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Joined 5 years ago
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Cake day: October 3rd, 2021

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  • Be careful posting articles like this. I’m quoting some parts of it before anyone jumps to conclusion without reading it.

    What does the policy say?

    The policy summarizes itself this way:

    It’s fine to use LLMs to answer questions, analyze, distill, refine, check, suggest, review. But not to create.

    Pre-arranged, non-critical, high-quality, well-tested, and well-reviewed code changes that are originally created by an LLM are allowed, with disclosure.

    Moderation rules

    You must disclose LLM-generated content. You can choose to not post LLM content, or you can choose to post it and disclose its origin. You may not hide LLM involvement.













  • Believe me, OP, SBCs are much more expensive than secondhand laptops and the performance is crap. If form factor is in consideration, consider a mini PC in the shape of NUC, or just get a Mac Mini M4 (install Asahi). If you want something flat, you can buy a secondhand Macbook with the screen removed.

    Always, always choose amd64 or Apple Silicon.






  • I’m that goof who built a desktop-shaped computer with the Milk-V Jupiter RISC-V (RV64GCVB) board last year. The performance was awful compared to recent amd64 setup. The amount of RAM wasn’t an issue, but the CPU was way to slow to even run a graphical interface (read XFCE), or compile some simple program in Rust. It’s equivalent to those arm926ej-s SBCs ten to fifteen years ago capable of running Linux 2.6, and only suitable for writing code in text.

    I’d say give it two more decades, at current pace.


  • That’s fair, but come to think of it, the architecture of the CPU doesn’t really say anything about privacy. Someone can build an RISC-V chip but sneak in telemetry, or you can build yourself a x86_64 CPU and be 100% no telemetry. It’s about the manufacturer, not the architecture.

    I don’t think you can ever be 100% sure that the CPU you’re running on is telemetry-free unless you have those kick-ass X-ray machines and examine it yourself. Building your trust on top of something else you deem trustworthy though, is practical. Billions of people are running Intel/AMD off-the-shelf CPUs, and there are perhaps millions specialists in them, what is the chance that a backdoor remains hidden?

    The same goes for software. How do you know Linux kernel, OpenSSL, Wayland is trustworthy? Because many people use them, and it’s unlikely a backdoor is there. Think about the sheer amount of software the CPU runs. Don’t you think we shall have a greater concern there?

    Hopefully this calms your paranoia about hardware a bit.