PulseVi 3D Solid-State LIDAR Security System

PulseVi 3D Solid-State LIDAR Sensor Security System

All-In-One LiDAR: Operates independently with no computer or server required.
Dual Output: Provides both point cloud data and a camera-like video feed.
Ultra-Fast Scanning: Captures at 30 frames per second (FPS).
Energy Efficient: Low power consumption of only 10W.
Quick and Easy Deployment: Simple setup and configuration.
Advanced Detection: AI-powered, signature-based detection for classification-based alerts.
Flexible Installation: Operates effectively in vertical or horizontal positions.
Reliable Design: No moving parts, ensuring durability and low maintenance.
Remote Control and Monitoring: IP-based access with software-configurable zones.
Weather-Resistant: IP65-rated enclosure for robust outdoor use.
PoE Option Available: Power over Ethernet version for streamlined power and data integration.
Works in extreme temperatures (from -40°C to +85°C) and in all weather conditions

Lack of Target Classification: Microwave and infrared sensors provide basic yes/no detection, unable to distinguish between humans, animals, or debris. In contrast, LiDAR can classify targets by size, direction, and speed, reducing false alarms and improving detection accuracy.
High Installation Costs: Microwave sensors often require civil work, such as trenching and installing poles, which dramatically increases costs. LiDAR operates on low power and can be solar-powered, eliminating the need for costly infrastructure.
Environmental Limitations: LiDAR is unaffected by pooling water and uneven terrain, allowing flexible placement at various angles and heights. Microwave sensors and infrared barriers need flat ground and precise sensor alignment, making them less adaptable.
Rigid Detection Zones: Microwave and infrared systems require clear, direct line-of-sight between sensors, leaving potential blind spots. LiDAR offers adjustable 3D detection zones, ensuring full perimeter coverage without gaps.

LiDAR technology offers advanced intrusion detection with multiple layers of false alarm filtration:

Target Classification: LiDAR can distinguish between humans and vehicles by analyzing the size, speed, and direction of a moving object, filtering out smaller objects like animals and debris that don’t match the profile of an intruder.
Environmental Filtering: LiDAR is immune to weather conditions like rain, wind, and fog, as it only detects solid objects, not atmospheric disturbances. This ensures accurate detection, regardless of weather.
Customizable 3D Detection Zones: With adjustable 3D zones, LiDAR can fine-tune its detection area to focus on relevant threats, such as people or vehicles, while ignoring non-threatening environmental factors.

Critical Infrastructure: Precise perimeter monitoring (power plants, water facilities).
Transportation: Airport, rail, and port security (runways, tracks).
Border Security: National and coastal borders (illegal crossings).
Industrial Facilities: Warehouses and manufacturing (theft detection).
Data Centers: Perimeter and interior protection (server rooms).
Prisons: Perimeter security (virtual fence, showers).
Military Bases: Base and weapon storage (intrusion detection).
Smart Cities: Public spaces and urban areas (parks, stadiums).
Healthcare: Hospitals and pharmaceutical facilities (areas with privacy concerns).
Residential: Gated communities and private estates (high-security with privacy).
Event Security: Concerts and public gatherings (crowd management and temporary security for soft spots).