Complete Service Portfolio

Everything You Need for Mineral Exploration

18+ analysis modules powered by satellite imagery, geophysics, and AI. From spectral indices to drill target recommendations — all in one report.

Spectral Analysis

18 Spectral Indices

Iron Oxide, Clay Mineral, Gossan Detection, Ferrous Iron, Sulfide Minerals, Phyllic Alteration, Carbonate/Dolomite, Phosphate, Hydrothermal Silica, Ferric Iron SWIR, Bare Rock, Alteration Zone Composite, and Serpentine/MgOH indices from Sentinel-2.

Sentinel-2 10m resolution

ASTER Thermal Infrared

AlOH Group Index, FeOH/MgOH ratio, Silica Index, Carbonate Index, Thermal Inertia Proxy, and Alunite/Pyrophyllite detection using ASTER TIR bands.

ASTER VNIR + SWIR + TIR

Mineral Auto-Ranking

Every zone is scored against all 50+ minerals in our database. Spectral relevance weights ensure detection accuracy for metals, gemstones, industrial minerals, and dimension stones.

AI-Powered 50+ Minerals

Geophysical Analysis

InSAR Ground Deformation

Detect millimetre-scale ground subsidence or uplift using Sentinel-1 temporal coherence analysis. Shows active geological processes — fault movement, groundwater withdrawal, mine collapse risk.

Sentinel-1 Deformation mm-scale

Magnetic Anomaly Mapping

Iron-based magnetic proxy from spectral data. Optional integration with EMAG2v3 global aeromagnetic dataset for deep-subsurface structure detection.

Aeromagnetic EMAG2v3

Gravity Anomaly Analysis

Bouguer gravity anomaly proxy from DEM residual analysis. Detects dense ore bodies and geological structures. Optional WGM2012 real gravity data integration.

Bouguer DEM-derived

Terrain & Environmental

Water Resource Assessment

Estimate groundwater potential using CHIRPS rainfall data, soil permeability, aquifer recharge zones from DEM, and surface water proximity. Mining needs water — investors always ask about this.

CHIRPS Groundwater Mining Water

Environmental Risk Assessment

Water body detection (NDWI), forest/vegetation density (NDVI), slope stability analysis, and settlement proximity from Global Human Settlement Layer.

NDWI NDVI GHSL

Infrastructure Access Analysis

Distance to nearest road, town, and port using OpenStreetMap data. Transport cost estimation based on distance and terrain difficulty. A deposit far from roads may not be economically viable.

OpenStreetMap Transport Cost

Structural & Temporal

Seasonal Variation Analysis

Run spectral analysis across 4 seasons (winter, spring, summer, autumn). Some minerals are only detectable in dry season when vegetation is minimal. Reduces false negatives.

4 Seasons False Negative Reduction

Historical Mining Activity

Multi-temporal Sentinel-2 analysis comparing NDVI and bare earth changes over 5-7 years. Identifies historical excavation, abandoned workings, and surface disturbance.

Multi-temporal Change Detection

Night Thermal Mapping

Landsat 8/9 TIRS Band 10 analysis for thermal inertia patterns. Different minerals retain heat differently — dense ores show distinct thermal signatures.

Landsat TIRS Surface Temp

Geological Context

Geological Formation Mapping

Macrostrat API integration for rock type, geological age, formation name, and stratigraphic context. GEE-based landform classification and soil texture analysis.

Macrostrat Stratigraphy

Zone Classification

Adaptive grid (4×4 to 10×10) zone analysis with dynamic percentile-based thresholding. Each zone classified as Retain, Explore, Investigate, or Surrender.

Configurable Grid Adaptive

Drill Target Recommendations

GPS coordinates for recommended drilling locations, ranked by priority. Includes depth estimates, drilling method suggestions, and per-target cost estimates.

GPS Targets Cost Estimate

Investment & Benchmarking

Risk-Return Investment Score

Single 1-10 number combining: mineral score, environmental risk, terrain difficulty, cost estimate, infrastructure access, and water availability. "Investment Readiness: 7.2/10" — investors love single-number summaries.

Investment Score 1-10 Rating

Benchmark Against Known Mines

Compare spectral signature of your site against 20+ known producing mines in Pakistan. "Your site is 78% similar to Saindak Copper Mine." Pre-computed from public mine coordinates.

Known Mines Similarity %

1-Page Executive Briefing

In addition to the full technical PDF, generate a 1-page investor briefing with: score, top mineral, GPS coordinates, cost estimate, risk level, and satellite image. Designed to be forwarded to investors and board members.

Investor PDF 1-Page Summary

Reports & Exports

AI Geological Report

Claude AI generates a professional geological narrative with executive summary, methodology, findings, and actionable recommendations. Investor-grade PDF report.

Claude AI Professional PDF

Exploration Cost Estimator

Activity-based budget with terrain multiplier. Covers geological mapping, geochemical sampling, geophysical surveys, drilling, lab analysis, environmental assessment, and logistics.

Budget Planning 7 Cost Items

GIS Export (GeoJSON)

Download zone polygons and drill targets as GeoJSON for use in QGIS, ArcGIS, or any GIS software. Full interoperability with your existing workflow.

QGIS ArcGIS

Simple Per-km² Pricing

Pay only for the area you analyse. No subscriptions. No hidden fees. Government and institutional discounts available.

Per Square Kilometre

PKR 100,000/km²

Approximately $357 USD per km²

1 km²

PKR 100,000

5 km²

PKR 500,000

10 km²

PKR 1,000,000

25 km²

PKR 2,500,000

50 km²

PKR 5,000,000

All 18+ analysis modules included
Professional AI-generated PDF
GeoJSON export for GIS
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Government & Institutional Partners

Special discounts available for government entities, mining departments, universities, and research institutes. Contact us at info@geomines.org for partnership pricing.

Ready to explore your mine site?

Upload your KMZ boundary file and receive a comprehensive spectral analysis report with drill target recommendations.

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