See Configuring the portal to trust certificates from your certifying authority for details. In this example, we forward the connection to the (fictitious) SMTP server on port 25 through the SSH tunnel and make this service available. Local named pipes are fine but offer little advantage over a local TCP connection if youre going to be allowing/requiring remote scenarios anyway. Your portal will not trust the root certifying authority by default, so you must import the certificate into the portal. A proxy server that decrypts traffic will use a root certifyingĪuthority to present certificates. This only needs to be set at the router's place for port forwarding. For security reasons on the VPS end I opted for socket connections to MySQL ( /var/run/mysqld/mysql.sock ). Basically you would use a different port than the standard port, and whenever you connect you include that new port. Likely the proxy server is decrypting and reencrypting traffic. If you want to add a layer of security to Remote Desktop, you can use the principle of Security by Obscurity. If Portal for ArcGIS does notĪppear to be working correctly with the forward proxy, it's Portal for ArcGIS is now configured to use your forward proxy server.Ī forward proxy server can either tunnel encrypted traffic, or decrypt and then reencrypt traffic. Machine and domain items are separated using a pipe ( |), for example: If you want to federate ArcGIS Server with your portal, you should also include the name of the machine where ArcGIS Server is installed. The nonProxyHosts property should always contain the machine name where your portal is installed.
Each of the above properties should always be included, even if your forward proxy server is configured to exclusively use HTTPS.
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