Data integration and exchange platform based on SOA

Abstract

The invention discloses a data integration and exchange platform based on an SOA. An ESB system architecture is adopted in the platform and is divided into six subsystems in total, and the six subsystems are a front end unified entry subsystem, an ESB core agent subsystem, a provider adapter subsystem, a service registration and management subsystem, an ESB monitoring and management subsystem and a file transmission subsystem. The whole strategic positioning is definite, all the subsystems cooperate on the premise of independent construction, and information isolated islands among systems are avoided; service-oriented system integration and fault isolation are achieved, normal operation of other systems is not affected if one system breaks down, and system stability and expandability are fully improved. The problem that server loads are too large is solved, and stable operation of a website is ensured; system stability is high, the requirement for large service volume processing speed and the handling capacity of clients is met, and user experience is good; inside and outside network channels get through completely, and repeated development of the same interfaces is avoided.

Description

technical field [0001] The invention relates to the technical field of network services, in particular to a data integration and exchange platform based on an SOA architecture, and a data integration and exchange platform for connecting internal and external networks. Background technique [0002] In the past few years, driven by intensified competition and IT development, the business philosophy of American companies has begun to develop towards a real-time enterprise (real-time enterprise) management model. The real-time enterprise is a concept put forward by Gartner. To become a real-time enterprise, the enterprise must be able to make the most rapid response to key businesses and events that occur anywhere and at any time, and its response speed must be instantaneous. That is, zero delay, a real-time enterprise must have the ability to deal with emergencies in real time. [0003] Obviously, real-time enterprises hope to respond immediately when an event occurs, which ma...

AI Technical Summary

Problems solved by technology

[0007] 1. The overall strategic positioning is vague. At present, each subsystem is built independently, and the information islands between the systems are serious. There is a lack of overall strategic positioning and overall overall planning.

[0008] 2. Backward technical architecture

Since the technical architecture was designed and built more than ten years ago, the technology is backward, and it is impossible to realize "separation of business acceptance and business processing", and it is also impossible to realize "service-oriented" system integration

[0009] 3. Poor system stability and scalability

During the peak period of online tax declaration business every year, the website is prone to failure, which affects the normal progress of tax payment business

As the scope of business expands or changes, the existing portal cannot be expanded or adjusted quickly

[0010] 4. Backward interaction design and poor user experience

The search function of the existing portal website is poor, the user experience of the website is poor, and the function design idea is outdated. Compared with the excellent government portal websites at home and abroad, there is a big gap, and at the same time, it cannot meet the relevant requirements of the State Administration of Taxation

[0011] 5. Since the application is built on the application layer, the processing speed, throughput, and stability of large business volumes can no longer meet the requirements

[0012] 6. The internal and external network channels are not connected, and communication cannot be carried out. The same business interface needs to be developed multiple times on the internal and external networks

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