Kubernetes knowledge points combing

Kubernetes is an open source container management platform with flexible architecture capabilities, allowing enterprises not only to easily manage infrastructure resources in a unified manner, but also to easily manage upper-level businesses and achieve unification of business architecture. One advantage of containerization is that not need to configure hardware and spend time installing operating systems and software to host the deployment of . The containers are isolated from each other, and multiple containers can run on the same hardware. This configuration can help us use the hardware more efficiently, and can help improve the security of the application.

Today we have compiled the essential learning resources of Kubernetes on Azure for you. Here, you will learn about the specific method and working principle of , and take you to understand real life scenarios that can be solved using Azure Kubernetes service .

Topic outline

Module 1. Introduction to Docker Containers

You will learn how to use Docker to create your own containers, and how the Docker infrastructure works behind the scenes.

Module 2. Introduction to

You will understand how Kubernetes supports container business process coordination, the difference between the control plane and nodes, and evaluate whether Kubernetes is a business process coordination platform for a given workload.

Module 3. Introduction to Azure Kubernetes Service

You will learn how Azure Kubernetes Service (AKS) simplifies the way to manage a managed Kubernetes environment in Azure.

module 4. Deploy containerized applications in Azure Kubernetes Service

You will learn about creating and setting up an AKS cluster, deploying Kubernetes workloads using deployment YAML files, and exposing Kubernetes workloads using services and portals.

module 5. Optimize the calculation cost on Azure Kubernetes Service (AKS)

You will learn about strategies for optimizing computing costs when developing cloud-native applications by using Azure Kubernetes Service (AKS). You will configure the user node pool and learn how to scale the node count to zero. Then, configure the AKS off-the-shelf node pool by using the cluster auto-scaling program to purchase unused Azure computing capacity at a discounted price. Finally, enable Azure Policy for resource quota management on AKS to manage the deployment of AKS computing resources.

module 6. Use HELM to manage applications and packages

You will learn about the benefits of using HELM as a Kubernetes package manager, learn to create HELM charts for cloud-native applications, and use Helm to manage cloud-native application releases.

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