020 portfolio spans a single focused period rather than showing a long-term shift. Within that window, there is a clear progression: they entered as a technical participant in the larger SWOS wetland service project, then stepped up to lead coordination on CyanoAlert, a narrower but more operationally targeted water quality service. This suggests growing confidence in service design and consortium leadership, with a tightening specialization toward freshwater quality monitoring over broad wetland mapping.
Their trajectory points toward operational, near-real-time environmental alert services derived from satellite data — a growing market as water authorities face increasing pressure to detect pollution events faster and cheaper than field sampling allows.
How they like to work
Brockmann Geomatics Sweden operates both as a participant and as a coordinator, having taken the lead role on CyanoAlert. Despite having only two projects, they have worked with 20 distinct consortium partners across 13 countries, which is a relatively broad network for a two-project SME and suggests they engage actively rather than passively within consortia. This breadth implies they are seen as a capable technical contributor that other organizations want at the table, not just a subcontractor filling a narrow slot.
Their network spans 20 partners across 13 countries from just two projects, indicating they join well-connected international consortia rather than isolated bilateral collaborations. No partner repetition is identifiable from two projects, but the geographic spread suggests European-wide engagement rather than a regional cluster.
What sets them apart
Brockmann Geomatics Sweden sits at the intersection of space technology and freshwater environmental management — a niche where very few SMEs operate as service designers rather than pure data providers. Based in Kista (Sweden's tech hub) and likely affiliated with the Brockmann Consult network, they bring a credible Earth Observation pedigree with demonstrated ability to lead EU-funded operational service projects. For a consortium needing a satellite data specialist who can also manage project delivery, they offer both technical depth and coordination experience in a single SME package.
Highlights from their portfolio
- CyanoAlertBrockmann Geomatics coordinated this project, demonstrating project leadership capability and a focused operational product — a space-based early warning system for toxic algal blooms — with direct public health and water management relevance.
- SWOSTheir largest project by EC funding (EUR 555,750), SWOS was a pan-European effort to build satellite-based wetland monitoring services, placing them in a high-profile environment-space consortium.