This includes requesting the Enrollment Agent certificate, installing the Enrollment Server software, and setting the PreferLocalCa registry value. Trust Log in to a Connection Server and run certlm.
On the right, find the certificate with the Friendly Name vdm. All Connection Servers have the same certificate so you only need to export from one of the Connection Servers. Save the certificate to a file that you can access from your Enrollment Server s. Log in to an Enrollment Server and run certlm. In the File to Import page, browse to the certificate that you exported from the Connection Server and then click Next. Repeat the certificate import process on the other Horizon Enrollment Server.
Azure AD has a gallery application to make configuration easier. Select Configure Manually. Browse to the. Next to Horizon Settings click the gear icon. At the bottom of the page, click More. At the bottom of the page click Save.
Login to Horizon Console. On the right, click the tab named Connection Servers. Switch to the tab named Authentication. Click Add. Change the selection for Type to Static. Go to your Metadata. Then copy its contents to your clipboard. Give your SAML 2. Set SAML 2. On the left go to Other Components. On the right go to the tab named SAML 2.
Run the following command to add each Enrollment Server. Change the Computer to localhost and then click OK. On the left, expand Properties , and then click Global. On the right, double-click Common. Find pae-NameValuePair in the list and Edit it.
Click OK a couple times to close everything. Thank you. Hi all, i run into a problem with truesso. Hi Carl, Yes al certificates are there. Many thanks for your support. Are you asking how to do it? Hello Carl, We are currently on Horizon 7. Thanks for the reply. Also now behavior has been changed some what. Its gives error like serve expecting credential from different application. Leave a Reply Cancel reply. Normally, this is for connections that are internal to the corporate network.
In the initial authentication phase, the connection is from the Horizon Client to the Connection Server. The secondary protocol session then normally connects directly from the Horizon Client to the Horizon Agent. This configuration is less common because the protocol session is then tunneled through the Connection Servers, making it part of the ongoing session. Although the above diagram shows three separate network zones, it is also supported to have all internal components on the same network with no firewalls between components.
When load balancing Connection Servers only the initial XML-API connection authentication, authorization, and session management needs to be load balanced. Because the secondary protocol connections go directly from the Horizon Client to the Horizon Agent, they are not load balanced.
To ensure successful connections and correct communication between the components, it is important to understand the network port requirements for connectivity in a Horizon deployment. The diagrams below show an internal connection using each of the possible display protocols and the destination network ports. The following diagram shows the ports required to allow an internal Blast Extreme connection. The following diagram shows the ports required to allow an internal PCoIP connection.
The Network Ports in VMware Horizon guide has more detail, along with diagrams illustrating the traffic. It even has specific sections and diagrams on internal, external, and tunneled connections.
To see more detail on the network ports required for an external connection, see Network Ports in VMware Horizon: Internal Connection and the Internal Connection diagram. If the connection is external, communication is typically through a VMware Unified Access Gateway appliance. The initial authentication phase of a connection is from the Horizon Client to a Unified Access Gateway appliance and then to a Connection Server.
Ensure that the Blast Secure Gateway and PCoIP Secure Gateway are not also enabled on the Connection Server because this would cause a double-hop attempt of the protocol traffic, which is not supported and will result in failed connections. When load balancing Horizon traffic to multiple Unified Access Gateway appliances, the initial XML-API connection authentication, authorization, and session management needs to be load balanced. This allows the Unified Access Gateway to authorize the secondary protocols based on the authenticated user session.
If the secondary protocol session is misrouted to a different Unified Access Gateway appliance from the primary protocol one, the session will not be authorized. The connection would therefore be dropped in the DMZ, and the protocol connection would fail. Misrouting secondary protocol sessions is a common problem if the load balancer is not configured correctly. The load balancer affinity must ensure that XML-API connections made for the whole duration of a session default maximum 10 hours continue to be routed to the same Unified Access Gateway appliance.
Although the secondary protocol session must be routed to the same Unified Access Gateway appliance as was used for the primary XML-API connection, there is a choice about whether the secondary protocol session is routed through the load balancer or not. This normally depends on the capabilities of the load balancer. This has the advantage of needing only a single public IP address. Where the load balancer does not have this capability, or where source IP affinity cannot be used, another option is to dedicate additional IP addresses for each Unified Access Gateway appliance so that the secondary protocol session can bypass the load balancer.
To ensure successful external connections, and correct communication between the components, it is important to understand the network port requirements for connectivity in a Horizon deployment.
The diagrams below show an external connection using each of the possible display protocols and the destination network ports. The following diagram shows the ports required to allow an external Blast Extreme connection through Unified Access Gateway.
To see more detail on the network ports required for an external connection, see Network Ports in VMware Horizon: External Connection and the External Connection diagram. When using Unified Access Gateway to provide external access to Horizon, the same Connection Servers can be used for both external and internal connections.
Although the above diagram does not show a load balancer between the Unified Access Gateway appliances and Connection Servers, it is also supported to have a load balancer inline. Knowing what is meant to happen during a successful connection helps you understand and troubleshoot when things do not work. This guide focuses on troubleshooting an external connection, as this shows all possible components and communication flows.
The troubleshooting steps can also be applied to internal connections. The diagram below illustrates an external connection, and the numbers indicate the communication flow. Note : While not part of the connection communication flow, it is important to note that the Horizon Agent will communicate to the Connection Servers to indicate its state.
To troubleshoot a Horizon connection, first determine which phase is failing authentication or protocol. Is the user able to authenticate or not? Are they able to log in, select a Horizon resource and launch it? Does the Horizon resource fail to connect for the user? If a user is unable to authenticate, we can limit the initial investigation to the first four steps listed above.
Most problems are not related to the Horizon components themselves. More commonly, they are issues with a misconfigured firewall blocking ports, a misconfigured load balancer misrouting connections, or network routing not allowing traffic to route to the destination Connection Server, Agent or authentication server.
On the primary authentication phase, the Horizon Client connects to one of the Unified Access Gateways. For the secondary protocol phase, the ports required depend on the display protocol being used, and with Blast, which specific ports have been configured for use on the Unified Access Gateway.
When the Blast connection fails between the Horizon Client and the Unified Access Gateway, this displays a timeout log entry in bsg. Ensure that the firewall between the Horizon Client and the Unified Access Gateway is not blocking the ports required by the Blast Extreme protocol port from the Horizon client.
The connection would therefore be dropped in the DMZ, and the Blast connection would fail. For Blast connections this will show in the bsg. The load balancer affinity must ensure that connections made for the whole duration of a session default maximum 10 hours continue to be routed to the same Unified Access Gateway appliance that was used for authentication.
Check that the affinity and timeout is configured correctly on the load balancer. Blast Extreme uses WebSocket s. Some load balancers can block WebSockets and some have WebSockets turned off by default. Good luck with Trend Engineering, hopefully they can further that I have with this type of thing. I have tried to develop this before for another AV product and I can check that the application is installed and the correct process is running but checking the last date for a definition update is where I have failed!
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