The problem is when you do, instead of their units continuing to power your devices via power from the wall, they shut off power to all their battery ports. So CyberPower battery units can and will cause outages for your devices without you even having a power outage event. It’s a critical design flaw their competitors don’t share.
Despite your odd luck with batteries, CyberPower has an issue that disqualifies it from use personally or professionally for me, which is that if there’s a problem with the battery, which there too often is, a CyberPower will cut power to the entire unit, even if it’s still receiving power from the wall outlet.
With an APC, at least if the battery dies your devices stay on.
An APC from wherever. Just don’t buy a CyberPower. They’re much cheaper for a reason and cause more downtime than they save.
Well what “danger” are you talking about exactly? Traffic being forwarded to a port is not a danger. If the traffic being forwarded is going to a web server, proxying the exact same traffic through a different web server beforehand isn’t going to be any different.
He’s serving a static html file, there isn’t much in the way of danger here that would be solved by Tailscale.
This is nice to have, but it should be noted that doing it this way doesn’t mitigate much in the way of danger.
I switched from SWAG to Caddy. Its config file is much simpler, with many best practice settings being default resulting in each sites being like 3 lines of code. Implementing something like mTLS requires one line per site, just super nice to configure, and you’re not left without a template config for more obscure services.
That being said, SWAG does more than enough and Nginx is a powerful software so you really aren’t missing out on anything but more streamlined config.
Traefik is kind of just like, a nightmare that tries to sell you on it being “self configuring” but it takes some work to get to that point and the “self configuring” requires the same amount of time in a text editor as manually configuring Caddy does. I can see Traefik being powerful if you’re using it with actually clustered k8s and distributed workloads. If that’s not your use case it’s kinda just more work than it’s worth.
I’ve never seen a CyberPower not cut power to its battery ports when the battery failed, which I’ve seen dozens of times since the failure rate on them was bordering on the absurd. When contacting CyberPower to warranty them, they told us that was normal and that the units were designed that way.