Open API
Tracks, bearings and ranges out over a documented interface.

ContactCata Strato builds electro-optical systems with on-board AI that finds, classifies and tracks drones day and night.
Lightweight // Battery-powered // Quick setup
Cheap drones do most of the killing now, and the units getting hit are the ones with nothing to see them coming. A rifle platoon gets a radio scanner that goes deaf the moment a drone flies on fibre-optic or Starlink.
Long-wave infrared and radar can catch those drones, but they weigh too much and cost too much to hand down to a platoon, so they stay at battalion level.

We pulse two infrared wavelengths and pair them with a normal camera. By day that is three images stacked on the same view, by night two. That comparison gives the on-board computer the object's range and position, and tells roughly what it is made of.
Computer decides on the device, so a soldier does not have to be an operator.
Our patent-pending method does this without the cost of radar or passive infrared.



Cover a platoon or a fixed position that has nothing today.

Mount on a UAS or a UGV to move with the unit or become part of the product.

Guard a perimeter, a prison, a port, an airport or a power plant.
Tracks, bearings and ranges out over a documented interface.
Tripod, mast, vehicle plate or a bracket of your own.
Battery on patrol, vehicle power on the move, mains at a fixed site.
Sends detections into ATAK, TAK and your C2 over SAPIENT and STANAG
Nothing. The decision is made on the device, so there is no link to cut. Jam the area and it keeps tracking.
Those are the ones we are built for. An RF scanner goes deaf the moment a drone stops transmitting; we are looking, not listening.
No. The computer makes the call and hands out a target. A soldier does not have to interpret a waterfall display.
Shown here is Dragonfly, our reusable C-UAS & C-UGV drone, fitted with Track Pro and six rockets. Our systems integrate with other aerial platforms too.

Our own board and firmware. It flies our drones and missiles, and anything else you put it in.


They were the first to believe in us. We are grateful!



Project aim: FTO analysis and a European patent application to protect the vision system and cut legal risk before scaling.