Windows LAPS overview: Getting started

Windows LAPS (local admin password solution) is redefining how organizations secure local admin accounts across modern Windows environments. Traditional approaches to managing local admin passwords are no longer sufficient in a landscape shaped by hybrid work and evolving threat vectors.

Windows LAPS addresses this challenge by automatically rotating and securely storing unique local admin passwords for each device. By eliminating password reuse and reducing the risk of credential-based attacks, it plays a key role in strengthening endpoint security and supporting Zero Trust strategies.

For IT teams already operating within a UEM framework, Windows LAPS fits naturally into the broader endpoint management strategy. It adds a layer of policy-driven command over credentials. This enables consistent enforcement and streamlined, secure password access across every managed device in the Windows fleet.

This guide covers everything from understanding what Windows LAPS is and how it compares to legacy Microsoft LAPS, to its key benefits, deployment prerequisites, setup, and best practices. You’ll also get an idea of how modern UEM solutions like Scalefusion OneIdP take Windows LAPS further with automation and centralized management.

What is Windows LAPS?

Windows LAPS is a powerful UEM feature that automatically manages and rotates local admin passwords on enrolled Windows devices. These actions are performed securely, silently, and without any manual intervention. LAPS for Windows eliminates the risk of shared credentials, enhances endpoint security, and supports compliance with organizational and regulatory standards.

Why does Windows LAPS matter?

Shared, reused, and unchanged local admin passwords are often considered a weaker link in endpoint security. Windows LAPS fixes the core problem of local admin security by providing a secure, unique credential to every managed Windows device.

Here are some key benefits of Windows LAPS:

• Automation: Automates local admin account management and embeds it within the enterprise’s endpoint control and identity framework.
• Storage: Stores all local admin passwords securely within an encrypted vault in the UEM dashboard.
• Centralization: Provides centralized command and visibility to manage local admin passwords across Windows devices.
• Audit: Enables detailed tracking and logging of local admin password changes to meet audit and compliance requirements.
• Zero Trust: Strengthens security by enforcing unique, randomized, regularly rotated local admin credentials on each Windows device. This reduces implicit trust and supports a Zero Trust framework.
• Retrieval: Allows authorized IT admins to securely retrieve local admin passwords only when needed, based on access permissions.
• Compliance: Supports compliance with PCI DSS, GDPR, HIPAA, and other regulatory standards by implementing strong passcode hygiene.
• Security: Reduces security risk by removing the predictability of local admin passwords, closing a common vector for lateral movement attacks.

Windows LAPS vs Microsoft LAPS

Microsoft LAPS is deprecated, starting with Windows 11 version 23H2. Its MSI installer is blocked on newer OS versions, and Microsoft no longer maintains or updates the legacy product. Microsoft will continue supporting the legacy LAPS only on older Windows versions (prior to Windows 11 23H2) where it was previously available. This support will discontinue in line with the standard end-of-support lifecycle of those OS versions.

Windows LAPS is one of the latest UEM features that keeps upgrading with time. It enables authorized IT admins to centrally manage and rotate local admin account passwords across managed devices. It allows you to define password complexity rules, set automatic rotation schedules, and retrieve stored passwords on demand. This eliminates the risks associated with shared or static local credentials without requiring any additional software deployment.

Prerequisites to deploy LAPS for Windows

Before proceeding with the installation and configuration of Windows LAPS, verify that your environment meets the necessary requirements for a successful deployment. Key areas to consider are:

• Windows LAPS is supported across Windows 10 and Windows 11, including the Home, Professional, Enterprise, and Education editions.
• Ensure that your UEM subscription includes the Windows LAPS feature, and select a plan that provides access to it if not already covered.
• Confirm that all managed Windows devices are running the latest version of the UEM/MDM agent to ensure full compatibility and functionality.

Windows LAPS setup: Quick steps

Your UEM partner should provide you the help documentation as well as technical support to deploy LAPS (Local Admin Password Solution) on your enrolled Windows devices. While the specific steps may vary slightly between UEM solution providers, most of them follow a broadly similar Windows LAPS setup process:

Step 1: Create a Windows LAPS configuration, including LAPS scope, local admin password rotation settings, and local admin password password reset settings.

Step 2: Once the LAPS configuration is created, assign it to the relevant Windows device profiles within the UEM dashboard to push the LAPS policy to all associated devices.

Step 3: On your Windows devices, navigate to the LAPS tab in the UEM/MDM agent app. Use the OTP obtained from the UEM dashboard to securely view the local admin password.

Step 4: Use the UEM dashboard to get an overview of local admin accounts across your Windows devices. It should also provide you recommendations for optimal Windows LAPS configuration and security management.

Step 5: Leverage Windows device-specific details from the UEM dashboard’s device summary section for audit purposes. These details include current password status, last rotation time, and access history.

Best practices to implement Windows LAPS

Follow these best practices to ensure a secure and effective Windows LAPS deployment:

1. Audit & tracking

Enable audit policies to monitor password retrieval and usage. Regularly reviewing LAPS activity helps maintain visibility into local account access, supporting both security and compliance requirements.

2. Least privilege enforcement

Use Windows LAPS alongside a broader least privilege strategy. Restrict local admin account usage to only when necessary. Ensure standard user accounts are used for day-to-day operations to minimize the attack surface.

3. Access controls

Local admin passwords are a high-value target for attackers. Restrict access to stored passwords through role-based access controls and ensure appropriate encryption mechanisms are in place to prevent unauthorized exposure.

4. Password rotation frequency

Configure rotation intervals based on your organization’s security policy. Shorter cycles reduce the exposure window in the event of a credential compromise. Strike a balance that maintains security without disrupting legitimate administrative workflows.

5. Maintenance & updates

Keep Windows LAPS and your UEM/MDM agent updated with the latest releases and security patches. Periodically review your LAPS configuration to ensure it remains aligned with your organization’s evolving security policies.

6. Backup & recovery planning

Document password retrieval procedures and ensure they are accessible to authorized personnel during emergencies. A well-defined recovery process prevents lockouts and ensures business continuity when urgent local admin access is required.

7. Troubleshooting preparedness

Build familiarity with common deployment and operational issues that may arise with Windows LAPS. Proactively addressing these ensures continued LAPS reliability and minimizes disruption to Windows device management workflows.

Automated Windows LAPS with Scalefusion OneIdP

Windows LAPS is a significant step forward in securing local admin credentials. However, managing it at scale requires the right platform.

Scalefusion OneIdP LAPS brings automation, visibility, and command together in one place, enabling centralized, policy-driven management of local admin accounts. This enables IT teams to enforce strong credential hygiene across all managed Windows devices.

With OneIdP LAPS, organizations can define granular password rotation policies aligned with Zero Trust best practices. Temporary one-time-use passwords can be issued, with automatic rotation triggered the moment they are used.

Additionally, OneIdP’s regenerative account management ensures admin accounts are automatically restored if deleted or downgraded. This keeps your security posture consistent at all times. Every password request, rotation, and modification is logged, giving IT teams full auditability and compliance coverage.