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      Wisconsin Governor Hacks the Veto Process

      news.movim.eu / Schneier · Saturday, 8 July, 2023 - 00:18 · 2 minutes

    In my latest book, A Hacker’s Mind , I wrote about hacks as loophole exploiting. This is a great example: The Wisconsin governor used his line-item veto powers—supposedly unique in their specificity—to change a one-year funding increase into a 400-year funding increase.

    He took this wording:

    Section 402. 121.905 (3) (c) 9. of the statues is created to read: 121.903 (3) (c) 9. For the limit for the 2023-24 school year and the 2024-25 school year, add $325 to the result under par. (b).

    And he deleted these words, numbers, and punctuation marks:

    Section 402. 121.905 (3) (c) 9. of the statues is created to read: 121.903 (3) (c) 9. For the limit for the 2023 -24 school year and the 20 24 25 school year , add $325 to the result under par. (b).

    Seems to be legal:

    Rick Champagne, director and general counsel of the nonpartisan Legislative Reference Bureau, said Evers’ 400-year veto is lawful in terms of its form because the governor vetoed words and digits.

    “Both are allowable under the constitution and court decisions on partial veto. The hyphen seems to be new, but the courts have allowed partial veto of punctuation,” Champagne said.

    Definitely a hack. This is not what anyone thinks about when they imagine using a line-item veto.

    And it’s not the first time. I don’t know the details, but this was certainly the same sort of character-by-character editing:

    Mr Evers’ Republican predecessor once deploying it to extend a state programme’s deadline by one thousand years.

    A couple of other things:

    One, this isn’t really a 400-year change. Yes, that’s what the law says. But it can be repealed. And who knows that a dollar will be worth—or if they will even be used—that many decades from now.

    And two, from now all Wisconsin lawmakers will have to be on the alert for this sort of thing. All contentious bills will be examined for the possibility of this sort of delete-only rewriting. This sentence could have been reworded, for example:

    For the 2023-2025 school years, add $325 to the result under par. (b).

    The problem is, of course, that legalese developed over the centuries to be extra wordy in order to limit disputes. If lawmakers need to state things in the minimal viable language, that will increase court battles later. And that’s not even enough. Bills can be thousands of words long. If any arbitrary characters can be glued together by deleting enough other characters, bills can say anything the governor wants.

    The real solution is to return the line-item veto to what we all think it is: the ability to remove individual whole provisions from a law before signing it.

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      On the Randomness of Automatic Card Shufflers

      news.movim.eu / Schneier · Monday, 24 October, 2022 - 03:41 · 1 minute

    Many years ago, Matt Blaze and I talked about getting our hands on a casino-grade automatic shuffler and looking for vulnerabilities. We never did it—I remember that we didn’t even try very hard—but this article shows that we probably would have found non-random properties:

    …the executives had recently discovered that one of their machines had been hacked by a gang of hustlers. The gang used a hidden video camera to record the workings of the card shuffler through a glass window. The images, transmitted to an accomplice outside in the casino parking lot, were played back in slow motion to figure out the sequence of cards in the deck, which was then communicated back to the gamblers inside. The casino lost millions of dollars before the gang were finally caught.

    Stanford mathematician Persi Diaconis found other flaws:

    With his collaborator Susan Holmes, a statistician at Stanford, Diaconis travelled to the company’s Las Vegas showroom to examine a prototype of their new machine. The pair soon discovered a flaw. Although the mechanical shuffling action appeared random, the mathematicians noticed that the resulting deck still had rising and falling sequences, which meant that they could make predictions about the card order.

    New Scientist article behind a paywall. Slashdot thread .