Windows Server 2025 Marks the End of Microsoft DirectAccess

Well, the time has finally come. Microsoft DirectAccess, first introduced in Windows Server 2008 R2, will be removed from the next release of Windows Server. This means that Windows Server 2025 is officially the end of the line for DirectAccess.

Why Is This Happening?

DirectAccess has had a good run, no doubt. However, DirectAccess is built on legacy technologies, making it difficult to implement and support in modern environments. For example, DirectAccess requires the following:

  • Domain-joined servers and clients
  • Active Directory group policy management
  • NTLMv2 for authentication
  • Complex IPv6 transition and translation technologies

Further, DirectAccess does not support:

  • Modern endpoint management using Microsoft Intune
  • Integration with Entra ID and Entra Conditional Access
  • Fine-grained user access control (zero trust)
  • Windows Professional or other non-Microsoft endpoints

Microsoft’s strategic focus has shifted toward cloud-native identity, device management, and Zero Trust access solutions, making DirectAccess increasingly difficult to align with modern enterprise requirements and ultimately resulting in Microsoft discontinuing DirectAccess.

What’s Next

Organizations should consider migrating from DirectAccess to Always On VPN or Entra Private Access. Always On VPN provides a traditional VPN-based remote access solution with broad deployment flexibility, while Entra Private Access offers a cloud-native Zero Trust approach for accessing private applications and resources.

Migration Path

Organizations currently relying on DirectAccess should begin planning their migration strategy now. Although Windows Server 2025 continues to support DirectAccess, future Windows Server releases will not, making proactive migration planning essential.

Get Expert Guidance on DirectAccess Migration

Every DirectAccess deployment is different. The right migration strategy depends on your existing infrastructure, identity platform, management approach, and security requirements. Complete the form below to discuss your environment and receive guidance on transitioning to Always On VPN or Entra Private Access.

Additional Information

Microsoft DirectAccess Deprecation on Future Windows Server Releases

What’s New in Entra Global Secure Access Client v2.31.125

On June 2, 2026, Microsoft released version 2.31.125 of the Entra Global Secure Access (GSA) client. This update introduces several enhancements designed to improve client resiliency, simplify troubleshooting, and provide administrators with better visibility into network connection status.

Changes in v2.31.125

GSA client v2.31.125 includes new features to streamline connectivity troubleshooting.

Network Status

The new GSA client can now distinguish between a complete network disconnection and a scenario where the device remains connected to a local network but lacks internet access. This distinction helps administrators and users more quickly identify the source of connectivity issues and reduce troubleshooting time.

Network Disconnected

No Internet Connectivity

Local Access

When Intelligent Local Access (ILA) is enabled, the client now clearly indicates when a device is connected to a trusted private network. This provides additional visibility into ILA decision-making and helps confirm that local access policies are functioning as expected.

Sign Out

The new GSA client includes an account picker when a user signs out on Entra-registered or Entra-joined devices. This enhancement simplifies account management on shared or multi-user devices by allowing users to switch identities without fully reinstalling or reconfiguring the client.

The sign out option is disabled by default. It must be enabled by setting the following registry key.

HKLM\Software\Microsoft\Global Secure Access Client\HideSignOutButton DWORD = 0

User Session Detection

Because the GSA client supports only a single interactive Windows session, this new indicator helps quickly identify unsupported multi-session scenarios that may impact client functionality or troubleshooting efforts.

Other Changes

In addition to the new features and capabilities outlined above, these changes are also included.

  • Updated embedded .NET Runtime to version 8.0.26.
  • GSA Forwarding Profile Service now automatically restarts after a failure.
  • Improved detection and tunneling of agentic network connections.
  • Various bug fixes and performance improvements.

Summary

GSA Client v2.31.125 introduces several useful enhancements focused on troubleshooting, resiliency, and user experience. Improved network status visibility, Intelligent Local Access awareness, account sign-out support, and enhanced session detection provide administrators with better diagnostic capabilities while making the client easier for end users to understand and manage. Although this release remains in preview, administrators are encouraged to begin testing this latest release soon.

Additional Information

Microsoft Entra Global Secure Access (GSA) Client v2.31.125

Microsoft Entra Private Access Intelligent Local Access

Microsoft AD CS Adds Post-Quantum Cryptography Support with ML-DSA

Despite predictions of its decline, Microsoft Active Directory Certificate Services (AD CS) continues to evolve. Following significant enhancements introduced in late 2025, including CRL partitioning and support for 16K database pages, the May 2026 update adds another important capability: support for Post-Quantum Cryptography (PQC).

ML-DSA

Specifically, the May 2026 update adds support for ML-DSA-44, ML-DSA-65, and ML-DSA-87 in Windows Server 2025 for AD CS. This enables administrators to begin evaluating post-quantum cryptographic algorithms and assessing PQC readiness in enterprise PKI environments

Configuration

After applying the May 2026 update to an issuing Certification Authority (CA), administrators will find new PQC algorithms under the Algorithm name drop-down list, as shown here.

Note: If you don’t see these new algorithms, ensure you have selected Key Storage Provider from the Provider Category drop-down list. In addition, ensure that you select Signature on the Request Handling tab.

Test Results

Initial testing across common enterprise certificate scenarios produced mixed results. While PQC works well in some scenarios, other workloads still show limitations.

Code Signing

Code signing with an ML-DSA-44 certificate issued by AD CS works perfectly. For example, I can use Set-AuthenticodeSignature to sign a PowerShell script, as shown here.

Viewing the file’s properties shows that the encryption algorithm used to sign the file was ML-DSA-44, as expected.

IIS

TLS-based workloads proved more challenging. Attempts to configure an HTTPS binding in IIS failed with the following error message.

There was an error while performing this operation. A specified logon session does not exist. It may already have been terminated. (Exception from HRESULT: 0x80070520).

RRAS and SSTP

Similar limitations occurred when testing remote-access VPN scenarios using RRAS and SSTP. Specifically, configuring a PQC TLS certificate for SSTP in RRAS failed. Although I was able to assign the certificate using Set-RemoteAccess, the RemoteAccess service failed to start.

Remote Desktop

Unfortunately, using PQC certificates for RDP also fails. Although I could assign the PQC certificate to the RDP listener, clients fail to connect using RDP and return the following error message.

This computer can’t connect to the remote computer. Try connecting again. If the problem continues, contact the owner of the remote computer or your network administrator.

Error code: 0x904
Extended error code: 0x7

Summary

The May 2026 update marks an important milestone for AD CS by introducing initial support for PQC algorithms, allowing organizations to begin evaluating ML-DSA certificates in enterprise environments. Early testing shows promising results for signing scenarios such as code signing; however, broader infrastructure workloads, including TLS, VPN, and Remote Desktop, remain limited today. Although PQC support is still in its early stages, these updates demonstrate Microsoft’s ongoing investment in AD CS and provide administrators with an opportunity to begin preparing their PKI environments for the post-quantum future. Additional PQC enhancements, including ML-KEM support and broader ecosystem integration, are anticipated in future Windows updates.

Additional Information

Microsoft May 2026 Security Updates (KB5087539)

Post Quantum Cryptography in the Enterprise