Surface
Qlondike
Finds the anomaly.
Walks treacherous terrain, scans rock faces and cuts channel samples.
Mining Intelligence for Intelligent Mining
Hawkeyes uses satellite and drone technology combined with AI to predict where to find metals and minerals, such as gold and uranium.
Exploration shouldn't start with guesswork.
Every year, exploration money is lost to uncertainty. Satellites and AI create certainty, especially in hard-to-reach ground.
- Large
- ground.
- Short
- field seasons.
- Expensive
- crews.
Four technologies. One answer: where to dig.
Not just gold. Uranium and other metals and minerals too.
01
LiDAR
Airborne laser that maps the bare ground in 3D, even under forest.
Used for
- —Terrain and structure under trees
- —Hidden channels and outcrops
- —Confirming targets on site
02
InSAR
Satellite radar that measures how the ground moves, to the millimetre, through cloud.
Used for
- —Buried channels in arid ground
- —Pit wall and tailings stability
- —Flagging new illegal clearings
03
CNN
Convolutional Neural Networks that read satellite imagery for the fingerprints minerals leave behind.
Used for
- —Alteration and mineral signatures
- —Faults and structure
- —Ranked drill targets
04
OREbot
Drone-deployed robots that reach treacherous ground to sample and drill, in any condition.
Used for
- —Channel sampling
- —Initial drilling
- —Ground truth where crews can't go
Start with a boundary.
Phase 1 · Satellite review
About 3 weeks · no field crew
- 01
Tell us where
Send coordinates, a shapefile or your licence polygon.
- 02
We map and run the AI
Radar, spectral and terrain layers, read by our models.
- 03
You get the report
Ranked targets, confidence scores and maps your team can act on.
Phase 2 · Drone targeting · 3–4 weeks
Drones fly the top zones. You get drill intercepts with coordinates.
AI that reads rock from orbit.
Trained on geology, our models spot the patterns mineral systems leave in hundreds of spectral bands.
Used in mining for
- Hydrothermal alteration
- Faults & structure
- Mineral signatures
- Vegetation stress
No single sensor finds a deposit. The stack does.
Our prospectivity and monitoring models read every layer together, so each one covers what the others can't see.
- 01Radar · SAR & InSARMovement, moisture, shallow subsurface
- 02HyperspectralSurface mineralogy
- 03LiDARBare-earth elevation and structure, even under trees
- 04High-resolution opticalSurface detail and access at about 30 cm
- 05Drone surveyMagnetics, radiometrics and GPR on the ground
- 06Your dataSoil, geochemistry and drill logs
What comes out
Where to sample, where to drill, what to watch, and when to act.
Drones will change this industry.
For our clients
Drones fly the targets orbit flags, 30–100 m above the rock, and confirm them with magnetics, radiometrics and ground radar. Answers in weeks, not seasons.
For the industry
Fewer crews in dangerous ground, fewer wasted drill holes, and exploration that works in places the industry has written off.
Introducing OREbots.
Channel sampling for the modern age.
Subsurface
LodeRunner
Follows the ore.
Bores into rock for initial drilling and measures conditions as it advances.
Catching illegal mining under the canopy.
Paraguay and its neighbours are fighting illegal mining and clandestine jungle flights. Radar flags every new clearing through the cloud. Drone LiDAR confirms what's under the canopy.
- 6 days
- between radar passes
- Cloud-proof
- radar images through it
- Under canopy
- LiDAR reaches the bare ground
Mining Intelligence for Intelligent Mining
We'll show you what the ground has been doing.