Easy install using AWS

We have created AWS images that automatically install Kubernetes and KubeVirt inside an EC2 instance to help you quickly deploy a trial environment.

In Step 1, we guide you through selecting an AMI and some factors to consider when launching the EC2 instance through the AWS console.

After you have launched your EC2 instance, navigate back to this page and then dive into the two labs below to help you get acquainted with KubeVirt.

Step 1: Launch KubeVirt in Amazon EC2

To use the images in the table below, you should already have an AWS account. The images are free to use but AWS will bill you for instance hours, storage, and associated services unless you are in an AWS trial period. These images are not meant to be used in production.

  • First, open one of the AMI links below in a new tab or window to start up an instance in your preferred EC2 region.
EC2 Region Location AMI Type AMI ID
       
us-east-1 N. Virginia HVM ami-0725f6544e265b113
us-east-2 Ohio HVM ami-02b201a397717cba5
us-west-1 N. California HVM ami-02497c0d7ee02a0a6
us-west-2 Oregon HVM ami-0b127dad62f064026
       
ca-central-1 Canada HVM ami-00e0b5b931145e3a1
       
eu-west-1 Ireland HVM ami-00daa6448fcad121c
eu-west-2 London HVM ami-03ee2d6e794a0ef8c
eu-west-3 Paris HVM ami-0bffa98459f8782ee
eu-central-1 Frankfurt HVM ami-0383f85a3cea34f5d
       
ap-northeast-1 Tokyo HVM ami-022b31f5ac71db83e
ap-southeast-1 Singapore HVM ami-0c349fc498699d881
ap-southeast-2 Sydney HVM ami-086e0b75b9baafe52
ap-south-1 Mumbai HVM ami-0f01fbffb9be4b516
       
sa-east-1 Sao Paulo HVM ami-01babadbac7ef30e3
       
  • At the instance type selection screen, select a type that has at least 4GB of memory. This is the minimum amount of memory required to complete the labs in Step 2. Select more memory or storage if you are planning to deploy VMs with larger memory or storage requirements than what is used in the labs.

instance-type-memory-selection

  • You will need to be able to log into your instance through SSH. Depending on your network configuration, you may need to enable public IP. To enable a public IP, in the “Instance Details” screen select “Enable” for “Auto-assign Public IP” or select “Use subnet setting” if public IPs are enabled for your subnet.

instance-enable-public-ip

  • At the security group configuration screen, allow ingress to SSH by enabling access to port 22 from your IP address.

instance-enable-public-ip

  • Finally, you will need to associate a key pair with your instance. If you have created one before, select it. If haven’t created one before, select “Create a new key pair”, enter a name, download the private key, and note where you place it because you will use it in a few minutes. Once you made your selection, hit “Launch Instance”. It takes about 5 mins after the EC2 instance is started for the instance to be ready for SSH login.

instance-enable-public-ip

  • Once your instance is ready, SSH to your EC2 instance using your private key. Note “centos” is the default username.
ssh -i <aws-private-key> centos@<ec2_public_ip_or_hostname>

Step 2: KubeVirt labs

After you have connected to your instance through SSH, you can work through a couple of labs to help you get acquainted with KubeVirt and how to use it to create and deploy VMs with Kubernetes.

The first lab is “Use KubeVirt”. This lab walks you through the creation of a Virtual Machine instance on Kubernetes and then shows you how to use virtctl to interact with its console.

The second lab is “Experiment with CDI”. This lab shows you how to use the Containerized Data Importer (CDI) to import a VM image into a Persistent Volume Claim (PVC) and then how to define a VM to make use of the PVC.

Found a bug?

We are interested in hearing about your experience.

If you encounter an issue with deploying your cloud instance or if Kubernetes or KubeVirt did not install correctly, please report it to the cloud-image-builder issue tracker.

If experience a problem with the labs, please report it to the kubevirt.io issue tracker.