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Cake day: March 10th, 2026

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  • Also good to note: RiscV is not open hardware, it is an open architecture.

    The CPU’s/MCUs made with RiscV are still 99% proprietary and they can put just aa many backdoors into the devices as they want with little no no oversight, arguably less because you have orders of magnitude less external bug and penatration testers.

    Definitely in support of RISC-V because like AV1, open standards are the first big step, but it is good to note that “security” may or may not be better as well as the company behind it.



  • Every discussion I have seen on the subject says that docker ipv6 is pretty busted from a security perspective and you have to implement a bunch of workarounds.

    I don’t have to time both to migrate to podman (and maybe have to run dual stacks for what isn’t available) AND migrate to ipv6. But apparently the way podman does it is also kind of a hacky way (I am far from a networking expert) so I will sit with my pretty decent, secure, and working ipv4 lol



  • Yes, but also on the hardware level.

    I don’t know enough about OS programming to know if it is the architecture or the (closed source, as mentioned) CPU design itself that is more difficult to implement.

    Looking at the MCU space, even with a known architecture (like ARM), each processor has to be individually implemented in software and firmware which is a ton of work, and the only people who necessarily know how are the processor designers unless it is open source. But take that with a big block of salt, because I have never done it, just looking at industry practices.










  • Spinning up and down hard drives repeatedly drastically reduces their lifespan though. Once a day or so, fine, but if you set a 30 minute idle time or something and it spins them down a dozen times per day, you are putting acceleration forces on the drive many more times than intended.

    If you have to buy a new HDD twice as often because you spin it down, any financial or environmental savings is instantly negated and in the end it is much, much worse in both respects.


  • My girlfriend has an A52 and her dad had an A23 (or whatever 3rd gen low-tier but not the cheapest).

    Both of them regularly, from day 1 have lost cellular signal or 4G/5G signal, and my girlfriend even had to get a new sum card because the A52 simply refused to use it and she was “stuck” in the middle of nowhere with no GPS and no map and no cellular to call someone because of her Samsung phone.

    They both barely worked as a phone for a long time. My xperia 5ii had a problem of losing 4G every once in a while until I turned airplane mode on and off again.

    My point is that most phones, regardless of manufacturer, have shit signal or intermittent cellular problems, that vary from device to device. n=1 anecdotes are a pretty bad metric of saying whether a phone is good or not. Manufacturers should be required to publish standardized volume testing.

    Not to mention that all new Samsung’s come with forced Israeli spyware that you can’t uninstall.