Zfs has built-in encryption that can be enabled selectively per dataset, which is handy for some private data.
Also, as long as you avoid raidz, you can now add/remove disks to a pool, and attach/detach mirrors too. That’s much more flexible than it used to be.
Too bad raid1 from btrfs has not a zfs equivalent. You can to some extent replicate that via partitioning in zfs, but the simplicity of btrfs raid1 is great for uneven disks.
Has btrfs got its act together with large amounts of snapshots? It used to be a pain point.
Zfs has built-in encryption that can be enabled selectively per dataset, which is handy for some private data.
Also, as long as you avoid raidz, you can now add/remove disks to a pool, and attach/detach mirrors too. That’s much more flexible than it used to be.
Too bad raid1 from btrfs has not a zfs equivalent. You can to some extent replicate that via partitioning in zfs, but the simplicity of btrfs raid1 is great for uneven disks.
Has btrfs got its act together with large amounts of snapshots? It used to be a pain point.