Satellite earth observation and GIS, delivered so planners, operators, and regulators look at the same evidence. Repeatable pipelines. Documented lineage. Standards-native from the first tile.
Representative slice of the operational monitoring surface. Customer tenants carry full STAC catalog, model provenance, and ground-truth correlation on every event.
Each area is industry-standard, but the discipline is ours: documented, auditable, repeatable. We do not deliver a tile that cannot be traced to its provenance.
Commercial and open-data constellation selection, tasking, budget management. Optical, SAR, multispectral. Cloud masking, atmospheric correction, temporal compositing.
In-house survey crew with RTK GNSS, total station, and UAV payloads. Flight planning with GCPs and accuracy budgets. Orthomosaic, DSM, DTM outputs. Hydrographic and topographic capture where the operation demands it.
ArcGIS Enterprise, QGIS, PostGIS — versioned and branch-aware. MapLibre, Mapbox, Cesium for 2D and 3D web maps. Vector-tile pipelines and accessible cartography.
Terrain derivatives — slope, aspect, hydrology, viewshed, roughness. Land-cover classification with accuracy assessment. Network analysis for routing, service areas, siting.
National address gazetteers, deduplication and conflation, postal & POI datasets with licensing compliance. Geofences, service boundaries, administrative boundaries with maintenance cycles.
MQTT sensor time-series ingestion, edge buffering, backhaul-cost awareness. Fleet and asset tracking with geofenced alerts. Lightweight digital-twin integration with GIS and BIM.
STAC catalogs, COG pipelines, COG-friendly tile pyramids on object storage. OGC services (WMS, WFS, WMTS). Vector tiles. Metadata, lineage, quality SLAs for internal teams that depend on imagery.
The deep capture stack beneath the seven practice areas. Survey crew, photogrammetric chain, and remote-sensing pipelines — each step instrumented for retro-verification. No tile enters the catalog without its lineage.
Single-beam, multi-beam, sub-bottom — picked per task, never per habit. Pre and post dredge volumetrics that survive contract dispute. Vertical-datum traceability documented on every cast.
Nav · Dredge · Sediment · HabitatIn-house crew. Total station, level traverse, GNSS RTK — chosen for the task, logged for the audit. Closure errors reported, not absorbed. Field books survive the project.
Total Station · Level · GCPBase-rover with documented vector chains. Cm-accurate fixes anchored to public reference networks. Every shot retro-verifiable against base raw observations.
Drone RTK · Powerline · Offshore rigAirborne and terrestrial scanning. Returns separated and classified to ASPRS spec. Ground, vegetation, building, wire — each class carried forward with its provenance into DTM and BIM workflows.
Airborne · Terrestrial · MLSAerial triangulation against documented GCPs. RMSE figures travel with every orthoproduct. Stereo pairs and camera reports archived for future re-bundling — your imagery does not become a black box.
Stereo · GCP · Camera CalibImagery rectified against documented elevation model. Constant scale, planimetric correctness, mensuration-ready. Spatial accuracy budget agreed upfront, validated against independent check points.
Sensor model · DEM · ICPDEM from LiDAR ground returns or stereo correlation. DTM with breaklines where stereo fails — shadow, water, low-contrast canopy. Off-the-shelf, archived stereo, or tasked custom collect — picked to fit accuracy class.
DEM · DSM · DTM · BreaklinesHorizontal-only extraction at agreed accuracy class. Feature codes that map cleanly to your asset catalog. Mouza-grade parcel records, conflated against current ownership — boundary disputes resolved with archival evidence, not assertion.
Planimetric · Mouza · LULCRGB, multispectral, and LiDAR payloads on RTK-capable airframes. Site survey at survey-grade accuracy in a fraction of traditional field time. Each image tagged, each mission logged, each output tied back to the flight log.
RGB · Multispec · LiDAR payloadStatic and rapid-static occupations against CORS or local base. Post-processed differential corrections for control densification, monument recovery, and accuracy classes where real-time fixes are not defensible.
Control · Monument · CORSMesh and solid models from photogrammetry, LiDAR, and stereo capture. Textured building footprints, LoD2 / LoD3 city models, and BIM-aligned asset reconstructions. Geometry that pairs with your GIS and survives design review.
LoD2 · LoD3 · Mesh · BIMThematic classification from VNIR, SWIR, hyperspectral, and SAR. OBIA and CNN pipelines with accuracy assessment and confusion matrices. Multi-epoch differencing for encroachment, deforestation, urban expansion, and disaster delineation.
OBIA · CNN · Change detectionWe pick stack to fit your operation — not to entrench ours. Open standards are the floor. Proprietary tools sit on top only where they earn their place.
Hardware picked for the accuracy class the job demands. Calibration files travel with every dataset. Serial numbers and firmware versions logged on every cast.
Powerline, pipeline, and rail corridor monitoring. Vegetation encroachment alerts. Asset-condition tracking from drone and satellite, fused with field telemetry.
Crop classification, water-stress detection, harvest readiness. Supply-chain traceability from field to processor, anchored to verifiable satellite evidence.
Weekly drone surveys with documented accuracy budgets. Progress vs. plan, automatic. Earthworks volumetrics for milestone billing.
Unauthorised land-use detection at national scale. Planning permission verification. Disaster-response common operating picture, ready in hours.
Geocoded exposure modelling. Post-event damage assessment. Fraud detection through pre-event imagery. Defensible to reinsurance partners.
Air-gapped deployment available. Multi-source fusion. Chain-of-custody preserved from ingest to product. Sovereign data residency built in.
Pre and post dredge bathymetric survey with documented vertical datum. Volume calculations defensible to contract dispute. Seabed habitat, sub-bottom composition, sediment thickness — captured for navigation and consent compliance.
Mouza-grade cadastral mapping with conflation against current ownership. National address gazetteers, planimetric extraction, LULC classification for planning and taxation. Boundary cadence aligned to your operational tempo.
Multi-epoch LULC classification for natural-resource management, wildlife habitat protection, and urban encroachment. Damage delineation for flood, fire, and seismic events. Baseline thematic mapping for downstream GIS workflows.
LoD2 and LoD3 city models from drone and stereo capture. Textured building meshes, BIM-aligned asset reconstructions, and 3D landing-strip / corridor / bridge geometry. Pairs with GIS for planning review and digital-twin handover.
Pilot scope agreed in one call. First operational output in 30 days. Standards-native, vendor-neutral, defensible from the first tile.