Every engagement starts with a question. What is happening in this water? What changed after this event? Is this site fit for restoration? Will this intervention pay off? We answer those questions using Earth Observation, geospatial analysis, and AI, enriched through in-situ data integration, and delivered in the format that fits your workflow.
Our services fall into four areas:
Continuous, satellite-based observation of your area of interest: water quality, sea surface temperature, turbidity, chlorophyll-a, CDOM, and more. We process Sentinel-2, Sentinel-3, and Copernicus Marine data into indicator time series, with automated alerts when values cross thresholds you define.
Where operational speed matters, outputs are updated in near real time, with early warning systems including Harmful Algal Bloom (HAB) forecasting.
Coastal authorities, water managers, resort operators, aquaculture farms, NGOs running long-term conservation programmes
Change detection, anomaly detection, and pattern recognition across multi-year time series. We identify where land-based pollution is entering the water, where habitats are shifting, and where ecological stress is building before it becomes a crisis.
Conservation agencies, ridge-to-reef management programmes, marine spatial planners, scientific monitoring programmes.
Baseline habitat mapping, blue carbon stock assessment, and MRV (Monitoring, Reporting, and Verification) for projects that need defensible, audit-ready data.
We run satellite-based EIAs for industrial incidents, offshore operations, and permitting processes. Using a defined Area of Interest and a matched control site, we construct multi-year seasonal baselines, perform BACI (Before-After-Control-Impact) analysis, and deliver a full geospatial data package (GeoTIFFs, shapefiles, maps, and a technical written report) typically within 3 to 4 weeks.
Indicators we track as standard: Suspended Particulate Matter (SPM) as a turbidity proxy, Colour Dissolved Organic Matter (CDOM), Chlorophyll-a, Kd490 (water clarity), and Sea Surface Temperature. Hydrodynamic context is drawn from CMEMS and HYCOM current fields when relevant
Offshore energy developers, law firms handling environmental claims, insurance providers, permitting authorities, international financial institutions requiring ESG documentation
Predictive modelling and scenario analysis. Where should a restoration project be sited to maximise ecological return? Which parts of a coastline are most at risk from the next bloom season? What will this land-use change mean for downstream water quality? We run those scenarios and feed them into investment, permitting, and planning decisions.
Carbon developers, conservation funders, offshore energy planners, resort and hospitality groups managing long-term water-quality risk.
