Algorithmic unity

Isolated sensors fused into one unbroken track.

A finite state machine predicts trajectory and hands the target from tower to tower over fibre, holding the lock across the whole network.

The algorithmic and response layers that connect sensing to engagement.

Network chain

  1. 01

    Threat

    Low-flying UAV follows the terrain contour.

  2. 02

    Detection

    Tower radar registers the composite target and builds a 4D profile.

  3. 03

    Transfer

    Track data moves over existing fibre with no perceptible delay.

  4. 04

    Control

    An FSM fuses the tracks and aims the rotary platform autonomously.

  5. 05

    Neutralisation

    The matching echelon engages and destroys the target.

Layered response

Four echelons, one field.

Echelon IUp to 30 km

Autonomous interceptor swarms

AI-driven groups with independent target identification. One operator commands the whole swarm through swarm logic.

Echelon IIUp to 10 km

High-speed FPV interceptors

Anti-aircraft FPV platforms capable of autonomous engagement or operator-controlled kinetic strikes.

Echelon III500 m – 3 km

Automated kinetic turrets

Operating without human intervention on the unified radar field and the precision of the 2D rotary platforms.

Echelon IV100 – 500 m

Stationary laser neutralisation

The final perimeter — burning out optical sensors or structural joints of drones that breach critical zones.

A single continuous sensor field commands and coordinates all four echelons simultaneously — thousands of dollars per engagement instead of millions per shot.

Related systems