![]() ![]() (Optional) If you’re using a public AMI from a third party, you can use the command line tools to verify the fingerprint. If your computer doesn’t recognize the command, the OpenSSH project provides a free implementation of the full suite of SSH tools. You can check for an SSH client by typing ssh at the command line. Your Linux computer most likely includes an SSH client by default. If you receive an error while attempting to connect to your instance, see Troubleshooting Connecting to Your Instance. ![]() ppk file that you created for your private key. Use the following procedure to connect to your Linux instance using PuTTY. The default security group does not allow incoming SSH traffic by default. Enable inbound SSH traffic from your IP address to your instanceĮnsure that the security group associated with your instance allows incoming SSH traffic from your IP address.pem file for the key pair that you specified when you launched the instance. Get the fully qualified path to the location on your computer of the. For more information about IPv6, see IPv6 Addresses. If you prefer, you can use the describe-instances (AWS CLI) or Get-EC2Instance (AWS Tools for Windows PowerShell) command. You can get the IPv6 address of your instance using the Amazon EC2 console (check the IPv6 IPs field). Your local computer must have an IPv6 address and must be configured to use IPv6. If you’ve assigned an IPv6 address to your instance, you can optionally connect to the instance using its IPv6 address instead of a public IPv4 address or public IPv4 DNS hostname. (IPv6 only) Get the IPv6 address of the instance. ![]() You can get the public DNS for your instance using the Amazon EC2 console (check the Public DNS (IPv4) column if this column is hidden, choose the Show/Hide icon and select Public DNS (IPv4)). Get the public DNS name of the instance. ![]() You can get the ID of your instance using the Amazon EC2 console (from the Instance ID column). If you already have an older version of PuTTY for Mac installed, we recommend that you download the latest version. I think that's a good thing for cross-app keys and keychain integration, but some might feel that makes iTerm2 "not an ssh client".Download and install PuTTY from the PuTTY for Mac store. Having said all that, it does not manage ssh keys. And, of course, iTerm2's multi-window tmux integration, session recovery, and password management are mostly intended for use over ssh. It has a built-in file upload and download via scp. It will optionally report and graph bandwidth used over an individual ssh connection. It automatically lists (under Profiles) ssh hosts on your local network if they are running avahi/bonjour and sshd, and will even connect to all of them at once with a single click. So, my answer is "yes", because iTerm2 is very ssh-aware. On OSes that come out-of-the box with ssh (ie macOS, Linux, OpenBSD and FreeBSD), client software that re-implements the ssh layer is rightly viewed with suspicion, and software that is simply "ssh aware" is more common. On Windows, in the old days, SSH wasn't built-in, and clients like Putty had to implement their own ssh layer. I guess that depends on how you define "SSH client" from a user perspective. But is it really an SSH client? Isn't it just a (very nice) replacement for Apple Terminal? ![]()
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