System Introduction:

This system uses the GIS system to integrate existing airport security equipment. By alarm analysis, video patrol, big data analysis, video command, alarm handling and other special methods, along with the past security experience, our system can improve the use of technical defense resources. It can significantly reduce the false positive rate and false negative rate, saving human resources and reducing labor costs.

System Highlight:

·Reduce number of people required and labor cost
·Improve the accuracy of early warning; Allow analysis and summary of the alarm information
·Establish alarm level mechanism: reduced false alarm rate, reduced waste of resources.

System Introduction:

According to the current state of the satellite, the system comprehensively considers the radio wave propagation mechanism, satellite motion model and signal characteristics, constructing the corresponding mathematical simulation model and signal synthesis module. Then it generates the corresponding satellite deception signal in real time, and invades the UAV satellite navigation system to achieve the purpose of location spoofing, speed spoofing, etc.

System Highlight:

·It has little impact on surrounding electronic devices.
·No radiation damage to human bodies, no accidental injury to personnel during the capture process.
·No adverse social impact, and continuous defense 24 hours a day.

System Introduction:

The Hawkeye series of products can realize real-time remote detection of explosives, drugs and chemical poisons attached to the target surface. It can be used as part of a multi-level safety precaution system. The product enhances the awareness of the surrounding situation. By monitoring in a wide range beyond the safe distance, it can shorten the response time to potential threats, and ultimately guarantee the safety of people's lives and property.

System Highlight:

·Enhance the awareness of the surrounding situation through an easy-to-use interface to isolate and control threats
·Fast operation and objective judgment do not affect safety and reduce the speed of passage
·Designed to be portable
·Contactless detector to discover dangerous substances at a range

System Introduction:

Foreign object debris (FOD) of an airport runway refers to a foreign substance, debris, or object that may damage an aircraft or system. They can cause serious problems. They threaten the normal operation of aircrafts and waste valuable time for aircraft staff.

Our system selects the key position of the specific road surface to be inspected according to the length and width of the airport runway. The monitoring system adjusts the PTZ according to the position, tracks and photographs the foreign objects. It will then perform intelligent analysis and send relevant information to the main control system for analysis and processing, giving an alarm prompt.

System Highlight:

·Active defense and automatic tracking
·24/7, low interference
·High precision and wide range
·Integrated system of radar and video, automatic operation
·Intuitive graphical interface for management

System Introduction:

This system exploits radar to search for suspicious small, slow and low altitude (‘low, slow, small’) targets. Then it uses infrared thermal imaging combined with high-resolution camera to track and monitor the surrounding ‘low, slow, small’ targets. The target is identified based on AI technology. The terminal electronic map displays the object position in real time, and finally the on-board radio detection / photoelectric / radio frequency interference equipment approaches the object and tackles it.

System Highlight:

·Automatic tracking of suspicious targets
·Real-time display of target position
·Intuitive user interface

System Introduction:

The intelligent panoramic video system in the flight area is based on the high-point AR panoramic perception equipment. Flight listing information of each aircraft displayed in the AR system. Through the timeline of each support node of the flight, the video screen information of each support node is associated to provide a visual traceability method for flight support and improve the efficiency of command support in the flight area.

System Functions:

·Panoramic video linkage
·Aircraft listing display
·Aircraft Tracking
·Target trajectory tracking
·Intrusion detection in important areas
·Aircraft status detection
·Smart Analysis of Flight Guarantee

System Highlight:

·Intelligent identification of important flight time nodes
·Interactive experience flight information

System introduction:

Our long-distance day and night dynamic monitoring and early warning system can operate 24/7 at all-weather with very fast

tracking speed. Also, it can cover wide area and long range, providing stable and high-resolution image, as well as strong techni

cal support for aircraft take-off and landing and safety control.

System Highlight:

·Laser imaging at night

·Manual search, capture and automatic tracking lock

·Stable visual axis

·Radar guided tracking function

·Early warning of deviation from original route