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Joined 2 years ago
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Cake day: July 14th, 2023

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  • You’ve got concepts confused.

    Having the judge make the inquisition has nothing to do with adversarial.

    The judges in the UK and US are independent of the inquisition etc. The prosecution is responsible for obtaining evidence on behalf of the state. The defense defend their client with their evidence.

    In Europe, I know a little more about France and Austria, the judges are trained to be inquisitorial and direct the inquisition for evidence. I should shut up at this point and let someone who actually knows what they are talking about continue for me.

    As for adversarial, still waiting for the day that criminals, for the most part, exclaim like the very old British movies and Scooby Doo cartoons that “It’s a fair cop, guv!” and then explain why and how they did it.











  • Email isn’t private. It was designed to be robust not private. Encryption never really caught on; and your counterparties using Gmail or some Microsoft server in the background will kill any expectation of privacy you might have.

    WW II’s Gordon Welchman is worth reading about. Similar nasty end as Turing. Not as well known as Turing but a similar contribution before the encryption was actually solved.

    Have used Zoho for decades. Dozen domains, three/four actual accounts. Don’t seem to have had any issues with them selling my info - use them with Addy.io. I don’t gain anything from this reference/comment.





  • that’s unrelated - AES-256 for example can be executed just fine on either a 32- or 64-bit machine. in theory there’s nothing stopping you from running it on an 8-bit or 16-bit CPU (although other considerations related to the size of AES’s lookup tables make this unlikely). from some random googling, here is an implementation of Chacha20, another 256-bit encryption algorithm, for 8-bit microcontrollers.

    I started out programming a 6502a in 1980, 680X0 a little later in 87, so I get that bit, but it’s easier doing operations on a larger register. I remember writing code for 8 bit multiplication of 32 bit floating points.

    I enjoyed and understood the rest of your prose though. Didn’t do much/any programming/low level after say 2005, and regret it now. Trying to re-learn but things have moved on so much.

    I take that there isn’t much motivation in moving to 128 because it’s big enough; it’s only 8 cycles (?) to fill a 512 (that can’t be right?).