Overview
Step 1: Discovery – Where Are They?
We begin with discovery-first intelligence — identifying zones with geologic, spectral, and spatial signals of mineralization.
Inputs:
- Geologic Favorability — Host formations, fault systems, tectonic belts
- Spectral Proxies — ASTER/Sentinel mineral indices (clay, iron, alteration)
- AI-Enhanced Composite Scoring — Supervised & unsupervised anomaly detection
- Undersaturation Index — Finds overlooked or underexplored targets
Output: A high-confidence shortlist of 2–3 priority zones per region
Step 2: Filter – Should We Go There?
We apply constraints to evaluate site viability for operations.
Inputs:
- Terrain & surface accessibility
- ESG, land use, and protected area exclusions
- Microgrid energy siting (solar, wind, hybrid)
- Claimability and permitting overlays
Output: A ranked opportunity map of zones ready for further investment
Step 3: Ground-Truth – How Do We Validate?
We generate field-ready geophysics plans for high-priority zones.
Outputs:
- Sensor recommendations (Magnetics, EM, IP, Resistivity)
- Borehole targeting and routing guidance
- Budget and feasibility modeling
- Optional support from geophysics and geology advisors
Output: A fully scoped discovery-to-validation plan per region
What’s Inside a Pilot Pack?
Each Pilot Pack includes:
- Targeting Layers (Geology, Spectral, AI inference, Undersaturation)
- Filtering Layers (Terrain, ESG, Access, Energy, Climate, Permitting)
- Validation (Sensor guidance, drill targeting, field planning)
- Decision Framework (Current logic and roadmap in carbon, lunar, defense, restoration)
The Logic behind the Packs
We provide more than just maps. Our Discovery Packs are powered by a growing intelligence engine that fuses geospatial science, AI, ESG logic, and mission-readiness modeling.
Each pack applies a structured multi-layer filter to identify high-impact, field-viable opportunities. And it gets smarter every cycle.
Current filters include:
- Terrain Access: Scores slope, roughness, infrastructure, and mobility zones
- ESG & Exclusion Zones: Filters protected areas, water proximity, and land-use risk
- Energy Siting Potential: Flags solar, wind, and hybrid microgrid viability
- Claimability & Permitting: Highlights open, accessible, and lower-friction land parcels
We're actively expanding the decision logic behind every Pack:
- Carbon & GHG Risk Layer: Align with emerging carbon intensity standards
- Climate Exposure & Resilience: Fire, flood, heat, and supply chain disruption models
- Social License & Sovereignty Layer: Indigenous land flags and community risk zones
- Dual-Use & Defense Overlays: Highlight mission-critical overlaps and protected corridors
- Autonomy Routing Compatibility: Score terrain for robotic and UxV deployment
- Lunar & Ocean Extension Logic: Terrain and risk filters tailored for Artemis, SDA, and subsea missions
We find faster and filter smarter. As our logic evolves, so does your edge.
Strategy & Global Impact
- Focus: Narrow 30–40 global prospects to the 2–3 most viable
- Scope: Targets outside China & Africa, aligned with US/Allied sourcing goals
- Extendability: Logic is modular and applies to energy, climate, defense, and space ops: Expandable to microgrids, restoration, lunar ISRU, oceans and autonomy
Pilot Scope
- Timeline: 6–12 weeks
- Deliverables:
• Target Scorecards
• Interactive Maps
• Site Analysis Reports
• Deployment Playbook - Optional: JV structuring or geophysics partner integration