Anomaly detection
Trained on real magnetic, resistivity and radiometric campaigns to flag and rank anomalies the moment gridding completes.
One portal for the entire discovery chain — satellite and drone remote sensing, every geophysical method on Earth, geological and structural modeling, drilling design, mine planning, and resource-to-reserve visualization. Rendered in 3D. Powered by our in-built geoscience AI, trained on real survey campaigns.
A single digital earth for every discovery — from orbit to ore body.
Exploration data today lives in fragments: satellite scenes in one tool, geophysics in another, drill logs in spreadsheets, mine plans in desktop software. Geolith Portal collapses that entire chain into one browser window — acquisition to boardroom decision.
Put a complete, computable model of the subsurface in front of every geologist, engineer and decision-maker — with nothing to install.
Compress discovery timelines from years to months by uniting acquisition, processing, modeling and planning in one platform.
Every geophysical, geological and drilling dataset ingested, processed and visualized as gridded 3D surfaces and volumes.
AI-assisted anomaly detection, lithology prediction and target ranking built into the portal — not bolted on.
Mine plans, resource and reserve statements generated directly from the same live model that acquisition feeds.
Read it like a drill log. From the surface downward, every layer of the exploration workflow is native to the portal.
Multispectral and hyperspectral mineral mapping, lineament and alteration extraction, photogrammetric DTM/DSM generation, LiDAR terrain modeling and change detection — draped live over the 3D scene.
Acquisition, processing, inversion and 3D visualization for the complete geophysical toolkit — rendered as gridded anomaly surfaces, inverted sections and voxel volumes.
Implicit and explicit 3D geological models: lithological domains, fault networks, fold geometry, vein systems, stratigraphic seam correlation and structural restoration — from any combination of mapping, geophysics and drilling data.
Drill program design and optimization, downhole desurvey and 3D trace modeling, lithology and assay compositing, core photography integration, and every drilling model — RC, diamond core, shot-hole, geotechnical.
Grade estimation and block modeling, pit optimization and phase design, overburden and stripping computation, haul-road and bench design, production scheduling and reconciliation — all inside the same scene as the geology that drives it.
Resource computation and classification, reserve conversion with modifying factors, tonnage–grade curves, uncertainty visualization, and one-click technical report generation — figures, sections and tables drawn straight from the live model.
These are not screenshots. Every panel below is being computed and rendered in your browser right now — the same engine that drives the full portal.
Airborne and ground magnetic data is gridded into continuous anomaly surfaces with contouring, reduction-to-pole, derivative and analytic-signal filters. Watch the field evolve as the gridding engine sweeps the survey block.
In production, this view sits on top of the 3D terrain with inversion volumes beneath it — one click from map to voxel.
Undulating ore seams modeled from correlation, a designed pit shell, and the terrain surface — rotating in true 3D. Every element streams from the same model database: change the geology, and the pit and reserves update with it.
The production portal holds a continuous 132 km² model at this fidelity, navigable from regional scale down to a single bench.
Reflection seismic rendered as animated wiggle-trace sections with horizon picking, velocity models and depth conversion. The same viewer handles refraction, MASW dispersion and sub-bottom profiles from bathymetric campaigns.
Sections dock directly into the 3D scene, slicing through the geological model where they were shot.
Already built, already trained on real acquisition campaigns — not a roadmap item. The AI engine reads the same model database as every viewer in the portal.
Trained on real magnetic, resistivity and radiometric campaigns to flag and rank anomalies the moment gridding completes.
Predicts lithological domains between drillholes from combined geophysical signatures, updating the 3D geological model live.
Fuses remote sensing, geophysics and structural context into a single ranked target list with confidence surfaces.
Draft fault traces, seam correlations and horizon picks generated for the geologist to accept, edit or reject.
Estimation cross-checks, outlier flagging and classification suggestions built into the resource workflow.
Full technical reports — figures, gridded maps, sections, tables — assembled from the live model in minutes.
Geolith is not only software. Behind the portal stands a complete field acquisition capability — proven across India, Africa and Southeast Asia.
UAV aeromagnetic and remote sensing platforms for rapid, dense coverage of rugged and access-restricted terrain.
ERT/IP imaging spreads, SP arrays, ground magnetics, gravity and DGPS control — full ground-truthing capability.
Bathymetric survey and sub-bottom profiling for reservoirs, rivers and near-shore blocks — merged into the same 3D scene.
Seismic acquisition, shot-hole and uphole drilling units, plus core drilling rigs for resource definition — acquisition to assay under one roof.