Design of Deep Service Awareness and Analysis System for International Education Park Network

Given the characteristics of the International Education Park network, such as a large user scale, complex services, and high quality requirements, this project aims to achieve a "visible, manageable, controllable, and trustworthy" network. It plans to build a centralized-distributed data storage and sharing system, col-laborate with CDN/Cache to optimize resource scheduling, and construct a full-process security monitoring and big data performance management plat-form to meet eight core functional requirements, including multi-dimensional visualization, resource analysis, and quality evaluation. By comparing IP Ac-count, Flow, and DPI/DFI technologies, DPI/DFI is selected as the core technol-ogy. A four-layer architecture (Application Layer, Sharing Layer, Decoding Lay-er, and Collection Layer) is designed, and its technical maturity, industrial chain completeness, and deployment feasibility are analyzed. The equipment deploy-ment and interface design schemes are clarified to provide support for the digi-tal transformation and efficient operation of the Education Park network.