Geo Mindra
Brings geological, geophysical, geochemical, remote-sensing and spatial evidence into a coherent basis for target-area delineation and prioritisation.
GeoX integrates geological data, remote sensing and AI-driven analysis to help identify prospective areas and prioritise exploration targets.
The figures below are GeoX’s reported comparative results for its proprietary exploration technology.
Explore Our TechnologyCompared with assessments by human experts.
Reported reduction in exploration cycle time.
Through more precise target-zone delineation and prioritisation.
*These figures are company-reported results for GeoX’s proprietary exploration technology and have not been independently verified. Results depend on geology, data availability and field conditions. They do not describe the website’s preliminary screening tool.
Set your project location, add any project documents, and receive a preliminary assessment built from retrieved public geological data and your files. It is a first view — not GeoX's complete proprietary analysis.
Click the map to set the coordinate, or type it on the left.
GeoX combines multi-source geological data with AI-driven analytical methods to support mineral exploration decisions.
Integrate geological, geochemical, geophysical and remote sensing datasets into a unified analytical framework.
Select a technology category ↗GeoX’s proprietary architecture connects AI analysis with field data acquisition. New observations inform subsequent interpretation and exploration priorities.
These conceptual visualisations illustrate the proprietary exploration workflow. Preliminary website screening is a separate service and does not run the complete GeoX analysis.
GeoX connects AI interpretation, autonomous field acquisition and project knowledge so evidence can be revisited with its context intact.
Brings geological, geophysical, geochemical, remote-sensing and spatial evidence into a coherent basis for target-area delineation and prioritisation.
Turns priority contexts into aerial and ground acquisition plans, returning observed evidence for the next interpretation.
Connects investors, mining companies and industry experts. Designed to match projects to acquisition criteria and compare indicative project value, ROI scenarios and capital requirements.
Estimates depend on project data and stated assumptions; returns are not guaranteed.
Target areas are hypotheses, not mineral resource or reserve estimates. Surface and remote observations require appropriate geological, geophysical, geochemical and engineering verification.
AI geological intelligence for exploration teams, mining companies and capital providers — from target prioritisation to investment decisions and technical reporting.
Identify priority target zones before committing to fieldwork and drilling. Turn fragmented geological evidence into a ranked exploration plan and a clear next-stage budget.
Analyse a SitePrioritise exploration across your portfolio, plan targeted data acquisition and define the technical work needed to advance projects towards development and reporting.
Find projects that fit your investment criteria. Evaluate geological evidence, indicative value, ROI scenarios and capital needs, with transparent assumptions and technical due diligence.
Conceptual illustration — not a live project analysis.
GeoX combines AI geological intelligence with expert-led technical work to deliver reports prepared to applicable JORC or S-K 1300 requirements.
Each engagement defines the reporting scope, required supporting data and responsibility of the Competent Person (JORC) or Qualified Person (S-K 1300). Website preliminary assessments are not compliant mineral resource or reserve reports.
GeoX Intelligence is a Singapore-headquartered technology company developing proprietary AI geological intelligence for mineral exploration.
Our ecosystem connects Geo Mindra for geological analysis, GeoX Voyant for autonomous field intelligence, and Geo Matrix as the AI data room for mining projects and sites.
Integrating regional and surface evidence with subsequent field investigation helps teams define target areas, test geological hypotheses and plan further exploration. Subsurface conclusions require appropriate geological, geophysical, geochemical and engineering verification.
For exploration companies, technology partners and investors, we welcome the conversation.