This powerful radar delivers 180° horizontal field of detection with accurate AI-powered classification. Its deep integration with selected Axis PTZ cameras enables next-level radar-video fusion for enhanced surveillance capabilities, optimized visual verification, and cutting-edge PTZ autotracking. Unmatched area coverage with great accuracy. Built on ARTPEC-9, AXIS D2122-VE offers a wide 180° horizontal field of detection and delivers reliable detection and AI-powered classification across expansive areas in all weather and light conditions, 24/7. It can recognize humans at a distance up to 140m (460') in an area of 20,000m² (215,000sq. ft). And it can accurately track up to 100 different objects simultaneously. Using unique box-shaped detection and recognition zones, it offers simplified system design and more efficient, optimized coverage planning. This radar is ideal for mounting on sturdy poles, fence lines, or on a wall covering the area in front of a building. Furthermore, it can trigger automated actions on other devices, such as activating a strobe siren or camera recording. Optimal performance with next-level radar-PTZ camera fusion. This radar works either standalone or integrated with selected ARTPEC-9 PTZ cameras to enable next-level radar-video fusion technology where AI-powered radar analytics are combined with video analytics in the PTZ camera to minimize false alarms. This deep integration provides seamless operations with accurate AI-powered visual verification on the edge and state-of-the-art autotracking capabilities, adding an extra layer of protection to enhance your surveillance system. With this multi-layered approach, you get maximum efficiency with more enriched data and better decision-making tools for security guards and operating personnel. The two devices are integrated through edge-to-edge radar pairing, and all configurations are handled through the PTZ camera. You can set up tailored scenarios based on prioritized objects and user-defined zones and automatically direct the PTZ camera to the object of interest.