Sustainable Exploration’s Critical Minerals Intelligence program integrates terrain modeling, geophysics, and AI to identify, score, and de-risk high-potential exploration zones across Earth and future off-world environments.
By fusing multisensor data with ESG, logistics, and geopolitical intelligence, we help resource developers, investors, and agencies build transparent, responsible, and resilient mineral supply chains.
Critical minerals form the backbone of renewable and space technologies, from batteries and microgrids to lunar habitats and spacecraft materials. Yet over 70% of global reserves remain under-explored or poorly mapped.
We transform that uncertainty into intelligence, converting raw geospatial and spectral data into predictive exploration guidance that accelerates secure and sustainable supply.

AI-driven analysis combining terrain, geological, and spectral indicators to reveal the highest-potential mineralization zones.
Includes:
Integrate environmental, climate, and access constraints to guide responsible exploration and development.
Includes:
End-to-end intelligence for exploration, portfolio management, and sovereign resource assessment.
Includes:
Each pilot strengthens the Sustainable Exploration Intelligence Core, training models for terrain analytics, ESG traceability, and autonomous systems that scale from Earth to lunar analogs.
Early partners gain access to emerging modules in:
Region: San Juan Mountains, Colorado
Focus: Lithium and critical mineral exploration corridor analysis
Deliverables:
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.