![3[Deep]Vision logo](assets/img/logo.png){kind=logo}
BlueVision brings satellite, UAV, airborne, marine and reference data together for AI-powered mapping, change monitoring, accuracy and uncertainty assessment, interactive 2D/3D exploration and delivery. Five configurable stacks share the same analytical tools and layers, supporting hydrography, ports, coastal management, environmental monitoring and aquaculture.
Inside BlueVision
Bring maps, analytical layers and validation results together with interactive 2D and 3D views to understand shallow waters, coastal change and marine environments.
Actual BlueVision views: switch between the 3D surface and the 2D map.
Choose the configuration for your operation. All stacks share the same AI tools, maps and analytical layers.
Hydrographic offices & survey authorities
Generate shallow-water bathymetry from satellite and UAV imagery, using ICESat-2 ATL24, Copernicus bathymetry or customer surveys for training and validation. Inspect results in 2D/3D and prioritise survey areas.
Outputs: Bathymetric surfaces, depth contours, profiles, accuracy and uncertainty layers, technical reports and IHO S-100/S-102-oriented exports.
Coastal authorities, planners & insurers
Track shoreline movement, erosion, accretion and storm impacts using multi-date imagery and bathymetry. Assess coastal infrastructure exposure and support adaptation planning.
Outputs: Shoreline change maps, erosion and accretion indicators, bathymetric baselines, exposure layers and assessment reports.
Port, maritime & coastal infrastructure operators
Inspect access channels and seabed relief in 2D/3D to assess sedimentation, dredging and construction needs. Monitor vessel activity, sediment plumes and water-quality changes around ports and desalination intakes.
Outputs: Bathymetric change maps, depth profiles, activity maps, turbidity and algal-bloom indicators, and operational assessment reports.
Environmental agencies, restoration teams & consultants
Combine AI-based seabed and habitat classification with water-quality information to monitor protected areas, identify environmental pressures and support restoration.
Outputs: Seabed and habitat maps, turbidity and water-clarity layers, change indicators and environmental monitoring reports.
Farm operators & regulators
Monitor cages, floating assets and farm-layout changes alongside bathymetry, exposure, water-quality and sensor data. Track asset displacement and support site assessment and daily operations.
Outputs: Farm-layout and asset-drift maps, environmental indicators, risk-screening layers and monitoring reports.
Ocean foundation models, multitask learning and refraction-aware processing support reusable workflows across the five stacks.
Search and load EO imagery by AOI and date, assess water-covered pixels, integrate marine indicators and score image suitability before processing.
AI restoration reduces waves, sunglint, caustics and water-column artefacts, improving visual quality for bathymetry, classification and inspection.
DSM/DTM-based refraction correction improves the geometry of shallow-water mapping products derived from aerial, UAV and photogrammetric datasets.
Generate bathymetry as a standalone product or stack layer from satellite, airborne, UAV and reference data, with contours, profiles, uncertainty and validation.
Super-resolve coarse bathymetry and fill missing depth areas using AI and SfM-MVS support, producing more complete shallow-water surfaces.
Map seabed substrates, habitats, seagrass, shallow-water features and marine context layers using annotation, training, inference and confidence outputs.
Multitask AI jointly predicts bathymetry and seabed classes, improving spatial consistency between depth, substrate and habitat interpretation layers.
Detect and monitor vessels, aquaculture cages, floating assets, port structures, infrastructure features and operational activity from EO, UAV and aerial data.
Integrate turbidity, chlorophyll-a, suspended matter, water clarity, Secchi depth, KD490, temperature and river-plume indicators. Track potential algal blooms and changing intake-water conditions to support desalination and coastal infrastructure monitoring.
Monitor siltation, erosion, accretion, access-channel change, coastal dynamics, dredging effects and post-storm impacts using multi-temporal geospatial layers.
Prepare bathymetric surfaces, uncertainty layers, isobaths, transects, metadata and GIS-ready deliverables for hydrographic offices and maritime decision support.
Produce accuracy metrics, uncertainty maps, CATZOC/QoBD-style indicators, technical reports, dashboards, GeoTIFFs, GeoJSONs and API-ready outputs.
Compare satellite imagery, bathymetry and seabed classification using the sliders below. Additional outputs include uncertainty, transects, isodepths, validation layers, masks, metadata, S-102-ready bathymetric surface inputs, and analysis-ready geospatial products.
Tell us what you need to map or monitor, the data you have and the outputs you need. We will help define the right stack and workflow.