• 2 Posts
  • 34 Comments
Joined 5 months ago
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Cake day: March 26th, 2024

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  • Please don’t assume anything, it’s not healthy.

    Explicitly stating assumptions is necessary for good communication. That’s why we do it in research. :)

    it depends on the license of that binary

    It doesn’t, actually. A binary alone, by definition, is not open source as the binary is the product of the source, much like a model is the product of training and refinement processes.

    You can’t just automatically consider something open source

    On this we agree :) which is why saying a model is open source or slapping a license on it doesn’t make it open source.

    the main point is that you can put closed source license on a model trained from open source data

    1. Actually the ability to legally produce closed source material depends heavily on how the data is licensed in that case
    2. This is not the main point, at all. This discussion is regarding models that are released under an open source license. My argument is that they cannot be truly open source on their own.

  • Quite aggressive there friend. No need for that.

    You have a point that intensive and costly training process plays a factor in the usefulness of a truly open source gigantic model. I’ll assume here that you’re referring to the likes of Llama3.1’s heavy variant or a similarly large LLM. Note that I wasn’t referring to gigantic LLMs specifically when referring to “models”. It is a very broad category.

    However, that doesn’t change the definition of open source.

    If I have an SDK to interact with a binary and “use it as [I] please” does that mean the binary is then open source because I can interact with it and integrate it into other systems and publish those if I wish? :)









  • Syncthing is my answer though I appreciate it doesn’t get to the root of your question.

    There are local backups that include your system settings, text messages, contacts, call history and (optionally) apps. The one thing I want is the ability to pick a directory for the local backup so I can make it work with syncthing without jumping through hoops.

    It’s also compatible with Nextcloud and WebDAV if those are options for you.



  • Chiming in to note that GNSS communications are actually receive only. A typical phone can’t physically broadcast a strong enough signal into mid-earth orbit (where most of those satellites typically are) to achieve the “pinging GPS satellites” issue.

    Note this only refers to how that signal physically hits your phone. Once your position is deduced and digitized there’s an entirely different attack surface.

    The other concerns (especially cell tower data tracking) are valid though.





  • My solution is to use Rathole. I rent a wildly cheap (2 core, 4GB memory) VPS and basically just run Traefik there. Then I use Rathole to make some services hosted on my desktop available to Traefik.

    I like this solution better than Wireguard for my application. It reduces attack surface to services you’ve explicitly set up, rather than a full data layer trunk between your machine and a potential malicious actor.