June 11, 2021

Get Started With Scalr & Terraform CLI on Azure

Ryan Fee

This tutorial will walk you through the basics of using Scalr as a remote backend for Terraform. Scalr is a Terraform collaboration tool that provides a centralized runtime environment, state file storage and locking, policy enforcement with the Open Policy Agent, and role-based access controls.

Within a couple minutes you will have deployed a virtual machine using Terraform and Scalr. Please note that we’re taking the example of a virtual machine here but Scalr can deploy any resource that Terraform can.


Link your Azure credentials to Scalr

To get started, you need to give Scalr access to your Azure account. The easiest is to create a service principal that will be used to provision infrastructure. If you don’t know how to do that, click here. Note that you can also use whatever process you have already implemented for Terraform: Hashicorp Vault, environment variables, …

Click on Account in the bottom left corner and go to the account level.

Note: The account level is used for admin tasks - adding cloud credentials, connecting vcs providers, managing users and teams, … The environment level is used to manage workspaces. You can read more on this here.

Click on Provider Configurations from the account dashboard. Click on Create Configuration and select the Azure Cloud. Enter a name, the Access Key ID and the Secret Access Key. Click save.

Get your token from Scalr

Click on the profile icon on the top right corner of the screen. Click on API access. Click on Generate API Token and save your token.

Get your organization ID from Scalr

Go back to the environment scope and copy your Organization ID from the dashboard.

Run the Get Started Script or use your own Terraform files

For this step you can decide to use your own Terraform code or use the starter main.tf file that we’ve built for this tutorial.

If you have a UNIX-based computer and want to use our starter code, open your terminal and run the following script:

bash <(curl https://raw.githubusercontent.com/jeanbaptistebeck/scalr-get-started-azure/main/scalr-get-started-azure.sh)>

It will ask for the Scalr account name you chose when creating your account, the Scalr token you retrieved earlier and a workspace name of your choice. This script creates a main.tf file that will deploy an EC2 instance in the us-east-2 region. It will also append your Scalr token to your ~/.terraformrc file so that the Terraform CLI can talk to your Scalr account.

If you are using your own Terraform files, append the Scalr token to the CLI configuration file.

  • Windows: terraform.rc in %APPDATA% directory
  • Unix/Linux/Mac : ~/.terraformrc
credentials "my-account.scalr.io" {
  token = "<user-token>"

Provision the virtual machine

Run terraform apply to provision the instance. Go to the Scalr UI to check that everything went well. Check that the instance has been deployed by going to your Azure console.

Destroy the virtual machine

Run terraform destroy from the terminal to remove the instance we just launched.


Congratulations! You have successfully deployed an instance on Azure using Scalr and the Terraform CLI. Note that you can also provision resources through VCS integration (GitHub, Gitlab, Bitbucket), the Scalr API and the Scalr UI.

The next step in your Scalr journey is to invite members of your team and connect a VCS provider.

Using another cloud provider? Check out Get Started With Scalr on AWS or Get Started With Scalr on GCP.

Note: While this blog references Terraform, everything mentioned in here also applies to OpenTofu. New to OpenTofu? It is a fork of Terraform 1.5.7 as a result of the license change from MPL to BUSL by HashiCorp. OpenTofu is an open-source alternative to Terraform that is governed by the Linux Foundation. All features available in Terraform 1.5.7 or earlier are also available in OpenTofu. Find out the history of OpenTofu here.

Start using the Terraform platform of the future.

A screenshot of the modules page in the Scalr Platform