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If you obtained a certificate and its private key in PEM or another format, you must convert it to PKCS#12 (PFX) format before you can import the certificate into a Windows certificate store on a View server. PKCS#12 (PFX) format is required if you use the Certificate Import wizard in the Windows certificate store.

You might obtain certificate files in one of these ways:

  • You obtain a certificate keystore file from a CA.
  • You download a certificate and its private key from an intermediate server that is set up in your View deployment.
  • Your organization provides you with certificate files.

Certificate files come in various formats. For example, PEM format is often used in a Linux environment. Your files might have a certificate file, key file, and CSR file with the following extensions:

The CRT file contains the SSL certificate that was returned by the CA. The CSR file is the original certificate signing request file and is not needed. The KEY file contains the private key.

  • Verify that OpenSSL is installed on the system. You can download openssl from http://www.openssl.org.
  • Verify that the root certificate of the SSL certificate that was returned by the CA is also available on the system.

Procedure

  1. Copy the CRT and KEY files to the OpenSSL installation directory.
  2. Open a Windows command prompt and, if necessary, navigate to the OpenSSL installation directory.
  3. Generate a PKCS#12 (PFX) keystore file from the certificate file and your private key.
    For example: openssl pkcs12 -export -out server.p12 -inkey server.key -in server.crt -certfile CACert.crt
    In this example, CACert.crt is the name of the root certificate that was returned by the certificate authority.
    The Windows certificate store also accepts a keystore that is generated with a PFX extension. For example: -out server.pfx
  4. Type an export password to protect the PKCS#12 (PFX) file.
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The information in this article can help you resolve several common issues when deploying private and public key pair (PKCS) certificates in Microsoft Intune. Before troubleshooting, ensure you’ve completed the following tasks as found in Configure and use PKCS certificates with Intune:

  • Review the requirements for using PKCS certificate profiles
  • Export the root certificate from the Enterprise Certification Authority (CA)
  • Configure certificate templates on the certification authority
  • Install and configure the Intune Certificate Connector
  • Create and deploy a trusted certificate profile to deploy the root certificate
  • Create and deploy a PKCS certificate profile

The most common source of problems for PKCS certificate profiles has been with the configuration of the PKCS certificate profile. Review the profiles configuration and look for typos in server names or fully qualified domain names (FQDNs), and confirm the Certificate Authority and Certificate Authority Name are correct.

  • Certification Authority: The internal FQDN of the Certificate Authority computer. For example, server1.domain.local.
  • Certification Authority Name: The Certificate Authority Name as displayed in the certification authority MMC. Look under Certification Authority (Local)

You can use the certutil command-line program on the CA to confirm the correct name for the Certification Authority and Certification Authority Name.

PKCS communication overview

The following graphic provides a basic overview of the PKCS certificate deployment process in Intune.

  1. An Admin creates a PKCS certificate profile in Intune.
  2. The Intune service requests that the on-premises Intune Certificate Connector create a new certificate for the user.
  3. The Intune Certificate Connector sends a PFX Blob and Request to your Microsoft Certification Authority.
  4. The Certification Authority issues and sends the PFX User Certificate back to the Intune Certificate Connector.
  5. The Intune Certificate Connector uploads the encrypted PFX User Certificate to Intune.
  6. Intune decrypts the PFX User Certificate and re-encrypts for the device using the Device Management Certificate. Intune then sends the PFX User Certificate to the Device.
  7. The device reports the certificate status to Intune.

Data and Log files

To identify problems for the communication and certificate provisioning workflow, review log files from both the Server infrastructure, and from devices. Later sections for troubleshooting PKCS certificate profiles refer to log files referenced in this section.

Device logs depend on the device platform:

Logs for on-premises infrastructure

On-premises infrastructure that supports use of PKCS certificate profiles for certificate deployments includes the Microsoft Intune Certificate Connector and the certification authority.

Log files for these roles include Windows Event Viewer, Certificate consoles, and various log files specific to the Intune Certificate Connector, or other role and operations that are part of the on-premises infrastructure.

  • NDESConnector_date_time.svclog:

    This log shows communication from the Microsoft Intune Certificate Connector to the Intune cloud service. You can use the Service Trace Viewer Tool to view this log file.

    Related registry key: HKLMSWMicrosoftMicrosoftIntuneNDESConnectorConnectionStatus

    Location: On the server that hosts the Intune Certificate Connector at %program_files%Microsoft intunendesconnectorsvclogslogs

  • Windows Application log:

    Location: On the server that hosts the Intune Certificate Connector: Run eventvwr.msc to open Windows Event Viewer

Logs for Android devices

For devices that run Android, use the Android Company Portal app log file, OMADM.log. Before you collect and review logs, enable ensure Verbose Logging is enabled, and then reproduce the issue.

To collect the OMADM.logs from a device, see Upload and email logs using a USB cable.

You can also Upload and email logs to support.

Logs for iOS and iPadOS devices

For devices that run iOS/iPadOS, you use debug logs and Xcode that runs on a Mac computer:

  1. Connect the iOS/iPadOS device to Mac, and then go to Applications > Utilities to open the Console app.

  2. Under Action, select Include Info Messages and Include Debug Messages.

  3. Reproduce the problem, and then save the logs to a text file:

    1. Select Edit > Select All to select all the messages on the current screen, and then select Edit > Copy to copy the messages to the clipboard.
    2. Open the TextEdit application, paste the copied logs into a new text file, and then save the file.

The Company Portal log for iOS and iPadOS devices doesn't contain information about PKCS certificate profiles.

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Logs for Windows devices

For devices that run Windows, use the Windows Event logs to diagnose enrollment or device management issues for devices that you manage with Intune.

On the device, open Event Viewer > Applications and Services Logs > Microsoft > Windows > DeviceManagement-Enterprise-Diagnostics-Provider

Antivirus exclusions

Consider adding Antivirus exclusions on servers that host the Intune Certificate Connector when:

  • Certificate requests reach the server or the Intune Certificate Connector, but are not successfully processed
  • Certificates are issued slowly

The following are examples of locations that you might exclude:

  • %program_files%Microsoft IntunePfxRequest
  • %program_files%Microsoft IntuneCertificateRequestStatus
  • %program_files%Microsoft IntuneCertificateRevocationStatus

Common errors

The following common errors are each addressed in a following section:

The RPC server is unavailable 0x800706ba

During PFX deployment, the trusted root certificate appears on the device but the PFX certificate doesn't appear on the device. The NDESConnector_date_time.svclog log file contains the string The RPC server is unavailable. 0x800706ba, as seen in the first line of the following example:

Cause 1 - Incorrect configuration of the CA in Intune

This issue can occur when the PKCS certificate profile specifies the wrong server, or contains spelling errors for the name or FQDN of the CA. The CA is specified in the following properties of the profile:

  • Certification authority
  • Certification authority name

Resolution:

Review the following settings, and fix if they're incorrect:

  • The Certification authority property displays the internal FQDN of your CA server.
  • The Certification authority name property displays the name of your CA.

Cause 2 - CA doesn’t support certificate renewal for requests signed by previous CA certificates

If the CA FQDN and name are correct in the PKCS certificate profile, review the Windows Application log that’s on the certificate authority server. Look for an Event ID 128 that resembles the following example:

When the CA certificate renews, it must sign the Online Certificate Status Protocol (OCSP) Response Signing certificate. Signing enables the OCSP Response Signing certificate to validate other certificates by checking on their revocation status. This signing isn’t enabled by default.

Resolution:

Manually force signing of the certificate:

  1. On the CA server, open an elevated Command Prompt and run the following command: certutil -setreg caUseDefinedCACertInRequest 1
  2. Restart the Certificate Services service.

After the Certificate Services service restarts, devices can receive certificates.

An enrollment policy server cannot be located 0x80094015

An enrollment policy server cannot be located and 0x80094015, as seen in the following example:

Cause - Certificate enrollment policy server name

This issue occurs if the computer that hosts the Intune Certificate Connector can't locate a certificate enrollment policy server.

Resolution:

Manually configure the name of the certificate enrollment policy server on the computer that hosts the Intune Certificate Connector. To configure the name, use the Add-CertificateEnrollmentPolicyServer PowerShell cmdlet.

The submission is pending

After you deploy a PKCS certificate profile to mobile devices, the certificates aren't acquired, and the NDESConnector_date_time.svclog log contains the string The submission is pending, as seen in the following example:

In addition, on the certificate authority server, you can see the PFX request in the Pending Requests folder:

Cause - Incorrect configuration for Request Handling

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This issue occurs if the option Set the request status to pending. The administrator must explicitly issue the certificate is selected in the certificate authority Properties > Policy Module > Properties dialog box.

Resolution:

Edit the Policy Module properties to set: Follow the settings in the certificate template, if applicable. Otherwise, automatically issue the certificate.

The parameter is incorrect 0x80070057

With the Intune Certificate Connector installed and configured successfully, devices don't receive PKCS certificates and the NDESConnector_date_time.svclog log contains the string The parameter is incorrect. 0x80070057, as seen in the following example:

Cause - Configuration of the PKCS profile

This issue occurs if the PKCS profile in Intune is misconfigured. The following are common misconfigurations:

  • The profile includes an incorrect name for the CA.
  • The Subject Alternative Name (SAN) is configured for email address, but the targeted user doesn't have a valid email address yet. This combination results in a null value for the SAN, which is invalid.

Resolution:

Verify the following configurations for the PKCS profile, and then wait for the policy to refresh on the device:

  • Configured with the name of the CA
  • Assigned to the correct user group
  • Users in the group have valid email addresses

For more information, see Configure and use PKCS certificates with Intune.

Denied by Policy Module

When devices receive the trusted root certificate but don’t receive the PFX certificate and the NDESConnector_date_time.svclog log contains the string The submission failed: Denied by Policy Module, as seen in the following example:

Cause – Computer Account permissions to the certificate template

This issue occurs when the Computer Account of the server that hosts the Intune Certificate Connector doesn't have permissions to the certificate template.

Resolution:

  1. Sign in to your Enterprise CA with an account that has administrative privileges.
  2. Open the Certification Authority console, right-click Certificate Templates, and select Manage.
  3. Find the certificate template and open the Properties dialog box of the template.
  4. Select the Security tab and add the Computer Account for the server where you installed the Microsoft Intune Certificate Connector. Grant that account Read and Enroll permissions.
  5. Select Apply > OK to save the certificate template, and then close the Certificate Templates console.
  6. In the Certification Authority console, right-click Certificate Templates > New > Certificate Template to Issue.
  7. Select the template that you modified, and then click OK.

For more information, see Configure certificate templates on the CA.

Certificate profile stuck as Pending

In the Microsoft Endpoint Manager admin center, PKCS certificate profiles fail to deploy with a state of Pending. There are no obvious errors in the NDESConnector_date_time.svclog log file.Because the cause of this problem isn’t identified clearly in logs, work through the following causes.

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Cause 1 - Unprocessed request files

Review the request files for errors that indicate why they failed to be processed.

  1. On the server that hosts the Intune Certificate Connector, use File Explorer to navigate to %programfiles%Microsoft IntunePfxRequest.

  2. Review files in the Failed and Processing folders, using your favorite text editor.

  3. In these files, look for entries that indicate errors or suggest problems. Using a web-based search, look up the error messages for clues as to why the request failed to process, and for solutions to those issues.

Cause 2 - Misconfiguration for the PKCS certificate profile

When you don’t find request files in the Failed, Processing, or Succeed folders, the cause might be that the wrong certificate is associated with the PKCS certificate profile. For example, a subordinate CA is associated with the profile, or the wrong root certificate is used.

Resolution:

  1. Review your trusted certificate profile to ensure you’ve deployed the root certificate from your Enterprise CA to devices.
  2. Review your PKCS certificate profile to ensure it references the correct CA, certificate type, and the trusted certificate profile that deploys the root certificate to devices.

For more information, see Use certificates for authentication in Microsoft Intune.

Error -2146875374 CERTSRV_E_SUBJECT_EMAIL_REQUIRED

PKCS certificates fail to deploy, and the certificate console on the issuing CA displays a message with the string -2146875374 CERTSRV_E_SUBJECT_EMAIL_REQUIRED, as seen in the following example:

Cause - 'Supply in the request' is miscongifured

This issue occurs if the Supply in the request option isn't enabled on the Subject Name tab in the certificate template Properties dialog box.

Resolution:

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Edit the template to resolve the configuration issue:

  1. Sign in to your Enterprise CA with an account that has administrative privileges.
  2. Open the Certification Authority console, right-click Certificate Templates, and select Manage.
  3. Open the Properties dialog box of the certificate template.
  4. On the Subject Name tab, select Supply in the request.
  5. Select OK to save the certificate template, and then close the Certificate Templates console.
  6. In the Certification Authority console, and right-click Templates > New > Certificate Template to Issue.
  7. Select the template that you modified, and then select OK.

Next steps

If you still need a solution or you’re looking for more information about Intune, post a question in our Microsoft Intune forum. Many support engineers, MVPs, and members of our development team frequent the forums, so there’s a good chance that someone can help.

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To open a support request with the Microsoft Intune product support team, see How to get support in Microsoft Endpoint Manager.

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For more information about PKCS certificate deployment, see the following articles: