Netline Communications Technologies, known for its sophisticated electronic warfare solutions and tactical spectrum dominance systems, has unveiled SonicScan, an innovative acoustic detection system aimed at enhancing drone threat detection.
This development signals Netline's strategic move to broaden its operational capabilities beyond the radio frequency (RF) spectrum into passive detection technologies.
Passive detection technology
Currently in operational use, SonicScan identifies aerial threats by analysing distinct acoustic signatures characteristic of various drone types. This system operates independent of RF signals, allowing it to detect drones not only controlled by radio frequency but also those using methods like fibre-optic links or autonomous navigation.
The passive nature of SonicScan means it can monitor without active transmissions, thus maintaining position secrecy. According to Mr. Shai Palti, CEO of Netline, "The SonicScan has proven to be an effective detection solution for fiber-optic controlled FPV drones in challenging battlefield environments, enabling timely defensive and mitigation actions."
Improving detection accuracy
SonicScan continuously scrutinises the acoustic environment to improve detection precision
With the integration of advanced AI-driven signal processing capabilities, SonicScan continuously scrutinises the acoustic environment to improve detection precision. It effectively differentiates drone acoustic patterns from ambient noise, reducing the rate of false alarms. The system is adaptable and optimised for varied environmental conditions to ensure high performance.
Designed with versatile deployment in mind, SonicScan seamlessly integrates with tracking and command & control systems. Its Direction Finding (DF) features provide accurate location data of detected drones, enabling ongoing tracking. Installed across multiple sites, the system facilitates threat geolocation and presents clearly on mapping interfaces.
SonicScan's architecture supports expansion, allowing users to increase coverage and enhance detection abilities for comprehensive 360-degree monitoring. This adaptability makes it suitable for deployment in military bases, border security operations, protection of critical infrastructure, and other areas requiring high-security measures.
