Physical Barriers

Fencing
Provides a physical barrier and can support other detection technologies.

Gates and Barriers
Secure entry and exit points should be integrated with access control systems.

Detection Technologies

Fence-Mounted Sensors

Vibration Sensors
Detect vibrations or disturbances on the fence, alerting to cuts, climbs, or tampering.

Tension Sensors
Detect changes in tension indicative of fence tampering.

Buried Cable Sensors

Seismic Sensors
Detect ground vibrations caused by intruders, motion or digging.

Fibre Optic Sensors
Use light signals within buried cables to detect disturbances.

Microwave Barriers

Act as an invisible fence that detects motion within a defined zone using microwave beams.

Infrared (IR) Sensors

Active IR Sensors
Emit infrared beams that trigger an alarm when broken.

Passive IR Sensors
Detect body heat from intruders.

Radar Sensors

Use microwave or millimetre-wave radar to detect movement across larger areas.

Video Analytics

CCTV with Video Analytics
Integrate with cameras to analyse video feeds and detect suspicious activities.

Laser Sensors
Provide precise detection using laser beams to create an invisible barrier.

Control and Monitoring Systems

Central Control Panels
Aggregate data from various sensors and provide a single interface for monitoring and managing alarms.

Alarm Management Systems
Log events, prioritize alarms, and assist with response coordination.

Communication and Power

Wireless and Wired Networks
Ensure robust communication between sensors, control panels, and monitoring stations.

Backup Power Supplies
Provide uninterrupted operation during power outages.

Design

Site Assessment and Planning
Our team will conduct a thorough site survey to understand the terrain, and identify potential entry points and high-risk areas. We then develop a detailed perimeter map highlighting vulnerable points and suitable locations for sensor placement.

Layered Security Approach
Implement multiple layers of security combining physical barriers and various detection technologies for increased reliability and reduced false alarms. Combine long-range detection e.g. radar with close-range technologies like vibration sensors for comprehensive coverage.

Integration and Interoperability
Ensure integration with existing security systems such as CCTV, access control, and alarm systems. Use open standards and protocols to allow interoperability between different devices and systems.

Environmental Factors
Select sensors and technologies suitable for local environmental conditions, such as rain, snow, fog, temperature extremes, and wildlife. Use sensor technologies that minimise false alarms caused by such environmental factors.

Scalability and Flexibility
Design the system to be scalable, allowing future expansion or upgrades without significant reconfiguration. Choose modular components that can be easily enhanced or replaced.

Reliability and Maintenance
Use high-quality, durable components designed for long-term outdoor use. Establish a regular maintenance schedule to ensure all sensors and systems remain operational.

Data Security and Privacy
Implement encryption and secure communication protocols to protect data transmission between sensors and control systems. Ensure compliance with relevant data protection regulations and privacy standards.

Supply & Installation

Strategic Sensor Placement
Install sensors at critical points along the perimeter, such as fence lines, entry gates, and blind spots. Ensure sensors have overlapping coverage areas to avoid gaps and provide redundancy.

Professional Installation
Engage experienced and certified professionals to install and configure the system ensuring optimal performance. Conduct thorough testing to verify proper installation and functionality of all components.

Calibration and Testing
Calibrate sensors to the specific site conditions and requirements. Perform initial and periodic testing to validate system efficacy and adjust settings as needed.

Innovation

Artificial Intelligence and Machine Learning
Use AI and machine learning algorithms to analyse sensor data and video feeds, reducing false alarms and improving threat detection accuracy. Implement adaptive learning systems that continuously improve detection capabilities based on historical data.

Remote Monitoring and Management
Enable remote monitoring and management capabilities, allowing security personnel to access system status and alerts from mobile devices or remote locations. Use cloud-based platforms for centralised management and real-time updates.

Integration with Drones and Robotics
Integrate with drones for rapid response and aerial surveillance of detected intrusions.  Robotics can also provide effective perimeter patrolling and inspection.

Advanced Analytics and Reporting
Provide detailed analytics and reporting dashboards to track event trends, sensor performance, and response times. Use data analytics to support proactive security measures and resource allocation.