DUAL DETECTION SYSTEM: RADIO SCANNER + ACOUSTIC SENSOR

Innovative Solution for Asset & Personnel Protection
An advanced solution designed to protect positions and vehicles from modern FPV kamikaze drones. This system addresses the critical challenge of detecting UAVs flying in complete radio silence (optical guidance) or operating in "lurking" (ambush) mode.

By leveraging a technological fusion of RF analysis and acoustic spectrum monitoring, the complex ensures reliable threat verification. It automatically activates the "KREB" Electronic Warfare (EW) system to neutralize the target without human intervention.

The core advantage: Full Defense Automation. Both radio and audio modules are integrated into a single unified control unit (controller).

How it works:
Monitoring: The system continuously scans the environment for radio frequency bursts and engine acoustics.

Detection: Once a threat is identified by either sensor (RF spike or motor sound), a signal is instantly sent to the controller.

Reaction: The controller immediately triggers the "KREB" EW system.

Result: Protection is deployed automatically. Operators no longer need to be tethered to the console or manually trigger countermeasures.

RADIO DETECTION SYSTEM

A high-sensitivity radio frequency (RF) scanner monitors the spectrum across an ultra-wide range, serving as the first line of defense. The module analyzes electromagnetic radiation surrounding the facility and identifies activity spikes characteristic of drone control channels or video transmission signals.

This enables early detection of most commercial and custom UAVs before they even enter visual range.

AUDIO DETECTION SYSTEM

Key Component for "Silent" Threat ProtectionA core component of the system designed to operate effectively in electronic warfare environments and across shifting frequencies (Protection against "silent" threats). The system consists of a high-sensitivity remote microphone and a dedicated processing unit (radio speaker).
Engineered for Stealth DetectionThe system is specifically engineered to detect drones flying with disabled transmitters (utilizing optical navigation) or those concealed in "lurking" (standby) mode. The acoustic sensor identifies the unique sound signatures of motors—which cannot be masked—and instantly triggers the defense activation command.