TerraEye launches 2.0 mineral exploration targeting platform

TerraEye has launched TerraEye 2.0, a workspace that combines satellite, geophysical and geochemical data to help mineral exploration teams rank targets before spending on fieldwork or drilling. The platform also adds a search tool for analog deposits and a 3D view for remote projects with limited ground access.

Why it matters: - Mineral exploration teams often have more ground to cover than budget to spend, especially in remote areas with short field seasons. - TerraEye 2.0 is designed to reduce wasted field spending by helping teams compare datasets and rank targets before committing crews or drill rigs. - The platform is aimed at projects where surface exposure is limited and terrain makes on-the-ground work difficult.

What happened: - TerraEye announced TerraEye 2.0 on September 8, 2026. - The platform brings satellite imagery, geophysical data and geochemical results into one mineral exploration targeting workspace. - TerraEye said the release helps exploration teams compare evidence and prioritize targets before fieldwork or drilling. - The company said TerraEye 2.0 is available now.

The details: - TerraEye 2.0 lets geologists bring in data they already own and test where datasets support or challenge a target. - The platform traces interpretations back to source data and analysis methods. - TerraEye 2.0 adds Analogy Lab, which searches for areas with spectral signatures similar to selected reference locations, including known deposits. - The redesigned workspace lets teams view satellite and uploaded exploration data together over terrain in 3D. - TerraEye chooses remote-sensing methods based on surface conditions. - On exposed ground, TerraEye maps surface alteration signatures using hyperspectral and multispectral imagery, including EMIT, EnMAP, ASTER and Sentinel-2. - In forested areas, TerraEye uses vegetation-stress analysis as an indirect indicator alongside geological, geophysical and geochemical evidence. - An independent regional assessment of TerraEye’s metal-stressed vegetation index found the index provided the strongest initial separation between locations with and without rock samples exceeding 2% nickel. - That July 2026 report, titled Mining Potential of Northern Ontario’s Ring of Fire, was prepared for the Regional Assessment Working Group by R. Mohan Srivastava, Alan Lambden and Petr Cizek. - The analysis used outcrop and drill-hole assay data and tested predictors including magnetic and gravity data. - In a separate screening program for BMRC / International Resources Holding (IRH), TerraEye assessed about 97,300 km² using satellite analysis and existing exploration data. - That program produced 51 ranked targets for field follow-up. - TerraEye said 15 of those targets were inside an equatorial area of more than 53,000 km² under near-continuous forest cover. - TerraEye 2.0 is offered in three tiers: Scout at US$9,700 per year for a single geologist working one property, Explorer at US$33,900 per year for teams with active drilling programs, and Professional at US$83,500 per year for portfolios spanning multiple jurisdictions. - Project-based analysis services are sold separately. - TerraEye is headquartered in Wrocław, Poland, and is a trademark of Remote Sensing Business Solutions. - TerraEye describes itself as an AI-driven mineral exploration company that turns multispectral and hyperspectral satellite data into ranked, field-ready exploration targets. - The company says the platform combines spectral analytics, vegetation-stress methods for covered terrain and integrated geoscientific interpretation.

Between the lines: - TerraEye is positioning 2.0 as a decision-support tool, not just a mapping layer. - The emphasis on covered terrain and forested areas suggests the company is targeting projects where traditional surface geology is harder to read. - The inclusion of an independent assessment gives TerraEye a third-party example of how the vegetation-stress method may separate target areas from non-target areas. - The pricing tiers show TerraEye is selling to both individual geologists and larger multi-jurisdiction teams.

What's next: - TerraEye will likely use the launch to push adoption among exploration teams managing remote or vegetation-covered projects. - The platform’s value will depend on how well users can combine their existing datasets with TerraEye’s satellite and interpretation tools in the field planning process. - Project-based services give TerraEye another path to work with customers that do not want a full annual subscription.

The bottom line: - TerraEye 2.0 is a push to make early mineral targeting faster, cheaper and more data-driven before companies spend money in the field.