Software-defined counter-drone EW
The detector finds the drone, the jammer hits only its channel, and the operator watches its video go dark. Hundreds of devices, one screen.
The problem
Up to 80% of casualties in this war are caused by drones. Drones change every two to three weeks, but electronic warfare is hardware bought for years.
On the front the crew guesses the band by hand, switches the jammer on after four minutes — and never learns whether it worked.
Sources: The Week 07.2025, Forces News 01.2026, Defence Matters 2026; muteq interviews with EW crews, 12.2025 — timings are a typical engagement.
The solution
In a unit today, about four minutes pass between spotting a drone and jamming it: the operator switches between screens and separate programs, then turns the jammer on by hand, with a physical button. With us the same path takes five to ten seconds. New threats arrive as software updates, not new hardware.
Detect-to-jam of 5–10 s is measured in field tests, including operator confirmation; today ≈ 4 min per engagement (crew interviews).
The detector intercepts the drone's video and puts the drone on the map.
One tap, and the jammer hits only that drone's channel — your own links stay clear.
The enemy video goes dark on the operator's screen, so the crew knows it worked.
Devices
A complex is one detector and up to three jammers. Every band is the same device with a different radio inside, in stationary and airborne versions.
We show the devices up close at a closed technical briefing.
Request a technical briefing →
We show the devices up close at a closed technical briefing.
Request a technical briefing →Intelligent jamming is generated specifically for the detected signal, in real time.
Deployment
Set it up, walk away. PUHACH guards your position 24/7 against recon and strike drones. Zero operator babysitting.
Advancing under drone threat? PUHACH moves with you, blinding enemy eyes in the sky during the most critical moments.
Decode and analyze enemy drone video feeds to gain real-time tactical intelligence on hostile activities.
HQs, logistics hubs, ammunition depots — high-value targets need always-on drone protection.
Field operations
Our operating system
Unlike hardware-locked competitors, PUHACH adapts to new threats through software updates alone.
The screenshot is blurred. Point at it, drag a finger across it or use the arrow keys to see part of it sharp.
Software-defined architecture supporting multiple SDR devices. OTA updates deploy new countermeasures to the entire fleet in minutes.
Detect, decode, and jam in one device. Automated cycle confirms countermeasure effectiveness in real-time.
AI-powered identification distinguishes friendly from hostile drones. Prevents friendly fire — the #1 concern for field units.
Replace enemy drone video feed with false imagery. Degrades adversary situational awareness without alerting the operator.
Tracks and follows frequency-hopping signals. Maintains jamming effectiveness even against agile, channel-switching drones.
Whitelist friendly frequencies. Zero interference with own communications, radios, and drone operations.
Networked multi-node C2 for coordinated coverage. Single operator manages the entire fleet simultaneously.
Fully autonomous operation without a laptop at position. Deploy, power on, walk away — the system handles the rest.
Simultaneous interception of multiple hostile drones. Handles swarm scenarios with parallel jamming across channels.
Traction
km · target 20 km
3 5 1009.202509.2026
km · target 50 km reached
5 12.3 32 51.809.202510.2026
Field proven
Drone signal intercepted 51.8 km away on 9 October 2026.
Briefing
Request a private technical briefing. We’ll show detection range, jamming effectiveness, and deployment scenarios tailored to your operational needs.
