Ensec offers complete security and IT solutions for customers with high demands for efficient security solutions, who are in the banking and financial, retail, transport and logistics, and health care sectors, etc.
Ensec’s offering is supported by forefront technology, providing customized solutions in access control, video surveillance and intrusion prevention, and the support and maintenance of IT networks, servers, storage facilities and integrated software.
At Ensec, customers’ specific needs are met with our specialist knowledge of security and technology, skilled analysis of the customers’ processes and risk views, by which we can always provide the right solutions.
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Video Surveillance system is composed of five major parts: camera, transmission, control, display, and record registration. The camera transmits the video image to the control host through the coaxial video cable, network cable, and optical fiber. The control host then distributes the video signal to each monitor and video equipment, and simultaneously records the voice signal that needs to be transmitted into the video recorder. Through the control host, the operator can issue instructions to control the up, down, left, and right movements of the pan/tilt, and perform zooming and zooming operations on the lens, and the control unit can be used to control the multi-channel cameras and the pan/tilt. Switch between. Utilize the special video processing mode to record, replay, and process the images to maximize the video effect.
Monitoring is Video Surveillance system the physical basis for real-time monitoring in key departments or important places in various industries. Management departments can obtain effective data and images through it Or sound information, Video Surveillance system and memory of the process of sudden abnormal events, used to provide efficient and timely command and height, deploy police force, and handle cases. With the rapid development and promotion of current computer applications, a powerful wave of digitization has been set off all over the world, and the digitization of various equipment has become the primary goal of security protection. The performance characteristics of the digital monitoring alarm are: real-time display of the Video Surveillance system, single-channel adjustment function of video image quality, each video speed can be set separately, fast retrieval, multiple video mode setting functions, automatic backup, pan/tilt/lens control function, Network transmission, etc. Install a time generator to superimpose the time display on the image. When the line is long, install an audio and video amplifier to ensure the quality of audio and video monitoring. Scope of application-internal and external environments of banks, securities business premises, enterprises, institutions, government agencies, and commercial premises, building passages, parking lots, internal and external environments of high-end communities, libraries, hospitals, parks.
The system innovatively realizes the integration and linkage of video surveillance and conference, so as to achieve the dual functions of monitoring and communication, and fully meet the needs of remote monitoring and emergency command in various fields such as transportation, water conservancy, oil field, banking, and telecommunications. Application scope: suitable for monitoring of real estate, buildings, factories, warehouses, logistics, chain stores, stores, and kindergarten parent-child online.
If the video scene is a road junction or a community entrance, as long as the license plate area has appeared in the video, the device can automatically recognize the license plate number and prompt the user in text. It can be used for the inspection of illegal vehicles. For example, a license plate vehicle escaped after an accident. If there are intelligent recognition video servers at all major crossings in the city, the system can only set one or several plate numbers to be checked into the system at a time through the network In each of the smart devices, once the vehicle with this license plate appears in the field of vision, it can immediately alert, saving a lot of police resources For example, the distance confirmation markings of highways remind drivers not to speed but speeding still occurs frequently. Imagine if you install an intelligent video server on the highway, we only need to draw two lines in the field of view. If we know that the actual distance between the two lines is 100 M, input them into the device, and the device can automatically calculate each entry. The speed of the vehicle, and immediately call the police when speeding For example, one-way roads or exits or entrances of stations and airports. Traffic and people flow in one direction. Once someone goes retrograde, the system will automatically recognize it and generate an alarm. Smart devices can identify passing pedestrians and vehicles and can count the number of passing people or vehicles. Imagine installing such a smart device at an intersection or the entrance of a convention and exhibition center, and you can count the past traffic or people flow. Can provide more and more timely information for bus dispatch
The system innovatively realizes the integration and linkage of video surveillance and meeting and can manage remote equipment flexibly and effectively. Through the recording, playback, linkage alarm, monitoring strategy formulation, emergency command and other applications of remote monitoring objects, the dual functions of monitoring and communication are achieved
The digitization of video surveillance should first be the conversion of information flow (including video, audio, control, etc.) in the system from analog to digital. This will completely break the structure of “classic closed-circuit television systems are centered on camera imaging technology”. Change the way and structure of the video surveillance system from information collection, data processing, transmission, and system control. The digitization of information flow, coding compression, and open protocols enable seamless connection between the intelligent network video surveillance system and the various subsystems in the security system and realize management and control on a unified operating platform. This is the system.
The network of video surveillance will transition from an integrated system to a distributed system based on the structure of this system. The distributed system adopts a multi-layer hierarchical structure, with micro-kernel technology for multi-tasking, multi-user, and distributed operating systems. The fast response of preemptive task scheduling algorithm. The hardware and software that constitute the distributed video surveillance system adopts standardized, modular and systematic design. The configuration of video surveillance system equipment has strong versatility, good openness, flexible system configuration and control functions. Perfect, convenient data processing, friendly man-machine interface, simple system installation, debugging and maintenance, system safety, fault tolerance and reliable functions The networked video surveillance has broken the geographical and quantitative boundaries of the deployment area and equipment expansion to some extent. System networking will enable the sharing of hardware and software resources of the entire network system, as well as the sharing of tasks and loads. This is an important concept of system integration.
The video surveillance system is logically divided into four parts. They are front-end system, transmission network, monitoring center, management platform. The front-end system supports multiple types of camera access. The front-end coaxial camera shoots and transforms the signal into a digital network signal. This is done on the standard encoding format and communication protocol. The video image can be transmitted directly through the network. The front-end system connects the front-end high-definition camera to the switching switch through the network transmission equipment, and then the replacement switching signal is aggregated to the core switch. The part of the monitoring center is to store high-definition video images, which are in the format of NVR. Then use the high-definition decoder to complete the decoding and splitting of the video. The system can insert analog, network, and digital cameras into the video decoder. Thereby, the management platform, the switching control system, and the display system can be unified, and the unified configuration and management of the system can be realized. The platform part can manage the system and users uniformly, and can provide some basic operation space.