Perimeter Security Monitoring Solution for Airports Construction Status The extensive monitoring coverage of airports makes it difficult for any single technological approach to achieve all-weather, all-area effective monitoring Airports are located in remote suburbs, often surrounded by farmland, making them susceptible to interference from birds, wildlife and civil UAVs The complex electromagnetic environment of airports makes traditional camera prone to interference with civil aviation communication systems Traditional monitoring systems suffer from poor night vision capabilities, harsh weather conditions, excessive reliance on human interpretation, and high false positive rates Program Highlights Based on Raythink Technology's globally leading infrared detection technology and advanced high-definition infrared stitching algorithms, the solution deploys infrared panoramic cameras and multi-spectrum thermal imaging PTZ cameras in the airport tower to achieve 360° monitoring of the airport. Furthermore, the solution incorporates our self-developed 3D prevention and control system and deeply integrates next-generation AI large models such as DeepSeek to build an intelligent decision-making hub. Designed specifically for airport security scenarios, the solution enables closed-loop management from environmental perception to intelligent analysis, providing a strong basis for perimeter governance decisions. The solution employs an "Infrared Panoramic Camera" as the primary monitoring and scanning device and links it with a "Multi-spectrum PTZ Camera", providing a clear target-tracking view Target Tracking Infrared Panoramic Camera Device Setup and Operational Schematic Diagram Totally Self-developed Detector Raythink Technology has independent R&D capabilities in infrared thermal imaging. Equipped with 12μm infrared detectors, our products outperform traditional 17μm detectors in the market with superior image clarity and enhanced detail resolution at the same pixel size. Comparative Imaging Results of Varied Pixel Sizes Zero Interference in Civil Aviation Communications Infrared thermal imaging technology operates as a passive observation method by detecting thermal energy emitted from objects. Compared with traditional detection technology, it does not interfere with civil aviation communications or be interfered with by signals, making it suitable for complex electromagnetic environments. Traditional Camera Infrared Panoramic Camera Safe and Stable Operation without Electromagnetic Radiation Long-term high-impact electromagnetic radiation may cause wear and tear on electronic components. However, infrared thermal imaging technology does not need to radiate electromagnetic waves to the external environment and is safe for electronic equipment and the human body, making it a safe and stable detection technology. Working Principle of Thermal Cameras Infrared Ray Electrical Signal Image Module Temperature Multi-target Intelligent Detection Algorithm Based on motion detection and aerial scene-optimized algorithms, the system can detect targets such as pedestrians, vehicles, ships, civil UAVs, bird flocks, etc. The self-developed UFS detection algorithm can effectively detect small low-altitude targets and make them immediately visible through thermal imaging. Civil UAV/Aircraft/ Bird Flock Pedestrian Multi-target Detection Effect of Infrared Panoramic Camera 360° Panoramic Detection with Dead-zone-free Tracking With self-developed image stitching algorithms, a single infrared panoramic camera rotating at 2-second intervals can achieve panoramic monitoring and real-time tracking of target trajectories, providing a long-range, high-definition and all-inclusive view. Multi-target Trajectory Tracking Dual-spectrum Monitoring for All-weather Perimeter Protection Infrared thermal imaging offers superior night vision capabilities and remains effective in harsh weather conditions such as fog, haze, and rain. It ensures accurate target detection around the clock and in all weather conditions. When linked with visible-light imaging, the system enables further recognition and confirmation, providing a reliable basis for security decisions. Thermal Imaging Visible Light Comparative Performance Under Extreme Weather Conditions 360° Panoramic View of Airport Professional Platform with Universal Object Recognition Powered by Large Models The solution incorporates our self-developed 3D prevention and control platform and deeply integrates next-generation AI large models such as DeepSeek, enabling automated analysis of alarm images and videos to accurately recognize various target types (such as civil UAVs, birds, wildlife, balloons, and kites) and intelligently filter false alarms (such as civil aircraft, clouds, and sunlight). Civil Aircraft Sun & Clouds False Drone True Human True Vehicle True Animal True Balloon True 3D Prevention and Control Platform Intelligent Bird Activity Analysis for Airports The system employs large models to analyze thermal imaging data of bird activities, identify monitoring deployment deficiencies, and provide recommendations for bird hazard mitigation. Designed specifically for bird hazard management scenarios at airports, the system generates AI-powered bird activity analysis reports, providing a strong basis for bird hazard management decisions.

Recommended Products SilentW Series HD Infrared Panoramic Camera U6/U12 Resolution: 640X512/1280X1024 Detection distance (lens of 75mm): Pedestrian/2km; vehicle/4km; civil UAV/1.5km PC5 SERIES MULTI-SPECTRUM PTZ CAMERA Thermal imaging resolution: 640X512/1280X1024 Visible light resolution: 2688X Detection distance (lens of 150mm) The platform is a cutting-edge video monitoring and management system for wide-area security monitoring. It integrates video management, device control, data storage, and intelligent algorithm analysis, and can accommodate multiple front-end sensing devices, including...