It is just a dead CMOS battery. So the clock had the wrong time, which in turn also causes the log entries to have the wrong time and date. Simply replace the battery. It is most likely of the CR2032 type.

Syncthing is neat, but you shouldn’t consider it to be a backup solution. If you accidentally delete or modify a file on one machine, it’ll happily propagate that change to all other machines.

or DNS over TCP.

musl does support DNS over TCP since version 1.2.4.

Debian is superior for server tasks. musl is designed to optimize for smaller binaries on disk. Memory is a secondary goal, and cpu time is a non-goal. musl isn’t meant to be fast, it’s meant to be small and easily embedded.

I’ve used Alpine on servers a lot and didn’t notice any performance difference when compared to glibc in the vast majority of cases. This performance comparison even suggests that musl is quite a bit faster in some cases and in most instances it is at least as fast as glibc, which matches my experience.

Okay, thanks for the explanation!

I’m not entirely sure how “… don’t need anything near as memory efficient as Alpine” became “Debian is obviously superior to Alpine”.

This was what made me assume this:

I only ever consider dropping Debian and/or Systemd when going below 512MB RAM.

You make it sound like Debian is obviously superior to Alpine. Alpine Linux is just fine for server tasks. It is nice that is it lightweight, but that isn’t the only thing it has going for it.

Most Webbrowser Support ftp.

None of the popular web browsers support FTP. Maybe some niche browsers still do, but certainly not “most”.

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also i am having trouble hunting down what cuesheets means in this context?

When you rip an audio CD you can either create one file for each track or you can rip the entire CD as one track and create a cue sheet file which is basically a text file describing where each track starts in that single audio file. This can be useful to have an exact copy of the CD without adding unintended gaps between tracks. It is primarily useful if you intend on recreating the actual audio CD at a later time from the ripped data. Most people don’t need this.

The worst part is that Nextcloud isn’t even really in competition with Google. Setting up a Nextcloud server isn’t hard, but it’s not a trivial task. Sharing it outside your local network also requires a bit of skill, especially if done securely. That is to say, Nextcloud users probably tend to be more tech-savvy.

That’s only true for those who self-host this. There are lots of companies offering Nextcloud hosting. That’s probably why Google doesn’t like Nextcloud. I’m not saying Google is right. Actually what Google is doing here is quite pathetic.

Can anyone explain to me if a headless chrome browser is dangerous the way a regular chrome browser is?

Almost. You want to make sure to keep it as up-to-date as you would a regular Chrome browser. It does almost everything a regular Chrome does, including running arbitrary scripts on websites.

72 hours isn’t a lot. Many countries strongly suggest having emergency supplies for at least 10 to 14 days.

I like Miniflux.

Pi Zero uses the CPU from the 3

No, the original Pi Zero uses the CPU of the Pi1 (only clocked higher). So it is quite a bit slower than a Pi 2, since it has only a single ARMv6 CPU core. Still fine for a DNS server on a typical home network.

There is also AMD and they are doing pretty well. I wouldn’t write off x86 just yet.

It is, but Signal and Matrix aren’t really all that similar. Matrix’s privacy is pretty atrocious. It stores tons of meta data about users all over the place. That’s the exact opposite of what Signal does.

Ugh, Broadcom buying Intel would be terrible.

You need sampling at twice the frequency as a minimum to extract a time domain signal into the frequency domain. It says nothing about “perfect” especially when you’re listening in the time domain.

Yes it does. You can use a higher frequency, but that does not change anything except increase the maxiumum frequency possible. Even with perfect ears and the best equipment, there is no audible (and mathematical) difference to be had.

Everyone who claims otherwise should watch Monty’s explainer videos. I know they are quite old at this point, but everything he explains is still perfectly valid. If that does not convince you, nothing will.

It turns out that dynamic range is limited by the audio sampling rate and the human ear can easily detect a far greater range CD audio supports.

Dynamic range isn’t limited by the sampling rate. It is limited by the resolution, which is 16 bits for the audio CD. With that resolution you get a dynamic range of 96 dB when not using any dithering and even more than that when using dithering. Even with “only” 96 dB that dynamic range is so vast, that there is no practical use of a higher resolution when it comes to playback. I know that the human ear is supposed to be able to handle 130 dB or even more of dynamic range. The thing is, you can only experience such a dynamic range once, afterwards you are deaf. So not much point in such a dynamic range there.

There are good reasons to use a higher resolution when recording and mixing audio, but for playback and storage of the finished audio 16 bits of resolution is just fine.

NFS is bulletproof.

For it to be bulletproof, it would help if it came with security built in. Kerberos is a complex mess.