Safety and Security

Auto tracking in ACIC utilizes cutting-edge algorithms and machine learning techniques to accurately track and monitor objects in complex composite images. By automatically detecting and identifying moving objects, ACIC ensures the smooth and efficient analysis of various dynamic scenes. The system\'s robust tracking capabilities enable the accurate extraction of data related to the object\'s position, trajectory, speed, and other relevant parameters. This information can be utilized in a wide range of applications, including surveillance, sports analysis, and medical imaging. Moreover, ACIC\'s auto tracking feature provides real-time feedback, allowing users to promptly respond to changes or anomalies in the monitored scene.

The optical fiber perimeter security area protection monitoring system is mainly composed of optical fiber perimeter security monitoring host and detection optical fiber cable.Optical fiber perimeter security monitoring host can play the role of perimeter protection monitoring by laying a core of optical fiber cable in the outer protection area of railway fence.That is, when someone or an animal walks back and forth in the perimeter protection zone, it will trigger the optical fiber perimeter security exclusion zone protection monitoring system and give an alarm.

The HOUP-R61354L perimeter security radar is a smart and advanced solution for maintaining the security of various environments, capable of detecting and issuing warnings within a range of up to 300 meters. This system is specifically designed to protect borders, livestock, and residential areas. Utilizing modern technologies, it can accurately identify targets. The radar is equipped to determine the distance, angle, and speed of a target. If a target enters the defense zone, the HOUP-R61354L will quickly identify it and provide an appropriate alert. The video analysis technology integrated into this device allows users to accurately assess the target and, through artificial intelligence algorithms, decide whether the target warrants an alert. Its low power consumption and 12 V voltage enable the use of solar cells for power and for transmitting radio information in remote locations.

HOUP-R31354L is an advanced smart security radar capable of detecting targets up to a depth of 60 meters. This radar identifies and alerts when a target enters the defense zone and supports integration with video analytics and surveillance technology. It is powered via PoE when connected to a network. Utilizing FMCW modulation mode, it offers high detection accuracy. The radar employs a unique Digital Beam Forming (DBF) technology that significantly enhances the system\'s anti-jamming capabilities. It provides high-precision angle resolution.

Houper shoe metal detector, part number HOU-MDT836102, can be widely used in entrances and public places. It prevents the hot and cold weapons such as guns and knives to be carried into such places. It is small in size and easy to use. It is also used to detect small metal objects such as needles and sewing needles. In addition, by using various technologies, including metal detectors, and sound and video intensifiers, it can accurately and quickly identify metal objects in shoes. It has a simple interface feature for users. In the shoe security check device, this feature allows the user to easily understand and use the device without the need for technical knowledge.

Houper Metal detection device, part number HOU-MDT836103-4, has many uses in entrances and public places. It can prevent contaminated materials, narcotics, and cold and hot weapons such as guns and knives to be carried into such places. Substance detection devices in public places usually use technologies such as odor detection, radio wave detection, and X-ray detection. High sensitivity in the material detection device means the detection of the smallest amount of substance. This feature allows the detection of substances at very low and sensitive levels which is not doable by other equipment. The high-speed VUV light soft ionization technique is used in the substance detection device. This technique uses a VUV light to produce very high infrared rays.