The one caveat with EasySSH is that you must save the username and password in the connection configuration (otherwise the connection will fail). To connect to a remote server in EasySSH, select it from the left navigation and then click the Connect button ( Figure 5 ).įigure 5: Connecting to a remote server with EasySSH. Once you’ve added the connection, it will appear in the left navigation of the main window ( Figure 4 ). In the resulting window ( Figure 3 ), configure your SSH connection as required.įigure 3: Adding a connection in EasySSH is simple. The EasySSH app will open, where you can click the + button in the upper left corner. Run EasySSH with the command: flatpak run
XSHELL FOR LINUX INSTALL
Once flatpak is installed, add EasySSH with the commands: sudo flatpak remote-add -if-not-exists flathub sudo flatpak install flathub Install EasySSH on a Linux desktop is simple, as the app can be installed via flatpak (which does mean you must have Flatpak installed on your system). Groups (so you can group tabs for an even more efficient experience). One of the best features of EasySSH is that it offers a tabbed interface, so you can have multiple SSH connections open and quickly switch between them. EasySSHĪlthough EasySSH doesn’t offer the amount of configuration options found in PuTTY, it’s (as the name implies) incredibly easy to use. You should then be prompted for the remote credentials on the remote server.
To then connect to a saved session, select it from the saved sessions window, click Load, and then click Open. This will then save the configuration for the session. To save a session (so you don’t have to always type the remote server information), fill out the IP address (or hostname), configure the port and connection type, and then (before you click Open), type a name for the connection in the top text area of the Saved Sessions section, and click Save. Once the connection is made, you’ll then be prompted for the user credentials on the remote server ( Figure 2 ).įigure 2: Logging into a remote server with PuTTY. In the PuTTY Configuration window ( Figure 1 ), type the hostname or IP address in the HostName (or IP address) section, configure the port (if not the default 22), select SSH from the connection type, and click Open.įigure 1: The PuTTY Connection Configuration Window. Once installed, you can either run the PuTTY GUI from your desktop menu or issue the command putty. For example, you could issue the command on a Debian-based distribution: sudo apt-get install -y putty At this point, you may be asking yourself, why not just work from the terminal window? For some, the convenience of saving sessions does make PuTTY worth using. Once you’ve connected, from PuTTY to the Linux server, you will have a terminal window in which to work. The PuTTY GUI is mostly a way to save SSH sessions, so it’s easier to manage all of those various Linux servers and desktops you need to constantly remote into and out of. Options for keyboard, bell, appearance, connection, and more. In fact, from withing the standard repositories, PuTTY can also be installed on Linux.
XSHELL FOR LINUX WINDOWS
In fact, PuTTY is the de facto standard tool for connecting, via SSH, to Linux servers from the Windows environment. PuTTYĪnyone that’s been around long enough knows about PuTTY. I’ll be demonstrating these tools on Elementary OS, but they are all available for most major distributions. Let’s take a look at these three tools and find out if one (or more) of them is perfectly apt to meet your needs. Couple that with a unique terminal window that allows you to remote into multiple machines from the same window, and you have everything you need to work efficiently. If you happen to prefer a good GUI tool, you’ll be happy to know there are a couple of outstanding graphical tools for SSH on Linux. However, there are users out there who do prefer a GUI tool, especially when working from a desktop machine to remote into and work on a server. For many admins, nothing is as efficient as the command line. Because of this, you’ll want to make the experience as efficient as possible. In fact, Secure Shell might well be one of the most-used tools in your Linux toolbox. In some instances, you’ll be SSH’ing into multiple Linux servers at once. At some point in your career as a Linux administrator, you’re going to use Secure Shell (SSH) to remote into a Linux server or desktop.
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