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As posted in another thread already…
There’s nothing wrong with Secure Boot and enabling it can prevent a small subset of attack vectors with no real downsides. That being said, the things Secure Boot does protect against aren’t likely to be an issue for most users but it’s nothing to be afraid of.
As I already said in another thread…
There’s nothing wrong with Secure Boot and enabling it can prevent a small subset of attack vectors with no real downsides. That being said, the things Secure Boot does protect against aren’t likely to be an issue for most users but it’s nothing to be afraid of.
If you enable Secure Boot you should also set a BIOS password for this very reason.
There’s nothing wrong with Secure Boot and enabling it can prevent a small subset of attack vectors with no real downsides. That being said, the things Secure Boot does protect against aren’t likely to be an issue for most users but it’s nothing to be afraid of.
This looks like exactly what I’ve been searching for. Will try it out when I’m home.
I connect my primary and backup servers on 10G directly via a crossover cable for transferring ZFS snapshots. No actual 10G switches or anything at the moment but if I add any more servers I need to back up I’ll probably get a small 10G switch to put in between.
Yup, seems mostly like a fear of the unknown.