Set up Azure DevOps

Available for dbt Cloud Enterprise

Connecting an Azure DevOps cloud account is available for organizations using the dbt Cloud Enterprise tier.

dbt Cloud's native Azure DevOps integration does not support Azure DevOps Server (on-premise). Instead, you can import a project by git URL to connect to an Azure DevOps Server.

Overview

To use our native integration with Azure DevOps in dbt Cloud, an account admin needs to set up an Microsoft Entra ID app. We recommend setting up a separate Entra ID application than used for SSO.

1. Register an Entra ID app.
2. Add permissions to your new app.
3. Add another redirect URI.
4. Connect Azure DevOps to your new app.
5. Add your Entra ID app to dbt Cloud.

Once the Microsoft Entra ID app is added to dbt Cloud, an account admin must also connect a service user via OAuth, which will be used to power headless actions in dbt Cloud such as deployment runs and CI.

Once the Microsoft Entra ID app is added to dbt Cloud and the service user is connected, then dbt Cloud developers can personally authenticate in dbt Cloud from Azure DevOps. For more on this, see Authenticate with Azure DevOps.

The following personas are required to complete the steps on this page:

• Microsoft Entra ID admin
• Azure DevOps admin
• dbt Cloud account admin
• Azure admin (if your Entra ID and Azure DevOps environments are not connected)

Register a Microsoft Entra ID app

A Microsoft Entra ID admin needs to perform the following steps:

1. Sign into your Azure portal and click Microsoft Entra ID.
2. Select App registrations in the left panel.
3. Select New registration. The form for creating a new Entra ID app opens.
4. Provide a name for your app. We recommend using, "dbt Labs Azure DevOps app".
5. Select Accounts in any organizational directory (Any Entra ID directory - Multitenant) as the Supported Account Types. Many customers ask why they need to select Multitenant instead of Single tenant, and they frequently get this step wrong. Microsoft considers Azure DevOps (formerly called Visual Studio) and Microsoft Entra ID as separate tenants, and in order for this Entra ID application to work properly, you must select Multitenant.
6. Add a redirect URI by selecting Web and, in the field, entering https://YOUR_ACCESS_URL/complete/azure_active_directory, replacing YOUR_ACCESS_URL with the appropriate Access URL for your region and plan.
7. Click Register.

Navigating to the Entra ID app registrations

Here's what your app should look like before registering it:

Registering a Microsoft Entra ID app

Add permissions to your new app

An Entra ID admin needs to provide your new app access to Azure DevOps:

1. Select API permissions in the left navigation panel.
2. Remove the Microsoft Graph / User Read permission.
3. Click Add a permission.
4. Select Azure DevOps.
5. Select the user_impersonation permission. This is the only permission available for Azure DevOps.

Adding permissions to the app

Add another redirect URI

A Microsoft Entra ID admin needs to add another redirect URI to your Entra ID application. This redirect URI will be used to authenticate the service user for headless actions in deployment environments.

1. Navigate to your Microsoft Entra ID application.

2. Select the link next to Redirect URIs

3. Click Add URI and add the URI, replacing YOUR_ACCESS_URL with the appropriate Access URL for your region and plan: https://YOUR_ACCESS_URL/complete/azure_active_directory_service_user

4. Click Save.

Adding the Service User redirect URI

Create a client secret

A Microsoft Entra ID admin needs to complete the following steps:

1. Navigate to your Microsoft Entra ID application.
2. Select Certificates and Secrets from the left navigation panel.
3. Select Client secrets and click New client secret
4. Give the secret a description and select the expiration time. Click Add.
5. Copy the Value field and securely share it with the dbt Cloud account admin who will complete the setup.

Connect Azure DevOps to your new app

An Azure admin will need one of the following permissions in both the Microsoft Entra ID and Azure DevOps environments:

• Azure Service Administrator
• Azure Co-administrator

If your Azure DevOps account is connected to Entra ID, then you can proceed to Connecting a service user. However, if you're just getting set up, connect Azure DevOps to the Microsoft Entra ID app you just created:

1. From your Azure DevOps account, select Organization settings in the bottom left.
2. Navigate to Microsoft Entra ID.
3. Click Connect directory.
4. Select the directory you want to connect.
5. Click Connect.

Connecting Azure DevOps and Microsoft Entra ID

Add your Microsoft Entra ID app to dbt Cloud

A dbt Cloud account admin needs to perform the following steps.

Once you connect your Microsoft Entra ID app and Azure DevOps, you need to provide dbt Cloud information about the app:

1. Navigate to your account settings in dbt Cloud.
2. Select Integrations.
3. Scroll to the Azure DevOps section.
4. Complete the form:
   • Azure DevOps Organization: Must match the name of your Azure DevOps organization exactly. Do not include the dev.azure.com/ prefix in this field. ✅ Use my-devops-org ❌ Avoid dev.azure.com/my-devops-org
   • Application (client) ID: Found in the Microsoft Entra ID app.
   • Client Secrets: Copy the Value field in the Microsoft Entra ID app client secrets and paste it in the Client Secret field in dbt Cloud. Entra ID admins are responsible for the Entra ID app secret expiration and dbt Admins should note the expiration date for rotation.
   • Directory(tenant) ID: Found in the Microsoft Entra ID app.
     Adding a Microsoft Entra ID app to dbt Cloud

Your Microsoft Entra ID app should now be added to your dbt Cloud Account. People on your team who want to develop in the dbt Cloud IDE or dbt Cloud CLI can now personally authorize Azure DevOps from their profiles.

Connect a service user

Because Azure DevOps forces all authentication to be linked to a user's permissions, we recommend an Azure DevOps admin create a "service user" in Azure DevOps whose permissions will be used to power headless actions in dbt Cloud such as dbt Cloud project repo selection, deployment runs, and CI. A service user is a pseudo user set up in the same way an admin would set up a real user, but it's given permissions specifically scoped for service to service interactions. You should avoid linking authentication to a real Azure DevOps user because if this person leaves your organization, dbt Cloud will lose privileges to the dbt Azure DevOps repositories, causing production runs to fail.

Service user authentication expiration

dbt Cloud will refresh the authentication for the service user on each run triggered by the scheduler, API, or CI. If your account does not have any active runs for over 90 days, an admin will need to manually refresh the authentication of the service user by disconnecting and reconnecting the service user's profile via the OAuth flow described above in order to resume headless interactions like project set up, deployment runs, and CI.

Service users permissions

A service user account must have the following Azure DevOps permissions for all Azure DevOps projects and repos you want accessible in dbt Cloud. Read more about how dbt Cloud uses each permission in the following paragraphs.

• Project Reader
• ViewSubscriptions
• EditSubscriptions
• DeleteSubscriptions *
• PullRequestContribute
• GenericContribute

* Note: DeleteSubscriptions permission might be included in EditSubscriptions depending on your version of Azure.

Some of these permissions are only accessible via the Azure DevOps API or CLI. We’ve also detailed more information on Azure DevOps API usage below to help accelerate the setup. Alternatively, you can use the Azure DevOps UI to enable permissions, but you cannot get the least permissioned set.

Required permissions for service users

The service user's permissions will also power which repositories a team can select from during dbt project set up, so an Azure DevOps admin must grant at minimum Project Reader access to the service user before creating a new project in dbt Cloud. If you are migrating an existing dbt project to use the native Azure DevOps integration, the dbt Cloud account's service user must have proper permissions on the repository before migration.

Turn off MFA for service user

While it's common to enforce multi-factor authentication (MFA) for normal user accounts, service user authentication must not need an extra factor. If you enable a second factor for the service user, this can interrupt production runs and cause a failure to clone the repository. In order for the OAuth access token to work, the best practice is to remove any more burden of proof of identity for service users.

As a result, MFA must be explicity disabled in the Office 365 or Microsoft Entra ID administration panel for the service user. Just having it "un-connected" will not be sufficient, as dbt Cloud will be prompted to set up MFA instead of allowing the credentials to be used as intended.

To disable MFA for a single user using the Office 365 Administration console:

• Go to Microsoft 365 admin center -> Users -> Active users -> Select the user -> Manage multifactor authentication -> Select the user -> Disable multi-factor authentication.

To use the Microsoft Entra ID interface:

Note, this procedure involves disabling Security Defaults in your Entra ID environment.

1. Go to the Azure Admin Center. Open Microsoft Entra ID and under the Manage section of the left navigation, click Properties, scroll down to Manage Security defaults, and then select No in "Enable Security Defaults" and click Save.
2. Go to Microsoft Entra ID -> Manage -> Users ->click on the ellipsis (...) and then the Multi-Factor Authentication link. If the link is grayed out, you need to make sure you disable Security Defaults from the previous step.
3. If MFA is enabled for users, select the user(s) and select Disable under Quick steps.
4. Select Yes to confirm your changes.

To re-enable MFA for the user, select them again and click Enable. Note, you may have to go through MFA setup for that user after enabling it.

ViewSubscriptions

Security Namespace ID: cb594ebe-87dd-4fc9-ac2c-6a10a4c92046

Namespace: ServiceHooks

Permission:

{
    "bit": 1,
    "displayName": "View Subscriptions",
    "name": "ViewSubscriptions"
}

Uses: To view existing Azure DevOps service hooks subscriptions

Token (where applicable - API only):

• PublisherSecurity for access to all projects
• PublisherSecurity/<azure_devops_project_object_id> for per project access

UI/API/CLI: API/CLI only

Sample CLI code snippet

az devops security permission update --organization https://dev.azure.com/<org_name> --namespace-id cb594ebe-87dd-4fc9-ac2c-6a10a4c92046 --subject <service_account>@xxxxxx.onmicrosoft.com --token PublisherSecurity/<azure_devops_project_object_id> --allow-bit 1

EditSubscriptions

Security Namespace ID: cb594ebe-87dd-4fc9-ac2c-6a10a4c92046

Namespace: ServiceHooks

Permission:

{
    "bit": 2,
    "displayName": "Edit Subscription",
    "name": "EditSubscriptions"
}

Uses: To add or update existing Azure DevOps service hooks subscriptions

Token (where applicable - API only):

• PublisherSecurity for access to all projects
• PublisherSecurity/<azure_devops_project_object_id> for per project access

UI/API/CLI: API/CLI only

Sample CLI code snippet

az devops security permission update --organization https://dev.azure.com/<org_name> --namespace-id cb594ebe-87dd-4fc9-ac2c-6a10a4c92046 --subject <service_account>@xxxxxx.onmicrosoft.com --token PublisherSecurity/<azure_devops_project_object_id> --allow-bit 2

DeleteSubscriptions

Security Namespace ID: cb594ebe-87dd-4fc9-ac2c-6a10a4c92046

Namespace: ServiceHooks

Permission:

{
    "bit": 4,
    "displayName": "Delete Subscriptions",
    "name": "DeleteSubscriptions"
}

Uses: To delete any redundant Azure DevOps service hooks subscriptions

Token (where applicable - API only):

• PublisherSecurity for access to all projects
• PublisherSecurity/<azure_devops_project_object_id> for per project access

UI/API/CLI: API/CLI only

Sample CLI code snippet

az devops security permission update --organization https://dev.azure.com/<org_name> --namespace-id cb594ebe-87dd-4fc9-ac2c-6a10a4c92046 --subject <service_account>@xxxxxx.onmicrosoft.com --token PublisherSecurity/<azure_devops_project_object_id> --allow-bit 4

Additional Notes: This permission has been deprecated in recent Azure DevOps versions. Edit Subscriptions (bit 2) has Delete permissions.

PullRequestContribute

Security Namespace ID: 2e9eb7ed-3c0a-47d4-87c1-0ffdd275fd87

Namespace: Git Repositories

Permission:

{ 	
    "bit": 16384,  
    "displayName": "Contribute to pull requests",
    "name": "PullRequestContribute"
}

Uses: To post Pull Request statuses to Azure DevOps

Token (where applicable - API only):

• repoV2 for access to all projects
• repoV2/<azure_devops_project_object_id> for per project access
• repoV2/<azure_devops_project_object_id>/<azure_devops_repository_object_id> for per repo access

UI/API/CLI: UI, API, and CLI

Sample CLI code snippet

az devops security permission update --organization https://dev.azure.com/<org_name> --namespace-id 2e9eb7ed-3c0a-47d4-87c1-0ffdd275fd87 --subject <service_account>@xxxxxx.onmicrosoft.com --token repoV2/<azure_devops_project_object_id>/<azure_devops_repository_object_id> --allow-bit 16384

Additional Notes: This permission is automatically inherited if Project Reader/Contributor/Administrator is set in the UI.

GenericContribute

Security Namespace ID: 2e9eb7ed-3c0a-47d4-87c1-0ffdd275fd87

Namespace: Git Repositories

Permission:

{
    "bit": 4,
    "displayName": "Contribute",
    "name": "GenericContribute"
}

Uses: To post commit statuses to Azure DevOps

Token (where applicable - API only):

• repoV2 for access to all projects
• repoV2/<azure_devops_project_object_id> for access to a single project at a time
• repoV2/<azure_devops_project_object_id>/<azure_devops_repository_object_id> for access to a single repo at a time

UI/API/CLI: UI, API, and CLI

Sample CLI code snippet

az devops security permission update --organization https://dev.azure.com/<org_name> --namespace-id 2e9eb7ed-3c0a-47d4-87c1-0ffdd275fd87 --subject <service_account>@xxxxxx.onmicrosoft.com --token repoV2/<azure_devops_project_object_id>/<azure_devops_repository_object_id> --allow-bit 4

Additional Notes: This permission is automatically inherited if Project Contributor/Administrator is set in the UI.

You must connect your service user before setting up a dbt Cloud project, as the service user's permissions determine which projects dbt Cloud can import.

A dbt Cloud account admin with access to the service user's Azure DevOps account must complete the following to connect the service user:

1. Sign in to the service user's Azure DevOps account.
2. In dbt Cloud, click Link Azure Service User.
3. You will be directed to Azure DevOps and must accept the Microsoft Entra ID app's permissions.
4. Finally, you will be redirected to dbt Cloud, and the service user will be connected.

Connecting an Azure Service User

Once connected, dbt Cloud displays the email address of the service user so you know which user's permissions are enabling headless actions in deployment environments. To change which account is connected, disconnect the profile in dbt Cloud, sign into the alternative Azure DevOps service account, and re-link the account in dbt Cloud.

Personal Access Tokens (PATs)

dbt Cloud leverages the service user to generate temporary access tokens called PATs.

These tokens are limited in scope, are only valid for 5 minutes, and become invalid after a single API call.

These tokens are limited to the following scopes:

• vso.code_full: Grants full access to source code and version control metadata (commits, branches, and so on). Also grants the ability to create and manage code repositories, create and manage pull requests and code reviews, and receive notifications about version control events with service hooks. Also includes limited support for Client OM APIs.
• vso.project: Grants the ability to read projects and teams.
• vso.build_execute: Grants the ability to access build artifacts, including build results, definitions, and requests, and the ability to queue a build, update build properties, and the ability to receive notifications about build events with service hooks.