Platform processing architecture based on high concurrency, high availability and extensible service

Abstract

The invention relates to the technical field of big data, in particular to a platform processing architecture based on high concurrency, high availability and service expandability. The architecture comprises: an access layer configured to receive a request and distribute the request to an intermediate layer; an intermediate layer, configured to comprise a message layer for asynchronous communication and used for receiving the request distributed by the access layer and transmitting the request to the service layer in a message queue; a service layer, configured to perform business processingthrough a micro-service architecture and a service registration discovery mechanism; and a storage layer configured to store data. According to the invention, the architecture is divided into the access layer, the intermediate layer, the service layer and the storage layer. Therefore, the peak can be effectively clipped when a sudden large-flow request is accessed, the service processing burden isreduced, the performance and availability of each level of the platform architecture are considered, the high-availability architecture is used for eliminating the single-point fault problem of eachnode while various architectures and technical means are used for ensuring that the system efficiently provides services, the stability and availability of the system are ensured, and the stable operation of the platform is ensured.

Description

technical field [0001] The invention relates to the technical field of big data, in particular to a platform processing architecture based on high concurrency, high availability, and service scalability. Background technique [0002] With the implementation of the Internet and strategies, a large number of offline business formats have been realized on the Internet to guide more users online and provide them with more diverse and rich content services, and various service platforms have emerged as the times require. For the development of the platform, the ultimate goal is to become bigger and stronger, and the resulting problem is that the larger the volume means the increase in the number of online users, according to the actual user usage scenarios, with the increase in the number of online users Growth, the geometric growth of the number of concurrent user requests will lead to an increase in business complexity, resulting in an instant crash of the service, affecting a ...

AI Technical Summary

Problems solved by technology

[0003] In view of the problem that the current platform server is unstable and affects the use of users, the present invention provides a platform processing architecture based on high concurrency, high availability, and service scalability, which can avoid service crashes caused by high traffic, reduce the burden of service processing, and enable The platform can operate stably, and at the same time, it can ensure that the existing running services are not affected when the new service is launched, and the new service can be launched immediately, and the redundant structure is used to ensure that there is no single point of failure of the service, and the high availability of all services is guaranteed

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