Our Philosophy
No two mineral deposits in the world are identical. Even within the same genetic type, nature never repeats itself. Every ore body is unique, shaped by its own tectonic history, distinct geometry, erratic grade distribution, and specific mineral impurities. This is precisely why a one-size-fits-all approach to mineral exploration simply does not exist.
Today, with most near-surface deposits already discovered, geologists must target complex, deep-seated, and blind ore bodies. While various approaches exist to tackle these challenges, we would like to present our own technology—field-proven in the conditions of the Andes since 2018.
Research
Our assessment begins with calibrating our software platform to your specific license area. We import open-source geological and geophysical data from the INGEMMET database (GEOCATMIN portal, Peru), including magnetics, gravity, and fault lineaments. Any available proprietary data provided by the client is seamlessly integrated into the system, allowing us to evaluate the entire concession within a unified ore-forming system.
The next phase involves multispectral remote sensing analysis, conducted in partnership with our American partners. Once the target area is narrowed down, we analyze the identified anomalies by integrating them with geophysical structures, faults, and gravity data. Upon completion of this stage, we design an optimized geochemical sampling grid for the client.
Once sampling is complete and assay results are received, the client provides us with the laboratory dataset. We process this data through our specialized software platform using advanced geochemical algorithms and mathematical modeling, which include:
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Quantitative analysis of vertical geochemical zoning
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Multiplicative zoning coefficients and zonal halo productivity calculations
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Evaluation of the erosion truncation level (erosion cut)
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Linear and integral productivity of dispersion halos
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Exponential distance modeling and element migration dynamics
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3D inversion of geophysical fields
This processing delivers predictive 3D models to identify vectoring targets for blind mineralization. All output datasets are fully compatible and seamlessly exportable into Leapfrog and other industry-standard software.
Upon completion of the entire workflow, we deliver a comprehensive final report. This technical document includes a recommended drill grid detailing precise collar coordinates, dip and azimuth angles, minimum and maximum target depths, alongside a preliminary resource assessment for the concession.
Value-Added Service:
Daily Drilling Optimization & Real-Time Corrections
During the drilling phase, we offer dynamic technical support for operations. The client provides operational core geochemistry data daily. We integrate these datasets into our software platform for continuous model recalibration.