We address the industry's "Impossible Trinity": reducing costs, eliminating environmental impact, and increasing discovery rates simultaneously.
Eliminate expensive drilling campaigns with autonomous drone swarms.
Zero-impact exploration that respects biodiversity and local communities.
Atomic-level precision powered by engineered protein biosensors.
Legacy exploration relies on heavy machinery, large crews, and speculative drilling. GeoMetals replaces this infrastructure with lightweight, autonomous swarms that operate at a fraction of the cost.
"We cut our preliminary survey budget by 85% while doubling the data resolution. The ROI was immediate."
Environmental opposition stalls 60% of new mining projects. GeoMetals' non-invasive methodology allows you to survey protected lands, indigenous territories, and sensitive ecosystems without disturbing a single leaf.
Permitting times reduced by up to 24 months due to zero-impact classification.
Provide transparent, blockchain-verified environmental data to local stakeholders.
The zero-impact methodology allowed us to survey protected lands in the Amazon basin without any ecological disruption. It changed the conversation with local communities completely.
Traditional geological AI makes guesses based on historical patterns. GeoMetals uses biological sensors that chemically react to specific isotopes. We don't predict where minerals might be; we detect where they are.
"GeoMetals defined the ore body boundary with centimeter-level precision, saving us millions in unnecessary extraction costs."
Join the world's leading mining companies in the biological revolution. Schedule a deep-dive consultation with our geological team.