Low-altitude Defense System

System Introduction:

The low-altitude defense system primarily detects, tracks, and controls invading "low, slow, small" drones. It uses radio detection equipment and low-altitude defense radar to discover, identify, and locate drones; employs electro-optical devices for precise tracking and video evidence collection; and utilizes suppression jamming devices and navigation deception equipment to interrupt remote control signals, data transmission, video transmission, and navigation positioning signals between invading drones and their controllers, thereby driving away or forcing down invading drones to protect key critical units and essential infrastructure from low-altitude threats. The system features a self-developed command and control platform software that supports domestic computers, system software, and application software, widely applied in airports, power plants, petrochemical facilities, public security, judiciary, military, industrial parks, residential areas, and other industries and scenarios.

System Advantages:

Real-time Response and Rapid Handling: Based on edge intelligent computing fusion algorithms, the system has rapid response capabilities, enabling timely detection and handling of emergencies, quickly taking measures to effectively prevent potential threats.

Flexible Deployment and Configuration Options: The system offers flexible deployment and configuration options, allowing customized settings according to specific needs to meet security requirements in different scenarios and provide diversified solutions.

High Reliability and Stability: All hardware devices and software platforms of the system have been successfully applied in various low-altitude security scenarios, demonstrating high stability and reliability, capable of continuous operation in harsh environments to ensure low-altitude safety.

Continuous Updates and Technology Upgrades: The system continuously monitors technological developments and security needs, constantly updating and upgrading to maintain a leading position in the security field, continuously enhancing defense capabilities and adaptability.

Solution Configuration — Counterterrorism Key Unit Industry Scenarios

Scenario: Counterterrorism key units such as petrochemical plants, power plants, substations, nuclear power plants, etc.

Deployment Method: Fixed pole installation

Primarily uses deception and jamming methods

Time synchronization protection devices provide anti-jamming security isolation services for satellite navigation time synchronization systems, deployed at the main control building's clock synchronization screen in the machine room.

Supports data access to the electric enterprise private network platform via national standard protocols.

Key Site Defense System

System Introduction:

The key site security system mainly detects, analyzes, identifies, tracks, and alarms suspicious personnel and vehicle targets at entrances, perimeters, and within the jurisdiction of important locations. Radar analyzes and judges targets entering the defense zone through the time-domain Doppler effect generated by radar echoes for detection and early warning. It also determines the precise location of targets by measuring distance, angle, and speed, integrates video analysis and vibration detection technologies for target verification, and uses edge artificial intelligence (AI) algorithms to determine whether the target requires an alarm.

Signal-level fusion of radar, visual, and vibration technologies perfectly combines the active detection and high sensitivity of radar technology, the data judgment, visualization of video intelligent analysis, and the high accuracy of vibration detection technology, greatly improving detection and recognition rates of this product series. The series features self-developed command and control platform software supporting domestic computers, system software, and application software, widely applied in prisons, military camps, ports, border and coastal defense, oil depots, oil fields, power stations, reservoirs, granaries, and other important areas.

System Advantages:

Deep Fusion of Radar, Video, and Vibration: Millimeter-wave detection radar, thermal imaging video, visible light video, and vibration detection are intelligently fused to achieve all-angle, all-weather defense of protected areas without blind spots.

High Detection Rate, Low False Alarm Rate: AI algorithms possess high-level threat recognition capabilities with high reliability, detection probability over 95%, and false alarm rate below 5%, ensuring low false alarms.

Custom AI Intelligent Analysis: Multi-target intelligent recognition: intelligently identifies people, animals, and other targets, intelligently filters out false targets such as animals, trees, and rain. Supports deep AI intelligent analysis algorithm customization according to different industry scenarios.

Integrated Edge AI Deep Learning Algorithms: The edge intelligence box integrates edge AI deep learning algorithms to perform front-end information processing, greatly reducing the computational load on the central system.

Threat Classification: The system classifies targets based on threat types (e.g., vehicles, pedestrians, animals, underground digging).

Customized Deployment Solutions: Adaptable to different environments and needs, capable of mobile or fixed deployment to achieve optimal monitoring and protection effects.

Solution Configuration — Fixed Protection Scenario for Key Sites

Scenario: A protected key site (prison, port, military base, high-speed railway station, etc.)

Deployment Method: Fixed pole installation

Protection Range: Detection radius of 5 km centered on the area, countermeasure radius of 3 km.

Intrusion Routes: Drone entry from the perimeter / low-flying drone entry / drone takeoff nearby.

If the terrain within the area is rugged and there are many points, multiple sets of equipment can be deployed in a networked manner.