Persec Technologies

Microphonic Sensors

Intelligent fence-mounted detection for perimeter security

Microphonic Cable SensorMicrophonic Installation

A perimeter fence serves as the first line of defense against intruders, saboteurs, and thieves. Establishing a smart, deterrent perimeter security system is a critical step in protecting any facility.

The Microphonic Smart Fence utilizes specialized sensors that can be installed on various types of perimeter fences, transforming them into intelligent barriers capable of detecting and alerting security teams to any intrusion attempts. This system is specifically engineered to safeguard fences against climbing, cutting, destruction, and underground penetration.

System Performance

The protected perimeter is divided into zones ranging from 10 to 200 meters in length, allowing for precise identification of intrusion locations. Microphone cables or sensors are installed on the fence of each zone, capturing acoustic and vibrational signals which are transmitted to the system's processor.

Each pair of zones is managed by a dedicated processor, which analyzes sensor data to distinguish between normal environmental factors (e.g., wind, rain) and genuine intrusion events such as cutting, climbing, or structural damage to the fence or wall. This precise signal analysis ensures that only legitimate threats are reported to the control center.

Key Features and Specifications

  • Compatible with existing fences
  • Capable of detecting cutting, climbing, and destruction
  • Integrates with other security systems for comprehensive management and control
  • High detection accuracy
  • Advanced Digital Signal Processing (DSP) for enhanced precision
  • Easy installation and low maintenance requirements

PSM by PERSEC SMART: Microphonic Perimeter Detection System

The PSM by PERSEC SMART is a sophisticated perimeter detection system specifically designed to address risks associated with cutting or climbing intrusions. This innovative system features a sensor enclosure that continuously analyzes mechanical stresses resulting from attempted intrusions, such as cutting, climbing, drilling, and lifting of fences and perimeter walls.