Hyperspectral Targeting for Mineral Exploration.
dvanced Hyperspectral & AI-Driven Targeting for Hydrothermal Mineral Systems.
I provide exploration teams with a decisive competitive advantage by detecting hydrothermal alteration zones and mineralization vectors before setting foot in the field. Using high-level strategic consulting and advanced processing of satellite and airborne hyperspectral data, I reduce the search area by up to 70%, allowing you to focus field resources exclusively on the highest-probability targets.
This service is designed for greenfield projects where traditional geochemical or geophysical methods are cost-prohibitive or logistically challenging. By integrating AI-powered anomaly detection with spectral geology expertise, I deliver precise vectors to porphyry, epithermal, and structurally controlled mineral systems.
Key Capabilities:
Hydrothermal Alteration Mapping: Identification and classification of key alteration minerals (phyllic, argillic, potassic, propylitic) and their spatial relationships to define mineralized footprints.
Mineralization Vectors: AI-augmented interpretation to establish geochemical vectors toward high-grade zones, reducing exploration risk in complex terranes.
Greenfield Targeting: Rapid screening of large unexplored areas to pinpoint high-potential zones, eliminating the need for widespread, low-yield geochemical sampling.
Remote Workflow Efficiency: Full project management from sensor calibration and field spectral sampling to GIS integration and final reporting—all delivered without requiring you to leave the office.
Bilingual Technical Delivery: Clear presentations, board-ready reports, and stakeholder communication in both English and Spanish for global teams.
Ideal for: Junior explorers, major mining companies, and investment groups looking to accelerate discovery timelines, validate mineral potential, and significantly reduce the cost and risk of early-stage exploration campaigns.