Underground mining first
Kilometers of drifts, no positioning, no coverage, ground that moves. Sarthi's stack was developed in this environment over eight years of field research.
Why the usual platforms stop at the portal
Fleet software needs a network, docked drones need connectivity, and survey scanners need a person to carry them. Each works until the infrastructure ends, which in an underground mine is a few hundred meters past the portal.
Sarthi's missions run to schedule in unconnected workings. The data syncs when the robot reaches comms.
Numbers a mine already tracks
Re-entry time after every blast, several times a day. Exposure hours logged walking inspection rounds through active headings. Days of production lost to a post-event area nobody can enter until it is assessed.
Sarthi's missions are priced against those three numbers, using your own operations data.
Built where mining technology is built
Sarthi comes out of eight years of underground field research at Luleå University of Technology in northern Sweden, with trials in operating Nordic and European mines behind it.
World-first lava-tube exploration
Iceland
A drone explored and mapped more than 1 km of a naturally formed lava tube, fully autonomously: no GPS, no link, no pilot. The first mission of its kind anywhere.
Talk to us about your mine
We start with two questions: what does re-entry cost you per blast, and who signs the ground-control log?