![]() The agent will then use the identity associated with that public key while keeping your private key stored inside the vault! This is also great if you’re working with, e.g., multiple GitLab accounts (for work, personal stuff, projects, …). This is made easy thanks to the 1Password SSH agent supporting hints what key you’d like to use for which connection: Basically, export your SSH key’s public component into a file and use the IdentityFile setting in your SSH config to point to that file. ![]() In my personal setup I’ve for now created a separate SSH key for pretty much every server-group that I’m working with and also different keys for GitLab, GitHub and so on. connecting a server A in a new terminal) you will get queried for configuration which can happen using Touch ID, your password, or your Apple Watch (or other setups if you’re on a platform other than macOS). ![]() Once configured, all SSH keys stored in your “Personal” or “Private” vault can be used automatically. In the official docs you can find a more detailed guide. For this to work you have to enable the “Use the SSH agent” setting and then refer to its sock file either with the IdentityAgent setting in your SSH config or the SSH_AUTH_SOCK environment variable. The second and arguably more interesting part of the feature is a custom SSH agent that will use these keys directly from 1Password. As usual, you can then add notes, extra fields etc. ![]() The feature consists of two parts: First of all you can now store SSH keys within 1Password either by just importing an existing private key file or by letting the application generate a RSA or Ed25519 key for you. Valencik I’ve been using a new feature of the product for the last couple of weeks: SSH key management. Triggered by this post from the official 1Password blog by K.J.
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