Industry Solutions
Since the 21st century, with the increasingly complex economic and social environment, new requirements have been put forward for the information construction, reform and development in public security fields. Information technology has been increasingly applied to public security fields. As a新兴sub-industry in software and information technology services, public security informatization relies on the continuous development of information perception technology, cloud computing technology, intelligent analysis and processing technology. In order to adapt to the needs of dynamic management and fighting crime in modern economy and society, the Ministry of Public Security has launched the "Technology Strong Police" plan to enhance the ability of public security systems to统一 command, respond quickly, coordinate operations and combat crimes. It has also improved public security work efficiency and detection level. The "Public Security Science and Technology Innovation 13th Five-Year Special Plan" clearly proposes to carry out application research on cloud computing, big data, Internet of Things, artificial intelligence and other basic, general and comprehensive technologies to support the distributed and comprehensive application of all police data.
1、Construction of police cloud platform
The "police cloud" platform relies on infrastructure service platforms and information resource platforms, and achieves deep processing and mining of public security information resources. The platform is facing the impact of big data and large access volume, so effective measures are needed to ensure efficient and stable operation of "police cloud" platform applications.
2、Operation and maintenance of big data platform
Big data is a new stage of information development, and public security agencies also urgently need to use big data technology to reconstruct police work processes, implement organic integration of data flow, business flow, technology flow, and management flow, establish a new mechanism for precision application in police practical work, and establish a big data platform for public security agencies with large data volume and complex supporting network architecture. Traditional operation and maintenance methods are time-consuming and inefficient. Operation and maintenance teams urgently need a comprehensive monitoring system that can work 24/7 without interruption, quickly find and locate problem points, improve operation and maintenance efficiency, achieve real-time monitoring of the end-to-end full chain path, while maintaining stable production system operation. Safe and efficient operation while giving play to IT data value.
1.High availability of police cloud platform
Hongji Technology applies the resource pool solution of application delivery: The police cloud platform uses virtualization technology to form a basic resource pool layer by logically integrating computing, storage, and network resources, and then封装and combines the virtual machines, virtual storage or virtual ports provided by the resource pool to form virtual servers, virtual desktops or cloud storage systems for each business unit of the public security system to provide resource services.
2.Visual operation and maintenance of big data platform
Hongji Technology SuperNM solution fully utilizes network data packets to establish end-to-end full chain path monitoring views for important links, key equipment ports, and core service lines. Provide reliable data basis for IT decision-making evaluation and judgment of network service quality. Relying on real network traffic, it quickly finds and defines applications, sorts out service paths, greatly improves the visual coverage rate of network traffic and work efficiency. SuperNM adopts advanced machine learning analysis technology to simplify complex operations in the past by finding simulation functions. Focusing on the network performance monitoring perspective of business transactions in the infrastructure of big data platforms, provides a more intuitive and unified monitoring interface for rapid detection and location of network quality problems in business transactions. The principle of SuperNM network performance monitoring is: after passing through important lines or equipment ports or mirroring traffic from each business system group to TAP switches, SuperNM traffic is stored and processed, and processed data is sent to the central control platform for application sorting out, real-time monitoring, fault diagnosis and report functions.
The system adopts multi-core technology, which greatly improves the processing performance of the SuperAD series application delivery devices. At the same time, the product uses a dedicated super parallel processing architecture, which greatly improves the processing performance of L4-L7 and meets users' current and future expansion needs.
The product fully supports virtualization technology, including device virtualization and virtualization operating systems such as Vmware and KVM. Through the pAPI and eRule interfaces provided by the system, it works well with OpenFlow and SDN to smoothly integrate ADC into the SDN network.
The product integrates multiple functions into one: it can achieve local server load balancing, link load balancing, and also implement global load balancing for multiple data centers. For some special and complex functional requirements, the system supports programmable script eRule, which can deeply customize user needs, which is difficult for many load balancing devices to achieve. These functions provide the device with high cost performance.
The system supports a rich load balancing function for L3-L7 application servers. Through deep analysis of application protocols, it can provide comprehensive application load balancing and content exchange capabilities. It also has a comprehensive application health check mechanism to timely diagnose servers or applications that are abnormal. The system has a cluster mode of primary-backup and multi-device groups to ensure the stability and continuity of enterprise applications.
The system can adopt encryption methods such as HTTPS and SSH for network management, avoiding the security risks caused by direct access to devices in plain text communication. The system also incorporates DDoS attack protection functionality. It can provide SSL decryption and encryption, and integrated with CA and client certificates to formulate flexible policies based on certificate identity for access and authorization.