Know where everything is, indoors and out.

Tags, anchors, firmware and the location engine behind them, designed together so every asset, tool and person shows up on the map, on a battery that lasts.

Let’s solve it What you get

Centimetres, not guesses.

Ranging on real hardware, with calibration.

10–15cm

Distance error

Clear line of sight at about 1 m, after board calibration.

13–23mm

Reading-to-reading jitter

Standard deviation across repeated readings.

0.2–0.4m

Room reflections

How far reflections can shift a reading indoors. A physical limit of the radio, and what our correction work targets.

Preliminary engineering results from our lab, November 2026. They will change as testing continues and are not a product specification. Real-world accuracy depends on the site, the anchors and the radio method.

Live location

Every tag on the map, room by room.

Tags move. Anchors on the ceiling and in the walls pick them up, and the location engine turns that into a position. When a pallet rolls out through the dock door, GPS takes over.

Tag beacon, slower at rest
Ceiling anchor
Wall anchor
Position fix
GPS outdoors

Accuracy depends on the site, the anchors and the radio method.

GPS stops at the front door.

Inside a hospital, warehouse or plant, satellites can’t see your tags. Signal-strength guesses put an asset in the wrong room, and tags that ping too often die in weeks.

Accurate indoor location is a radio, antenna and firmware problem as much as a software one. We solve all of it together.