To start your work, you have to clone a git repository using SSH: git clone this moment GitHub will be like: “Yo, this a private repository! We need to encrypt traffic using this public key I have here and your private key.” ![]() I have also assumed that your name is Steve and you are working on a top-secret project which uses Raspberry Pies to sniff network traffic. I will not go over that step, it should be easy enough to find out how to do that. To do so, you first have to add your public key to GitHub. Let us imagine that you want to push/pull code changes to/from a remote Git server – say GitHub, why not. You have one private key stored in ~/.ssh/id_rsa with a corresponding public key ~/.ssh/id_rsa.pub. Strap in, here we go! Dealing with one SSH keyįirst, let us see what your workflow might look like before having multiple keys to worry about. That being said, there are some Git-specific tricks included. Of course, all of this will apply to any other SSH communication. Most examples throughout the article will be using Git. I assume the reader has basic knowledge of Git and SSH. ![]() I hope this article will be of help to anyone who is having issues with SSH key management. Managing SSH keys can become cumbersome as soon as you need to use a second key. You might even be using a different key for accessing your own private server. You might be using one SSH key-pair for working on your company’s internal projects but you might be using a different key for accessing some corporate client’s servers. You use SSH for connecting to remote servers, which also includes managing your code using Git and syncing with remote repositories.Įven though it is considered a good practice to have one private-public key pair per device, sometimes you need to use multiple keys and/or you have unorthodox key names. SSH is one of the most used protocols for safe data exchange. ![]() There are many more advanced uses of SSH Tunnels, but the above setup will create a general purpose strongly encrypted socks5 proxy to almost any host on the internet.It is safe to say that most developers in the web sphere have at some point encountered SSH. This will be the port that you configure your browser and other programs to use, in order to forward their traffic via the SSH Tunnel.įor destination, in most cases you will want to just select "Dynamic", and hit "Add", and then "Add Host". ![]() Next, we make a Tunnel on that Host by filling in the lower "Alias" box with another label, and selecting what local port the Tunnel will listen on. The settings used below are just an example. Then fill in your VPNSecure Username and Password. You need to fill in an Alias (Label) for the connection, and then get the Host and Port details for the server you want from our members area under "Servers". On the next screen, click the "Host" menu, and "Add Host". I personally have the whole program and its storage file on a flash drive, so I can use tunnels anywhere I go. The first screen will ask for a location and password for your "Encrypted Storage File", this will hold all of the settings, usernames and passwords for each SSH server you select. This guide will walk you through setup using "SSH Tunnel Manager" available here - Īfter downloading and extracting the zip file (Portable, No installation needed) you can run SSHTunnelManagerGUI.exe
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