The airport perimeter is the first safety barrier separating the flight area from the outside world. It is a critical line of defense against incidents threatening aviation safety, such as illegal intrusion, theft, and sabotage. A breached perimeter may lead to the intrusion of people or objects into core areas like runways and aprons, directly endangering the safe operation of aircraft.
Raythink owns leading infrared detection technology and advanced high-definition infrared stitching algorithms. It deploys infrared panoramic radar and dual-spectrum thermal imaging PTZ camera on airport towers. It integrates next-generation AI large models such as DeepSeek to build an intelligent analysis center. For airport security scenarios, this system achieves closed-loop management from environmental perception to intelligent analysis, providing strong support for perimeter governance decisions.
1. Fully Localized Self-Developed Detector
Raythink boasts independent R&D capabilities in infrared thermal imaging. Its products are equipped with fully localized 12μm infrared detectors, distinct from the commonly used 17μm detectors on the market—delivering clearer images and richer details at the same size.
Actual Shots of Different Pixel Sizes, 12μm vs. 17μm
2. Passive Detection, Zero Interference to Civil Aviation Communications
Infrared thermal imaging is an all-passive observation technology. Compared with traditional technical tools, it is less susceptible to interference and does not disrupt civil aviation communications, making it a safe and stable detection technology.
Traditional Radar
VS
Infrared Panoramic Radar
3. Multi-Target Intelligent Detection Algorithm
The system can detect targets including people, vehicles, ships, and UAVs, based on motion detection and air scene optimization algorithms. Its self-developed UFS detection algorithm can effectively identify low-altitude small targets, with visualization enabled immediately upon detection via thermal imaging images.
Infrared Panoramic Radar Recognition Effect Display
Screenshot of Mobile Trajectory Tracking System
4. 360° Panoramic Detection, Seamless Tracking
The infrared panoramic radar rotates once every 2 seconds. With self-developed image stitching algorithms, a single device can achieve panoramic monitoring and real-time tracking of target movement trajectories. It truly achieves long-range, clear, and comprehensive monitoring.
5. Dual-Spectrum Monitoring, All-Weather Perimeter Protection
Infrared thermal imaging has significant night vision advantages and can operate normally in severe weather such as heavy fog, haze, and rain. It ensures accurate target detection around the clock and in all weather conditions. It provides reliable support for security decision-making linking with visible light images for further identification and confirmation.
Backlight Comparison, Infrared Panoramic Radar vs. Visible Light
Night Comparison, Infrared Panoramic Radar vs. Visible Light
Extreme Weather (Haze) Comparison, Infrared Panoramic Radar vs. Visible Light
6. Raythink Product Recommendations
