Hacking Speculations about Switch 2 hacking

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The Switch 2 has a dual core lockstep (DCLS) precisely to avoid voltage exploits.
It wasn’t this specific exploit I was talking about, just a fresh example of “unhackable, my ass.” There are plenty of others. Most people who start building ultra high-security setups make mistakes exactly in the places they stop paying attention. I personally know someone who installed a multi-layered security system at home. alarm system, fingerprint access, the whole package... and then left a ladder next to the house and an unsecured window.

Comparable? No. Directly transferable? Absolutely not. An isolated case? Definitely not.

BTW: microsoft claimed to be secure against voltage glitching as well, just sayin...
 
It wasn’t this specific exploit I was talking about, just a fresh example of “unhackable, my ass.” There are plenty of others. Most people who start building ultra high-security setups make mistakes exactly in the places they stop paying attention. I personally know someone who installed a multi-layered security system at home. alarm system, fingerprint access, the whole package... and then left a ladder next to the house and an unsecured window.

Comparable? No. Directly transferable? Absolutely not. An isolated case? Definitely not.

BTW: microsoft claimed to be secure against voltage glitching as well, just sayin...

Did they claim that at the launch of the One? Or later, because, as per the original source, the hack only wqorks for the original model. Not S and X, and I presume Series S/X will be the same.
 
The voltage would have to be the same at the same time. It would be practically imposible.
Gosh.
Just for my understanding : really impossible, or "simply" extremely hard due to synchronization between the 2 cores ?
I don't even know if the bootrom sequence story from the Xbox One does indeed apply to the Switch 2 anyway ?
 
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The voltage would have to be the same at the same time. It would be practically imposible.
Not necessarily. There was a talk at a security conference last year (don't remember if it was OffensiveCon, BlackHat or DEFCON) which focused on glitching microcontrollers using lockstep. The consensus was, that while lockstep does make glitching more difficult, it's definitely not impossible. You could, for example, glitch the compare operation that's happening after any step to make the CPU "believe" the two cores are still in sync, when they actually aren't. But well, wwe'll have to see what this actually means for the Switch 2.
 

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