I use syncthing to collect my data from several devices (smartphones and PC) to my server at home, when I am in my home network.

Then, on the server, rclone takes over with various daily/weekly tasks and syncs the stuff to my cloud storage. Some encrypted some plain. From my mobile or my pc I have access to all the data either at home or via vpn as well as directly to the cloud backup.

Titan Quest legendary edition. Played it years ago and now starting from scratch again.

I use rclone and the gui https://rclone.org/gui/ in my proxmox environment.

That said, the backup itself is still initiated via batch script.

Edit: to backup my PC and all smartphones to my server I use syncthing.

And the rclone backs the data to an cloud system. Some parts encrypted

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I went for the ASRock J5040 board, 16gb ram (yes it works) a 500gb m.2 as system using a PCI adapter , 2x4tb ironwolf as ZFS mirror pool, 350 W power supply all in the node 304 fractal case for 550 euro.

Runs proxmox as hypervisor for VM or Container. 6 LXC running motioneye, plex, pyload with openvpn, syncthing, rclone cloud backup and openbookshelf.

Typical power usage is around 20W

Ripping myself is what I did with Libation as suggested here. You log into your audible account when starting the software for the first time, your libary is shown and you can start to download.

When adjusting the auto tagging then audiibookshelf automatically sorts the stuff in the correct way with series etc.

Perfect combination and totally free.

Not for ripping but to serve your books and for the selfhosters among us use audiobookshelf.

Really great piece of software

Rclone can do this for you.

No reverse proxy. In LAN everything is seen and accessible.

No port is open to WAN, I connect via my router VPN from extern.

I use unpriveliged LXC für everything I have running in my proxmox.

Plex, syncthing, rclone, motioneye, pyload all in seperate Lxc on the boot drive.

All data of those is on my mirror raid, including the lxc backups. The rclone lxc backs the important data onto my cloud drive.

And to add it was the most advanced device compared to the others. Full mouse support, graphical interface, WYSIWYG , it was a true gamechanger.

Had a used one myself and soldered RAM chips on the MB to make it a fat Mac with 4MB RAM . Boot disk system was copied to a RAM disk after boot. Good times

If you are able to translate or German is your thing check this page out https://www.elefacts.de/test-153-nas_basic_2.1__mini_itx_eigenbau_nas_mit_4x_sata_und_passiver_4_kern_cpu

At the end of the page there are 4 build links shown. Starter to expert. I went the basic model route. They also describe the different NAS OS systems, I chosed proxmox.

If your concern is booting USB for unraid the
solution is to sacrifice at least one of your drives
as a boot drive, or if you have the room get a pair
of small SAS drives and configure a raid 1 vol in
the perc controller.

AFAIK the USB is the dongle that unraid runs at all. You have to boot from it. After the boot its loaded into the RAM. But without the USB drive you cannot boot at all.

That is why I followed the proxmox route.

Penises C and D no longer clip through some
githyanki clothing.

Finally the important stuff is addressed.

I got motioneye running on my server and the app on our phones

Dishonered, the drunken sailor cover goose bumbs still after all those years.

As ITX was already mentioned I just built mine using Fractal Node 304 case, in black though. You could keep the ATX power supply.

Thats basically the way I do it.

pvesh get /cluster/resources --output-format json-pretty | jq --arg k "lxc/$container_id" -r 'map(select(.id == $k))[].name, map(select(.id == $k))[].mem, map(select(.id == $k))[].maxmem, map(select(.id == $k))[].cpu')

Example using pvesh in proxmox. The data is available, just have to use it. I also prefer barebone approach.

Nice, will take a look into it