Cloud native cross-cloud network monitoring method and device and storage medium

Abstract

The invention discloses a cloud native cross-cloud network monitoring method, a cloud native cross-cloud network monitoring device and a storage medium. The cloud native cross-cloud network monitoring method comprises the following steps: respectively deploying a network monitoring node Pingmesh Agent in a container service system of each cloud; a network monitoring node Pingmesh Agent on each cloud end obtains a network monitoring list pinlist through a network monitoring control center Pingmesh controller, and the network monitoring list pinlist comprises address information of the cloud end where each network monitoring node Pingmesh Agent is deployed; a network monitoring node Pingmesh Agent on each cloud side concurrently performs ICMP (Internet Control Mesh Protocol) detection on the address in the network monitoring list pinlist; and the network monitoring node Pingmesh Agent on each cloud end reports the data detected by the ICMP to a network monitoring control center Pingmesh Controller. According to the method, the cross-cloud network monitoring problem caused by non-uniform network models among multiple clouds and incapability of intercommunication of monitoring data is solved, the blank of cross-cloud network monitoring in the cloud native field is filled up, and the method has relatively high novelty and practical value.

Description

technical field [0001] The invention relates to the technical field of cloud computing, in particular to a cloud-native cross-cloud network monitoring method, device and storage medium. Background technique [0002] Cloud native, a technical ecology in the field of cloud computing, is a set of cloud technology product systems established on the basis of technologies such as containers, microservices, and DevOps based on distributed cloud deployment and unified operation and maintenance. [0003] With the development of cloud computing, multi-cloud deployment has become an effective means to avoid single cloud failures, and it also presents a series of challenges, one of which is cross-cloud network monitoring. Mastering the cross-cloud network status is of great significance for preventing potential network problems in advance and quickly discovering network faults. At present, the network models of various cloud vendors are not unified, the monitoring of each company is sel...

AI Technical Summary

Problems solved by technology

Mastering the cross-cloud network status is of great significance to prevent potential network problems in advance and quickly discover network faults. At present, the network models of various cloud vendors are not unified, and the monitoring of each company is self-contained, and the data cannot be communicated. Kubernetes, the standard open source container orchestration and scheduling platform in the cloud-native field), the network monitoring solution blackbox can only play a role in a single cluster

In the cloud-native field, there is currently no solution for cross-cloud network monitoring, which leads to the inability to detect and deal with cross-cloud network problems in a timely manner, requiring manual investigation by operation and maintenance engineers to find out, which is inefficient

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