better encrypt the drive and trash the key when you decommission.
Absolutely.
I’ve had to RMA defective HDDs, and was glad I didn’t have to think about what kind of data was still on the platters.
SSDs and HDDs don’t always completely fail either. I’ve had a case where the drive could still be read, albeit very slowly. Writes were not working. Kinda sucks if you wanted to empty the drive before handing it in for repair/replacement.
You mean like in your kitchen? Too much metal, you’ll damage your magnetron.
You could use thermite and melt it to a pulp. Dangerous as well, though.
Really, just encrypt. Your CPU has AES extensions, performance impact is negligible. Simple, clean, and a protection against involuntary decommission as well.
Nah, they just throw away the block markings, absolutely.
Overwriting a SSD is difficult as well, better encrypt the drive and trash the key when you decommission.
Trim does a pretty good job actually. Secure erase as well.
https://rossmanngroup.com/technical-reference/what-trim-does-and-why-it-destroys-data
Absolutely.
I’ve had to RMA defective HDDs, and was glad I didn’t have to think about what kind of data was still on the platters.
SSDs and HDDs don’t always completely fail either. I’ve had a case where the drive could still be read, albeit very slowly. Writes were not working. Kinda sucks if you wanted to empty the drive before handing it in for repair/replacement.
What about microwaving it?
You mean like in your kitchen? Too much metal, you’ll damage your magnetron.
You could use thermite and melt it to a pulp. Dangerous as well, though.
Really, just encrypt. Your CPU has AES extensions, performance impact is negligible. Simple, clean, and a protection against involuntary decommission as well.