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I am not using this myself, but it sounds possible, see&nbsp;<a href="https://support.ncomputing.com/portal/kb/articles/windows-2008-r2-and-mps-2011-ip-virtualization-configuration" rel="ugc">https://support.ncomputing.com/portal/kb/articles/windows-2008-r2-and-mps-2011-ip-virtualization-configuration</a> as a starting point with informative links from Microsoft.
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Alexandre Takacs

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Thanks - I have gone through the linked articles but none address that specific question...<br><br>I guess it is not possible "out of the box"... but one could presumably develop a quick app that would run in the context of the user and find out about the assigned IP ? Is there such thing ?<br><br>From Sysinternals TCPView I can see the users using chrome with their "virtual IP" as the source and their PID, which I'm pretty sure can be tracked to the user,
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No idea. My link says "This optional Microsoft feature provides a capability of assigning a unique IP to every session" and a session is a per-user session, so I thought that should be what you need. No experience with that, sorry.
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Maybe you have the desire to learn and build your app.<br><a href="https://powerapps.microsoft.com/en-us/automate-processes/" rel="ugc">https://powerapps.microsoft.com/en-us/automate-processes/</a>&nbsp;
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I am looking into a way of matching an IP to an RDS user when IP virtualisation is enabled.<br />
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Initial googling is not too promising (apparently it is not possible) but maybe someone here has a better idea (or product ?) to propose ?
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I am looking into a way of matching an IP to an RDS user when IP virtualisation is enabled.

Initial googling is not too promising (apparently it is not possible) but maybe someone here has a better idea (or product ?) to propose ?

Matching user to virtual IP on RDS server

The Windows operating systems have distinct methodologies for designing and implementing networks, and have specific systems to accomplish various networking processes, such as Exchange for email, Sharepoint for shared files and programs, and IIS for delivery of web pages. Microsoft also produces server technologies for networked database use, security and virtualization.

Windows Networking

Windows 10 is a personal computer operating system featuring the "universal application architecture" (UAP); apps can be designed to run across multiple devices with nearly identical code, including PCs, tablets, smartphones, embedded systems, Xbox One, Surface Hub and HoloLens. Windows 10 also includes a virtual desktop system, a window and desktop management feature called Task View, the Microsoft Edge web browser, support for fingerprint and face recognition login, voice-based search (Cortana), new security features for enterprise environments, and DirectX 12 and WDDM 2.0 to improve the operating system's graphics capabilities for games.

Windows 10

Microsoft Azure is a cloud computing platform and infrastructure for building, deploying and managing applications and services through datacenters. It provides both platform-as-a-service (PaaS) and infrastructure-as-a-service (IaaS) services and supports many different programming languages, tools and frameworks, including both Microsoft-specific and third-party software and systems. Cloud Services is a PaaS environment and can be used to create scalable applications and services; there are specific software development kits (SDKs) provided by Microsoft for Python, Java, Node.js and .NET. Azure also has file and storage services, data management, analytics and DNS services.

Azure

Windows Server 2016 is the successor to Windows Server 2012 R2. Built upon the same core code as Windows 10, Windows Server 2016 brings enhancements in security, servicing, and connectivity. A particular focus on this release was hybrid-cloud scenarios, and has close ties to Azure and other Microsoft cloud initiatives. This does not detract from the many improvements that are available for on-premises-only deployments

Windows Server 2016 comes in Datacenter, Standard, and Essentials editions, and for servicing, has adopted windows 10's cumulative model. The new nano-server install is designed to be remotely managed and is designed to be kept current through continuous feature updates. The full GUI install operates similarly to windows 10's "Long Term Servicing Branch" (LTSB) model with cumulative security updates.

Windows Server 2016 has also shifted from a per-processor-and-CAL licensing model to a per-core-and CAL licensing model. This brings Windows Server's licensing more in line with Microsoft's other products and makes hybrid-cloud license planning easier as well.