If you've been following my blog, you're undoubtedly familiar by now with SSH. In this guide, I will walk you through the steps to create the easiest reverse SSH tunnel so that you can remotely access a device on your homelab securely and easily. I could build a second, redundant VPN server, and that's probably not a bad idea, but it's not in the budget right now and it's prone to the same risks. Therefore, I need an alternate way to access my homelab when I am remote to it. Alternatively, my VPN server could just outright fail. However, if my IP address changed (as could happen in the event of a power outage), and for some reason my dynamic DNS service also failed, I would not be able to VPN into my homelab network. Normally, I connect to my homelab remotely via VPN which tracks my homelab's public IP address via a dynamic DNS service. Once I had identified these key points of failure, I came up with a strategy for being able to handle them, leading to the creation of my Unattended Server Checklist. This used to be a source of anxiety for me, until I analyzed my homelab loadout and identified key points of failure. If something goes wrong, I obviously don't have physical access to my network. I travel a lot, which means that often my homelab is left unattended. The easiest, quick step-by-step guide for accessing your homelab network remotely via a reverse SSH tunnel on a Raspberry Pi (or any other Debian/Ubuntu device).
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