Digital baseline of Monaco’s ecological restoration site and underwater heritage
Across 2.5 hectares, a centimetre-scale record makes it possible to measure infrastructure, track ecological change and revisit the same seabed over time.
BENTHIC BIODIVERSITY
High-resolution digital twins of Monaco’s vertical coastal infrastructures
Across 2.5 hectares, centimetre-scale photogrammetry captures benthic habitats, subsea infrastructure and underwater heritage to track change over time.
Arctic benthic habitats during the Greenland 2026 scientific expedition
At 83°N, autonomous underwater robots captured centimetre-scale views of coastal ecosystems, creating a repeatable baseline to monitor biodiversity and ecosystem change.
Large-scale benthic mapping and AI-assisted analysis for the Pennavel floating offshore wind farm, France
Cosma acquired 380,000 georeferenced images 10–15 nautical miles offshore, at 90–100 m depth, enabling AI-assisted detection of species of interest.
High-resolution digital twins to support marine protected area management in the Pagasetic Gulf
For Monaco Explorations, Cosma deployed lightweight autonomous systems to map benthic habitats and demonstrate new tools for MPA monitoring.
High-resolution digital inspection of a submarine outfall within Posidonia seagrass meadows
At Île du Levant, Cosma combined sonar, robotics, photogrammetry and AI to inspect a submarine outfall and map nearby Posidonia oceanica habitats at centimetre scale.
AI-assisted mapping of underwater waste for environmentally responsible marine decommissioning
Across 33 hectares in Théoule-sur-Mer, sonar, photogrammetry and AI map submerged waste and surrounding habitats to guide responsible removal decisions.
Evaluation of different measures and metrics for Kelp restoration MRV in Portugal
Analyze vast amounts of data to optimize kelp detection, estimate biomass, and develop metrics for assessing biodiversity in large-scale kelp restoration projects
