PERIMETER SECURITY SUIT
PSS is becoming increasingly important in today’s world where security threats are on the rise. PSS offers solutions to diverse intrusion scenarios and designed to detect and respond to a wide range of potential security threats, including intruders attempting to climb over or cut through fencing, and vehicles attempting to breach the perimeter at day or night and at any weather condition. PSS supports variety of sensor technologies including TDR detection technologies, video cameras, ultrasonic, vibration, sesmeic, electric and acoustic sensors. Each of these technologies has unique features and capabilities that make them suitable for different security applications. These sensors are used in a range of environments, including commercial, industrial and defense properties, critical infrastructure sites, and military installations. Overall, the use of advanced sensor technologies is an essential component of effective security systems, providing businesses and organizations with the necessary tools to detect and respond to potential security threats quickly and effectively.
With a perimeter security solution in place, businesses and organizations can rest assured that they are protected against a wide range of potential security breaches.
Open Source proprietary Command & Control Management Software designed to provide comprehensive and customizable management of the security system. Businesses and organizations can tailor the system to their specific needs, ensuring that it is optimized for their particular security requirements.
The deployment of complex security systems on-site requires a complete management solution to ensure optimal performance. The system should offer standalone or integration with third-party management systems. Sensitivity adjustment and conditioning capabilities allow for customization to meet specific site requirements, including single or multiple zones. Pattern recognition technology, powered by AI algorithms, enables event analysis, while automatic weather mode adjusts the system performance to weather changes without requiring a meteorological unit.