The VibraFon® wall protection system from Detection Technologies closes a significant gap in the perimeter intrusion detection system marketplace by providing a solution specifically designed to protect walls which form all, or part of, the perimeter of a secure site. The VibraFon® system utilises point sensors capable of detecting mechanical vibration transmitted along the wall as an intruder (or escapee) attempts to climb over or break through the wall. These point sensors are deployed along the wall at intervals of typically 3 metres and are interconnected to form an interlaced phased sensor array capable of detecting hostile activity occurring on the structure of the wall. 

The VibraFon® wall protection system from Detection Technologies closes a significant gap in the perimeter intrusion detection system marketplace by providing a solution specifically designed to protect walls which form all, or part of, the perimeter of a secure site. The VibraFon® system utilises point sensors capable of detecting mechanical vibration transmitted along the wall as an intruder (or escapee) attempts to climb over or break through the wall. These point sensors are deployed along the wall at intervals of typically 3 metres and are interconnected to form an interlaced phased sensor array capable of detecting hostile activity occurring on the structure of the wall. 

The architecture of the DuoTek Rack system offers centralized signal processing and eliminates the need to have active electronic modules installed in the eld. Signals generated by the VibraTek Plus sensor cables are routed to the  DuoTek Rack analyzer system using simple and reliable twisted pair cables. This capability means that there is no requirement to install power or alarm communication cabling along the perimeter as all signal processing and alarm communications are controlled by a DuoTek Rack system which can be located at one central point on the site where the necessary infrastructure already exists. DuoTek Rack´s architecture contrasts with systems offering distributed signal processing where the sensor cable signal analyzers are placed at regular intervals along the site perimeter. 

Houper HOU-MDT836101 metal detection rocket is important in mining industry in looking for metals. It has many uses. Its system includes an electronic device that can accurately detect metals using electromagnetic waves and special sensors. The working principle of the system is based on measuring the changes of magnetic field created by metals. In the handheld metal detector racket, Ground Balance Controls allow the user to adjust the level of ground effect. The controls usually have several modes allowing the user to change the sensitivity to ground signals. Disc Control allows the user to distinguish various types of metals from each other. By adjusting the control, the user can select the metals they are looking for, and exclude other metals.

Houper HOU-MDT836098 metal detector rocket has many uses in entrances and public places. It helps us to prevent the hot and cold weapons such as guns and knives to be carried into such places. The weight of the device is only 220 g. and its length is 37 cm. Other features of the rocket include sensitivity and search depth setup, LED lighting for use in low light conditions, display of necessary information and warnings. The rocket could be adjusted in three different speeds, which allows the user to operate it in different conditions, and adjust its performance according to his needs. In addition, the rocket is designed in a way that allows the user to use it comfortably and easily. The handle of the device is ergonomic. It is made in an optimal way using advanced design technologies.

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 metal detector, part number HOU-WM6003, can be used in entrances and public places to prevent crimes and security threats. It can prevent the entry of hot and cold weapons such as guns, knives, cartridges and grenades. An infrared sensor is located inside it. When the infrared waves hit the metal surface, their energy is absorbed. The remaining waves are radiated towards the alarm sensor. Then, the sensor analyzes the waves. If it finds a metal near you, it will alert you. This series of devices have systematic designs. They only need 20 minutes to install or disassemble. The display is divided into six zones. Each zone can be adjusted and controlled separately. The purpose of dividing zones is higher accuracy in detection and differentiation between metals.

Stillness detection in ACIC (Advanced Composite Image Corporation) is a method used to identify and analyze stillness or lack of movement in composite images. This advanced feature enables a higher level of accuracy and efficiency in image analysis for various applications.

The system implemented in ACIC utilizes sophisticated algorithms to identify and track the absence of any significant motion within composite images, allowing for the detection of static objects or scenes. By effectively distinguishing stillness from motion, this capability enhances the corporation\'s ability to extract valuable information from images that may be critical for surveillance, security, or anomaly detection purposes.

ACIC (Advanced Composites Image Corporation) is committed to prioritizing and safeguarding privacy in its operations. With a focus on advanced composites imaging technologies, ACIC collects and analyzes data from various sources, including individual users and organizations. However, ACIC is dedicated to protecting the privacy and security of this data. The company employs robust encryption and data protection measures to ensure that personal and sensitive information is kept confidential. ACIC also adheres to relevant privacy laws and regulations, implementing strict policies and procedures to maintain compliance. By maintaining a strong commitment to privacy, ACIC aims to instill trust and confidence in its users while ensuring the responsible handling of their data.

Advanced Composites Image Corporation (ACIC) is a leading provider of advanced composite imaging solutions. ACIC\'s flagship product, Panorama, is a sophisticated imaging software that revolutionizes the way composite materials are inspected and analyzed. With its advanced algorithms and intuitive interface, Panorama enables users to efficiently detect defects, conduct quality assessments, and analyze material behavior in real-time, saving time and reducing costs. By combining state-of-the-art technology with user-friendly features, ACIC\'s Panorama ensures accurate and rapid inspection processes, enhancing the overall efficiency and reliability of composite manufacturing. 

ACIC\'s platform DMP acts as a centralized hub, collecting, integrating, and organizing extensive data from various sources such as websites, social media, and customer interactions. It employs advanced algorithms and machine learning techniques to analyze and segment data, thereby enabling precise targeting and personalized campaigns. Additionally, the DMP facilitates the identification of key trends and patterns, allowing ACIC to make data-driven decisions and optimize advertising strategies effectively.

Ultimately, the platform DMP in ACIC empowers the company to harness the power of big data and deliver tailored experiences, driving customer engagement, satisfaction, and ultimately, business growth.

ACIC is a leading company in advanced composite image analysis and recognition solutions. ACIC has successfully developed a state-of-the-art LPR detection system that utilizes cutting-edge algorithms and artificial intelligence techniques. This technology enables the accurate and efficient detection and recognition of license plates from complex and challenging scenarios. ACIC\'s LPR detection system combines image processing, pattern recognition, and optical character recognition (OCR) capabilities to achieve remarkable results in identifying license plates from various sources, such as CCTV footage, surveillance cameras, and traffic management systems.