GoldInxs Mining Corp. is testing satellite-based mineral targeting as it prepares to drill its Fishpot property in central British Columbia, adding an emerging remote-sensing approach to a more conventional exploration program. Ripplinger Royalties Corp. will evaluate its Virtual DRILL technology, which Ripplinger says applies Elemental Harmonic Resonance to satellite data to generate interpreted locations and depths of targeted elements, in this case gold, silver and copper. GoldInxs says it is not replacing drilling, geological mapping or geophysical surveying with satellite data; instead, it plans to compare the Virtual DRILL output against geological mapping, geochemical sampling, airborne geophysics and an induced polarization survey now underway before deciding which targets warrant drilling.
GoldInxs Is Layering Data Before Spending on Drilling
GoldInxs completed an initial public offering in July that raised approximately $1.11 million (C$1.54 million) in gross proceeds, part of which is funding exploration at Fishpot, including a Phase 2 drilling campaign of up to 2,000 meters. That makes target selection unusually consequential for a company with a limited drilling budget.
The current program builds on work that goes back decades: British Columbia records show Eighty-Eight Resources conducted geological and geochemical sampling at Fishpot in 1990 and 1991, including 1,335 soil samples, with later rock samples from the North Zone returning gold values as high as 4,360 parts per billion. Airborne magnetic and radiometric surveying followed in 2025, and the company is now running a three-dimensional induced polarization survey, an established geophysical method for identifying subsurface electrical characteristics associated with mineralization. Virtual DRILL becomes another dataset layered on top of that sequence.
Satellite Exploration Is Expanding, but the Technologies Differ
Remote sensing is not new to mineral exploration. Satellite imagery can help geologists identify surface mineralogy, alteration patterns and geological structures across large or hard-to-access terrain, and hyperspectral systems extend that by measuring reflected energy across many narrow wavelengths to distinguish surface mineral signatures more precisely, an approach state geological surveys elsewhere have invested in directly. Ripplinger is making a substantially broader claim: that Virtual DRILL can remotely detect specific elements and map their spatial location and depth using proprietary algorithms and artificial intelligence applied to satellite data. Those claims should not be confused with the more established use of satellite or hyperspectral imagery to characterize surface mineral signatures, and GoldInxs itself appears to recognize the distinction, saying any Virtual DRILL targets will be validated against conventional exploration data before drilling rather than treated as evidence of a discovery on their own.
The Comparison Will Be the Real Test
For an early-stage explorer, reducing the number of low-value drill holes can have an outsized financial impact, since drilling requires mobilizing crews, building site access and completing laboratory analysis, costs that weigh heavily on junior mining budgets already stretched thin by weaker exploration financing. Fishpot provides a useful environment for testing that proposition because GoldInxs already has historical sampling, airborne geophysics and new IP data to compare against the satellite-derived interpretation, the kind of independent cross-check that has proven decisive elsewhere when satellite claims met ground-truth verification. The property covers 2,472 hectares, with additional tenure applications that could bring the total to roughly 4,925 hectares, and has year-round road access and power infrastructure about 20 kilometers away. If Virtual DRILL's anomalies line up with the conventional data, it could help narrow the targets GoldInxs takes into its planned drill campaign.
