Because sometimes I would rather things be slow than blurry, and my workstation monitor is >1080p.

We really need to get past the 1080p barrier. AFAICS there is one economical KVM solution for that, and several costly enterprise kits. Surely the actual hardware cost/difference per-unit would be quite small now?

It looks like the top of a barcode scanner, or 3/4 of a spaceship.

Steamintosh

To assume that a GPT is right is to assume everything on the internet is right, as from that it arose.

TrueNAS scale helps a lot, as it makes many popular apps just a few clicks away. Or for more power-users, stuff like the linux cockpit also really helps.

To directly answer your questions…

• In the event of DB corruption (which hasn’t happened to me yet) I would probably rollback that app to the previous snapshot. I suspect that TrueNAS having ZFS as an underlayment may help in this regard, as it actually detects bitrot and bitflips, which may be the underlying cause of such corruption.
• In the case where a device breaks… if it’s a hard drive that broke, I just pop in a new one and add it to the degraded mirror set. If it’s “something else” that broke, my plan is to pop one of the mirror shards into a spare PoS computer (as truenas scale runs on common x86 hardware) and deal with the ugly-factor until I repair or replace the bigger issue.
• The only way to defend against a cloud provider is replication, so plan accordingly if that is a concern.
• If by “sync’d confidentially” you mean encrypted in transit, I’m pretty sure that TrueNAS has built in replication over SSH. If you meant TNO, then you probably want to build your setup over a cryfs filesystem so no cleartext bits hit the cloud, although on second thought… it’s not really meant for multi-master synchronization… my case just happens to fit it (only one device writes)… so there is probably a better choice for this.
• Setup is a hassle? Yes… just be sure that you invest that hassle into something permanent, if not something like a TrueNAS configuration (where the config gets carried along for the ride with the data) then maybe something like ansible scripts (which is machine-readable documentation). Depending on your organization skills, even hand-written notes or making your own “meta” software packages (with only dependencies & install scripts) might work. What you don’t want to do is manually tweak a linux install, and then forget what is “special” about that server or what is relying on it.
• How safe is my setup? Depends… I still need to start rotating a mirror shard as an offsite backup, so not very robust against a site disaster; Security-wise… I’ve got a lot of private bits, and it works for my needs… as far as I know :)
• Still enthusiastic? I try to see everything as both temporary and a work-in-progress. This can be good in ways because nothing has to be perfect, but can be bad in ways that my setup at any given time is an ugly amalgamation of different experimental ideas that may or may not survive the next “iteration”. For example, I still have centos 7 & python 2 stuff that needs to be migrated or obsoleted.

How can Germany be so cool and scary at the same time?

What’s this? The datahand has been reborn?!?

I wonder if we have reached a plateau, much like the PC era of “good enough computing”.

IIRC, they have been bought out in the last decade.

Zim.

Assuming your old router might survive as an access point, maybe consider a Protectli FW2B? https://protectli.com/product-comparison/

0: “i don’t care about my data.”

1: “i REALLY care about my data”

5: “i’ll trade you one drive now, for my data if one of the drives dies later”

Very freedom-respecting. Probably the only consumer NAS vendor with instructions on how to install linux (bare-metal) on the official wiki. Their x86 boxen are 90% normal pc… with the remaining 10% being a bit nuisance.

Yea! Fake summaries of fake reviews!