Conventional oil & gas, de-risked before the rig arrives.

We combine three signals: high-resolution satellite multi-spectral imagery, a patented library of lab-calibrated signature materials, and Nuclear Magnetic Resonance interpretation. Together they resolve the presence, depth, and indicative volume of hydrocarbons in a basin — without crews, rigs, or permits — at depths up to 15,000 feet.

No, and we don't recommend that. Our mapping works best alongside seismic: before it (to decide whether and where to acquire), or after it (to rescue ambiguous data). In typical conventional engagements, operators use our output to cut seismic acquisition scope by up to 3× rather than skip seismic entirely.

Each deliverable carries a per-polygon confidence score. On 140+ historic projects we've delivered hydrocarbon confirmation with false-positive rates in the single digits, and depth-to-top-of-reservoir accuracy typically within ±15% of subsequently drilled wells. Individual project accuracy depends on basin geology and target depth — we'll share comparable references under NDA.

Typical turnaround is 4–8 weeks from signed NDA and scope agreement to GIS-ready deliverable. Small targets (single-lease) can be faster; multi-block portfolios take longer. Conventional seismic equivalents often take 6–12 months before interpretation is in your hands.

Project-specific, NDA-covered, GIS-ready layers: hydrocarbon-presence polygons with confidence scores, depth-to-top-of-reservoir contours, indicative volume per polygon, and recommended drill-target coordinates. Formatted for Petrel, Leapfrog, ArcGIS, or plain GeoTIFF/Shapefile on request.

No. The survey itself requires no field access, no boots on the ground, and no environmental impact assessment. That's a material advantage in permitting-constrained basins and politically or ecologically sensitive areas.