PERIMETER PROTECTION SYSTEM
Detect the threat before it reaches your fence
Our Perimeter Protection System is a multi-layered intrusion detection portfolio designed to complement and enhance existing electrical-fence or fibre-based PIDS installations. It offers three distinct technology options: LiDAR-based volumetric detection, long-range radar tracking, and AI-powered video analytics, letting security teams select the right mix of sensors for their site’s terrain, threat profile, and environmental conditions.
Integrated into a unified command interface, these technologies work together to deliver early threat detection, reduced false alarms, and automated camera tracking across large, complex perimeters, from critical infrastructure and industrial sites to high-security corporate campuses.
Technology Options
- LiDAR-Based Perimeter Protection
Volumetric 3D Detection
Creates an invisible, three-dimensional “virtual fence” that detects and tracks intruders before they reach the physical fence line, shifting security from reactive to proactive.
Privacy-First Sensing
Uses 3D point-cloud data without capturing facial or biometric information, ensuring compliance with privacy regulations in sensitive environments.
All-Weather Reliability
Operates consistently in darkness, fog, rain, or dust, unaffected by lighting or weather conditions that degrade camera-based systems.
Precise Trajectory Tracking
Identifies an intruder’s exact speed, direction, and movement path, helping operators assess intent and prioritise response.
Extreme Environment Resilience
Engineered to withstand high temperatures, vibrations, and harsh conditions typical of oil & gas, utilities, and remote infrastructure sites.
- Radar-Based Perimeter Protection
Long-Range Detection
Detects movement and tracks multiple targets beyond the fence line, extending the detection zone well outside the physical perimeter.
All-Weather, Day/Night Operation
Maintains consistent performance in rain, fog, snow, or darkness, with no degradation due to poor visibility.
Multi-Target Tracking
Simultaneously monitors multiple intruders across wide areas, classifying them by size and movement pattern.
Environmental Noise Filtering
Intelligently distinguishes genuine threats from irrelevant movement such as wildlife, vegetation, or blowing debris.
Automated Camera Integration
Triggers PTZ cameras to automatically track and verify detected intrusions, reducing operator workload and improving response time.
- AI Video-Based Intrusion Detection
Dual AI-Powered Detection Engines
Combines appearance-based and movement-based analytics to detect intruders at long distances, even when partially hidden or obscured.
Advanced False Alarm Reduction
Filters out insects, rain, shadows, vehicle headlights, and vegetation movement, cutting unwanted alarms by up to 20% compared to standard analytics.
Long-Range Intruder Detection
Reliably detects people and vehicles at distances up to 70 meters using standard optical cameras, far exceeding typical edge-based analytics.
Anti-Sabotage & Fault Detection
Monitors for camera tampering, signal loss, or technical faults, instantly alerting operators to potential system compromise.
Virtual Illumination & Image Stabilisation
Enhances low-light scenes and compensates for camera vibration, maintaining detection accuracy in challenging conditions.
Interactive Alert Mapping
Displays all perimeter cameras on an interactive map, with real-time alert status and direct access to live feeds for rapid verification.
Behavioral Detection Models
Detects loitering, tailgating, group gatherings, and suspicious stays, enabling proactive threat identification before an actual breach occurs.
VMS and PSIM Integration
Fully compatible with ONVIF cameras, thermal cameras, PTZ domes, and existing VMS/PSIM platforms for seamless deployment.
Deployment Models
Standalone Perimeter Layer
Deployed as the primary detection layer for sites without existing fence or fibre systems.
Complementary Layer
Integrates with deployed electrical fence or fibre-based PIDS to add volumetric, radar, or video verification, improving detection confidence and reducing false alarms.
Hybrid Multi-Sensor Architecture
Combines LiDAR, radar, and video analytics into a single, unified perimeter-protection ecosystem, managed from a single command console.
Connects devices and systems from any manufacturer on one open platform, protecting existing investments and giving you the freedom to choose best-of-breed technology for every application with no vendor lock-in.
Cross-references data from multiple sources to catch complex events that individual systems would miss on their own, for example, linking a failed access card swipe, a motion sensor alert, and an unrecognised vehicle into a single confirmed security breach.
Walks every operator through a predefined, step-by-step response procedure when an incident occurs, ensuring consistent, auditable, and rapid handling regardless of who is on shift.
Triggers preconfigured responses the instant an event occurs, unlocking emergency exits, activating lighting, and notifying first responders the moment a fire alarm is raised, without waiting on a human decision.
Displays all security assets and active incidents on a live, interactive map. Operators click a camera icon to pull up live video or a door icon to lock or unlock it remotely, with full geospatial context for every event.
Logs every event, action, and operator response automatically, creating a complete audit trail for post-incident analysis, compliance reporting, and performance review.
Lets security managers monitor systems, receive alerts, and respond to incidents from a smartphone or tablet, keeping control in hand from anywhere, not just the control room.
Analyses historical event data to identify patterns and forecast emerging risks, helping teams move from reactive monitoring to proactive threat prevention.
Centralises visibility into available security personnel, vehicles, and equipment, so operators can dispatch the right response assets to the right location, every time.
Applies live changes to rules, thresholds, and device configurations across all connected subsystems without interrupting operations or requiring changes to each system individually.
Continuously checks the status of every connected device, flagging a faulty camera, offline sensor, or failed component before it creates a coverage gap, not just after a security event occurs.
Runs on redundant servers, gateways, and databases with automatic failover, so a subsystem failure never interrupts control room operations or compromises business continuity.