'Tullock auction' is the proper term and it's actually not that uncommon if you think of a lottery as a kind of auction. I've also seen it played like a real auction at charity events. If you want to stretch the meaning…
My point is that it is impossible to know where the next code chunk is if it is properly encrypted. How does the page fault handler know which block to decrypt next without first decrypting the whole code module, where…
What does it do with the encrypted RAM? The only possibility I see is to take an sufficiently large block, decrypt it into the cache an run it there. But then again if you need to jump out of the block how does the CPU…
> encrypting a running kernel in RAM How is that supposed to work? Ok, the CPU can fetch an encrypted instruction, decrypt it and execute it, but when it needs to jump, how is it supposed to know where to jump? Also…
'Tullock auction' is the proper term and it's actually not that uncommon if you think of a lottery as a kind of auction. I've also seen it played like a real auction at charity events. If you want to stretch the meaning…
My point is that it is impossible to know where the next code chunk is if it is properly encrypted. How does the page fault handler know which block to decrypt next without first decrypting the whole code module, where…
What does it do with the encrypted RAM? The only possibility I see is to take an sufficiently large block, decrypt it into the cache an run it there. But then again if you need to jump out of the block how does the CPU…
What does it do with the encrypted RAM? The only possibility I see is to take an sufficiently large block, decrypt it into the cache an run it there. But then again if you need to jump out of the block how does the CPU…
> encrypting a running kernel in RAM How is that supposed to work? Ok, the CPU can fetch an encrypted instruction, decrypt it and execute it, but when it needs to jump, how is it supposed to know where to jump? Also…