Advanced Mineral Exploration
driven by you and your expertise
Accelerate your timeline to discovery with the Advanced Mineral Exploration Package (AME), a geospatial toolkit designed specifically for the mining industry. AME offers a robust solution for geoscientists by combining an impressive set of data, computing power, and subject matter expertise.
- Identify and evaluate mineral targets in 1/10th the time of your competitors with our Bare Earth Composite, which gives you the best information from every pixel in the scene
- Reduce incremental costs for new AOI assessment with mining-specific, pre-processed data
- Equip more of your team with the power of data science, without years of programming knowledge
- Optimize exploration workflows to test ideas more rapidly
Introducing Marigold
Explore with confidence at global scale with Marigold, the new GIS-like interface, built for the needs of the Exploration Geologist.
Built by scientists, for scientists
Unique datasets
Globally scalable
Fully customizable
Case Study
Identifying mineral targets faster with a geoprocessing platform
One of the world’s largest gold mining companies leverages the Descartes Labs Platform to reduce mineral exploration lead time and find deposits faster than the competition.
The company uses the full suite of Descartes Labs offerings, including our platform, the AME, and custom engineering services. The products bring value for their ability to create data cubes and run analyses across disparate data types and sources.
To meet the company’s specific mineral exploration needs, we ingested and transformed a variety of vector data. This vector data was then combined with imagery and other raster data to create unique tools and derived analyses that have enabled the company to reduce the mineral exploration lead time from approximately six months to six days.
Geologists at the firm now use custom-built analytics interfaces to simultaneously perform complex mineral exploration tasks on remote sensing, geophysics, and field sampled data in one environment.