Azure Kubernetes Service Clusters
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Azure Kubernetes Service: Essential Best Practices for Business Continuity
Are you familiar with the power of Azure Kubernetes Service (AKS) clusters? They provide a rock-solid foundation for your applications, ensuring seamless accessibility and smooth operations. But what happens when disaster strikes? While AKS offers high availability within a Virtual Machine Scale Set, it can’t protect you from a destructive region failure. Imagine the consequences if an entire Azure region goes down, leaving your nodes and resources in the dark.
How to deploy multi-container application to Azure Kubernetes Services?
Azure Kubernetes Services is the fastest way to use Kubernetes on Azure. Azure Kubernetes Service (AKS) manages the hosted Kubernetes environment, making it easy to deploy and manage containerized applications without requiring any container orchestration expertise. It also improves the agility, scalability, and availability of your containerized workloads. Azure DevOps streamlines AKS operations by providing continuous build and deployment capabilities.
In this blog, we will use Azure DevOps to deploy a containerized ASP.NET Core web application to an AKS cluster. The steps used in this blog can be used to deploy any application to AKS. The entire end-to-end demo is available in the video link provided in the blog.
Deploying SQL server Always on Availability Group on Azure Kubernetes Services(AKS).
In this blog, we will learn how to deploy the SQL server Always on Availability group on Azure Kubernetes Services.
How to deploy SQL Server containers to a Kubernetes cluster for high availability?
In this blog, we will learn how to deploy the SQL server container on Azure Kubernetes services with High availability. We will use the persistent storage feature of Kubernetes to add resiliency to the solution. In this scenario, if the SQL server instance fails, Kubernetes will automatically re-create it in a new POD and attach it to the persistent volume. It will also provide protection from Node failure by recreating it again. If you are new to Kubernetes we will start by understanding the basic terminology of Kubernetes and its Architecture.