Randomized keypads are for touchscreens, although like you said sort of not common for desktop workstations.
Just comparing a password to biometrics though on say a laptop or desktop, there is the major drawnback that you can be forced either knowingly or unknowingly to put in a biometric to unlock a device. It would be easier to circumvent then a standard password (at my company and the clients we work with, 16 characters is standard) with an encrypted hard drive.
This is all deduction ive made from other things I know to be true though, if you happen to know of a resource that explains both methods of securing g a workstation and the risks associated, I’d love to read it.
I also do agree overall that password less makes the most sense now, as people are never going to get better at making secure passwords and remembering them.
Randomized keypads are for touchscreens, although like you said sort of not common for desktop workstations.
Just comparing a password to biometrics though on say a laptop or desktop, there is the major drawnback that you can be forced either knowingly or unknowingly to put in a biometric to unlock a device. It would be easier to circumvent then a standard password (at my company and the clients we work with, 16 characters is standard) with an encrypted hard drive.
This is all deduction ive made from other things I know to be true though, if you happen to know of a resource that explains both methods of securing g a workstation and the risks associated, I’d love to read it.
I also do agree overall that password less makes the most sense now, as people are never going to get better at making secure passwords and remembering them.
We use 16 characters as well, but a huge problem with pretty much any method is that a wrench can defeat them all.