Sure, but at the end of the day even if you don’t update your vaultwarden server or you rely on an insecure storage sync system like dropbox, your actual vault is encrypted with a key that only you know. Even if your server is hacked or the kdbx is leaked, your passwords are safe until someone breaks AES.

not really the case: https://lemmy.ml/comment/24008121

Contrast that with hosted services, who could very easily attach their own keys to your encryption key

how would official Bitwarden be able to accomplish that? apart from this vulnerability, they can’t use their servers to add their own keys.

but the gist here is that the article is overblowing the paper by quite a bit and the majority of the “issues” discovered are either already fixed, or active design decisions.

“fixed”. only for new and updated passwords

https://lemmy.ml/comment/24008121

according to recent findings, it is.

https://daniel.haxx.se/blog/2025/07/14/death-by-a-thousand-slops/

they will all go to the shredder. ain’t got any time to sell to the poors

my nvidia card caused sleeping and hibernation to randomly and regularly fail, and it made me very vary of system updates breaking random things.

I used em dashes to avoid a comma party, I promise I am not a LLM bot

that’s what I would say if I was an LLM bot!!

also, when and where did you buy those 16 TB drives? I badly need a few like those

also, when and where did you buy those 16 TB drives? I badly need a few like those

If the drives added to the pool need to be formatted, is there a possibility that it wipes the data on it?

that’s what I meant, yes, but you said you have 2 16 TB drives right? at least with ZFS, setting up a mirror can be done only starting with a single drive. It’s a godsend.

first, you take the empty drive, check that it’s actually empty, and if so, create a ZFS pool of a single drive from it, with zpool create. copy all your data over. you can use rsync, it has a bunch of options for preserving most filesystem metadata, and for printing progress.

when done, check that absolutely everything got transferred, and add the other 16 TB drive too to the pool with zpool attach. doing this will convert the pool with only a disk vdev, into a pool with a mirror vdev of 2 disks.

further recommended reading: https://openzfs.github.io/openzfs-docs/man/master/8/zpool.8.html

you may want to enable compression from the beginning. if you do it later, existing data won’t be compressed. media files mostly don’t benefit from this. compression is enabled on the dataset level, with the zfs command, if you set it to lz4 (recommended alg) for the root dataset, everything will be compressed that way.

I’m aware of what the arr stack is for generally, but not with overseerr and jellyseerr

I’m aware of what the arr stack is for generally, but not with overseerr and jellyseerr

can’t it be activated with MAS?

https://massgrave.dev/

the remaining question is if its effects are additive or multiplicative

the remaining question is if its effects are additive or multiplicative

nowadays RAID is done with software, on linux if possible. common choices are ZFS and md-raid. you connect drives with SATA or SAS to a computer, and you can add them to a pool. drives added to pool will be formatted once.

hardware raid is discouraged, because if the RAID card fails you need a replacement of the exact same kind, with same firmware version, and they can have other difficulties too that software RAID solutions don’t.

ok, but why do I want to use this? what does it do? what is its purpose?

well I still don’t get how are they legitimately funding their services, even before they started running their free AI chat proxy.

what about logseq? It’s very similar, but open source

thunderbird has a mail service now, but I find it weird because it’s still a pretty new service