PerimeterEye SENTINEL

Illustrations.

How it works, in plain terms

LiDAR

A laser scanner that measures distance to build a live 3D model of the property.

Radar

Radio waves that pick up position and movement in darkness and fog, where a camera can struggle.

Thermal imaging

A camera that sees heat instead of light, so a person stands out in total darkness.

Multi-sensor fusion

Readings from every sensor combined into one track of one person or vehicle, so the system acts on what they agree on.

Spatial intelligence

The system knows the layout: where the boundary is, which zones matter and how someone could move through them.

Autonomous robotics

Four-legged robots and drones that patrol a route and go where the system sends them.

Edge computing

Decisions made on hardware at the property, so they don’t wait on a distant server.

Coordinated response

One tracked intruder can set the searchlights, voice warnings, robots, drones and gates working together.

PerimeterEye develops its own AI software, autonomous response architecture, and hardware integrations, rather than simply reselling conventional surveillance equipment.

Some capabilities require custom development for the site.

Advanced Technologies & Capabilities

• Autonomous Quadruped Robotic Patrol UnitsAI-integrated robotic security patrols
• AI-Powered Multi-Camera Threat TrackingContinuous detection and tracking across multiple surveillance zones
• Thermal Imaging & Infrared SurveillanceAdvanced detection capabilities in darkness and challenging visibility conditions
• LiDAR & 3D Spatial MappingReal-time environmental awareness and spatial intelligence
• Multi-Sensor Fusion & Threat IntelligenceUnified analysis of camera, radar, LiDAR, thermal, and perimeter sensor data
• Autonomous Tracking SearchlightsIntelligent illumination and tracking of detected threats
• AI-Powered Voice Warnings & DeterrenceContext-aware, automated verbal warnings and responses
• Radar & Long-Range Perimeter DetectionEarly detection of approaching objects and intrusions
• Ground Vibration & Intrusion SensorsDetection of activity beyond conventional camera coverage
• Automated Perimeter Lockdown & Access ControlIntegrated control of electronic gates, doors, locks, and security barriers
• Intelligent Gates, Barriers & Security IntegrationCoordinated physical security infrastructure
• Autonomous Drone Surveillance IntegrationAerial monitoring, inspection, and threat assessment
• Predictive Threat Tracking & Spatial IntelligenceAI-assisted movement prediction and cross-zone tracking
• Multi-Zone Autonomous Threat ResponseCoordinated responses across multiple areas of a property
• Edge AI Processing & Local Decision-MakingOn-site intelligence designed for low-latency operation
• Centralized AI Command & ControlUnified management of sensors, cameras, robotics, and response systems
• Existing Security Infrastructure IntegrationIncorporate compatible cameras, access controls, and third-party security equipment
• Custom Automated Defense EquipmentProperty-specific, non-weaponized deterrence and protective systems
• Custom Engineering & DeploymentTailored system architecture, hardware configuration, and installation
• Live 3D Digital Twin of the Entire PropertyA continuously updated 3D replica of the property combining cameras, LiDAR, radar, robotics, and sensors. Operators could see detected activity in a unified spatial model rather than switching between camera feeds.
• Coordinated Multi-Robot Security SwarmsMultiple quadrupeds, wheeled robots, and aerial drones collaborating through a shared environmental map. One robot identifies an anomaly, another investigates, and fixed sensors maintain continuous tracking.
• 4D Imaging Radar & Radio-Frequency PerceptionHigh-resolution radar systems that estimate object position, velocity, elevation, and motion even in darkness, fog, or some visually obscured environments.
• Distributed Fiber-Optic Perimeter IntelligenceFiber-optic sensing capable of detecting and localizing vibrations along extensive boundaries, potentially distinguishing footsteps, vehicles, digging, and fence disturbances.
• Hyperspectral & Multispectral Threat AnalysisSensors that measure wavelengths beyond conventional RGB imaging, potentially helping identify material differences, environmental anomalies, or concealed objects under suitable conditions.
• Autonomous Drone Docking & Persistent Aerial PatrolWeather-protected drone stations with automatic charging, mission scheduling, and dispatch for visual inspection of alarms, subject to aviation requirements.
• Augmented-Reality Security CommandSecurity teams wearing AR headsets could see sensor locations, alarm zones, robot positions, and live event information overlaid onto the physical environment.
• Predictive Intrusion IntelligenceAI models that analyze movement, access patterns, sensor events, and property layouts to estimate potential intrusion routes and recommend preemptive security measures.
• Privacy-Preserving Identity & Behavioral IntelligenceOpt-in recognition of authorized individuals, vehicles, and normal property activity, with locally stored identity information and anomaly detection.
• Self-Healing Robotic Security InfrastructureAutonomous robot charging, hardware-health diagnostics, sensor failure detection, alternate patrol scheduling, and automated recovery of failed software services.
• Neural World ModelsAI learns a property's normal physical behavior and simulates how an unfolding event might develop
• Cooperative Sensor Mesh IntelligenceDistributed edge devices independently share observations and coordinate when a central server goes offline
• Passive RF Environmental MappingUse ambient radio signals to estimate movement in areas where conventional optical sensors struggle
• Robotic Sensor ReconfigurationMobile robots reposition temporary cameras and sensors to investigate blind spots
• Autonomous Security Simulation EngineA digital twin continuously tests hypothetical intrusion scenarios to identify weak coverage zones
• Acoustic Scene IntelligenceDistributed microphones classify breaking glass, machinery anomalies, vehicles, and unusual acoustic events
• Counter-Drone Detection NetworkPassive RF, acoustic, radar, and optical sensors identify and track potentially unauthorized drones
• AI-Orchestrated Emergency ResponseCoordinate evacuation alerts, access controls, emergency lighting, fire-system interfaces, and responder information