RADIOBARRIER is an advanced perimeter security system based on unattended ground sensors (UGS) for area surveillance and perimeter protection of zones with no power and communication infrastructure. This fully autonomous system utilizes different combinations of sensors to achieve efficient moving target detection.
System architecture
The RADIOBARRIER Wireless Perimeter Security System consists of detection (seismic, microwave, passive IR sensors) and command and control devices (handheld and PC-based). For special missions the system can be supplemented by a CCTV sub-system, including a TV camera, a thermal imager and a portable TV receiver.
FEATURES:
MESH NETWORK RADIOBARRIER implies wireless communication between all system components, so that all detection devices function as communication nodes in a mesh network. |
5 YEARS OF AUTONOMY RADIOBARRIER detection devices operate on batteries that ensure a 5-year mission life. |
RELIABILITY A secure two-way radio channel provides full control of the System remotely, transmits alarm data to an unlimited distance with guaranteed delivery. |
FLEXIBLE SYSTEM ARCHITECTURE RADIOBARRIER can be deployed in a few hours due to light-weight and small size of the devices and simplicity of their installation. A variety of configurations and detection principles make the System flexible and suitable for a wide range of applications. |
HIGH PERFORMANCE RADIOBARRIER detection devices feature unrivalled detection range and field-proven technology. This IP-rated equipment can be installed covertly on any terrains, in all weather conditions. |
Offer
We offer reliable autonomous perimeter security systems based on open standards (UHF433) and a set of software solutions providing full control over the System and suitable for both average or large-scale security projects.
We offer flexible security solutions which can be integrated into more complex security systems or any C2 software at your site.
Components
Cases
If you have any queries or would like further details, please contact us.
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