SSHFS uses SFTP which is built into SSH, so no server to install. Its not as fast as NFS, but requires no setup. For something small like a home lab, that is a big advantage.

Google dumped the Pebble OS code on GitHub when this whole "rePebble" thing (not Rebble) started. Now there's a new phone app coming out soon (or out now, depending on your platform and abilities) that handles old and new Pebbles and modern phone platforms.

None of this is from Google.

Unpopular opinion from what I've seen in this forum, but for me it is Nextcloud followed by Jellyfin.

I use Nextcloud setup fory whole family, about a dozen all together. I even sprang for the DavX5 plugin for several people so we can share calendars and contacts as well as files and notes. We backup photos from our phones using the Nextcloud app. Several of us use it as a backend for KeePass.

We use Jellyfin for streaming; movies, tv, music videos and music. It is the backend storage and library organizer for four Kodi boxes, five browsers, several phones and tablets and a couple of Roku's. It works like a champ, even with the occasional library re-sync.

Because that basically requires transcoding for modern codecs. H265? Transcode. Subtitles? Transcode. The JF client on the same hardware can usually direct play.

Personally, I use Kodi for that. It works very well with minimal keyboard and no mouse (though it can handle both), so much so that I've run it for years using only an IR remote.

I've used both APC (via apcupsd) and EATON (via nut), both work great.

I'm not aware of an SFTP client that works like the cloud drive connectors. Do you know of one that monitors local files/dirs for changes and automatically sends them? Or polls the server for changes and downloads then (if they're on the allow list)? Keeps versions?

If literally all you're doing is occasional file transfers, sure, SFTP is easy. That's not how most people use cloud drive clients.

For me and my group, Nextcloud works fine and fast. We do more than file sync and share.

BMW on the line for you, sir.

It's more because they provide an ONVIF interface or an RTSP stream that makes them self-hosting darlings. Them being Chinese white-labels and cheap is mainly a side-bonus.

What are your recommendations if not them?

Same here. If it's TOTP based 2fa, you can keep them in entries and use them from there.

Block port 68 as well as 67. And are you sure the output rule is the best place for that?

From the top of my head, compared to ext4: RAM use and the ability to shrink an FS if necessary. Oh, also I've used an EXT FS driver on a Windows host, but I've never seen one for XFS.

Right now I'm stuck on a Mac laptop. I hate it, but after our Network team could not manage to get Global Protect working on Linux, and my boss decided keeping them happy was easier than keeping me productive, I didn't have much choice (Mac or Windows). I've worked in environments before where I was able to run Linux on my laptop/workstation, so long as I was able to support myself and do the required work. I used remote desktop (Or a Windows VM) for my Windows work; my browser and Java for most everything else. Now even Office is a shitty webapp for the most part, and Teams "works" on Linux (As much as Teams works at all).

Even here, I have to wait until Helpdesk manages to build out support for new Mac OS releases, so I'm still on 14.6.

I told them prior that I would be leaving the company if they forced me to migrate to Mac. I'm currently looking for a better position elsewhere and will tell them exactly why when I turn in my notice. Not that it will change anything, it'll help me feel better.

I did too until I tried to use them. They lack several features that rooted containers have, and a lot of howtos take for granted. They're fine for very simple containers, but expect pain an suffering.

If you've optimized your BIOS settings (balanced mode or power saving wherever possible), the only other option is removing extraneous hardware. All hardware power use (disks, HBAs, other adapters and controllers) adds up. I managed to get idle power consumption of an HP DL-380 G9 down to about 60w (started at 210w) by removing the disks, RAID controller and battery, fiber channel adapters, and extra Ethernet adapter. Each SAS disk I removed saved me 10w. I used one M.2 drive in a PCI adapter instead.

Like you mentioned, these aren't designed to save power. That Opteron (and the chip set) hales from a time before "performance per watt" was a thing.

My daily driver is still a Dell XPS 13, 10th gen Intel i7, 16gb RAM and 500gb (nvm) SSD. I bought it referbed. I'm running Fedora 38 (Workstation) currently. Everything works but the fingerprint sensor (which I don't care about). It runs for hours as long as I'm doing "normal" stuff like browsing and writing. It runs so long that I get tired before it does. The only time the runtime suffers is if I'm cranking the cores (encoding, compiling, etc). No voodoo required, it just runs this way out of the box. Even the onboard firmware gets updated by fwupd.

The only oddity (to me) is that it's USB-C only (no A ports) so I carry a small dock if I need to plugin a normal USB device or network cable, but that's rare for me.

If you run any sort of public facing website, you'll likely get some of those eventually.

A named volume for the config directory for one.

True, but there's not much one can do about others' stubbornness. I've been using cheap Android boxes with Kodi or the JF client installed. They make sense to my non-techie family. Dedicated boxes are better (something that can run CoreELEC, OpenELEC) but those are harder to find.

Because good software is hard. The PebbleOS is a gem, and no, no one could in 9 years.