That’s Newspeak for you right there.

Take the time to properly understand Linux file ownership and permission. Permission will be the cause of many issues you will encounter in you self-hosting journey on Linux. Make sure you know the basics of chmod (change permission) and chown (change ownership), Linux users and groups. This will save you some head-scratching, but don’t worry, you will learn by doing !

Remember that, if you setup everything right, especially with docker, running as root / with sudo is not required for any of the services you may want to run.

Very beautiful shots.

But, akSCHUllly, these are different trolleys. They are numbered 2 and 1 🤓

While I was playing in a band, I was using some earplugs like these: Alpine MusicSafe Pro - Clear / Thomann.de. I was wearing them for every band practice and shows. It wasn’t the exact same ones though. I can say I still have a good hearing today, I can still hear the high pitch noise from some power supply and I don’t have any permanent ringing in my ears. So, they did a good enough job for me, standing next to a angry drummer and maxed-out guitar amplifier twice a week for 4 years :)

No. I initially thought of publishing the files. But there are some issues with the design I didn’t fix and the whole thing is built around the NanoPi M4V2, which I don’t think you can buy anymore.

It is a It’s always sunny in Philadelphia reference: The Gang Buys a Boat / Wikipedia.org

The seller mentions the drives are fully tested, but does not offer a warranty, aside from the Ebay 30-day return policy.

I left a comment to the Ebay seller and asked the same question, but I did not get a reply.

Ah yes ! I just fixed that. Thanks.

What do you use for the bit-by-bit test and how long does it take (depending on disk size) ? I have read about badblocks and that it could take an entire week to test one drive of 12TB, I didn’t have the patient to do that. The long SMART test already took nearly 20 hours in my case.

Thank you

Thank you ! It was a cool design project, but I ended up no publishing the design as it is quite difficult to assemble and work with. here are a couple more photos:

The black box with white front and blue LED lights, yes. I designed and built it myself. The case is made of laser-cuted plexiglass and 3D printed parts. The front plate is PLA, internals are PETG. It’s build around an ARM Single-Board Computer: NanoPi M4V2 with a SATA extension hat.

In a previous post, some were recommending me to use helium-sealed drives for lower noise. The disks I’ve bought are helium-sealed, but they are definitely a little louder at 7200rpm than 5400rpm drives. It’s still acceptable.

I love jellyfin, it’s great ! I haven’t played with Plex much to be honest, so I can’t really compare

My media collection is not backed-up, expect for the spare disks I have now. My photos and documents are encrypted weekly and sent to pCloud. They are also synchronized to my computer and phone with Syncthing. This way the important files are protected by 3-2-1.

why not btrfs send | btrfs receive? is there some advantage to rsync?

I didn’t think of this. I am familiar with rsync, I went with it without searching for alternatives.

did you hotswap the drives after each btrfs replace or shutdown and then swap?

I did the swap with the system powered down. I don’t know if my the NanoPi + SATA hat support hotswap.

what’s your host OS and do the drives spin down if inactive?

The NAS runs Armbian. The disks are configured to spin down, yes. I don’t know if this caused me the issue while replacing disk 2. I suppose not, since during replace the disks are all reading continuously. But I don’t know for sure.

Edit: fixed copy-past mistake with quoted sentences

I guess I got lucky with this batch, they all seem to work perfectly. But only time will tell if this what truly a good deal.

The client for Android TV works very nicely. Maybe there is a way to use the same UI on consoles?

You do not need specific hardware to use passkey. For example you can use a password manager like Bitwarden and have your passkeys sync between multiple devices, including a good old regular computer.

Specific hardware car be use to secure how the passkeys are stored. For example, smartphones usually have a security chip that help s with storing encrypted data.