Accelerate Discovery & Profitability
Significantly increase the success rate of target generation and ensure the profitability of greenfield projects by focusing efforts on high-confidence targets.
Remote Miner
The definitive product for accelerating early stage and generative exploration.
Increases the profitability of greenfield exploration and ensures the success rate of target generation.
Smarter exploration
Unlock Smarter, Accelerated, and Scalable Greenfield Exploration.
Remote Miner Overview
Beyond profitability: Remote Miner generative exploration
A quick dive into how YNSAT ensures the success rate of target generation.
- Exploration area. Prospect P-07 · 280 km² of volcanic terrain, too large for ground survey. No outcropping mineralization mapped, no visible surface anomaly. Hyperspectral satellite on standby.
- Hyperspectral acquisition. Hyperspectral pushbroom pass · 242 bands, 0.42-2.45 µm, 30 m GSD. The swath sweeps the area and builds the image line by line.
- Spectral signature. Image cube lifted over the target ridge. Reference pixel on the lithocap: alunite-kaolinite signature, Al-OH absorption at 2.17 µm, kaolinite doublet 2.16/2.21 µm, Fe³⁺ at 0.90 µm.
- Similarity mapping. Every pixel scored against the reference spectrum (SAM, 0-1). Z-1 bounds the highest match · 359 ha, 1.3% of the AOI. Field work restricted to a 3.2 × 2.4 km block.
- Field campaign. Zoom to the Z-1 block · 3.2 × 2.4 km. Structural mapping traces lineaments (faults, fractures) from the 5 m DEM and outcrop. Four diamond holes, assays per 25 m interval · Au g/t, As ppm pathfinder.
- Airborne survey. Z-1 block only. Helicopter: magnetics (RTP) + gravity gradiometry. UAV hyperspectral at 8 cm GSD maps alteration minerals on the 5 m DEM.
- ML target. ML ensemble blends hyperspectral (satellite + UAV), DEM, magnetics, gravity, drill geochemistry and structural lineaments into one probability map. Target P07-T1 defined, GIS package exported.
01 / 07 · Prospect P-07
Exploration area
Target P07-T1Target
UTM 19S
01Hyperspectral
02DEM · 5 mRidge flank · w 0.10
03Magnetics · RTP−180 nT low · w 0.17
04Gravity · residual+0.6 mGal · w 0.14
05Geochem · DDH
06LineamentsF-1 × F-3 · w 0.13
Running prospectivity model…Target defined · score 0.87
GIS export0%
P07-T1_target_20260924.gpkg
Target polygon
Prospectivity raster
Source layers6 · clipped
CRSWGS 84 / UTM 19S
Key Advantages
This platform is designed for you, GEOS!
Maximize Discovery Success
Significantly increase the success rate of target generation and ensure the profitability of greenfield projects by focusing efforts on high-confidence targets.
Generative Exploration
As the leading technology partner for data science in exploration, we empower your team with sophisticated analysis (like Machine Learning models) to identify new exploration targets and enhance prospectivity mapping.
Simplified Accessibility
Our intuitive interface seamlessly integrates the most complex technology into a design so simple, even a child could use it, empowering your experts to focus on interpretation and decisive action, not on programming or complex preprocessing.
Precision with Hyperspectral
Utilize advanced data with unmatched spectral resolution to precisely identify mineral deposits and map alteration zones in just a few seconds, or even locate specific materials leveraging their spectral signatures.
Cost and Time Efficiency
Greatly reduce the time required and minimize error within your exploration workflows, thereby accelerating the interpretation of large datasets while enabling you to quickly access and analyze information, allowing you to evaluate it with confidence and optimize exploration budgets.
Seamless Data Integration
We simplify the challenge of accessing and processing data from diverse sources, including hyperspectral satellites (EnMAP, EMIT, etc.), high-resolution private data, and user-provided airborne and drone data, all within the same platform.
Built for Geoscience Excellence. Our user base is primarily composed of Explorers, Geoscientists, Geologists, Spectral Geologists, Data Scientists, and GIS Experts: the technical teams who use our platform for complex analysis and data management.
Case Study
Mapping Mica Composition and Crystallinity at Veladero
Discover how geologists achieve unprecedented precision in mineral identification using REMOTE MINER's advanced hyperspectral data processing and Spectral Geology tools.
Start accelerating your exploration today.
Ready to focus your efforts on high-confidence targets?
Book a demo and see how Remote Miner transforms your greenfield exploration.