Revolutionising

3V7 is a laboratory dedicated to the development of proprietary platforms that generate advanced predictive models for mineral exploration with High Performance Computing (HPC). We integrate geoscientific big data, AI algorithms and complete digital prospecting pipelines...

2K26

mineral discovery

Our goal is to transform decades of digitised geological data into actionable intelligence to identify new mineral resources accurately and quickly.

We're in 2K26

We understand that the next great mineral discoveries are not hidden underground, but rather in the data.

Decades of reports, papers, multiple matrix data sets, drillholes, and countless maps have been digitised, but remain "blind" and inaccessible to modern analysis. This means that prospecting opportunities are continually lost because crucial information is buried in an ocean of data.

A NEW ERA OF CHALLENGES

performance

platforms

A NEW ERA OF PERFORMANCE

We develop proprietary platforms to accelerate the discovery of critical and strategic mineral resources, such as lithium, copper,

rare earths etc.

Bringing together PhDs from various fields – data engineers, computer scientists and geologists; geophysicists, mathematicians and developers – with a very powerful computing infrastructure is what we are doing to reach a new frontier in prospecting.

Proprietary Platforms

LAP INVERT

High Dimensional AI for Mineral Discovery

Computational Architecture that converts brute force into mathematical precision for the isolation of mineral targets.

Unique capabilities

State-of-the-Art Predictive AI Matrix
Proprietary algorithms that overcome human limitations, delivering unprecedented probabilistic accuracy in the industry.
Multidimensional Data Fusion
Massive ingestion and instantaneous cross-referencing of decades of dispersed geoscientific data.
Decoding Hidden Signatures
Ability to read and correlate the most complex geological patterns that are invisible to traditional exploration methods.
GeoTwins Simulation
Simultaneous generation and processing of millions of voxels based on consolidated mineral systems.
Modeling for Tier-1 Assets
Prioritized isolation of mega-deposits of critical and strategic minerals.

3V7

LAP VAULT

High-Complexity Geoscientific Data Lake

Big Data Architecture designed for the massive ingestion, structuring, and vectorization of the largest regional mineral intelligence repository.

Unique capabilities

Vectorization through Natural Language Processing
Algorithmic extraction and conversion of analog reports, field sketches, and legacy maps into trainable tensors.
Harmonization of Geophysical Meshes and Other Subsurface Data
Massive Mathematical integration of borehole logs, petrophysics, and geophysical surveys from multiple methods into a single 3D environment.
Massive Normalization of Geochemical Series
Automated standardization of millions of historical chemical samples and assays spanning decades.
Multiplatform Remote Sensing Products
Seamless ingestion and fusion of active and passive sensors at various spectral, temporal, spatial, and radiometric resolutions.
Unbeatable Data Moat
Unique consolidation and processing of digital assets that are impossible to replicate.

Why is the 3V7 unique?

Unprecedented Multi-Source Integration

The first Brazilian platform to consolidate data from multiple sources into a unified geoscientific data lake, aimed at multicontinental exploration.

ESG Compliance and Robust Governance

Technology that enables more sustainable prospecting, reducing environmental impact through digital risk reduction before physical interventions.

Proprietary and Disruptive AI

Algorithms developed internally at the 3V7 lab, trained with unique datasets and optimized for diverse geological contexts.

Agility, Precision and Focus

A highly specialized team with decades of combined experience in geosciences and cutting-edge technology.

Strategic differentiators that place us at the forefront of AI-powered mineral prospecting.

infrastructure

Multibillion Dollar Target Market

The mining sector generates hundreds of billions annually. Our technology addresses a critical pain point: finding the best deposits with the lowest risk and reducing costs by up to 90%.