Introduction
When conducting Microsoft Secure Score reviews, tenant assessments, and endpoint security audits, one recurring issue appears in organizations of all sizes: unmanaged local administrator accounts.
For years, many organizations deployed identical local administrator passwords across workstations, laptops, and servers. While convenient from an operational perspective, this practice creates a dangerous path for attackers.
Microsoft's Windows Local Administrator Password Solution (Windows LAPS) addresses this risk by automatically managing and rotating unique local administrator passwords on managed devices. With native integration into Microsoft Intune and Microsoft Entra ID, Windows LAPS has become an important component of a modern endpoint security strategy.
Organizations pursuing Zero Trust principles, Secure Score improvements, cybersecurity insurance requirements, or regulatory frameworks should strongly consider implementing Intune-managed Windows LAPS as part of their endpoint baseline configuration.
The Problem With Traditional Local Administrator Accounts
Windows devices include a built-in local administrator account with full permissions on the device. Historically, organizations managed local administrator access through:
- Shared passwords
- Static passwords that rarely changed
- Manual password documentation
- Password vault solutions
- Group Policy configurations
The challenge is that once an attacker compromises a device and extracts a reused local administrator credential, that credential may be attempted against additional systems.
Credential reuse can enable pass-the-hash and lateral movement, allowing an attacker to move through an environment without compromising a unique administrator password on every device. Microsoft identifies protection against pass-the-hash and lateral-traversal attacks as a key benefit of Windows LAPS.
In a real-world incident, one compromised workstation can become a broader security event when the same local administrator credential is valid across multiple devices.
What Is Windows LAPS?
Windows Local Administrator Password Solution is a built-in Windows security feature that can:
- Manage a unique password for a designated local administrator account
- Rotate the password on a defined schedule
- Back up the password securely to a supported directory
- Allow authorized administrators to retrieve the password when needed
- Support controlled administration and auditing
Rather than using a common password across many devices, each managed endpoint receives its own credential. Windows LAPS can back up passwords to either:
- Microsoft Entra ID
- Windows Server Active Directory
Authorized administrators can retrieve the password when required for troubleshooting, recovery, or approved emergency-support scenarios.
From Legacy Microsoft LAPS to Windows LAPS
Legacy Microsoft LAPS relied on Windows Server Active Directory and Group Policy. Windows LAPS is built into supported Windows versions and can integrate with Microsoft Intune, Microsoft Entra ID, and Windows Server Active Directory.
For Microsoft Entra joined devices, and for Microsoft Entra hybrid joined devices enrolled in Intune, Microsoft recommends using Intune to configure Windows LAPS. Windows Server Active Directory joined devices can be configured through Group Policy.
Why Intune Makes Windows LAPS Even Better
Intune provides centralized, cloud-based policy management for Windows LAPS. Administrators can use Intune to:
- Configure password complexity requirements
- Define password length
- Establish rotation schedules
- Review policy and device status
- Trigger a manual password rotation
- View managed account and password details with appropriate permissions
- Assign policies to device groups
These capabilities fit into familiar Intune endpoint security workflows, simplifying deployment and ongoing administration for organizations that already manage Windows devices through Intune.
Automatic Account Management on Windows 11 24H2 and Later
On Windows 11 version 24H2 and later, Windows LAPS supports Automatic Account Management. This capability can manage the built-in Administrator account or a designated custom local administrator account, enable or disable the managed account, randomize its name or name prefix, and expand protection against account tampering.
This feature can reduce the amount of separate account-management configuration required, but organizations should validate operating system eligibility and test the behavior before broad deployment.
Key Security Benefits
Unique Password Per Device
One of the most important advantages of Windows LAPS is eliminating reused administrator credentials.
If Device A becomes compromised, its Windows LAPS-managed password should not authenticate to Device B because each properly managed device has its own password.
This reduces the value of a stolen local administrator credential for lateral movement.
Automatic Password Rotation
Static passwords become long-term liabilities when they are exposed or retained beyond their intended use.
Windows LAPS rotates passwords according to organizational policy. Intune also supports a manual rotate-password device action when an authorized administrator needs an earlier rotation.
Centralized Management
Administrators can manage Windows LAPS policy through Intune and retrieve Microsoft Entra-backed-up password information through authorized administrative experiences.
This reduces reliance on spreadsheets, documentation repositories, or manually maintained password databases.
Password retrieval should be limited through role-based access control and documented authorization processes.
Improved Auditability
Organizations increasingly need visibility into privileged credential access.
Windows LAPS provides a controlled framework for managing local administrator passwords and supports stronger governance than shared or manually documented credentials.
Supporting Zero Trust Initiatives
Many organizations associate Zero Trust primarily with identity security and multifactor authentication. Endpoint privilege and credential protection are also important parts of reducing implicit trust.
Windows LAPS supports several Zero Trust-aligned practices:
- Least privilege
- Credential protection
- Reduced attack surface
- Administrative segmentation
- Continuous credential management
By replacing reused, static privileged credentials with device-specific managed passwords, organizations reduce opportunities for credential theft and lateral movement.
Real-World Consulting Perspective
In many tenant assessments, organizations have already invested heavily in:
- Microsoft Defender
- Conditional Access
- Multifactor Authentication
- Attack Surface Reduction rules
- Microsoft Intune compliance policies
Yet local administrator accounts often remain unmanaged.
This creates a meaningful security gap because attackers frequently target endpoint credentials after initial compromise.
Windows LAPS deployment is often technically straightforward, but organizations should still invest time in:
- Testing password rotation schedules
- Defining password retrieval and authorization processes
- Assigning appropriate administrative permissions
- Establishing emergency support procedures
- Avoiding conflicting Intune or Group Policy settings
- Confirming that the designated local administrator account exists
Proper planning helps improve security without disrupting help desk operations.
Important Deployment Considerations
Windows LAPS manages one local administrator account per device. If an Intune policy specifies an administrator account name that does not exist on the device, that account is not managed. If the account-name setting is left blank, Windows LAPS targets the built-in local Administrator account by its well-known relative identifier.
The Windows LAPS configuration service provider supports a single configuration for each LAPS setting on a device. Conflicting Intune policies can fail to process and can prevent password backup, so policy assignments should be designed and tested carefully.
Licensing Considerations
Windows LAPS is built into supported Windows operating systems. Organizations using Microsoft Intune and Microsoft Entra ID should validate current licensing, service, enrollment, role, and platform requirements based on their endpoint-management and identity architecture.
Before deployment, consult current Microsoft documentation and validate entitlements with Microsoft or your licensing partner.
Best Practices for Intune-Managed Windows LAPS
- Use strong password complexity and length requirements.
- Configure automatic password rotation.
- Limit password retrieval permissions through RBAC.
- Regularly review role and access assignments.
- Test device recovery and help desk scenarios.
- Integrate Windows LAPS into documented support procedures.
- Monitor policy status and device processing results.
- Avoid overlapping or conflicting LAPS configurations.
- Consider post-authentication actions appropriate to the support model.
- Include local administrator credential management in broader security-remediation initiatives.
Most importantly, avoid maintaining one shared local administrator password across multiple devices.
Final Thoughts
Intune-managed Windows LAPS is a practical security control that can provide significant risk reduction without requiring a separate password-management agent on supported Windows devices.
By replacing reused administrator credentials with unique, automatically rotated passwords, organizations reduce opportunities for credential reuse, lateral movement, and unauthorized privileged access.
As organizations continue adopting cloud-managed devices and Zero Trust security models, Windows LAPS should be considered a foundational endpoint credential-protection control rather than an optional enhancement.
In my experience conducting tenant assessments, Secure Score reviews, and endpoint security remediation projects, Windows LAPS consistently delivers strong security value within the Microsoft ecosystem.
If your organization already uses Microsoft Intune and has not implemented Windows LAPS, it is worth evaluating for inclusion in the standard endpoint security baseline.