Central to e-shape (EuroGEO showcases), EUGENIUS (space enterprise network), SEO-DWARF (semantic EO data retrieval), and PHySIS (hyperspectral imaging).
PLANETEK ITALIA SRL
Italian SME turning Earth observation and satellite data into GIS-based decision support tools for environment, transport, and infrastructure resilience.
Their core work
Planetek Italia is a Bari-based geospatial technology SME that builds software platforms and services for processing, analyzing, and distributing Earth observation and satellite data. They develop GIS-based decision support systems, semantic data retrieval frameworks, and downstream applications that turn raw satellite imagery into actionable intelligence for infrastructure management, environmental monitoring, and emergency response. Their core business sits at the intersection of space data and real-world problem-solving — making satellite information usable for non-specialist end users in sectors like transport, environment, and urban planning.
What they specialise in
SAFEWAY developed GIS-based infrastructure management for extreme events; SEO-DWARF built semantic frameworks for geospatial data retrieval.
JUSTNature applies ICT and big data to nature-based solutions; IMPRESSIVE addresses marine pollution risk; FLOWERED tackles water quality in East Africa.
PHySIS focused on sparse signal processing for hyperspectral imaging; EUGENIUS on space-derived information services.
SAFEWAY introduced predictive maintenance for transport infrastructure; JUSTNature addresses climate adaptation with ICT solutions and big data.
How they've shifted over time
In the early period (2015–2018), Planetek focused on foundational space and remote sensing technologies — hyperspectral image processing, semantic Earth observation data retrieval, and building enterprise networks for space-derived services. From 2018 onward, the focus shifted decisively toward applied geospatial intelligence: infrastructure resilience, environmental justice, marine pollution management, and nature-based solutions powered by GIS and big data. The trajectory shows a company moving from space data processing tools toward domain-specific decision support applications.
Planetek is moving from pure EO technology toward climate resilience and environmental applications, making them increasingly relevant for Green Deal and urban sustainability consortia.
How they like to work
Planetek operates almost exclusively as a specialist partner (7 of 8 projects), contributing geospatial and EO expertise to larger consortia rather than leading them. Their single coordinator role (SEO-DWARF) was a focused research project in their core domain. With 160 unique partners across 35 countries, they are a well-connected node in the European space and environment research network — the kind of partner that brings deep technical capability without competing for consortium leadership.
Planetek has collaborated with 160 unique partners across 35 countries, giving them one of the broader networks you'd expect from a geospatial SME. Their partnerships span Southern and Western Europe heavily, but extend well beyond into global collaborations through projects like FLOWERED (East Africa focus) and e-shape (pan-European EuroGEO initiative).
What sets them apart
Planetek occupies a specific niche: they are a private SME that bridges the gap between raw satellite/EO data and practical applications for non-space sectors like transport, environment, and urban planning. Unlike large aerospace contractors, they are agile enough for focused consortium roles, and unlike academic groups, they deliver operational software platforms and downstream services. For any consortium needing to turn geospatial data into a usable decision tool, they bring both the technical depth and the commercial mindset to make it work.
Highlights from their portfolio
- SEO-DWARFTheir only coordinator role — a semantic Earth observation data framework that represents their core technical identity in data retrieval and interoperability.
- SAFEWAYLargest single EC contribution (EUR 280,625) and marks their pivot into infrastructure resilience with GIS-based predictive maintenance systems.
- e-shapePart of the flagship EuroGEO initiative showcasing European Earth observation applications — positions them at the center of the EU EO ecosystem.