Windows 2. 01. 2 R2 – How to Create a (Mostly) Seamless Logon Experience For Your Remote Desktop Services Environment – RDS Gurus. Tech Editor: Toby Phipps – MVP, Remote Desktop Services. Here is the article in PDF Format: 2.

R2 – RDS – Seamless Logons – Kristin Griffin. One of the most common questions I get from people implementing RDS is “I want a seamless logon process but I am not getting it. How do I provide access to my RD Session Host Session Collection(s) with the least amount of pop- up windows / SSL certificate warnings, and requiring the user to enter their credentials only once?” The short answer is that you can attain a seamless logon, but you have to configure your environment correctly (in multiple places, and on multiple servers) in order to make this happen. To achieve secure connections and simple sign- on experience to an RDS environment you will need to enable server authentication for all servers in the connection chain, and enable some form of single sign- on. First I will explain how the core RDS security technologies work to secure the RDS environment and the incoming session connections. Then I will show you how to configure security settings and SSL certificates on all servers in order to both achieve a secure connection and also minimize pop- ups and logon prompts. Before we dive in, I’d like to explain two assumptions I make in this paper: you’re using RDP 8.

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Unless you have a really good reason not to use RDP 8. I strongly recommend that you get the latest version of RDP, available back to Windows 7 SP1. RDP 8. 1 gets you the latest and greatest performance. It also radically simplifies what you must do to enable SSO. If you can’t, then refer to Appendix A. Second, I’m using wildcard certificates because this is the simplest way to use the same certificate for all servers. The names you use on your certificates must match the name the server uses to identify itself.

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The wildcard certificate takes the guess work out of this. You don’t have to use wildcard certificates, but if you don’t then you’ll need to be very careful about which certs you install on which servers. Enable Server Authentication. One danger of communicating with a remote computer that requires you to supply your credentials is that the server might not be what you think it is.

If it’s a malicious server imperson. The specific server roles you need to authenticate depend on how you’re accessing the resources.

RD Connection Broker – The Connection Broker routes connection requests to the appropriate Session Collection and RD Session Host server, so it needs to pass a server authentication check because all incoming connections get routed through the broker(s). RD Web Access: Enables web single sign- on (Web SSO) for users accessing Remote. Apps via the RD Web Access website and via Remote. App and Desktop Connection (RADC). RD Gateway: Server Authentication for connections to the RDS environment from outside the corporate network.

The technology you’ll use for server authentication depends on whether you’re on the local network or connecting via the Internet. If you are connecting to your RDS deployment from domain- joined clients located on your corporate network, you will authenticate servers using Kerberos. But to authenticate servers from connections for connections form the internet, and when Kerberos cannot be used, you’ll use TLS (and thus, SSL certificates). To enable server authentication: The client and server must use SSL (TLS 1. Security Layer. You choose the encryption level on a “per collection” basis in Windows 2. R2. Low encryption only encrypts the traffic from client to server, not server to client, so it’s not a secure way to send security capabilities or shared secrets.

You choose the encryption level on a “per collection” basis in Windows 2. R2. To be clear, you can choose the option “client compatible”, which encrypts communications at the maximum key strength supported by the client. Chatriyan Movie Songs Free Download. It just means that your client needs to support high encryption for server authentication to work.

For connections coming over the internet, you must deploy an SSL certificate on each server for which you will be performing a server authentication check. The name listed on the certificate must match the name that the server uses to identify itself, and (in some cases) must also be resolvable via DNS. The client must trust the certificate authority (CA) that signs the RDS server’s SSL certificate that verifies its identity. The following sections explain how to accomplish this. Securing the RDP stream. You can configure security settings on a per- collection basis by editing the Session Collection Properties Security section as shown in Figure 2 below. Figure 2- To enable server authentication, set the Security Layer and Encryption Level appropriately.

Deploying SSL Certificates. You’ll need to deploy SSL certificates to the roles that you’re using to allow people to connect to Remote App programs or desktops: RD Connection Broker for sure, possibly RD Web Access, and RD Gateway if you’re using it to enable connections via the Internet. You can deploy certificates to your RDS servers using Power. Shell or RDMS (Server Manager/ Remote Desktop Services on your management server). To deploy certificates via RDMS, open the RDS Deployment Properties and select Certificates, shown in Figure 3. Figure 3 – Manage your deployment SSL certificates in RDMS. Add certificates to each of the roles services (one at a time) by highlighting the role service and clicking “Select Existing Certificate”.

Browse to your certificate file, enter the file password, and check the “Allow the certificate to be added to the Trusted Root Certification Authorities certificate store on the destination computers” box as shown in Figure 4. Figure 4 - Add your certificate file. RD Connection Broker – Enable Single Sign- On. In Windows Server 2. R2, RD Connection Broker receives all incoming connection requests and determines what session host server will host the connection. So, when an RDP 8 client tries to verify the identity of the server it is connecting to, it is really verifying the identity of the RD Connection Broker.

When thinking about how you’re going to set up the certificates on RD Connection Broker, consider the following: For Single Sign- On, RD Connection Broker identifies itself by its “Client Access Name”. The Client Access Name must be listed on the installed SSL certificate (or be covered by a wildcard certificate). The broker’s client access name must be resolvable in DNS that RD Connection Broker uses. Here is where things get a little tricky.

But if you have only one RD Connection Broker, by default the client access name is set as the computer name of the server and there is no obvious way to change it. How much this matters depends on the domain suffix of your internal domain.

You can no longer get certificates for private domain suffixes from public CAs, so companies that use a private (e. You sign your Remote. Apps both so that your clients know it’s safe to open them and because it’s required to enable Web SSO.

Microsoft Internet Information Services (IIS) doesn’t use Cred. SSP, so you can’t use Cred. SSP to pass credentials to RD Web Access. Users will need to authenticate against the RD Web Access server and store their credentials in the site. After users are authenticated, they don’t need to authenticate again to start Remote. App programs. The name on the certificate does not need to resolve in DNS. Your clients just need to trust the CA certificate used to sign your SSL certificate.

If you do not sign your Remote. Apps then Web SSO will not work (you will get multiple credential prompts) and you will get a pop- up like the one shown in Figure 5.

Notice that there is no option to not receive the warning in the future; you will get this each time you open an unsigned Remote. App. Figure 5 - The publisher of this Remote.

App program can’t be identified because the Remote. App was not signed using an SSL certificate.