Minarvis overlays your geological data onto the real world — in the field, at centimetre accuracy, without a cloud connection. Built for the people who work the ground.
Workers shouldn't have to guess what's underground. Minarvis puts the information directly in their field of view — accurate enough to act on, fast enough to keep up with the work.
Upload your site model. Put on the glasses. Walk the bench. Geological formations, blast patterns and hazard boundaries appear locked to real-world coordinates.
Our positioning is built around survey-grade RTK GPS — not cameras or feature tracking. Accuracy holds on featureless surfaces, in dust, smoke and low light.
Minarvis operates fully offline after initial setup. No handshake required, no failure point in the middle of a shift.
The Minarvis spatial anchoring system takes a fundamentally different approach — one that prioritises physical accuracy over visual plausibility.
The core spatial anchoring method used in Minarvis is protected by patent. This covers the fusion of RTK GNSS data with inertial sensors to deliver centimetre-accurate AR overlays without reliance on visual feature tracking — the key distinction that defines our accuracy advantage in the field.
Where other AR systems use camera feeds to estimate position, Minarvis uses survey-grade GNSS. If a total station is accurate enough to blast by, it's accurate enough to overlay by.
Dust, smoke, uniform rock faces and low light all defeat camera-based positioning. RTK doesn't care. Accuracy holds in the conditions that matter most.
No proprietary sensor arrays. Minarvis runs on hardware your team can order, replace and maintain — AR glasses, a survey-grade GNSS receiver and an Android device.
Site models are encrypted and bound to your specific hardware. They cannot be opened or accessed outside the licensed equipment on your licensed site.
One positioning engine. Configured for the decisions workers need to make in each environment.
The Minarvis platform is being extended beyond mining into civil construction and further high-accuracy field environments.
Misclassifying the ore/waste contact by a single metre sends ore to the waste dump and waste to the crusher. Minarvis overlays the contact boundary from your block model directly onto the face as you dig — your actual geology, at the actual position, in the actual bench.
The contact is the contact. Every operation will see it differently, but the principle is the same: if you know exactly where it is, you dig to it. If you don't, you guess — and you leave money in the waste dump. Select your commodity and use the calculator to quantify what that means on your block.
Cling on the batter face isn't just a survey problem — it steals catch berm width, forces a step-in on the next lift, and flattens your overall pit slope. Every degree you lose in inter-ramp angle adds waste tonnes and reduces the value of your reserve.
The designed pit shell is loaded from your mine model and displayed at the face during drilling and trimming. Operators see exactly where the final wall needs to be — and they can confirm it before the shot, not after the excavator has passed.
Cling left on the batter face reduces the effective catch berm width below design. A full-width berm means the designed batter angle is achievable on the next bench without a step-in, preserving your inter-ramp angle and overall slope.
A wall built to design is a wall that behaves as the geotechnical model predicted. Steeper overall slope angles aren't just a cost saving — they're only defensible when you can verify the as-built geometry matches the as-designed one. Minarvis closes that gap.
Minarvis brings together people who understand mining from the inside out — not just the engineering, but the commercial reality, the capital decisions, and what it actually takes to operate at scale in the field.
That combination of technical depth and business experience shapes everything about the product — what gets built, how it's priced, and how it holds up when a site puts it to work on a 12-hour shift.
Trials are conducted on your site, with your survey data. We bring the hardware. You bring the bench.
Step into a first-person mine site demo. Complete the same survey twice — once without Minarvis, once with. See what changes.