A method for automatic management of AC cluster

Abstract

The invention discloses an automatic management method of an AC cluster, which is characterized in that a reverse encryption tunnel is established between the LAC and the cloud MAC in the way of managing the AC through the cloud, and the LAC is uniformly managed and configured on the MAC, and according to the pre-configured The settings on the MAC automatically manage the configuration of the delivered LAC. This solution can effectively reduce management labor and time costs, improve AC management efficiency, reduce AC management burden, and quickly build a large-scale wireless network.

Description

technical field [0001] The invention relates to wireless network technology, in particular to the management technology of AC clusters. Background technique [0002] Currently, in the 802.11 protocol wireless AC plus wireless AP solution, the AC acts as a wireless controller, and the AP acts as a wireless access point. PoE is used to provide power for the AP, and the AC controls and manages the AP. All AP configurations are under the unified control of the AC. [0003] However, in a large-scale wireless network architecture, during the operation and maintenance management process of AC equipment, the number of APs that need to be accessed may be thousands or even tens of thousands, and a large number of ACs are required to manage and control these APs. Existing solutions generally use the traditional manual login to each device to configure each AC, but in the same network architecture, the AC configurations are often similar or the same, so such repetitive work costs a lot...

AI Technical Summary

Problems solved by technology

[0003] However, in a large-scale wireless network architecture, during the operation and maintenance management process of AC equipment, the number of APs that need to be accessed may be thousands or even tens of thousands, and a large number of ACs are required to manage and control these APs.

Existing solutions generally use the traditional manual login to each device to configure each AC, but in the same network architecture, the AC configurations are often similar or the same, so such repetitive work costs a lot of wireless The time and energy of network engineers waste a lot of labor and time costs, and also cause the burden of AC management and operation and maintenance

[0004] In short, the traditional AC management configuration scheme is not suitable for large-scale wireless network environments, and cannot provide fast, simple and efficient management and configuration

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