The ÑANDÚ project aims to revolutionize subsurface exploration by offering a scientific, precise, and less invasive alternative to traditional drilling methods.
In conventional exploration, companies must drill multiple boreholes across a site to gain partial insights into the underground geology. This approach is costly, time-consuming, and provides limited 3D coverage.
ÑANDÚ proposes a different path: it uses sensor capsules deployed in a few key drill holes to detect muons—cosmic particles that continuously pass through the Earth. These capsules act as detectors, capturing muon trajectories and allowing the reconstruction of a detailed image of the subsurface, similar to a radiograph or tomography.
This significantly reduces the number of drill holes required, while increasing coverage and precision. All collected data is processed in the cloud using advanced algorithms and artificial intelligence, generating 3D density models that clearly reveal geological structures, mineral bodies, or underground voids.
In essence, ÑANDÚ transforms exploration into a smarter process: more data, fewer drill holes, better decisions.