![]() On the Google Chrome toolbar, click the Secure Shell extension icon -> Connection Dialog.Ģ. This tutorial assumes that you’ve already deployed your public key to the SSH server.ġ. To enable key-based authentication for a connection, import the private key into the connection in Secure Shell. This tutorial does not cover the process of generating a key-pair and configuring the public key on the SSH server. This configuration ensures that only the private key that matches the public key on the server can authenticate. ![]() But, you don’t have to! Instead, you can use a shared key to authenticate your connection to an SSH server, the key-based authentication method uses a public and private key-pair instead of a password.Ī key-pair consists of a private key on your client and a public key on the SSH server. So far, throughout this tutorial, you’ve been using a user account and password to connect to an SSH server. Once Google Chrome is open, click the three vertical dots button on the upper-right corner and click on More tools -> Extensions. ![]() Since the SSH client in Chrome is an extension you’ll need to install it via the Google Chrome web store. ![]() Instead, you can give Google Chrome an SSH client right at your fingertips with the SSH Chrome extension! Using Google Chrome, a common and easily accessible browser, you can avoid needing a standalone SSH client. Related: A Windows Guy in a Linux World: Setting up SSH in Linux Installing the SSH Chrome Extension This article is using Google Chrome Version. To follow along with this tutorial, you need a computer with Google Chrome and an SSH server to connect to. Connecting to a Remote Host using the Search Bar.Connecting via the Drop-Down Extension Menu. ![]()
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