Using Kubernetes as a container orchestrator enables you to develop applications and manage your infrastructure in a continuous delivery process in the cloud. This article includes a description of what containers are, their role in the cloud, and the role of containers in building cloud-native applications.

Using Google Kubernetes Engine

Google provides a Docker container image of its Kubernetes Engine (KME) that has been optimized for running Kubernetes using Docker. Google's documentation and example projects show how the KME can be used to build multi-cloud, containerized applications.

The Google Kubernetes Dashboard provides an easy way to view, manage, and monitor your cluster. The KME makes it easy to build highly performant applications, as it uses multiple types of virtual servers, storage, and networking, all of which are easily managed via a unified dashboard.

Google also provides a complete example project that shows how to use Kubernetes to build applications and manage your infrastructure. You can get started with the KME by clicking the Try It Now button, which will create an empty cluster and assign it to the most appropriate location within your cloud environment.

Building the Kubernetes Application

Creating a Kubernetes application requires an overview of your environment and application code. If you are building a container-based application, the entire application is deployed as a Docker container. The application code will be stored on a public cloud provider. If you are making a microservice-based application, you can deploy and manage the application directly from the cloud provider.

The source code for the Kubernetes Application on GitHub provides a complete description of how the application works. Here's a quick summary:

You create a container in the Kubernetes directory and name it "App."

You create an application definition using the Kubernetes API. For simplicity, we are making the application using the v1 API, which requires that you download and configure the entire Kubernetes API. Once the API is downloaded, it is installed, and you can add your applications to the project using the Kubernetes API.

You create a directory inside your project called the namespace in which your application code is stored.

You then modify the source code in the namespace into an application.config file, which will create an application. Kubernetes namespace that describes the application.

You then build the application using Kubernetes' built-in build tool. This tool uses cloud-native tools such as Docker and Kubernetes to create and deploy your application.

The code for the application is available on GitHub.

Getting the Application to the Cloud

The Kubernetes API allows you to distribute your application to multiple public and private cloud providers and on-premises. Consider building your application using a cloud-native approach to ensure you have a scalable, easy-to-setup solution that works in all environments.

The Kubernetes Node API simplifies building an application by using the Kubernetes API to execute requests against an API server. The Node API is built on top of Docker.

It would help if you had an API server to use the Kubernetes Node API to distribute an application. The built-in Kubernetes API supports multiple environments, and it's easy to set up a private cloud that acts as a proxy between Kubernetes and a private cloud.

To create your API server, you can use a cloud-native platform such as CloudNativeConceivablyEmbedded (CKNE). CKNE makes it easy to create a Kubernetes node to distribute the application across multiple environments. By using CKNE as a proxy, you can use Kubernetes on one platform to support a private cloud on another, or you can use Kubernetes on multiple platforms to help various cloud providers.

Getting Your Application Ready for the Cloud

To deploy an application to multiple cloud providers, your application needs to be packaged using the Kubernetes format and containerized using Kubernetes' image-based deployment system. You can use the Kubernetes container-conversion tool or packager to convert your application into the Kubernetes format. The source code for the application can be modified into a Kubernetes image, which will automatically be exported and made available on Kubernetes nodes.

You can then download and use the Kubernetes project's specific tools to deploy your application to the cloud providers. The typical mechanism for a particular provider depends on the provider's location. Your device will dictate how the application is configured on the cloud provider. The tools used to deploy a Kubernetes application are a combination of standard tools, like Docker and Kubernetes, and new tools, such as CloudDeploy.

Working With Azure Kubernetes Service

The Azure Kubernetes Service enables you to deploy and manage Kubernetes infrastructure. Kubernetes supports multiple clouds, virtual environments, and various application services. The Azure Kubernetes Service allows you to focus on the application, not the underlying environment.

Azure's workload management helps you customize your application's deployment to the cloud with many cloud services. Azure Kubernetes Services and Azure Resource Manager help you manage your applications, giving you various options and flexibility to work with.

Azure Kubernetes Service is an excellent way to deploy and manage Kubernetes infrastructure because it makes creating and managing applications a seamless experience. You can set up one of the cloud providers you use to work with Azure Kubernetes Services. Azure supports the latest versions of Kubernetes and allows you to run your applications on multiple clouds. Azure also uses continuous deployments to set up deployment plans for your applications. For instance, you can deploy a set of services to all cloud providers in a cloud-to-cloud route, or you can set up deployments from one cloud to other cloud providers.

Before deploying your application to Azure Kubernetes Service, you need to provide a baseline environment with specific prerequisites to get the background to run. To use Azure Kubernetes Service, you need the Azure SDK and Azure Certificate Authority to work with Azure Kubernetes Service. You need the free Azure API Account with a Microsoft Virtual Network Service provision to work with Azure Kubernetes Services.

The first step for creating an Azure Kubernetes Service is to get your application set up with the latest version of Kubernetes. After updating Kubernetes, you must deploy your application with Azure Kubernetes Service. First, you need to complete a few steps:

Set up your Kubernetes Server-Level Certificates. Deploy the application using Azure Kubernetes Service. Set up the environment to work with the cloud provider's deployment system. Apply your deployment plan.

Prepare Kubernetes Server-Level Certificates

Kubernetes uses certificates and allows multiple accounts to work with a given server. To configure your certificate setup, you must specify your servers and add credentials for those servers. The Azure Certificate Authority (ACCA) will automatically enable you to work with your certificates.

A server certificate allows you to store the settings for a domain in a Certificate Signing Request (CSR). For instance, if you create a certificate for the site, you can also use that certificate to link your application to your users and help your users to sign into your applications. The ACCA will help you create and manage your Kubernetes Server-Level Certificates.

With the Azure Certificate Authority, you can manage the entire certificate lifecycle, from creation to destruction of a certificate. A certificate can be created from Azure Certificate Authority tools. A certificate can also be managed, revoked, revoked, restored, and reset.

The Azure Certificate Authority also provides different kinds of certificates. Each certificate has a unique name. You can add multiple certificates to your environment, and each certificate can be used to add and remove users. The only exception is a shared certificate that can be used to sign multiple user accounts in a Kubernetes server. That allows you to have different servers sign different applications.

Deploy Application in Azure Kubernetes Service

After completing the necessary steps in setting up your application in Azure Kubernetes Service, you can start using it for your projects. To begin using the Azure Kubernetes Service, you must select your Azure Service Agreement, set up your account, and create the application.

You can start using the Azure Kubernetes Service by selecting the folder in which you created the application. After specifying your credentials, you can click "New Service" and create a service.

You can launch a specific application or deployment using the Azure Service, add new services, or configure applications. After creating a new application, you can launch your application with one cloud provider or another. After setting up your deployment plan, you can run the application in a cloud provider or a server cluster.

You can also use the Azure Kubernetes Service to launch applications. The Azure Kubernetes Service provides several different deployments, including server clusters, Azure Application Load Testing, Azure Web Apps, and Azure Mobile Applications. You can set up the deployment to work with your cloud providers, such as AWS and Azure.

Deploy Application to Azure Functions

Azure Functions is a container-based virtual machine that runs as a service. It is also one of the earliest and fastest-developing cloud services. This means that you can install it on the cloud provider of your choice, and you can start using it.

In this case, we are working with Azure Functions, which provides a familiar environment to work with. You can install it on your cloud provider or the cloud provider your application is running in.

Once you create an Azure Function, you can start using it and add your dependencies. The Azure Functions can create processes with specific processes and resources required for a particular application.

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Summary of Using Kubernetes

Using Azure Kubernetes, you can define the nodes of your application. You can create your application on the Azure Kubernetes Service. You can determine the size of the cluster and the resources required for each node.

After defining the resources needed for the nodes, you can determine the number of nodes in your cluster. You can also define the number of clusters in your cluster. You can use Azure Resource Manager (ARM) to create your cloud cluster and nodes. You can also specify the cluster name, the resource pools, and the parameters required to work with the cluster.

You can also add clusters with other types of resources. You can use the Azure Resource Manager to add clusters and create resources. For instance, you can add a resource for a Cloud Service Agent. It is a Virtual Machine (VM) with a dedicated processing engine.

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