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- Decrypt DKE protected content by Super User
DKE service decrypts the encrypted part of the metadata controlling access to the content using the private key in the DKE service and sends the decrypted content key back to the client; Set up Super User Account to Decrypt DKE protected content Please refer to the workflow diagram below, which outlines the configuration steps Figure 2: Workflow
- Understanding Microsoft Information Protection Encryption Key Types
DKE helps to meet several regulatory requirements Customers have the choice to choose any location (on-premise or third-party cloud) to host their DKE service Customers can share DKE encrypted across tenants if the users have access to Azure key and the required permission to access the in the DKE service
- Host DKE on IIS, using an on-premises server
On IIS, create a new web site «DKE» with https binding, port 443 and using host name "aip-dke4 contoso-o365 net": IIS site configuration; Make sure the value for «JwtAudience» matches the selected URL for the IIS Server: Finish DKE implementation The following steps are needed to complete the DKE implementation (refer again to our
- DKE Troubleshooting | Microsoft Community Hub
DKE clients attempting to run decrypt operations (when opening DKE protected content) Repeated attempts for decrypt operations where the server responds with 401 would indicate authentication issues If clients fail to protect content with DKE labels and there’s no activity in the web server logs, likely there’s a misconfiguration or a
- Implement DKE B2B scenarios | Microsoft Community Hub
To initiate granting consent for Fabrikam users to the DKE service, a user of the Fabrikam tenant with normal privileges first needs to open a DKE protected document from Contoso This initial attempt is expected to fail, the user will see an exclamation mark besides the account in the title bar, indicating there’s an issue with the account
- New Blog Post | DKE Troubleshooting | Microsoft Community Hub
DKE Troubleshooting - Microsoft Tech Community \n The following blog post helps you troubleshoot the reference implementation for DKE Some of this information may apply to DKE partner implementations as well, but it covers primarily the reference implementation hosted in Azure or on IIS
- Double Key Encryption (DKE) - Why two keys? | Microsoft Community Hub
DKE gives an extra layer of security allowing you to retain control of one of the keys-giving you ultimate authority over access to your data It was also designed to fulfill regulatory and compliance standards which require the use of multiple keys to protect sensitive highly regulated data DKE helps organizations meet these requirements
- Microsoft in Going to Rollout Double Key Encryption in Microsoft 365 . . .
Microsoft 365 Apps users now have the option to utilize Double Key Encryption (DKE) to safeguard their highly confidential information By leveraging the integrated labeling client, files and emails can be protected with DKE This approach involves storing one encryption key in Microsoft Azure while the user retains the other key
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