With the rapid development of the low-altitude economy, the risks of illegal flights by low-altitude, slow-moving, and small drones continue to rise, highlighting the increasing pressure on low-altitude security in key areas such as airport no-fly zones and military bases. Anhui Liaowang's low-altitude target identification system, with its core features of authoritative perception, intelligent identification, precise countermeasures, and comprehensive control, constructs an integrated low-altitude security protection system, building a solid low-altitude security barrier for key areas.
- Comprehensive Perception and Monitoring: Unobstructed Control of Low-Altitude Situation
The system's real-time situation module is like a "long-range eye," enabling detection across the entire area without blind spots, and relevant data is centrally displayed on a large screen.
The module focuses on daily monitoring and anomaly analysis. The left side clearly displays the number of devices and the types of real-time warnings, while the right side has a video window. It also uses line graphs and pie charts to intuitively present the trend of the number of warnings, allowing maintenance personnel to keep abreast of the dynamics of low-altitude safety.
The operation is convenient and flexible. The toolbox on the left sidebar supports functions such as switching map types, adjusting scene modes, and setting custom labels. The map can be zoomed in and out by scrolling the mouse. It also has built-in common map surveying tools such as distance measurement and area measurement to meet diverse scenario needs.
The video window can be freely resized by dragging the lower left corner. The warning information window below updates in real time, synchronously displaying radar and optoelectronic equipment information. The positioning function allows users to directly view the equipment installation location on the map, enabling visualized management of equipment status.
- Intelligent Recognition and Tracking: Accurately Distinguishes Targets Without Deviation
The system boasts powerful intelligent recognition and tracking capabilities. After switching the map to Amap, right- click the photoelectric sensor icon and select visible light to view real-time photoelectric sensor video. The photoelectric sensor coverage area is marked with a circular shaded area, and the observation direction is indicated by a long line, ensuring precise positioning.
Clicking on a target detected by the radar will instantly display key information such as target type, speed, altitude, latitude and longitude. After selecting the AI recognition function, the camera will automatically track the drone target, with clear video footage and smooth tracking.
In terms of performance, the system is outstanding. For small rotary-wing drones with an RCS as low as 0.01 square meters (such as the DJI AI22S), the radar's maximum detection range reached 9 kilometers in the Chaohu experiment; the AI algorithm combined with spectrum equipment can identify more than 300 drone models, and through feature extraction and intelligent comparison, it can effectively distinguish drones from interference clutter such as birds and fallen leaves, avoiding misjudgment.
In various tests, the system performed stably and reliably: In the test at Taihu Lake in Suzhou, the radar started detection at 6 kilometers and fused the RID data at 4 kilometers. The radar-guided photoelectric system started stable tracking from a blurry state at about 4 kilometers .
In comparative tests in Suzhou's urban area, when faced with drones on blacklists and whitelists, as well as unknown models of racing drones, radar detected drones at a range of 4 kilometers, guided photoelectric tracking at a range of about 3 kilometers, and fused RID data at a range of 900 meters. This allowed for accurate differentiation between drones on blacklists and whitelists, providing precise data for subsequent handling.
III. Flexible Early Warning and Response: Rapid and Efficient Multi-Dimensional Response
The system supports user-defined warning and countermeasure zones, allowing for flexible setting of protection ranges based on the security needs of different areas. The system automatically matches the optimal response strategy, achieving personalized security management. When a violation is detected, the system promptly delivers warning information to maintenance personnel through various methods such as audible and visual alerts, pop-up warnings, and SMS notifications, ensuring rapid response and saving valuable time for handling the situation.
The precise coordination between radar and electro-optical systems is a major advantage of the system. Their collaborative work enhances the effectiveness of low-altitude air defense, leaving no place for illegal drones to hide and laying a solid foundation for the implementation of subsequent countermeasures.
- Diverse and Precise Countermeasures: Safely and Efficiently Intercepting Illegal Targets
In terms of countermeasures, the system offers diverse solutions, balancing efficiency and security. On one hand, it can integrate countermeasure equipment, working collaboratively with multiple devices such as radar, photoelectric, and spectrum sensors to link with a spectrum countermeasure system, enabling timely interception of illegal targets and rapid elimination of security risks;
On the other hand, a safer countermeasure method has been innovatively introduced. By installing a capture net launcher on the drone, the system can accurately guide the target drone to lock on and capture it, avoiding the secondary risks that may be brought about by traditional countermeasures.
With the rapid development of the low-altitude economy, the risks of illegal flights by low-altitude, slow-moving, and small drones continue to rise, highlighting the increasing pressure on low-altitude security in key areas such as airport no-fly zones and military bases. Anhui Liaowang's low-altitude target identification system, with its core features of authoritative perception, intelligent identification, precise countermeasures, and comprehensive control, constructs an integrated low-altitude security protection system, building a solid low-altitude security barrier for key areas.
- Comprehensive Perception and Monitoring: Unobstructed Control of Low-Altitude Situation
The system's real-time situation module is like a "long-range eye," enabling detection across the entire area without blind spots, and relevant data is centrally displayed on a large screen.
The module focuses on daily monitoring and anomaly analysis. The left side clearly displays the number of devices and the types of real-time warnings, while the right side has a video window. It also uses line graphs and pie charts to intuitively present the trend of the number of warnings, allowing maintenance personnel to keep abreast of the dynamics of low-altitude safety.
The operation is convenient and flexible. The toolbox on the left sidebar supports functions such as switching map types, adjusting scene modes, and setting custom labels. The map can be zoomed in and out by scrolling the mouse. It also has built-in common map surveying tools such as distance measurement and area measurement to meet diverse scenario needs.
The video window can be freely resized by dragging the lower left corner. The warning information window below updates in real time, synchronously displaying radar and optoelectronic equipment information. The positioning function allows users to directly view the equipment installation location on the map, enabling visualized management of equipment status.
- Intelligent Recognition and Tracking: Accurately Distinguishes Targets Without Deviation
The system boasts powerful intelligent recognition and tracking capabilities. After switching the map to Amap, right- click the photoelectric sensor icon and select visible light to view real-time photoelectric sensor video. The photoelectric sensor coverage area is marked with a circular shaded area, and the observation direction is indicated by a long line, ensuring precise positioning.
Clicking on a target detected by the radar will instantly display key information such as target type, speed, altitude, latitude and longitude. After selecting the AI recognition function, the camera will automatically track the drone target, with clear video footage and smooth tracking.
In terms of performance, the system is outstanding. For small rotary-wing drones with an RCS as low as 0.01 square meters (such as the DJI AI22S), the radar's maximum detection range reached 9 kilometers in the Chaohu experiment; the AI algorithm combined with spectrum equipment can identify more than 300 drone models, and through feature extraction and intelligent comparison, it can effectively distinguish drones from interference clutter such as birds and fallen leaves, avoiding misjudgment.
In various tests, the system performed stably and reliably: In the test at Taihu Lake in Suzhou, the radar started detection at 6 kilometers and fused the RID data at 4 kilometers. The radar-guided photoelectric system started stable tracking from a blurry state at about 4 kilometers .
In comparative tests in Suzhou's urban area, when faced with drones on blacklists and whitelists, as well as unknown models of racing drones, radar detected drones at a range of 4 kilometers, guided photoelectric tracking at a range of about 3 kilometers, and fused RID data at a range of 900 meters. This allowed for accurate differentiation between drones on blacklists and whitelists, providing precise data for subsequent handling.
III. Flexible Early Warning and Response: Rapid and Efficient Multi-Dimensional Response
The system supports user-defined warning and countermeasure zones, allowing for flexible setting of protection ranges based on the security needs of different areas. The system automatically matches the optimal response strategy, achieving personalized security management. When a violation is detected, the system promptly delivers warning information to maintenance personnel through various methods such as audible and visual alerts, pop-up warnings, and SMS notifications, ensuring rapid response and saving valuable time for handling the situation.
The precise coordination between radar and electro-optical systems is a major advantage of the system. Their collaborative work enhances the effectiveness of low-altitude air defense, leaving no place for illegal drones to hide and laying a solid foundation for the implementation of subsequent countermeasures.
- Diverse and Precise Countermeasures: Safely and Efficiently Intercepting Illegal Targets
In terms of countermeasures, the system offers diverse solutions, balancing efficiency and security. On one hand, it can integrate countermeasure equipment, working collaboratively with multiple devices such as radar, photoelectric, and spectrum sensors to link with a spectrum countermeasure system, enabling timely interception of illegal targets and rapid elimination of security risks;
On the other hand, a safer countermeasure method has been innovatively introduced. By installing a capture net launcher on the drone, the system can accurately guide the target drone to lock on and capture it, avoiding the secondary risks that may be brought about by traditional countermeasures.
Anhui Liaowang Technology Co., Ltd. provides customized solutions to its clients, leveraging superior equipment performance, extensive project experience, and a comprehensive support system. Moving forward, our company will continue to focus on innovation in low-altitude security technology, safeguarding the healthy development of the low-altitude economy and contributing to a safer and more orderly low-altitude environment.
Mskyeye provides customized solutions to its clients, leveraging superior equipment performance, extensive project experience, and a comprehensive support system. Moving forward, our company will continue to focus on innovation in low-altitude security technology, safeguarding the healthy development of the low-altitude economy and contributing to a safer and more orderly low-altitude environment.