Saying an ISA is just a hardware API vastly oversimplifies what an architecture is. There is way more to it than just the instruction set, because you can’t have an instruction set without also defining the numbers and types of registers, the mapping of memory and how the CPU interacts with it, the input/output model for the system, and a bunch of other features like virtual memory, addressing modes etc. Just to give an idea, the ARM reference is 850 pages long.
I have a chronic condition that requires expensive medication. Every. Single. Year. I have to fight insurance to renew the prescription. I went without for months the first time and ended up needing a far more expensive surgery to fix the damage it caused. I was already pretty left-leaning before my diagnosis, but now I don’t believe there is any justification for private anything in healthcare. It’s a completely morally bankrupt business to be making money off of people’s unavoidable suffering.
Having worked at a Target like this, I can assure you there is still a lack of inventory on top of these stores being extremely short staffed. Target in particular completely eliminated their storeroom staff a few years ago and just doubled the work load of the floor staff. Both the floor and the storeroom were absolute nightmares to navigate because there were not enough people to actually organize and stock.
It opens the run dialog, which I’m sure the vast majority of Windows users have never heard of. This would trick a lot of people who just trust whatever their computer asks them to do.
It’s hard to run any Unity/Unreal game in 4k on my 1070
Both of these engines are capable of making very optimized games, it’s just that most of the developers using them either don’t have the expertise or don’t care to put in the effort.
Which, again, is an incredibly unlikely attack vector unless you have some government secrets on your computer. And chances are that any attack through the IME or PSP is trying to do an implant into the UEFI/BIOS and not the processor itself.
CPU firmware exploits are incredibly rare, if there even are any that exist beyond proof-of-concept. The chances of getting an infected CPU from this is so unlikely it’s practically impossible.
If I understand it correctly, the chip has the vulnerability, but the malware would be installed on the motherboard in the form of a bootkit. So getting a used CPU is not a threat, but getting a used motherboard is (and kind of always has been) a risk.
The actual acid (acetic in vinegar, citric in citrus and tomatoes) actually boils off with the water. So a long simmer actually removes the acid and changes the pH of the dish.