KTAF, the Krath Tactical Adaptive Fabric, is a software coordination layer that fuses existing radios, drones, and sensors into one AI-coordinated, jam-resilient mesh. It runs on top of the installed base, so it deploys without ripping out hardware that forces already field. The moat sits in Layers 2 and 3: the labelled RF-awareness data and the coordination intelligence, both of which compound with every deployment and cannot be bought back later.

Yes. The mesh is self-contained, with no dependence on cellular, fixed towers, or guaranteed backhaul. Nodes link directly over LoRa and other bearers across the forests, mountains, and frontier sectors where conventional networks do not reach, and bridge back to a command post wherever any link exists.

The fielded six-node prototype holds roughly 10 km clear line-of-sight per hop, and about 2.5 km in obstructed urban terrain, on the WPC-licensed 865 to 867 MHz ISM band. Range compounds across the mesh, and a single airborne relay at altitude replaces three to five ground nodes across ridgelines and dead ground.

It is engineered for contested RF. Frequency agility, low-probability-of-intercept LoRa physics, and self-healing multi-path routing let the fabric reroute around jammed or lost nodes, while the RF-awareness layer detects interference and estimates its bearing. This is the precise capability gap Indian forces attributed publicly after the May 2025 electronic-warfare engagements.

We are pre-seed, engaging operational units, advisory-board candidates, and defence-aware capital. There is a non-dilutive path through iDEX DISC and ADITI, and a battalion-scale pilot route via CAPF and the Army. Write to samarth@krathveil.com for the data room, current terms, or a field demonstration.