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Contactless Geo-Exploration

Geological AI
Analysis in Minutes.

geoscan AI reads freely available satellite data, detects subsurface spectral patterns with AI, and delivers a reproducible prospectivity fingerprint of your area — no field access, no drilling, in minutes instead of weeks.

13
Spectral bands
Sentinel-2 MSI, visible to SWIR
10 m
Ground resolution
freely available via Copernicus
5 days
Revisit rate
global re-capture (2 satellites)
Minutes
to report
instead of weeks of fieldwork

Key figures of the open Copernicus / Sentinel-2 data foundation (ESA). No contractual commitment required.

Satellite in orbit above Earth

The Process

From click to prospectivity map — in minutes.

  1. Select area

    Set coordinates or polygon — anywhere on Earth.

  2. Load Sentinel-2

    Matching Copernicus scenes are loaded automatically.

  3. AI fingerprint

    Spectral bands are processed into alteration and anomaly patterns.

  4. Prospectivity map

    Geocoded heatmap with confidence — shareable and versioned.

Schematic representation of the process. Interactive live demo on your area available on request.

Geological satellite view from above

From satellite image to decision.

Load area & data

You mark a target area. GeoScan automatically pulls the matching Copernicus Sentinel-2 scenes — no field access, no drilling, no waiting time.

Spectral fingerprint with AI

Our model processes the spectral bands into anomaly and alteration patterns, distilling a reproducible prospectivity fingerprint of your area.

Report in minutes

You receive a geocoded analysis with heatmaps, confidence, and traceable methodology — shareable, versioned, repeatable.

False-color satellite image of geological formations

What geoscan makes visible.

Prospectivity fingerprint

A dense, geocoded probability field instead of gut feeling — for exploration prioritization and field planning.

Tailings & stockpile analysis

Make secondary resources visible: spectral signatures of old stockpiles and processing residues, captured contactless.

Anomaly detection

Multispectral alteration and mineral indices highlight anomalies that remain invisible in RGB imagery.

Reproducible reports

Every analysis is versioned and linked to its data foundation — auditable, not a black box.

Aerial view of a mining operation from satellite perspective

How teams use geoscan.

  • Mineral exploration

    Early prioritization of large license areas before expensive campaigns begin.

  • Tailings & secondary resources

    Reassess existing stockpiles — circular economy instead of new extraction.

  • Area monitoring

    Recurring captures show change over time, without repeated field deployment.

Sentinel-2 satellite in orbit with view of Earth

Data Foundation

Open data. Explainable AI.

geoscan builds on the European Copernicus program: Sentinel-2 delivers freely usable multispectral imagery, our model turns it into geological information. The prospectivity fingerprint emerges from band ratios and alteration indices — every analysis carries its data provenance and methodology.

  • 13 spectral bands from visible light to shortwave infrared (SWIR).
  • Contactless: no field access, no drilling required for initial prioritization.
  • Reproducible & versioned: same input, same result.
Orbital satellite view of geological terrain structures — illustrative

Illustrative satellite terrain (own render). Real analysis layers follow with pilot data.

Earth at night from space with city lights and auroras

Frequently Asked Questions.

Does GeoScan require access to the site?

No. The initial analysis is fully contactless — it is based on freely available satellite data. Fieldwork can then be targeted to the prioritized areas.

What data is used?

The European Copernicus program with Sentinel-2 satellites: 13 spectral bands, 10–60 m resolution, approximately 5-day revisit — open and free to use.

How reproducible is the result?

Every analysis is versioned and linked to its exact data foundation and methodology. Same input yields the same result — auditable, not a black box.

Does this replace classical exploration?

No — it prioritizes it. GeoScan shows where expensive fieldwork is most worthwhile first, reducing search space, time, and cost.

Pilot phase — partner logos as placeholders, real references to follow

Partner 1
Partner 2
Partner 3
Partner 4

DaVinci AI × GeoScan

Ronny explains: What DaVinci AI makes possible with GeoScan.

Hi, I'm Ronny — your AI guide for contactless geo-exploration. DaVinci AI and GeoScan combine AI pipelines with decades of geological expertise. Here's what we can do together:

AI-powered satellite analysis

AI-powered satellite analysis

DaVinci AI combines freely available Copernicus Sentinel-2 data with advanced AI to detect geological patterns that remain hidden to the naked eye.

Prospectivity fingerprint

Prospectivity fingerprint

From 13 spectral bands, our model distills a reproducible probability fingerprint — without field access, without drilling.

From GeoScan to DaVinci AI

From GeoScan to DaVinci AI

GeoScan brings decades of exploration expertise; DaVinci AI contributes the AI pipeline, automation, and scalable cloud infrastructure.

Talk to Ronny →

See geoscan on your area.

Send us a request — we'll show you the prospectivity fingerprint from open satellite data.

We respond within 24 hours.