Geospatial Subsurface Intelligence
Multi-layer satellite fusion + machine learning. Find what's hidden—from mineral deposits to buried hazards. ProSat detects blind subsurface anomalies, ranks them by confidence, and delivers actionable coordinates with geological reasoning—anywhere on Earth, within 48 hours.
ProSat is a geospatial machine learning platform that fuses six independent satellite layers: structure (DEM), iron oxide, clay, thermal, gravity, and radiometrics. It normalises each layer, applies weighted fusion, and extracts the top-5 local maxima as ranked targets.
The output is a prospectivity heatmap and a Google Earth KML with colour-coded pins. We then apply a proprietary 6th layer—manual cross-correlation using public geological records, satellite imagery, and company reports—to confirm or reject each anomaly.
This two-stage process eliminates false positives and delivers high-confidence targets. Saving you time, drilling costs, and false leads.
Each layer captures a distinct physical phenomenon. Fused together via machine learning, they reveal what no single sensor can see alone.
Digital elevation model reveals surface morphology, fault traces, and structural lineaments that control mineralisation.
Multispectral iron oxide ratio identifies hydrothermal alteration zones—a key pathfinder for gold, copper, and uranium systems.
SWIR clay index maps argillic and propylitic alteration halos around porphyry and epithermal deposits.
Land surface temperature differentials detect heat anomalies from hydrothermal systems, geothermal activity, and subsurface fluids.
Bouguer gravity anomalies image deep crustal structures, intrusions, and density contrasts invisible to optical sensors.
Gamma-ray spectrometry maps K, Th, and U concentrations to identify evolved granites and radioactive mineral systems.
Three steps from your area of interest to drill-ready coordinates.
Send us a polygon, bounding box, or centre-point with radius. No proprietary field data required. Any location on Earth.
Six satellite layers are pulled, normalised, and fused via weighted ML. Local maxima are extracted, ranked by anomaly score, and cross-validated against public geological records.
You receive a ranked target list with GPS coordinates, a prospectivity heatmap, and a Google Earth KML—ready for field verification.
Subsurface intelligence is valuable wherever the ground holds secrets. ProSat delivers it across eight major sectors.
Gold, copper, lithium, antimony, rare earths. Rank targets before you drill.
Locate heat anomalies, permeable structures, and geothermal reservoirs.
Map fracture zones, paleochannels, and productive aquifer systems.
Detect buried waste, acid mine drainage, and legacy landfill sites.
Pre-construction site assessment, sinkhole detection, and foundation hazard mapping.
Land subsidence, fault activity, and natural hazard exposure mapping.
Old homesteads, buried foundations, disturbed soil, and archaeological anomalies.
Subsurface infrastructure mapping, tunnel detection, and terrain intelligence.
ProSat was validated against known world-class mineral deposits without any prior knowledge of deposit locations. The platform had no access to company data, drill logs, or resource estimates—only public satellite data. Results speak for themselves: scores above 0.91 on four tier-1 deposits, and below 0.2 on all null-test controls.
Scores represent normalised anomaly confidence (0–1). Validated blind—no deposit data used during processing. Scores >0.8 indicate high-confidence targets; <0.2 confirm absence of anomaly.
Not another heatmap service. ProSat is a full intelligence pipeline from satellite data to field-ready coordinates.
We deliver a ranked shortlist of GPS coordinates with geological reasoning—not a heatmap that leaves interpretation to you.
Six independent physical layers fused via weighted machine learning. The model sees patterns no single sensor can reveal.
A proprietary 6th-layer cross-correlation uses public geological records and company filings to kill false positives before delivery.
No proprietary fieldwork data required. Runs on free public satellite data for any location on the planet.
Send a polygon or centre point. Receive ranked targets, a prospectivity heatmap, and a Google Earth KML file.
Your coordinates, your geology—never shared, never stored beyond your project duration.
Send a polygon or centre point. No obligation, no proprietary data required. Receive your ranked targets within 48 hours.