• fartsparkles@lemmy.world
    link
    fedilink
    English
    arrow-up
    2
    arrow-down
    2
    ·
    2 days ago

    I’m not trying to be rude but none of these points are true. I imagine you’re confusing a single Linux distribution and their architecture with being representative of Linux as a whole. You can indeed spin an unprivileged, immutable distribution with SELinux for MAC, hardened kernel, and so much more, which would blow Android et al out of the water.

    • Possibly linux@lemmy.zip
      link
      fedilink
      English
      arrow-up
      3
      ·
      edit-2
      2 days ago

      Source?

      I’m basing this all on the Android documentation along with my experience on desktop Linux. I would love if there was a Linux system that was as solid as Android but I haven’t seen anything as of yet.

      • fartsparkles@lemmy.world
        link
        fedilink
        English
        arrow-up
        1
        arrow-down
        3
        ·
        edit-2
        18 hours ago

        Build it. Gentoo, Arch, and any other minimalist distro where there’s less userspace fluff out of the box can easily be configured to be incredibly hardened.

        Your looking for a desktop distribution that doesn’t really exist out of the box (perhaps Qubes). Android is a mobile OS for a reason and has a different architecture in userspace to accommodate for is threat model and use cases.

        Just because desktop distros don’t typically lock down userspace out of the box doesn’t mean it’s not possible.

        Edit: Here’s some examples:
        Plague Kernel
        Hardened Arch Linux
        SELinux for MAC
        Kernel lockdown
        Immutable distro BlendOS
        Bubblewrap sandboxing
        Firejail sandbox leveraging hardened malloc
        Hardened Alpine Linux

        I don’t think there’s a distro that goes as hard as mobile except maybe some based on flatpaks rather than package repos of libs and bins. But you can piece your own together based on your requirements and personal threat model.