Copper and Mineral Deposit Detection from Multispectral Imagery
Screen prospective ground before mobilizing drill crews. Klarety processes Sentinel-2 multispectral signatures to detect hydrothermal alteration zones and gossan expressions indicative of copper mineralization, then maps probability scores by area. Exploration teams reduce drill target count — backed by satellite data, not just field guesswork.
Scout depositsMineral screening before mobilizing drill crews
Mineralization probability maps from one prompt
Klarety agents process multispectral signatures and return hydrothermal alteration probability maps for greenfield screening.
Clay and iron oxide band ratio detection
Agents compute argillic alteration, gossan, and iron oxide band ratios indicative of porphyry copper and base metal systems.
Alteration layers for exploration GIS and 3D models
Export alteration zone polygons with mineralogy classification for drill target GIS and Leapfrog model integration.
Sentinel-2 band ratio mineralization probability mapping
Klarety agents compute clay mineral, iron oxide, and ferrous iron band ratios from Sentinel-2 SWIR and VNIR bands to map argillic alteration and gossanous outcrop. Ratio composites are scored using principal component analysis to isolate hydrothermal signatures from natural soil background. Output is a mineralization probability raster and annotated alteration polygon shapefile.
Klarety AIScreen mineral deposits in your prospect area