Anomaly detection
Flags and ranks magnetic, resistivity and radiometric anomalies the moment gridding completes.
Watch the section below live: rivers carry placer grains to the gravels, waves concentrate heavy sands on the beach, and hydrocarbons migrate up into the trap. Whatever the Earth builds, the portal models it.
Every deposit keeps its value in veins. Ours carries five crystals.
A single digital earth for every discovery — from orbit to ore body.
Put a complete, computable model of the subsurface in front of every geologist, engineer and decision-maker — in a browser, with nothing to install.
Compress discovery timelines from years to months by uniting acquisition, processing, modeling, planning, beneficiation and analysis in one platform.
Every dataset — geophysical, geological, drilling, processing, laboratory — ingested and visualized as gridded surfaces and volumes. AI-assisted interpretation built in. Mine plans and reserve statements generated from the same live model that acquisition feeds.
You will never again make a subsurface decision from a static screenshot. Every figure in every report traces back to a live, navigable model you can open yourself.
Four field crews, four live scenes. In each one, the top of the frame is the field operation and the bottom is the data building itself — because in the portal, acquisition and result are never separate.
An ERT spread fires current between electrodes; equipotential arcs pulse into the earth, and beneath them the inverted resistivity tomogram sharpens iteration by iteration. Conductive zones bloom out of the section the way they do on a real survey evening.
The portal stitches every line into fence diagrams and full 3D resistivity–chargeability volumes.
A source fires at surface, wavefronts race downward, reflect off horizons and return to the geophone string — while the wiggle-trace section paints itself in below, shot point by shot point.
Reflection, refraction tomography, MASW dispersion and downhole surveys all land in the same viewer and dock into the 3D scene where they were shot.
The rig turns, the string advances, and every core run comes up and lays itself into the tray — lithology by lithology, exactly as the logging geologist will see it. Depth counter, recovery and the growing core tray are all live.
RC, diamond core, shot-hole, uphole and geotechnical drilling — designed, tracked and modeled in the portal down to the last run.
A survey vessel tracks across the frame, its multibeam fan sweeping the seafloor while the sub-bottom profiler pings through the sediment. Behind it, the colored bathymetric swath and sediment layers accumulate in real time.
Reservoirs, rivers, ports and near-shore blocks — merged seamlessly with the land model, one continuous surface from hilltop to seabed.
Read it like a drill log — every capability, at the depth where it lives.
Acquisition, processing, inversion and 3D visualization for the complete toolkit — always as gridded surfaces, inverted sections and voxel volumes.
Implicit and explicit 3D models: lithological domains, fault networks, folds, veins, seam correlation and structural restoration from any data combination.
Grade estimation, block modeling, pit optimization, bench and haul-road design, overburden computation, scheduling and reconciliation — in the same scene as the geology.
Resource computation and classification, reserve conversion, tonnage–grade curves, uncertainty visualization and one-click technical reports drawn straight from the live model.
Airborne and ground magnetic data gridded into continuous anomaly surfaces with contouring and filtering, the survey sweep still crossing the block. One click from this map to the inversion voxels beneath it.
Ore seams offset by a fault plane, a designed pit shell and the terrain above, rotating in true 3D. One database wearing many views: change the geology and the pit and reserves change with it.
The descent doesn't end at discovery. Watch the mine run, the plant beneficiate, and the laboratory return assays — three services, three live scenes, one model recording all of it.
Haul trucks climb the benches, the excavator loads on the pit floor, and a surveillance drone orbits overhead streaming volumetrics, slope movement and stockpile balances into the portal.
Monthly drone surveys reconcile survey-to-plan automatically: cut, fill, stockpile and dump volumes computed against the design surfaces.
Ore drops into the crusher, rides the conveyor to the mill, and splits in the flotation cells — concentrate rising with the froth, tailings flowing out. We design, model and optimize beneficiation circuits for every mineral: bulk, base, precious, industrial and critical.
Crushing and grinding studies, gravity and magnetic separation, flotation and sensor-based sorting flowsheets — simulated in the portal before a single plate of steel is cut.
Core is split, pulverized and fired through the analyzer; the spectrum peaks rise, and the assay certificate writes itself into the database — instantly joined to the exact interval it came from in the 3D model.
Full chain-of-custody sampling programs, QA/QC with standards, blanks and duplicates, and analysis workflows for every commodity group — bulk, base, precious, industrial and the full critical-minerals suite.
The same engine that finds ore bodies maps buried pipes and rates foundations.
Non-destructive 3D mapping of pipelines, cables, ducts and drainage using GPR and EM locating — delivered as depth-attributed utility corridors with clash detection against planned excavation.
MASW and refraction for shear-wave and rippability profiles, borehole geotechnical logging, bearing-capacity zonation, slope-stability sections and settlement models — as continuous engineering-parameter surfaces.
Already built, already trained on real acquisition campaigns. The AI engine reads the same model database as every scene above it.
Flags and ranks magnetic, resistivity and radiometric anomalies the moment gridding completes.
Predicts domains between drillholes from combined geophysical signatures, updating the 3D model live.
Fuses remote sensing, geophysics and structure into a ranked target list with confidence surfaces.
Draft fault traces, seam correlations, horizon and utility picks for the specialist to accept or edit.
Estimation cross-checks, outlier flagging, and beneficiation recovery predictions from ore characteristics.
Watches assay streams for drift, failures and swaps across standards, blanks and duplicates — before they poison the model.
Compares every new drone survey against the last: fresh cracks, moved stockpiles, unplanned excavation.
Learns from reconciliation history to forecast grade, dilution and recovery bench by bench.
Full technical reports — figures, gridded maps, sections, tables — assembled from the live model in minutes.
Every animated crew on this page exists in the real world. Proven across India, Africa and Southeast Asia.
UAV aeromagnetics, LiDAR, orthomosaic photogrammetry and mine surveillance fleets.
ERT/IP spreads, SP arrays, magnetics, gravity, GPR and DGPS control.
Bathymetric and sub-bottom survey craft for reservoirs, rivers and near-shore blocks.
Seismic sources, shot-hole and uphole units, core drilling rigs for definition and geotech.
Crushing, separation and flotation test capability behind every beneficiation flowsheet.
Field sampling teams, prep facilities and analytical partnerships for every commodity group.