SecOps

ITOps

Force Password Reset in Azure Active Directory Upon Detection of Compromised Credentials

Force Password Reset in Azure Active Directory Upon Detection of Compromised Credentials

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Import

This workflow identifies compromised passwords in Azure AD and enforces immediate password changes via Microsoft Graph. Successful updates trigger a confirmation email; failures result in automatic account locking, enhancing security and compliance.

Automate Login Security


Integration

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This workflow identifies compromised passwords in Azure AD and enforces immediate password changes via Microsoft Graph. Successful updates trigger a confirmation email; failures result in automatic account locking, enhancing security and compliance.

Automate Login Security

Flow Automation Highlights

Enforcing Password Change: Updating user passwords in Azure Active Directory is typically a manual process involving multiple steps and coordination among IT personnel. Automating this task through integration with Microsoft Graph significantly reduces the risk of human error, speeds up the response to identified breaches, and ensures immediate action is taken to secure compromised accounts. This rapid and consistent enforcement minimizes potential security vulnerabilities and enhances overall system integrity.

Confirmation Email: Sending confirmation emails manually requires dedicated effort from IT teams, often leading to delays and inconsistencies. Automating this task ensures that users promptly receive notifications about password updates, providing them with immediate confirmation and instructions if needed. This not only improves communication efficiency but also enhances user experience by providing timely and accurate information.

Account Locking: Manual account locking in case of a failed password update can be a slow and error-prone process, leaving compromised accounts vulnerable for extended periods. Automating account locking ensures that any failure in the password update process results in immediate action, preventing unauthorized access and maintaining a high level of security. This automation brings a significant improvement in safeguarding sensitive information and reducing the window of opportunity for potential threats.

Orchestration Toolbox

Azure Active Directory: In this use case, Azure Active Directory is the primary service that manages user accounts. It is responsible for storing and updating user credentials. By automating the password change process in Azure AD, the workflow ensures that any compromised passwords are promptly updated, maintaining the security of user accounts.

Microsoft Graph: Microsoft Graph acts as the interface for interacting with Azure Active Directory. It is utilized to update user passwords and enforce password changes programmatically. This tool replaces the need for manual updates, ensuring the process is quick, accurate, and consistent, reducing the risk of human error.

Why

Automate Login Security

?

Opportunity cost

Decentralized Password Management

Delayed Breach Response

Inconsistent Security Practices

Impact of automation

Swift Breach Mitigation

Enhanced Account Security

Automated Compliance

Let's talk!

Why

Automate Login Security

?

Opportunity cost

Decentralized Password Management

Delayed Breach Response

Inconsistent Security Practices

Impact of automation

Swift Breach Mitigation

Enhanced Account Security

Automated Compliance

Let's talk!