ZXY Builders DDIS — Drone Detection and Interception System — is a modular detection and warning system. Distributed sensor nodes combine RF, camera, thermal and radar with a central processing unit. Suitable for defence, perimeter security and temporary event protection.
DDIS (Drone Detection and Interception System) is an open-source C-UAS platform by ZXY Builders. Multiple standalone sensor nodes — camera, LiDAR, radio — communicate with a central processing unit that fuses all signals into a single validated alarm. Day and night, through fog or rain, and even against autonomous drones without RC link.
The same hardware and software — deployable from permanent defence installations to a temporary setup for a sports event.
Protect bases, borders, ports and other critical assets against FPV and commercial drones. Federated nodes cover areas from 200×200 m to several kilometres. Open-source architecture lets defence organisations maintain and harden the system themselves.
Secure industrial sites, data centres, prisons, refineries and government buildings against unauthorised drones. Alerts security teams within three seconds with position, type and direction — before you hear the thing. Prevents attacks, espionage and smuggling.
For concerts, sports matches, demonstrations and VIP protection: deploy DDIS in 30 minutes on tripods or vehicles. No fixed masts, no cable trenching — every node auto-calibrates its own position and orientation via GPS and compass. Pack up after.
Multiple sensors watch simultaneously. Only when at least two modalities confirm each other — radio + camera, or thermal + LiDAR — does a validated alarm fire. False positives are filtered out; real threats come straight through.
A platform organisations keep under their own control. No black box, no vendor lock-in, no annual licence hostage.
Wherever airspace needs to be secured — from an airbase to a festival ground.
Interested in DDIS or in a potential collaboration? DDIS is actively under development. We welcome conversations with organisations that want to contribute, co-develop or explore a concrete application.