You know what ol' Jack Burton says at a time like this?
You know what ol' Jack Burton says at a time like this?
You know what ol' Jack Burton says at a time like this?
In New Mexico, what do they call the Hyundai Santa Fe?
Who'd win in a fight: Worf, or Luke Skywalker?
What would happen if I accidentally leave a block of Munster out on the counter all night? (Specifically Munster, I'm not asking about any other kind of cheese.)
Other than waffles, what food can be described as "waffulous"?
Do Pokemon have nipples?
Why do light bulbs get screwed in?
Mind if I have a go?
Just did my first in place upgrade. It was super easy.
How do I make sure I don't accidentally forage any poisoned mushrooms?
Have you ever smoked the pot?
What do you think werewolf meat tastes like?
What should I look for in a massage therapist?
How will I know if my child is the next messiah?
What's the least useful thing to do with a Raspberry Pi?
What was I supposed to remember today?
Can I use bondo to fix damage to my TV?
Who should star in the live-action Skibidi Toilet movie?
My Advil expired in 2022. Should I take, like, 7 or 8 them, to make sure they work?
Will we shun the folks who join daggermoon's new cult?
So, folks who responded are conflating BIOS with UEFI. It's a common mistake - but they are very different things that serve the same purpose.
BIOS is older technology. It usually wasn't risky unless the board was somehow faulty, but there was always some risk because you were directly reflashing the CMOS.
UEFI is the current technology. If your board is less than 10 years old, you almost definitely have UEFI and not BIOS. It's stored in NOR flash memory on the motherboard.
UEFI's nature and design make it much simpler and safer to update. UEFI can be updated automatically within Linux; BIOS requires the board manufacturer's utility to reprogram the CMOS.
I'm simplifying some of this. But this should help explain the conflicting responses of what gets updated under Linux.