![]() The traffic will be re-routed from the local port to the remote port. Once the SSH connection is established you can configure your RDP client to connect to localhost using the Windows username and password. The final command line switch -N instructs SSH not to execute a remote command on the bastion server. This tutorial shows how to use SSH tunnels for three specific purposes: Access a restricted internet resource from inside a firewall using SSH port forwarding. It sounds like what you need is for your ssh daemon, presumably openssh, to log the tunnel connections established by the connecting users. So you wouldnt be able to learn any new information with this approach. The small -l switch stands for login_name and tells SSH which username to log into the bastion host with, in this case ec2-user. In a real sense, it would not be an 'ssh proxy' at all - it would only be a naïve TCP connection proxy on the inbound connection. 10.104.50.209 is the private IP address of the Windows server and 3.9.008.54 is the public facing IP address of the bastion server. The capital -L switch instructs SSH to perform port forwarding. From there you want to access the Windows server within your main VPC.Īs the bastion host is typically a Linux server, you can SSH into the server forwarding port 3389 on your local machine to port 3389 on the Windows server.īelow is an example command to setup the port forwarding: The diagram above outlines a typical AWS infrastructure, where a client machine connects to a bastion host within an infrastructure VPC. In this quick tutorial we’ll cover how to set-up port forwarding so that RDP traffic can be sent via SSH. ![]() Port forwarding Windows RDP traffic via SSH Port forwarding Windows RDP traffic via SSHįollowing up on an earlier article about using SSH to bind and tunnel Chrome’s socks5 proxy through to a server within AWS. ![]()
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