A few days ago we brought you word that Google was looking to crack down on “sideloaded” Android applications. That is, software packages installed from outside of the mobile operating …
That may be true for you, but other people face different realities. When Google implements the sideloading block it will eventually be pushed to everyone who doesn’t use a custom ROM.
Yes, many at risk programs and housing programs and even Medicare and Medicaid provide phones and other devices to members and those device contracts with Google or via a cellular provider are for hundreds of thousands to millions of people depending on the state or federal program doing the purchasing. There isn’t a reality where those contracts will ever not be for first party devices. Even if we wanted to we couldn’t buy people one plus or other non-Google branded android devices and laptops in these programs because the companies selling them don’t meet various regulatory standards required by the programs.
These people are literally the most at risk and don’t get individual choice for their devices. The devices are being provided in the first place because too many modern systems require internet and phone access. Id.me, login.gov, MFA for your library app, your epic or Athena portals for healthcare, etc…
I wonder if it’s economically plausible to make a FPGA-based all-in-one system. In a “smartphone” box, maybe far weaker than most Android phones, but far less tall in expertise needed to do anything, for a low start to be possible without humongous investment and expected minimal parties. Something graphical Lisp-based as an OS. Perhaps with an interface to use it as a tablet when attached to a bigger box, or a laptop when attached to that box.
Focusing on having the necessary modules and input-output devices, with the FPGA itself being configured with something simple-enough RISC-V based with tagged memory, for example.
Like when you need a portable computer with cell connectivity and a battery, and want to have some choice, but are not too attached to specific platforms and popular places.
It seems that for militaries using FPGA is already an established practice, turns out to be more convenient and even cheaper. And with anything trying to fight big companies, it seems using FPGA will make more sense.
I mean, Sun Tzu wrote about “when you know your enemy and know yourself”, all that. Knowing myself I’m certain that trying to take on anyone bigger and smarter than me using things on their level of complexity is a failure from the start. Knowing them is beyond my ability in general, but we definitely know that those companies are led by very intelligent people who just won’t make the simpler kind of mistakes. And he also wrote a bit on the “death grounds”, where if you leave a path for retreat, that’s not a death ground. I think paths for retreat like alternative Android versions and such are all intentionally let be, so that you’d not resist too much.
Or, this is sort of a fewer dream, or bipolar psychosis to be more specific.
That may be true for you, but other people face different realities. When Google implements the sideloading block it will eventually be pushed to everyone who doesn’t use a custom ROM.
Yes, many at risk programs and housing programs and even Medicare and Medicaid provide phones and other devices to members and those device contracts with Google or via a cellular provider are for hundreds of thousands to millions of people depending on the state or federal program doing the purchasing. There isn’t a reality where those contracts will ever not be for first party devices. Even if we wanted to we couldn’t buy people one plus or other non-Google branded android devices and laptops in these programs because the companies selling them don’t meet various regulatory standards required by the programs.
These people are literally the most at risk and don’t get individual choice for their devices. The devices are being provided in the first place because too many modern systems require internet and phone access. Id.me, login.gov, MFA for your library app, your epic or Athena portals for healthcare, etc…
I wonder if it’s economically plausible to make a FPGA-based all-in-one system. In a “smartphone” box, maybe far weaker than most Android phones, but far less tall in expertise needed to do anything, for a low start to be possible without humongous investment and expected minimal parties. Something graphical Lisp-based as an OS. Perhaps with an interface to use it as a tablet when attached to a bigger box, or a laptop when attached to that box.
Focusing on having the necessary modules and input-output devices, with the FPGA itself being configured with something simple-enough RISC-V based with tagged memory, for example.
Like when you need a portable computer with cell connectivity and a battery, and want to have some choice, but are not too attached to specific platforms and popular places.
It seems that for militaries using FPGA is already an established practice, turns out to be more convenient and even cheaper. And with anything trying to fight big companies, it seems using FPGA will make more sense.
I mean, Sun Tzu wrote about “when you know your enemy and know yourself”, all that. Knowing myself I’m certain that trying to take on anyone bigger and smarter than me using things on their level of complexity is a failure from the start. Knowing them is beyond my ability in general, but we definitely know that those companies are led by very intelligent people who just won’t make the simpler kind of mistakes. And he also wrote a bit on the “death grounds”, where if you leave a path for retreat, that’s not a death ground. I think paths for retreat like alternative Android versions and such are all intentionally let be, so that you’d not resist too much.
Or, this is sort of a fewer dream, or bipolar psychosis to be more specific.
also not everyone is saavy enough to use obscure services too.
Not everyone cares enough to avoid Google. Some of us that want to do so are related to them.