Axine Labs Launches 18,000 km² Autonomous Mineral Targeting Programme Across North-Central Nigeria

Axine Labs has initiated a regional mineral exploration targeting programme covering approximately 18,000 square kilometres across North-Central Nigeria's primary solid mineral belts. The deployment marks one of the largest commercial applications of orbital imaging spectroscopy and multi-sensor data fusion conducted across West Africa's mining sector.

Across Africa's emerging mining jurisdictions, exploration operators face a critical bottleneck: capital is routinely burned on blind ground reconnaissance and speculative drilling guided by geological field mapping conducted decades ago. While Nigeria sits on substantial reserves of lithium, gold, iron ore, and base metals, narrowing an exploration licence from thousands of square kilometres down to drill-ready mineralised corridors traditionally takes years of slow, high-risk field traversal.

Axine Labs' targeting programme compresses that timeline from years to weeks. By fusing Nigeria's national airborne magnetic and radiometric surveys with multi-sensor satellite mineral mapping, including hyperspectral and shortwave-infrared (SWIR) alteration unmixing, the Lisaris platform systematically ranks vast licence areas by hydrothermal alteration intensity, structural complexity, and lithological signature. Field geologists are deployed directly to the highest-probability targets where spectral and geophysical evidence converge, rather than walking unverified terrain.

To guarantee operational rigour before ranking a single commercial target, the underlying targeting models were subjected to blind out-of-sample validation against known mineral deposits across the region that were withheld from the system during calibration.

"Exploration companies in West Africa don't have a resource problem; they have a targeting precision problem," said David Adeyemo, Founder and CEO of Axine Labs. "Operators spend millions mobilising drill rigs and field crews into insecure or remote terrain based on legacy maps. By fusing national airborne geophysics with orbital spectroscopy inside Lisaris, we strip the guesswork out of reconnaissance and put geologists directly on top of the alteration footprint."

Every ranked target generated under the programme is delivered directly inside the Lisaris 3D Explorer. Exploration teams can inspect surface alteration anomalies draped over 30-metre terrain, cross-reference subsurface magnetic inversions, plan field traverses, and construct three-dimensional orebody geometries within a single browser-based command environment.

The North-Central Nigeria campaign anchors Axine Labs' expanding mineral intelligence footprint across West Africa, with custom targeting programmes now open to licensed exploration operators, state mining corporations, and joint-venture partners across the continent. Exploration teams can request a custom targeting deployment over their concessions at axinelabs.com/contact.