Strataprobe transforms satellite imagery into actionable mineral exploration intelligence. Our advanced ML detects spectral anomalies, maps geological structures, and pinpoints high-probability drilling targets: saving you millions in exploration costs.
A five-stage intelligence pipeline that transforms raw satellite data into precise, actionable drilling recommendations.
We ingest multi-spectral and hyper-spectral satellite imagery covering your entire concession area, capturing data across dozens of wavelength bands invisible to the human eye.
Our proprietary machine learning models analyze spectral signatures across multiple bands, identifying mineral-specific anomalies that indicate subsurface deposits with remarkable precision.
We map fault lines, alteration zones, and host rock patterns. Seasonal composite analysis reveals changes over time, strengthening our understanding of the geological environment.
The analysis produces a detailed heatmap of mineral-bearing probability zones. Each target is ranked by confidence level, with precise GPS coordinates, estimated depth, and vein orientation.
You receive a comprehensive PDF report with high-quality visual maps, coordinate tables, drilling recommendations, and Strataprobe Drilling Intelligence analysis: ready for immediate field action.
Our advanced analysis package delivers comprehensive intelligence across every dimension of mineral exploration.
Mineral-focused analysis using multi-spectral and hyper-spectral satellite data to detect surface and near-surface mineralisation signatures across your entire concession.
A detailed heatmap visualization of potential mineral-bearing zones, clearly showing high-probability areas superimposed on your concession boundary for immediate spatial understanding.
A comprehensive, publication-quality PDF report with high-quality visual maps, annotated imagery, geological interpretation, and executive summary — ready for stakeholders and investors.
Precise data on the location, estimated depth, and vein orientation of potential mineral deposits: giving you the spatial intelligence needed to plan efficient exploration campaigns.
Advanced anomaly characterization using comparative seasonal composites, revealing temporal changes in surface reflectance that strengthen mineral deposit identification accuracy.
Comprehensive mapping of fault lines, alteration zones, and host rock patterns. Understand the geological framework controlling mineralisation in your concession.
Every identified target zone is ranked with an estimated confidence level, allowing you to prioritise your exploration budget on the highest-probability targets first.
An estimate of the total quantity of the mineral present across your concession, derived from spectral intensity modelling and geological correlation: aiding resource valuation.
Algorithm-optimised drill plans with 3D collar coordinates, azimuth, dip angle, and planned depth for every borehole: engineered to minimise total metres drilled while maximising ore intersections.
Integrated XRF scanning at every metre of drilled core, with results uploading live to your dedicated Strataprobe client portal: building a real-time 3D depth model of subsurface geology.
Multi-layered analysis combining satellite remote sensing with machine learning to extract mineral exploration intelligence.
Sentinel-2 multi-spectral bands processed per pixel
Sentinel-2 ground sampling distance for key bands
Iron oxide, clay, ferrous iron, and alteration band ratios
Spectral, structural, geological, topographic & ML fusion
Don't just know where to drill: know the exact angle, depth, and orientation. Strataprobe calculates optimised 3D drill plans with precise coordinates, azimuth, and dip angles: algorithmically minimising the total metres of drilling required while maximising ore body intersection.
Every drill hole is planned in full 3D: collar coordinates, azimuth, dip angle, and target depth, calculated to maximise ore body intersection.
Our algorithm optimises the number and placement of boreholes to achieve maximum subsurface coverage with minimal total metres drilled.
You receive drill collar GPS coordinates, azimuth bearings, dip angles, and planned depths: ready to hand directly to your drilling contractor.
Our ML calculates optimal angular drill trajectories: azimuth, dip, and depth, to intersect hidden ore bodies that vertical drilling would miss. Every metre of core is XRF-scanned live, building a real-time 3D subsurface model. The result: discoveries that only ML-directed angular drilling can make.
Our ML analyses satellite anomalies and geological structure to calculate the optimal azimuth, dip angle, and depth for each borehole: including angled holes that reach hidden targets.
Every metre of every core is scanned with a handheld XRF analyser, measuring full elemental composition in real time.
Each reading uploads instantly to your Strataprobe client portal: no manual entry, no delays.
Vertical and angular boreholes combine into a live 3D subsurface model. ML-predicted targets are confirmed in real time: revealing ore bodies that only directional drilling could reach.
Every client receives a secure, dedicated portal on strataprobe.com. As each borehole is XRF-logged, the 3D subsurface model updates live: showing interpolated geology between all drill holes. You can view, rotate, and interrogate the model from any device.
Real examples of the intelligence products delivered in every Strataprobe analysis report.
| Target ID | Latitude | Longitude | Confidence | Depth Est. | Anomaly Type | Mineral | Priority |
|---|---|---|---|---|---|---|---|
| T-001 | -25.4321 | 30.8765 | 94% | 45-65m | Strong spectral | Au | Critical |
| T-002 | -25.4298 | 30.8801 | 89% | 30-50m | Multi-band | Au-Cu | High |
| T-003 | -25.4355 | 30.8742 | 82% | 55-80m | Alteration zone | Cu | High |
| T-004 | -25.4310 | 30.8790 | 76% | 40-70m | Structural | Au | Medium |
| T-005 | -25.4378 | 30.8718 | 71% | 60-90m | Spectral + struct. | Cu-Zn | Medium |
| T-006 | -25.4292 | 30.8830 | 65% | 70-100m | Spectral | Au | Standard |
Mobile-friendly, interactive ML exploration reports — open the live report on any device, or download the standalone PDF.
✓ DELIVEREDCuCoLubudi Mining (Pty) Ltd
Central African Copperbelt analysis. Cu-Co supergene oxide blanket targeting in the Katanga Supergroup using Sentinel-2, PCA/Crosta, SAM, Isolation Forest, XGBoost and structural lineament analysis.
Everything you need to know about our ML-powered mineral exploration analysis.
We need your concession boundary (KML, KMZ, GeoJSON, or shapefile) and the target mineral(s) you are exploring for. That's it. We source all satellite imagery, geological datasets, and topographic data ourselves.
Have a question not listed here? Get in touch
Send us your concession boundary and target minerals. We'll deliver a comprehensive analysis report with heatmaps, target coordinates, confidence levels, and Strataprobe drilling recommendations.
NDA protection. Your concession data is always secure.
Rapid delivery. From data to intelligence, fast.
Geologists available to discuss findings.