woah holy shit a bio?

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Joined 1 year ago
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Cake day: June 30th, 2023

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  • That’s… Not great. I didn’t actually think about what all these wild AV systems could do, but that’s incredibly broad access.

    Maybe I’m just old, but it always strikes me as odd that you’d spend so much money on that much intrusive power that on a good day slows your machines down and on a bad day this happens.

    I get that Users are stupid. But maybe you shouldn’t let users install anything. And maybe your machines shouldn’t have access to things that can give them malware. Some times, you don’t need everything connected to a network.










  • Instead of just getting the down votes, I’ll explain why that wouldnt work.

    1. The AI itself cannot decompile it without the same tools I would use. The AI would then end up with the same starting spot I have.
    2. Current LLMs do not know how to interpret code logic, and would likely make mistakes in Syscalls, register addresses, and instructions.
    3. Assembly languages themselves have nothing further than instruction sets. I’m sure there are ways to organize it in the super rare case of actually writing assembly, but not to the effect of object oriented or functional programming.

    Lastly, other comments have pointed out decompiled code is extremely expensive to analyze. The output from whatever we decompile would easily exceed the input limits for all existing LLMs.


  • Variable names, class names, package structure, method names, etc. won’t normally be maintained in the disassembled code. They are meaningless to the CPU, and just a series of memory addresses. In cases where you have method names being mentioned, it’s likely a syscall, and it’s calling a method from an existing library. I’m not familiar with VB, but at least in .Net and .Net Framework, this would be something like the System.Collections.Generic providing the implementation for List<string> and when .Sort() is called, it makes the syscall to that compiled .dll.