Critical Minerals Intelligence

As demand surges for lithium, cobalt, rare earths, and transition metals, exploration must evolve. Most discovery workflows are slow, siloed, and high-risk, relying on fragmented data, surface-only methods, and legacy assumptions.

Sustainable Exploration transforms how we identify and qualify mineral opportunities using a modular discovery intelligence platform. We fuse remote sensing, AI-driven anomaly detection, geophysics, ESG filtering, and operational modeling to deliver exploration intelligence that’s field-viable, risk-aware, and sourcing-aligned.

From global scouting to drill-ready validation, our platform finds what matters and filters what doesn't.
 

We surface high-potential zones using geological, spectral, and spatial signals.

1. Tectonic and lithological favorability
2. Spectral anomaly detection (ASTER, Sentinel, Landsat)
3. AI-enhanced composite scoring models
4. Undersaturation Index to find overlooked and underexplored zones
5. Structural corridors + alteration halo targeting
    

Output: 2–3 shortlisted target zones per region with logic-based scoring

We apply operational, ESG, and permitting logic to prioritize sites with real-world viability.

1. Terrain mobility + infrastructure access scoring
2. Protected areas, land rights, biodiversity, water proximity
3. Permitting friction + claimability index
4. Microgrid energy overlays for off-grid feasibility
5. Social license indicators (Indigenous lands, community overlays)
6. Defense, restoration, and autonomy compatibility logic
    

Output: Ranked map of filtered, de-risked mineral zones

We generate targeted geophysics and field validation plans to reduce false positives and optimize spend.

1. Sensor suite recommendations (Magnetics, EM, IP, Radiometrics, MT)
2. Borehole targeting + drill route optimization
3. Terrain-aware logistics and power planning
4. Budget modeling + feasibility assessment
5. Optional: Partner integration for field ops or JV structuring
    

Output: Discovery-to-deployment plan per priority zone

1. Targeting Layers: Geology, spectral, AI anomaly maps, undersaturation scoring
2. Filtering Layers: Terrain, ESG, access, energy, permitting
3. Validation Kit: Sensor plan, drill guidance, logistics model
4. Risk Dashboards: Carbon exposure, permitting risk, social license scoring
5. GIS Exports: GeoJSON, KML, SHP + scorecard metadata
6. Deployment Playbook: Region-specific roadmap with technical logic and assumptions
    

Optional Add-ons:

1. JV structuring and partner integration 
2. Lunar and ocean logic extensions (ISRU, SDA, seabed targeting)
3. Carbon intensity and resilience forecasting

1. AI meets Earth science – combines ML with real geological logic, not black-box targeting
2. Undersaturation Index – finds hidden potential based on regional underdevelopment
3. ESG + Operational Filters – goes beyond geology to assess viability, sustainability, and permitting risk
4. Cross-domain readiness – supports Earth, ocean, lunar, and defense missions with modular logic
5. Partner-ready workflow – packs are ready to drop into technical teams or JV frameworks

1. Sourcing Alignment: Prioritizes targets outside China and Africa
2. Defense & Dual-Use Value: Supports mission-aligned critical minerals strategy 
3. Faster Field Validation: Cut 3–6 months off the early exploration cycle
4. Lower False Positives: Reduce wasted capital on high-risk or inaccessible zones
5. Cross-Sector Adaptability: Extendable to microgrids, restoration, space ISRU, and ESG investment strategy

1. Mining & Exploration Firms – identify and qualify new targets for drilling
2. Energy & EV Companies – de-risk upstream mineral sourcing strategies
3. Government / Defense – align domestic sourcing with security priorities
4. Investors & Funds – evaluate mineral portfolios with ESG and risk metrics
5. Space Agencies / Ocean Programs – adapt logic to Artemis, ISRU, and seabed exploration

• Timeline: 6–12 weeks
• Deliverables:
  • Target Scorecards
  • Interactive Maps
  • Site Analysis Reports
  • Deployment Playbook
• Optional: JV structuring or geophysics partner integration