TerraEye delivers 51 exploration targets across 100,000 km² for BMRC and IRH

TerraEye completed a satellite exploration program for BMRC International Geological LLC and International Resources Holding across nearly 100,000 square kilometers in Africa and South America. The AI-driven screening produced 51 ranked targets, including 15 in dense forest where conventional remote sensing is limited.

Why it matters: - TerraEye's program shows how AI-assisted satellite analysis can narrow vast exploration areas into ranked drill and field targets. - The approach is designed to cut early-stage cost, time and environmental footprint by focusing work on evidence-backed locations. - The forested-area result is notable because conventional spectral methods are largely ineffective under dense canopy.

What happened: - TerraEye completed a multi-region satellite exploration program for BMRC International Geological LLC / International Resources Holding. - The program covered three areas of interest with a combined footprint of about 97,300 square kilometers. - TerraEye delivered 51 ranked exploration targets for field follow-up. - The work spanned two continents and three sharply different terrains. - The announcement was made from Wrocław, Poland, on September 3, 2026.

The details: - One area was an equatorial region of more than 53,000 square kilometers under near-continuous dense forest cover. - A second area was a 38,820-square-kilometer semi-arid, high-altitude magmatic belt prospective for porphyry copper systems. - A third area was a 5,487-square-kilometer arid magmatic arc with strong bedrock exposure in an established copper province. - In the exposed terrains, TerraEye mapped hydrothermal alteration systems from hyperspectral and multispectral satellite data, including EMIT, EnMAP, ASTER and Sentinel-2. - That work produced 26 target zones in the magmatic belt, including eight high-priority targets. - The arid magmatic arc produced 10 priority locations. - In the forested area, TerraEye used Metal-Stressed Vegetation analysis to detect geochemically induced stress in the canopy as an indirect sign of mineralization at depth. - The forested-area work yielded 15 targets cross-validated against geochemical, geophysical and geological datasets. - TerraEye delivered each target with supporting evidence, priority rankings and recommended follow-up work. - Recommended next steps include ground-truthing, geochemical sampling and detailed geological mapping. - Specific target locations were not disclosed for commercial and confidentiality reasons.

Between the lines: - TerraEye's method shows a shift from broad reconnaissance to faster, evidence-led screening of large license areas. - The most distinctive part of the program is the ability to generate targets in dense forest, where direct spectral mapping is usually limited. - BMRC framed the program as a time-saving tool that can complement traditional exploration methods rather than replace them. - The result also reinforces a wider industry trend toward using remote sensing and AI to direct capital toward fewer, higher-confidence targets.

What's next: - TerraEye and BMRC will move the ranked targets into ground follow-up work. - Field teams are expected to test the targets with sampling and mapping before any further exploration decisions. - BMRC said it will continue using the technology platform alongside traditional methods to accelerate its exploration effort. - TerraEye said the program's output is intended to support future exploration for economic metals and minerals worldwide.

The bottom line: - TerraEye turned nearly 100,000 square kilometers of satellite screening into 51 ranked exploration targets, including 15 in dense forest that conventional remote sensing struggles to penetrate. - More information is available in TerraEye's announcement, BMRC's website and IRH's website. - TerraEye's social profile is available on LinkedIn.