Установка kubernetes на windows

Before you begin

You must use a kubectl version that is within one minor version difference of
your cluster. For example, a v1.33 client can communicate
with v1.32, v1.33,
and v1.34 control planes.
Using the latest compatible version of kubectl helps avoid unforeseen issues.

Install kubectl on Windows

The following methods exist for installing kubectl on Windows:

• Install kubectl binary on Windows (via direct download or curl)
• Install on Windows using Chocolatey, Scoop, or winget

Install kubectl binary on Windows (via direct download or curl)

1. You have two options for installing kubectl on your Windows device

   • Direct download:

     Download the latest 1.33 patch release binary directly for your specific architecture by visiting the Kubernetes release page. Be sure to select the correct binary for your architecture (e.g., amd64, arm64, etc.).

   • Using curl:

     If you have curl installed, use this command:

     curl.exe -LO "https://dl.k8s.io/release/v1.33.0/bin/windows/amd64/kubectl.exe"
     

2. Validate the binary (optional)

   Download the kubectl checksum file:

   curl.exe -LO "https://dl.k8s.io/v1.33.0/bin/windows/amd64/kubectl.exe.sha256"
   

   Validate the kubectl binary against the checksum file:

   • Using Command Prompt to manually compare CertUtil‘s output to the checksum file downloaded:

     CertUtil -hashfile kubectl.exe SHA256
     type kubectl.exe.sha256
     

   • Using PowerShell to automate the verification using the -eq operator to
     get a True or False result:

      $(Get-FileHash -Algorithm SHA256 .\kubectl.exe).Hash -eq $(Get-Content .\kubectl.exe.sha256)
     

3. Append or prepend the kubectl binary folder to your PATH environment variable.

4. Test to ensure the version of kubectl is the same as downloaded:

   Or use this for detailed view of version:

   kubectl version --client --output=yaml
   

Install on Windows using Chocolatey, Scoop, or winget

1. To install kubectl on Windows you can use either Chocolatey
   package manager, Scoop command-line installer, or
   winget package manager.

   • choco
   • scoop
   • winget

   choco install kubernetes-cli
   

   winget install -e --id Kubernetes.kubectl
   

2. Test to ensure the version you installed is up-to-date:

3. Navigate to your home directory:

   # If you're using cmd.exe, run: cd %USERPROFILE%
   cd ~
   

4. Create the .kube directory:

5. Change to the .kube directory you just created:

6. Configure kubectl to use a remote Kubernetes cluster:

   New-Item config -type file
   

Verify kubectl configuration

In order for kubectl to find and access a Kubernetes cluster, it needs a
kubeconfig file,
which is created automatically when you create a cluster using
kube-up.sh
or successfully deploy a Minikube cluster.
By default, kubectl configuration is located at ~/.kube/config.

Check that kubectl is properly configured by getting the cluster state:

If you see a URL response, kubectl is correctly configured to access your cluster.

If you see a message similar to the following, kubectl is not configured correctly
or is not able to connect to a Kubernetes cluster.

The connection to the server <server-name:port> was refused - did you specify the right host or port?

For example, if you are intending to run a Kubernetes cluster on your laptop (locally),
you will need a tool like Minikube to be installed first and then re-run the commands stated above.

If kubectl cluster-info returns the url response but you can’t access your cluster,
to check whether it is configured properly, use:

kubectl cluster-info dump

Troubleshooting the ‘No Auth Provider Found’ error message

In Kubernetes 1.26, kubectl removed the built-in authentication for the following cloud
providers’ managed Kubernetes offerings. These providers have released kubectl plugins
to provide the cloud-specific authentication. For instructions, refer to the following provider documentation:

• Azure AKS: kubelogin plugin
• Google Kubernetes Engine: gke-gcloud-auth-plugin

(There could also be other reasons to see the same error message, unrelated to that change.)

Optional kubectl configurations and plugins

Enable shell autocompletion

kubectl provides autocompletion support for Bash, Zsh, Fish, and PowerShell,
which can save you a lot of typing.

Below are the procedures to set up autocompletion for PowerShell.

The kubectl completion script for PowerShell can be generated with the command kubectl completion powershell.

To do so in all your shell sessions, add the following line to your $PROFILE file:

kubectl completion powershell | Out-String | Invoke-Expression

This command will regenerate the auto-completion script on every PowerShell start up. You can also add the generated script directly to your $PROFILE file.

To add the generated script to your $PROFILE file, run the following line in your powershell prompt:

kubectl completion powershell >> $PROFILE

After reloading your shell, kubectl autocompletion should be working.

Install kubectl convert plugin

A plugin for Kubernetes command-line tool kubectl, which allows you to convert manifests between different API
versions. This can be particularly helpful to migrate manifests to a non-deprecated api version with newer Kubernetes release.
For more info, visit migrate to non deprecated apis

1. Download the latest release with the command:

   curl.exe -LO "https://dl.k8s.io/release/v1.33.0/bin/windows/amd64/kubectl-convert.exe"
   

2. Validate the binary (optional).

   Download the kubectl-convert checksum file:

   curl.exe -LO "https://dl.k8s.io/v1.33.0/bin/windows/amd64/kubectl-convert.exe.sha256"
   

   Validate the kubectl-convert binary against the checksum file:

   • Using Command Prompt to manually compare CertUtil‘s output to the checksum file downloaded:

     CertUtil -hashfile kubectl-convert.exe SHA256
     type kubectl-convert.exe.sha256
     

   • Using PowerShell to automate the verification using the -eq operator to get
     a True or False result:

     $($(CertUtil -hashfile .\kubectl-convert.exe SHA256)[1] -replace " ", "") -eq $(type .\kubectl-convert.exe.sha256)
     

3. Append or prepend the kubectl-convert binary folder to your PATH environment variable.

4. Verify the plugin is successfully installed.

   If you do not see an error, it means the plugin is successfully installed.

5. After installing the plugin, clean up the installation files:

   del kubectl-convert.exe
   del kubectl-convert.exe.sha256
   

What’s next

• Install Minikube
• See the getting started guides for more about creating clusters.
• Learn how to launch and expose your application.
• If you need access to a cluster you didn’t create, see the
  Sharing Cluster Access document.
• Read the kubectl reference docs

Intro (Updated 17/07/2022)

Kubernetes is made for managing your cloud resources and build scalable apps. It’s considered the most popular tool for automating, deploying, and scaling your whole cloud. It runs on all major operating systems and it is the most popular open source tool in the cloud market. Kubernetes can scale your whole infrastructure, check the health of each service, work as a load balancer, automate deployments and many more. You can install & setup as many nodes (clusters) as you want, and deploy your pods (docker containers) and services across the cloud. In this tutorial you will learn how to setup Kubernetes and deploy the official web GUI dashboard where you can manage and monitor everything but first you have to install Hyper-V & Docker in order to use Kubernetes.

Step 1: Install & Setup Hyper-V

1. Go to Control Panel
2. On your left panel, click on Programs
3. Then click Programs and Features followed by Turn Windows features on and off.
4. Check Hyper-V and Windows Hypervisor Platform
5. Click OK

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Your system will now start installing Hyper-V on the background, it may need to reboot a couple of times until everything is configured properly. Don’t expect any notification or something! Run the following powershelgl command as Administrator and verify if Hyper-V is installed successfully on your machine: Get-WindowsOptionalFeature -Online -FeatureName Microsoft-Hyper-V

Example.

PS C:\Windows\system32> Get-WindowsOptionalFeature -Online -FeatureName Microsoft-Hyper-V

FeatureName      : Microsoft-Hyper-V
DisplayName      : Hyper-V Platform
Description      : Provides the services that you can use to create and manage virtual machines and their resources.
RestartRequired  : Possible
State            : Enabled

Step 2: Install Docker for Windows

Kubernetes is build on top of Docker, theoretically is just a tool that communicate with your Docker containers and manage everything on enterprise level. To install Docker just grab & run the following installer https://desktop.docker.com/win/main/amd64/Docker%20Desktop%20Installer.exe . During installation Docker will ask you to choose between Hyper-V and WSL. For better security uncheck WSL 2. Docker will setup a Linux virtual machine on top of Hyper-V and start all the necessary services without manually configure anything. After the installation, you can either «communicate» with Docker using the CLI tool docker or running HTTP requests though its API.

Step 3: Install Kubernetes on Windows 10

Docker comes with a handy GUI tool where you can modify some settings or install & enable Kubernetes. Follow the following instructions, WARNING! If Docker is installed successfully and you can’t locate its tray icon, you have to reboot your system. If the problem persists, check the official troubleshooting guide here https://docs.docker.com/docker-for-windows/troubleshoot/. Now follow the instructions to install Kubernetes.

1. Right-click the Docker tray icon
2. Click «Settings»
3. On the left panel click «Kubernetes»
4. Check Enable Kubernetes and click «Apply»

*** If you’re behind a firewall, don’t forget to allow:

C:\program files\docker\docker\frontend\docker desktop.exe
C:\program files\docker\docker\resources\com.docker.backend.exe
C:\program files\docker\docker\resources\bin\kubectl.exe
C:\program files\docker\docker\resources\com.docker.vpnkit.exe

During installation, Docker is going to install additional packages and dependencies. It may take around 5~10 minutes and the installation time depends on your Internet speed and your PC performance. Wait until the ‘Installation complete!’ popup message is shown up. After installing Kubernetes you can make sure that everything is working fine using the Docker app. If both services (Docker & Kubernetes) are running successfully without any errors then both icons at bottom left will go green.

Example.

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OR

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Step 4: Install Kubernetes Dashboard

Kubernetes Dashboard is the official web-based UI where you can manage Kubernetes resources. It’s not installed by default. Deploying applications with Kubernetes can be easily managed using the cli tool called kubectl where you can interact with your cloud and manage your Pods, Nodes, or Clusters. If you pass the apply argument followed by your YAML configuration file you can easily create or update Kubernetes resources. Run the following commands to deploy & enable the Kubernetes Dashboard using the following commands.

1. Go to https://github.com/kubernetes/dashboard/releases
2. Scroll down to Installation and download latest yaml configuration file for example https://raw.githubusercontent.com/kubernetes/dashboard/v2.6.0/aio/deploy/recommended.yaml
3. Deploy it using kubectl apply -f .\recommended.yaml
4. Verify that it’s running using the following command: kubectl.exe get -f .\recommended.yaml.txt

Example.

PS C:\Users\user\Desktop> kubectl.exe get -f .\recommended.yaml.txt

NAME                             STATUS   AGE

namespace/kubernetes-dashboard   Active   2m10s

NAME                                  SECRETS   AGE

serviceaccount/kubernetes-dashboard   1         2m10s

NAME                           TYPE        CLUSTER-IP    EXTERNAL-IP   PORT(S)   AGE

service/kubernetes-dashboard   ClusterIP   10.97.3.127   <none>        443/TCP   2m9s

Step 5: Access the dashboard

There are two ways to access the dashboard with tokens, the first one (deprecated, works only for older versions) is using the default token that was crated during the installation of Kubernetes and the second (more secure) way is by creating users, giving them permissions, and then get the generated token.

Newest version

1. Create a new configuration file:
   dashboard-admin.yaml

   apiVersion: v1
   kind: ServiceAccount
   metadata:
   name: admin-user
   namespace: kubernetes-dashboard
   ---
   apiVersion: rbac.authorization.k8s.io/v1
   kind: ClusterRoleBinding
   metadata:
   name: admin-user
   roleRef:
   apiGroup: rbac.authorization.k8s.io
   kind: ClusterRole
   name: cluster-admin
   subjects:
   - kind: ServiceAccount
   name: admin-user
   namespace: kubernetes-dashboard
   

2. Deploy it using kubectl.exe apply -f .\dashboard-admin.yaml.txt

3. Generate token using kubectl.exe -n kubernetes-dashboard create token admin-user

4. Run kubectl proxy

5. Copy paste the token to http://localhost:8001/api/v1/namespaces/kubernetes-dashboard/services/https:kubernetes-dashboard:/proxy/

Old version (deprecated)

1. Run the following command powershell (not cmd) ((kubectl -n kube-system describe secret default | Select-String "token:") -split " +")[1]
2. Copy the generated token
3. Run kubectl proxy.
4. Open the following link on your browser: http://localhost:8001/api/v1/namespaces/kubernetes-dashboard/services/https:kubernetes-dashboard:/proxy/
5. Select Token & paste the generated token
6. Sign In

Finally

If everything is configured properly you’ll be able to see the dashboard and your cloud resources. From there you can do almost all the «hard» work without dealing with the CLI every time. You may sometimes get your hands dirty with the command line but if you don’t understand the concept of Docker and Kubernetes or you don’t have time to for maintaining your own cloud, it’s better to stick with some PaaS providers that can cost you a fortune.

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If you need a portable, extensible, and open-source platform you can use to manage containerized workloads and services, Kubernetes on Windows is a must-have. Kubernetes enables you to deploy and manage containerized applications at scale.

In this tutorial, you’ll learn to install Kubernetes on Windows using Hyper-V and Docker. And at the end of this tutorial, you will have a working Kubernetes cluster and a web-based UI you can use to deploy and manage your pod and applications.

Read on and start scaling your applications!

Prerequisites

This tutorial will be a hands-on demonstration. If you’d like to follow along, be sure you have a Windows 10 computer (or later) with the following:

• At least 4GB of RAM. The general rule for RAM is 300MB for each node in the cluster.
• A processor that supports hardware virtualization (most Intel and AMD processors released since 2005).

Enabling Hyper-V to Support Virtualization

Before running Kubernetes, you first have to enable Hyper-V on your machine. Hyper-V is a type 1 hypervisor that provides the virtualization technology upon which Kubernetes will run.

1. Open PowerShell as an administrator, and run the command below to enable Hyper-V (Microsoft-Hyper-V).

2. Once enabled, reboot your computer to apply the changes.

3. Finally, run the following command to verify that Hyper-V is enabled and running.

Get-WindowsOptionalFeature -Online -FeatureName Microsoft-Hyper-V

The output below shows you’ve successfully enabled Hyper-V.

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Installing Docker Desktop

After enabling Hyper-V, you next need to install Docker Desktop so that you can work quickly with Docker containers on your computer. Docker Desktop includes everything you need to run containers, including the Docker Engine, a container runtime, and a management UI.

Kubernetes is designed to run on top of a container runtime like Docker. While you could install Kubernetes directly on your computer, using Docker Desktop is much easier as it includes all of the necessary tools and utilities.

1. Open your favorite web browser, navigate to the Docker Desktop download page, and download and run the installer.

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2. Once Docker Desktop is installed, click Close and Restart to restart your computer.

A restart is required to complete the installation since the installer needs to modify your Windows configuration.

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3. After restart, open Docker Desktop, tick the I accept the terms checkbox, and click Accept to accept the license agreement.

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If all goes well, Docker Desktop opens, as shown below.

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4. Finally, run the below docker run command to verify that Docker is working as expected.

This command pulls the hello-world container from Docker Hub if it is not already present on your computer and runs it.

The docker command is accessible from any CLI(Command Line Interface) like PowerShell or Command Prompt, as long as the Docker service runs. If not, run the command below to start the Docker service. Start-Service *docker*

This output below signifies your installation is working correctly.

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Installing Kubernetes via the Docker Desktop

Now that you have enabled Hyper-V and installed Docker Desktop, you’re ready to install Kubernetes on Windows. In this tutorial, you will use the Docker Desktop GUI to enable and install Kubernetes.

1. Right click on the Docker icon in the system tray and select Settings from the context menu to access the Docker Desktop settings.

2. Next, select Kubernetes (left panel), tick the Enable Kubernetes checkbox, click Apply & Restart to apply the changes, and restart Docker Desktop.

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3. Click Install when prompted, as shown below. Doing so installs Kubernetes on your computer, which might take a few minutes to complete.

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You will see the Kubernetes cluster starting in the middle of the screen. This cluster contains a single node, which is your computer.

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At this point, your Kubernetes cluster is running (bottom-left) like in the screenshot below, and you can start using that cluster.

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Installing kubectl on Windows

You’ve successfully started your Kubernetes cluster, but how do you manage it? kubectl is a command line tool that lets you interact with your Kubernetes cluster, which you need to install.

kubectl is available as a standalone binary that you can download from the Kubernetes releases page.

1. Download the latest kubectl binary for your computer. The latest version at the time of writing this tutorial is kubectl v1.25.

2. Next, download the checksum file for the same release. You will use this checksum file to verify the authenticity of the downloaded binary.

3. Run the below command to compare the two SHA-256 hashes of the kubectl release and checksum file you downloaded.

You must put the kubectl binary and the checksum file in the same directory for this validation to work.

The commands below perform the following:

• Change the working directory to the kubectl binary and checksum files’ location. Ensure you change the C:\Users\ata\Download\Programs path to where you saved the files.

• Compute the SHA-256 hash (CertUtil) of the kubectl binary.

• Compare the result with the checksum in the checksum file.

cd C:\Users\ata\Download\Programs
$($(CertUtil -hashfile .\kubectl.exe SHA256)[1] -replace " ", "") -eq $(type .\kubectl.exe.sha256)

If both results match, you will see a True output, as shown below, which indicates that the binary is not corrupt, and you can proceed with installing the binary. Otherwise, you’ll get a False output and have to re-download the kubectl binary.

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4. Now, run the below command to add the path of the kubectl binary to your PATH environment variable. Be sure to replace <full/path/of/kubectl/binary> with your computer’s actual path of the kubectl binary.

This command makes the kubectl binary accessible on the command-line interface

setx /m PATH "$Env:PATH;<full/path/of/kubectl/binary>"

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5. Close the current PowerShell session, and open a new one for the changes to take effect.

6. Next, run the below command to verify that kubectl is installed and working.

This command prints out the man page for kubectl, which indicates that it is working correctly.

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7. Lastly, run the following command to double-check that kubectl is configured to work with your Kubernetes cluster. This command prints out the URL and the status (cluster-info) of your Kubernetes master.

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If you get an Unable to connect to the server error, as shown below, make sure your Kubernetes cluster is running and that you can connect to it from your computer.

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Conclusion

Throughout this tutorial, you learned how to install Kubernetes on Windows and verify the installation works by starting up a Kubernetes cluster. Kubernetes has made it possible to automate many of the manual processes to ease the tasks of deploying, managing, and scaling containerized applications.

Now at this point, you have a working Kubernetes cluster and are ready to deploy your first application. Why not explore more about Kubernetes? Start running your applications on Windows without any headaches!

Kubernetes has become the de facto standard when it comes to deploying and managing containers in production. However, many enterprises today still run their container services on-premises using virtual machines or private clouds. 

If you’re wondering how to install Kubernetes on windows 10, you’re in just the right place. This tutorial will show how to install the Kubernetes master with three nodes on Windows computers (as an alternative to Linux). We will walk you through the step-by-step process of setting up Kubernetes on Windows. To do so, we’ll use a pre-configured virtual machine equipped with all the necessary components for installing and running Kubernetes. This is not a tutorial on how to use Kubernetes or its features but merely a guide on how to get it up and running on your Windows computer.

So, let’s get started!

What is Kubernetes?

Kubernetes is an open-source system for managing containerised applications across multiple hosts. It groups containers that make up an application into logical units for easy management and discovery. Kubernetes uses containers to enable portability, ease of debugging and consistency across environments. Containers are always consistent because they are self-contained and always run the same way. Kubernetes makes it easy to run a distributed system on a single computer. Kubernetes clusters on Windows handle things like load balancing, failover, and scalability. In order to manage Kubernetes clusters, ensure you can Kubectl download for Windows.

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What are some alternatives to Kubernetes?

Some of the alternatives and additional tools that are available for Kubernetes include: 

• Docker Swarm – Swarm, is a native clustering solution for Docker. It allows you to pool the CPUs and RAM of multiple computers to run containers as one large cluster. This is a native clustering solution, but it uses a separate Swarm manager to handle container orchestration, discovery and scheduling across computers. This makes it more complex, less flexible and harder to manage. 
• Kubo – Kubo is another open-source orchestrator for Kubernetes (Kubernetes for Windows). It works like Swarm but is less flexible and supports only Kubernetes. 
• Helm – Helm is a package manager for Kubernetes. It allows you to install pre-configured applications and services, such as a database or a monitoring tool, with the click of a button. With Swarm, you need to configure and install everything from scratch. With Kubernetes, Helm comes pre-installed.

Some key features and benefits of Kubernetes

The reasons why the Kubernetes cluster on windows has grown so much in popularity and usage over time are plenty. But some of the most striking reasons include the following:

• Easy To Scale: Kubernetes makes it easy to scale your application. You can easily add new nodes to your application, and Kubernetes will automatically distribute your app across all the nodes. 
• Easy To Manage: Kubernetes gives you control over your containers while they are running. You can access the logs, kill the process, or even restart the container. Kubernetes also helps you manage your containers when they are not running. It makes it easy to schedule the containers and run them at the right time. 
• Easy To Deploy: Kubernetes simplifies your application’s deployment process. You can deploy the app from your local computer or from a central server. 
• Fault Tolerance: Kubernetes helps you handle the fault tolerance of your application. It helps you identify any failures or downtime of your application and take action, proving all the reasons behind teh popularity of Kubernetes cluster on windows.

Installing Kubernetes on Windows

Before you install Kubernetes on Windows, you need to make sure that you meet all the system requirements. The following are the minimum requirements for installing Kubernetes on Windows computers – 

• Two or more Windows 10 computers with Intel or AMD x86-64 processors and at least 4GB RAM per node. 
• The computers must be on the same LAN and be able to access the internet. 
• One computer must have administrator rights, and all the computers in the cluster must have TCP/IP port 5989 open. 

Once you confirm that your system meets these requirements, follow the steps below to answer the question – how to install Kubernetes on windows 10

Step 1: Download and Run the VM with Kubernetes

To install Kubernetes on Windows, you will first need to download the pre-configured VM with Kubernetes pre-installed. You can download the VM from here.

Once you download the VM, open VirtualBox and click on New to create a new VM. Once you have selected a name for the VM and chosen your operating system, select the downloaded file and click on Import to select the VM. Once the VM is imported, click on Start to start the VM and click on Console to open a terminal.

Step 2: Install Kubelet, Kube-controller and Kube-proxy

Once the VM has booted up, install Kubelet, Kube-controller and Kube-proxy on all three nodes. Kubelet is a container that runs inside every Kubernetes node and acts like a mini-container orchestration engine. Kube-proxy is a network Proxy that makes routing decisions for the pods. Kube-controller is a service that runs on each node and is responsible for managing the pods and their lifecycle. Kubectl download for Windows is also recommended if you’re managing clusters. 

Step 3: Install Core Services (Etcd, API Server and Controller Manager)

Once you have installed the Kubelet, Kube-proxy and Kube-controller, install Etcd, API Server and Controller Manager. Etcd is a distributed storage that is responsible for storing data, such as configuration and metadata. API Server is the server that hosts the Kubernetes API. The Controller Manager is responsible for controlling the pods and their lifecycle.

Step 4: Install Kubernetes Dashboard

With the core services in place, now is the time to install the main part – the Kubernetes dashboard. The dashboard is a user interface that enables an easy and intuitive way to manage your Kubernetes cluster. It is like the GUI of Kubernetes that allows you to easily edit the cluster’s configuration by clicking on buttons instead of editing the configuration files.

Conclusion

Kubernetes is the de facto standard for container orchestration. It has become a must-have for enterprises that want to move to containers. While Kubernetes is usually installed on Linux-based computers, it can also be installed on Windows 10 computers. To install Kubernetes on Windows, you must download and run a VM with pre-installed Kubernetes. You can then install Kubelet, Kube-proxy, Kube-controller, Etcd, API Server, and Controller Manager on all three nodes to complete the installation. Finally, install the Kubernetes dashboard to manage your Kubernetes cluster.

We hope you now understand how to install Kubernetes on Windows 10. Following these list of steps after confirming that you meet the prerequisites will help you easily install Kubernetes on your system. Once that is done, all you need to do is get hands-on experience working with the tool. Mastering Kubernetes is one of the sure-shot ways of getting well-paying jobs in the field of DevOps. While DevOps is a broad field and goes beyond just Kubernetes, learning Kubernetes is definitely one of the first stepping stones to success. 

At upGrad, we understand the importance of understanding practical tools and applications when it comes to solving real-life problems, which reflects in all of the courses and training we offer. 

Check out our Advanced Certificate Programme in DevOps, offered in collaboration with IIIT-B. This ~8-month course is designed to give both beginners as well as experienced professionals a proper dive into the world of DevOps using different industry projects that concern real-life applications. Go through the course material, and get yourself enrolled soon!

Frequently Asked Questions (FAQs)