Data center system and data center method for networks

Abstract

The invention discloses a data center system and a data center method for networks. High-level data center nodes and low-level data center nodes are arranged in the networks, the low-level data center nodes can access the high-level data center nodes, data interaction can be carried out between the low-level data center nodes and the high-level data center nodes, and the low-level data center nodes can be authorized by the high-level data center nodes via permission validation to access application information. The high-level data center nodes are respectively provided with superior-level data center nodes, the low-level data center nodes are respectively provided with junior-level data center nodes, skip-level access between the various levels of data center nodes is prohibited, and unique identification information, namely, registration codes of users, in the integral networks is utilized for access permission validation. The data center system and the data center method have the advantages that the low-level data center nodes of the integral networks can be operated and managed by the high-level data centers in a unified manner, the data center system and the data center method are simple and convenient, information of the low-level data center nodes can be known by the high-level data center nodes in real time, accordingly, the networks can be internally maintained in real time, and the maintenance efficiency of the various data center nodes in the networks can be improved.

Description

technical field [0001] The invention relates to communication technology, in particular to a system and method for networking data centers. Background technique [0002] With the development of the Internet, a lot of office automation is implemented in the Internet. Especially when classification is required, the top-level data center nodes and their subordinate data center nodes build a communication network to meet the needs of the industry for flexible networking to provide business functions. [0003] In the prior art, after the fixed networking is determined, the information of each network node is also configured. For each network node, it is impossible to know whether other nodes are online or available. The processing of message routing under the fixed networking configuration is generally as follows: first, a request message is sent to network A, and then network A determines the target network B according to the request message, and sends a routing message query r...

AI Technical Summary

Problems solved by technology

[0005] Using the existing networking method, after the network is built, once other nodes have an access request, it is necessary to manually add the node information of the newly connected network in the main DNS device of each relevant website. When a node leaves the network , it is necessary to manually delete the node information of the newly connected network in the main DNS device of each relevant website. In special application scenarios that require real-time access to the network, the process is cumbersome and may cause unnecessary impact on the network

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