Across the mine lifecycle
Our Geospatial Intelligence Solutions
From exploration to mine closure, we got you covered.
Remote Miner
If you're working with geospatial data for your mining projects (whether using satellites like Sentinel or ASTER, managing high-resolution or hyperspectral imagery, or even operating your own drones or on-ground instruments) we enable companies in the mining industry to fully leverage geospatial intelligence and analytics in the simplest way possible. This applies directly to initial geological explorations and continuous open pit monitoring.
Remote Tailings
Our data-driven insights are particularly vital for safety infrastructure, evolving even TSF management from a reactive liability into a managed risk by providing the opportunity to anticipate failure months in advance. We help you leverage geospatial intelligence and analytics to ensure that your structures are never at risk, with no blind spots in the monitoring of your asset.
Remote Miner
Each mineral reflects light in its own way. Hyperspectral satellites such as EnMAP and EMIT capture hundreds of narrow spectral bands, so Remote Miner can identify alteration minerals from their spectral signatures and map them across large areas, before going to the field.
It combines geological and remote sensing data layers, such as alteration mineral maps, to estimate where mineral deposits are most likely to be found. Remote Miner applies machine-learning models to these layers to rank areas and define high-confidence exploration targets.
Our focus is greenfield, early-stage and generative exploration: screening large, little-explored areas to decide where to focus fieldwork, and generating high-confidence targets before investing in drilling. Remote Miner can also support brownfield and near-mine exploration, adding your existing project data to find new targets around known deposits.
Yes. Remote Miner is a geospatial intelligence platform, not just a satellite tool. It combines your on-ground, drone and airborne data with hyperspectral and multispectral satellite data and high-resolution imagery, so you get a complete picture of your project.
Explorers, geologists, spectral geologists, data scientists and GIS experts: the technical teams behind exploration projects.
Remote Tailings
Traditionally with on-site instruments and periodic inspections. Remote Tailings adds satellite monitoring of the whole structure: InSAR radar measures millimetre-level movement, optical and multispectral imagery detects seepage and humid zones, and your piezometers and inclinometers complete the picture. When independent sources point to the same zone, the platform flags it, with months of lead time before potential failure.
No. Satellite monitoring works without installing anything. If you already have on-site instruments, they add depth to the analysis.
Yes. Remote Tailings is a geospatial intelligence platform, not just a satellite tool. It combines your piezometers, inclinometers and other on-site instruments, drone and airborne surveys with satellite data, so you get a complete picture of your facility.
GISTM is the Global Industry Standard on Tailings Management, launched in 2020 by ICMM, UNEP and PRI to improve the safety of tailings facilities worldwide. Remote Tailings raises alerts, notifies the right people and keeps a continuous, documented monitoring record, aligned with the global GISTM standard, to help operators meet their compliance obligations.
Geotechnical and tailings managers, water chiefs and safety directors responsible for TSF and critical infrastructure.