Comprehensive Security Platform for Urban Innovation

With the rapid advancement of the construction of safe cities, the scale and business applications of video surveillance systems are continuously increasing, and the complexity of the systems is also getting higher and higher, especially the comprehensive promotion of front-end high-definition, resulting in massive data storage, non-structural Data analysis, retrieval, and how to expand actual applications on the basis of these data and maintain the stable operation of system equipment and services are issues that need to be considered in platform design. Existing urban security systems can no longer meet the needs of rapid anti-terrorism and high-efficiency anti-terrorism. Whether it is the front end, the center, or the police station, it requires an overall innovation in philosophy and technology.

At the front end, the existing city security system has installed a large number of cameras, but it is only used for video recording and cannot respond to real-time monitoring. The new generation of urban security systems requires an intelligent device that can replace the hazards and anomalies in the human scene. The monitoring method is not only video, but also includes sound and odor sensing methods. At the same time, the front-end networking and construction mode will be more flexible, and RFID, LTE and other wireless communication means will be fully applied.

At the center, the existing urban security system deploys a large number of disks for video storage, and makes video recordings when necessary. A new generation of urban security systems needs a quick response platform. When the current smart device actively detects danger or abnormality, the central platform can actively remind public security personnel on duty and locate the geographic location through GIS to display the image on site and around it. At the same time, through a wealth of video tools to quickly determine the severity of the police. In addition, the rapid response platform needs to be seamlessly connected with the multimedia command and dispatch system. After the alert is confirmed, the police officers and police cars can be disposed and disposed nearby through GIS dispatch, video dispatch, and voice dispatch.

The comprehensive management platform for urban comprehensive security system needs to consider the following capabilities:

(1) Looking ahead

Human culture and intelligence will be the future development trend of urban complexes. The application of new equipment and new technologies should not be merely the superposition and enhancement of urban hardware functions, but it is really intended to provide humanity with a better, more comfortable and interactive environment. Soft living space. This is our plan concept.

(2) Security

Safety first is based on the controlled presence of traditional fire safety technology (such as video surveillance, access control, anti-theft alarm, fire emergency, etc.), followed by a number of related elements involving architecture, systems, people, behavior, applications, etc. The comprehensive interpretation of “security comprehensiveness, value maximization, and experience extremism” is an in-depth exploration and excavation of the depth and breadth of security applications for integration tools and smart effects.

(3) Energy saving

Scientific regulation of energy consumption, unified management and deployment of all energy and electricity equipment in urban complexes, establishment and improvement of real-time and historical data links (such as acquisition, control, transmission, storage, analysis, display, release, etc.) Controls, management decisions, green city complexes and their sustainable development create possibilities.

(4) Comfort

Using sensory sensors, detectors and other sensory antennae, the urban complex has the function of automatically sensing air, humidity, temperature, and other factors affecting human comfort, and can be used to control air conditioning, lighting and other equipment and systems through preset optimization programs. So as to create a comfortable living atmosphere and ensure the scientific use of energy.

(5) Efficient

Utilize various leading technologies, mechanisms and strategies (such as integrated integration, 3D, big data, centralized equipment management, business integration, and business value-added, etc.) to complete the functional integration and convergence between various components of the urban complex and various application systems Co-existence, rapid realization of integrated management and overall operations based on business objectives and social values, so as to effectively assume its inherent dual economic and social attributes.

Of course, in order to realize the above several performances, the latest technical support for each subsystem of the city integrated management platform is indispensable, such as cloud technology and mobile technology.

Cloud technology: With the increasing monitoring scale and the popularity of high-definition video, the amount of information such as big data and multiple content is getting bigger and bigger, even to an overloaded state, and the cloud computing technology has gradually developed. This problem. The high-performance computing capabilities provided by cloud computing can ensure the rapid response of a large number of data services; the service-oriented applications of the video image resource center can be constructed to meet the service requests of a large number of users and service systems in various regions, departments, and departments, and facilitate the use of massive resource pools. Get the required video image information in the middle; have the characteristics of dynamic scalability, can achieve a smooth upgrade and expansion of the system; also has the characteristics of high reliability, in the process of large-capacity video forwarding, storage and processing, the fault node can be automatically replaced To ensure the normal operation and service of the system.

Mobile Technology: With the popularization of smart phones and the development of 4G technologies, mobile terminal monitoring applications have gradually deepened. For example, for public security agencies, mobile emergency command platforms can be developed to achieve on-site video capture of incidents, live video viewing, and demographic information. Inquiries, GPS vehicle positioning, emergency command and dispatch, and other real-world applications improve the overall response speed and efficiency of emergency incidents. For smart home security systems, the platform is built to monitor home conditions through smart phones and other mobile terminals. Receiving alarm information from the home security system, it can also realize the remote door opening/closing of the access control system, remote arming and disarming of the alarm system, etc., realizing a truly “mobile smart life”.