Troubleshooting DirectAccess IP-HTTPS Error 0x80090326

A Windows 7 or Windows 8.x/10 client may fail to establish a DirectAccess connection using the IP-HTTPS IPv6 transition technology. When troubleshooting this issue, running ipconfig.exe shows that the media state for the tunnel adapter iphttpsinterface is Media disconnected.

Troubleshooting DirectAccess IP-HTTPS Error 0x80090326

Running the Get-NetIPHttpsState PowerShell command on Windows 8.x/10 clients or the netsh interface httpstunnel show interface command on Windows 7 clients returns and error code of 0x80090326, with an interface status Failed to connect to the IPHTTPS server; waiting to reconnect.

Troubleshooting DirectAccess IP-HTTPS Error 0x80090326

Error code 0x80090326 translates to SEC_E_ILLEGAL_MESSAGE, indicating the client encountered a fatal error during the SSL handshake.

Troubleshooting DirectAccess IP-HTTPS Error 0x80090326

There are a number of things that can cause this to happen. The most common scenario occurs when an Application Delivery Controller (ADC) is improperly configured to perform client certificate authentication for IP-HTTPS connections. Common examples are an incorrect or missing root CA certificate, or null SSL/TLS cipher suites not enabled when supporting Windows 8.x/10 clients.

To troubleshoot DirectAccess IP-HTTPS error 0x80090326, perform a network trace on the DirectAccess client and observe the TLS handshake for clues as to which configuration error is the culprit. If the TLS handshake failure occurs immediately after the client sends a Client Hello, it is likely that the ADC does not have null cipher suites enabled.

Troubleshooting DirectAccess IP-HTTPS Error 0x80090326

If the TLS handshake failure occurs after the Server Hello, it is likely that the ADC is configured to perform client certificate authentication incorrectly, or the client does not have a valid certificate.

Troubleshooting DirectAccess IP-HTTPS Error 0x80090326

IP-HTTPS error 0x80090326 can also occur if an intermediary device is performing SSL/TLS inspection or otherwise tampering with the TLS request. It can also happen if the edge firewall and/or NAT device is forwarding IP-HTTPS connections to the wrong internal server, or if the firewall itself is responding to the HTTPS connection request. Remember, just because the server is responding on TCP port 443 doesn’t necessarily mean that it is the DirectAccess server responding!

Additional Information

Troubleshooting DirectAccess IP-HTTPS Error Code 0x90320

Troubleshooting DirectAccess IP-HTTPS Error 0x2af9

SSL Certificate Considerations for DirectAccess IP-HTTPS

DirectAccess Troubleshooting Consulting Services

Implementing DirectAccess with Windows Server 2016

DirectAccess and Azure Multifactor Authentication

Introduction

DirectAccess and Azure Multifactor AuthenticationDirectAccess can be configured to enforce strong user authentication using smart cards or one-time passwords (OTP). This provides the highest level of assurance for remote users connecting to the internal network via DirectAccess. OTP solutions are commonly used because they require less administration and are more cost effective than typical smart card implementations. Most OTP solutions will integrate with DirectAccess as long as they support Remote Access Dial-In User Service (RADIUS).

DirectAccess and Azure Multifactor Authentication

Azure Authentication-as-a-Service

Azure Multifactor Authentication (MFA) is a popular OTP provider used to enable strong user authentication for a variety of platforms, including web sites and client-based VPN. Unfortunately, it doesn’t work with DirectAccess. This is because Azure MFA uses a challenge/response method for which DirectAccess does not support. To use OTP with DirectAccess, the user must be able to enter their PIN and OTP immediately when prompted. There is no provision to begin the authentication process and wait for a response from the OTP provider.

PointSharp ID Multifactor Authentication

An excellent alternative to Azure MFA is PointSharp ID. PointSharp is a powerful OTP platform that integrates easily with DirectAccess. It is also very flexible, allowing for more complex authentication schemes for those workloads that support it, such as Exchange and Skype for Business.

DirectAccess and Azure Multifactor AuthenticationEvaluate PointSharp

You can download a fully-functional trial version of PointSharp ID here (registration required). The PointSharp ID and DirectAccess integration guide with detailed step-by-step instructions for configuring DirectAccess and PointSharp ID can be downloaded here. Consulting services are also available to assist with integrating PointSharp ID with DirectAccess, VPN, Exchange, Skype for Business, Remote Desktop Services, or any other solution that requires strong user authentication. More information about consulting services can be found here.

Additional Information

PointSharp Multifactor Authentication
Configure DirectAccess with OTP Authentication
DirectAccess Consulting Services
Implementing DirectAccess with Windows Server 2016

Troubleshooting DirectAccess IP-HTTPS Error Code 0x90320

A Windows 7 or Windows 8.x/10 client may fail to establish a DirectAccess connection using the IP-HTTPS IPv6 transition technology. When troubleshooting this issue, running ipconfig.exe shows that the media state for the tunnel adapter iphttpsinterface is Media disconnected.

Troubleshooting DirectAccess IP-HTTPS Error Code 0x90320

Running the Get-NetIPHttpsState PowerShell command on Windows 8.x/10 clients or the netsh interface httpstunnel show interface command on Windows 7 clients returns an error code of 0x90320, with an interface status Failed to connect to the IPHTTPS server; waiting to reconnect.

Troubleshooting DirectAccess IP-HTTPS Error Code 0x90320

Error code 0x90320 translates to SEC_I_INCOMPLETE_CREDENTIALS, indicating the client was unable to authenticate to the DirectAccess server during the TLS handshake when establishing the IP-HTTPS IPv6 transition tunnel. This occurs when the DirectAccess server or an Application Delivery Controller (ADC) is configured to perform client certificate authentication for IP-HTTPS connections. The client may fail to authenticate if it does not have a valid certificate issued by the organization’s internal certification authority (CA) or if the DirectAccess server or ADC is configured to perform IP-HTTPS client authentication incorrectly.

To resolve this issue, ensure that a valid certificate is installed on the DirectAccess client. In addition, ensure that the DirectAccess server or ADC is configured to use the correct CA when authenticating clients establishing IP-HTTPS connections.

Additional Information

DirectAccess IP-HTTPS Preauthentication 

DirectAccess IP-HTTPS Preauthentication using Citrix NetScaler

DirectAccess SSL Offload and IP-HTTPS preauthentication using Citrix NetScaler 

DirectAccess IP-HTTPS preauthentication using F5 BIG-IP 

SSL Certificate Considerations for DirectAccess IP-HTTPS