![]() Since our objective is to monitor docker containers on the remote server, some additional configurations are required. $ sudo dpkg -i zabbix-release_5.4-1%2Bdebian10_all.debīy default, the Zabbix agent is set to ship metrics to the Zabbix server on the same host it is installed. $ sudo dpkg -i zabbix-release_5.4-1%2Bdebian11_all.deb $ sudo dpkg -i zabbix-release_5.4-1+ubuntu20.04_all.deb To monitor Docker containers on the remote server, you need to install a Zabbix agent, which is a monitoring agent that is deployed on a target node to actively monitor system metrics and other applications.įirst, you need to install the Zabbix repository on the Docker node. With your setup in place, you can now roll your sleeves! Step 1: Install Zabbix-Agent in Linux Next, ensure that you have SSH access to your Docker server node with a sudo user already configured. How to Install Docker in CentOS and RHEL 8/7.How to Install and Use Docker on Ubuntu 20.04.How to Install Docker on Rocky Linux and AlmaLinux.This is the node from where we will run Docker containers and monitor container activity. The second node is the Docker server on which Docker is installed. How to Install Zabbix Monitoring Tool on Debian 11/10.How to Install Zabbix on Rocky Linux and AlmaLinux.This is the node from which we will monitor the remote Docker server. Here is what you need before getting started:įirst up, ensure that you have two nodes – The first node is the Zabbix server. In this guide, we will show you how you can monitor Docker containers using the Zabbix monitoring tool in Linux. It can also monitor applications, services, and databases. Zabbix is a popular IT infrastructure monitoring tool that keeps an eye on almost every element of your environment including physical devices such as servers and network devices such as routers and switches. Additionally, you can gather real-time logs which are helpful in debugging and alerting the IT team when to scale up. Container monitoring encompasses capturing basic metrics such as CPU usage, memory utilization, container size, and bandwidth utilization to mention a few. Monitoring containers helps operation teams to identify underlying issues and resolve them in a timely fashion. These are small, lightweight, and standalone executable packages that include everything that is needed to run an application including the source code, libraries and dependencies, and configuration files.īy doing so, the application can run in almost any computing environment traditional IT infrastructure, cloud, and a myriad of Linux / UNIX flavors. The concept of containerization entails leveraging container images. Docker is arguably one of the most cherished DevOps tools that streamline the development, deployment, and shipping of applications inside containers.
0 Comments
Leave a Reply. |