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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.

Houper HOU-MDT836099 metal detector rocket has many uses in entrances and public places. It prevents the hot and cold weapons such as guns and knives to be carried into such places. Two rechargeable batteries is in the handheld metal detector rocket to provide the necessary energy for the operation of the device. This feature allows the metal detector rocket to be powered directly by charging the batteries without the need for an external power source. Sensitivity of handheld metal detector racket shows the responsiveness of the device in detecting various metals. The main purpose of having a sensitive metal detector rocket is accurate and reliable detection of various metals.

Houper X-ray baggage scanner, part number HOU-XB5010 is used in public places, especially in airports, train stations and hospitals, in order to provide security and prevent dangerous objects to be carried into such places. Houper X-ray baggage scanner is equipped with double energy technology, meaning it benefits from two different energy sources to scan luggage and waybills. In addition, it has two screens that simultaneously display images from two different angles of bags and loads. Using stripping technology, it removes different layers of the bag to access the inner contents. It has a process to analyze the images created by the X-ray baggage scanner with the help of advanced algorithms. Using such algorithms, blind spots of the image are detected and removed automatically.

Houper X-ray baggage scanner, part number HOU-XB5021 is used in public places, especially in airports, train stations and hospitals, in order to provide security, and prevent dangerous objects to be carried into such places. It is equipped with double energy technology. The technology allows the simultaneous radiation of two different types of X-ray energy on objects. In addition, it has an energy saving design technology to reduce the energy consumption of the device. Such technologies include the optimal design of systems, the use of high-performance electronic components, and renewable energy sources such as solar cells and rechargeable batteries. It can detect the potential problems and errors in the system using advanced data analysis techniques and intelligent algorithms.

Houper X-ray baggage scanner, part number HOU-XB5022, is used in public places, especially in airports, train stations and hospitals, in order to provide security, and prevent dangerous objects to be carried into such places. It has a parameter that includes a set of various measures and technologies to reduce energy consumption during the operation. It also has dual energy capability; one of the X-ray sources with lower energy is used for imaging rigid objects such as metals, while the other source with higher energy is used for imaging soft and non-metallic objects. Using advanced algorithms and filters, it improves scanned images by automatic enhancement of dim and low-definition details. One of its features is the ability to save images for future use.