2) Disconnect from the network. This, of course, won't stop local attacks on the AMT or ME.
This is why I've been complaining about the ME forever. Forcing a privileged black-box that can't be disabled in to every CPU is... not suspicious all.
Even worse are some implementations. I have a Supermicro all-in-one MB that I used in building a home storage server. It has two gig-ethernet ports. About two months ago, I was rearranging around the machine, and when I plugged it back in, apparently I switched the ethernet port plugged in to the switch to the "primary" interface.
And one of the monitors goes off a few minutes later - there's a new network device on my private network. Turns out a web interface to the ME comes up automatically when using the primary NIC - it got a DHCP lease and was happily waiting to be managed - with the default creds ADMIN/ADMIN.
I thought that we had that one figured out, but apparently not. Yes, I should have read the manual for the motherboard, but that's beyond absurd. And, I guess, a good reminder to trust nothing.
IBMs POWER processors are comparable to high-end Xeons and the specifications are entirely open.
I'd love to see a new "Talos" effort in light of recent events: https://www.crowdsupply.com/raptor-computing-systems/talos-s...
[Remove Intel ME](https://github.com/corna/me_cleaner) to the largest extent possible. I don't know of equivalent tools for AMD, though, which also has similar systems in place.
If it's processing power you need, I guess the ASUS KGPE-D16 with Libreboot would to the trick. As a laptop - X200, X200T, T400, T400s, T500, etc. You can find a list of vendors here: https://libreboot.org/suppliers.html
How can the consumer stop someone from exploiting this hack?