Push protection for repositories and organizations

About push protection for repositories and organizations

So far, secret scanning checks for secrets after a push and alerts users to exposed secrets. When you enable push protection for your organization or repository, secret scanning also checks pushes for supported secrets. Secret scanning lists any secrets it detects so the author can review the secrets and remove them or, if needed, allow those secrets to be pushed.

If a contributor bypasses a push protection block for a secret, GitHub:

• Creates an alert in the Security tab of the repository.
• Adds the bypass event to the audit log.
• Sends an email alert to organization or personal account owners, security managers, and repository administrators who are watching the repository, with a link to the secret and the reason why it was allowed.

This table shows the behavior of alerts for each way a user can bypass a push protection block.

Bypass reason	Alert behavior
It's used in tests	GitHub creates a closed alert, resolved as "used in tests"
It's a false positive	GitHub creates a closed alert, resolved as "false positive"
I'll fix it later	GitHub creates an open alert

On the secret scanning alerts page for a repository or organization, you can apply the bypassed:true filter to easily see which alerts are the result of a user bypassing push protection.

You can monitor security alerts to discover when users are bypassing push protections and creating alerts. For more information, see "Auditing security alerts."

For information on the secrets and service providers supported for push protection, see "Secret scanning patterns."

Additionally, push protection for users automatically protects you from accidentally committing secrets to public repositories, regardless of whether the repository has secret scanning enabled. Push protection for users is on by default, but you can disable the feature at any time through your personal account settings. For more information, see "Push protection for users."

Enabling secret scanning as a push protection

For you to use secret scanning as a push protection in public repositories, the organization or repository needs to have secret scanning enabled. For more information, see "Managing security and analysis settings for your organization," "Managing security and analysis settings for your repository," and "About GitHub Advanced Security."

Organization owners, security managers, and repository administrators can also enable push protection for secret scanning via the API. For more information, see "REST API endpoints for repositories" and expand the "Properties of the security_and_analysis object" section.

You can also enable push protection for all of your existing public repositories through your personal account settings. For any new public repositories you create, push protection will be enabled by default. For more information, see "Configuring secret scanning for your repositories."

Enabling secret scanning as a push protection for an organization

You can use the organization settings page for "Code security and analysis" to enable or disable secret scanning as a push protection for all existing repositories in an organization.

1. On GitHub.com, navigate to the main page of the organization.

2. Under your organization name, click Settings. If you cannot see the "Settings" tab, select the dropdown menu, then click Settings.

   

3. In the "Security" section of the sidebar, click Code security and analysis.

   Note

   If your organization is enrolled in the security configurations and global settings public beta, instead of "Code security and analysis", you will see a "Code security" dropdown menu. Select Code security, then click Configurations. For next steps on enabling push protection and other security features at scale with security configurations, see "Applying the GitHub-recommended security configuration in your organization."

4. Under "Code security and analysis", find "GitHub Advanced Security."

5. Under "Secret scanning", under "Push protection", click Enable all.

6. Optionally, click Automatically enable for repositories added to secret scanning.

7. Optionally, to include a custom link in the message that members will see when they attempt to push a secret, select Add a resource link in the CLI and web UI when a commit is blocked, then type a URL, and click Save link.

   

For more information about enabling security features across an organization, see "Quickstart for securing your organization."

Enabling secret scanning as a push protection for a repository

1. On GitHub.com, navigate to the main page of the repository.

2. Under your repository name, click Settings. If you cannot see the "Settings" tab, select the dropdown menu, then click Settings.

   

3. In the "Security" section of the sidebar, click Code security and analysis.

4. Under "Code security and analysis", find "GitHub Advanced Security."

5. Under "Secret scanning", under "Push protection", click Enable.

Using secret scanning as a push protection from the command line

When you attempt to push a supported secret to a repository secured by push protection, GitHub will block the push. You can remove the secret from your branch or follow a provided URL to allow the push.

Up to five detected secrets will be displayed at a time on the command line. If a particular secret has already been detected in the repository and an alert already exists, GitHub will not block that secret.

Organization owners can provide a custom link that will be displayed when a push is blocked. This custom link can contain organization-specific resources and advice, such as directions on using a recommended secrets vault or who to contact for questions relating to the blocked secret.

If you confirm a secret is real, you need to remove the secret from your branch, from all the commits it appears in, before pushing again. For more information about remediating blocked secrets, see "Pushing a branch blocked by push protection."

If you confirm a secret is real and that you intend to fix it later, you should aim to remediate the secret as soon as possible. For example, you might revoke the secret and remove the secret from the repository's commit history. Real secrets that have been exposed must be revoked to avoid unauthorized access. You might consider first rotating the secret before revoking it. For more information, see "Removing sensitive data from a repository."

Allowing a blocked secret to be pushed

If GitHub blocks a secret that you believe is safe to push, you can allow the secret and specify the reason why it should be allowed.

When you allow a secret to be pushed, an alert is created in the Security tab. GitHub closes the alert and doesn't send a notification if you specify that the secret is a false positive or used only in tests. If you specify that the secret is real and that you will fix it later, GitHub keeps the security alert open and sends notifications to the author of the commit, as well as to repository administrators. For more information, see "Managing alerts from secret scanning."

When a contributor bypasses a push protection block for a secret, GitHub also sends an email alert to the organization owners, security managers, and repository administrators who have opted in for email notifications.

1. Visit the URL returned by GitHub when your push was blocked.

2. Choose the option that best describes why you should be able to push the secret.

   • If the secret is only used in tests and poses no threat, click It's used in tests.
   • If the detected string is not a secret, click It's a false positive.
   • If the secret is real but you intend to fix it later, click I'll fix it later.

   Note: You are required to specify a reason for bypassing push protection if the repository has secret scanning enabled.

   When pushing to a public repository that doesn't have secret scanning enabled, you are still protected from accidentally pushing secrets thanks to push protection for users, which is on by default for your user account.

   With push protection for users, GitHub will automatically block pushes to public repositories if these pushes contain supported secrets, but you won't need to specify a reason for allowing the secret, and GitHub won't generate an alert. For more information, see "Push protection for users."

3. Click Allow me to push this secret.

4. Reattempt the push on the command line within three hours. If you have not pushed within three hours, you will need to repeat this process.

Using secret scanning as a push protection from the web UI

When you use the web UI to attempt to commit a supported secret to a repository secured by push protection, GitHub will block the commit.

You will see a dialog box with information about the secret's location, as well as options allowing you to push the secret. The secret will also be underlined in the file so you can easily find it.

GitHub will only display one detected secret at a time in the web UI. If a particular secret has already been detected in the repository and an alert already exists, GitHub will not block that secret.

Organization owners can provide a custom link that will be displayed when a push is blocked. This custom link can contain resources and advice specific to your organization. For example, the custom link can point to a README file with information about the organization's secret vault, which teams and individuals to escalate questions to, or the organization's approved policy for working with secrets and rewriting commit history.

You can remove the secret from the file using the web UI. Once you remove the secret, you will be able to commit your changes.

Bypassing push protection for a secret

If you confirm a secret is real, you need to remove the secret from your branch, from all the commits it appears in, before pushing again. For more information about remediating blocked secrets, see "Pushing a branch blocked by push protection."

If you confirm a secret is real and that you intend to fix it later, you should aim to remediate the secret as soon as possible. For more information, see "Removing sensitive data from a repository."

If GitHub blocks a secret that you believe is safe to push, you can allow the secret and specify the reason why it should be allowed.

When you allow a secret to be pushed, an alert is created in the Security tab. GitHub closes the alert and doesn't send a notification if you specify that the secret is a false positive or used only in tests. If you specify that the secret is real and that you will fix it later, GitHub keeps the security alert open and sends notifications to the author of the commit, as well as to repository administrators. For more information, see "Managing alerts from secret scanning."

When a contributor bypasses a push protection block for a secret, GitHub also sends an email alert to the organization owners, security managers, and repository administrators who have opted in for email notifications.

1. In dialog box that appeared when GitHub blocked your commit, review the name and location of the secret.

2. Choose the option that best describes why you should be able to push the secret.

   • If the secret is only used in tests and poses no threat, click It's used in tests.
   • If the detected string is not a secret, click It's a false positive.
   • If the secret is real but you intend to fix it later, click I'll fix it later.

   Note: You are required to specify a reason for bypassing push protection if the repository has secret scanning enabled.

   When pushing to a public repository that doesn't have secret scanning enabled, you are still protected from accidentally pushing secrets thanks to push protection for users, which is on by default for your user account.

   With push protection for users, GitHub will automatically block pushes to public repositories if these pushes contain supported secrets, but you won't need to specify a reason for allowing the secret, and GitHub won't generate an alert. For more information, see "Push protection for users."

3. Click Allow secret.