This will become increasingly important as Google has boiled the frog too fast while trying to force its new store policies + banning sideloading; however, all of the pieces are now in place for them to try again in a year or 2, which history shows us they will. It’s certainly time to start toying with Linux phones if you haven’t already. This year I picked up an Xperia 10 to flash Sailfish OS on—which has rough edges (many of the hardware issues should be fixed in the next release), but Android App support bridges some of the gaps in application support.
I just bought a second Fairphone 4 just to play a bit with pmOS. I'm really surprised by the state it is. It's not fully usable as a daily driver yet, but with some work it can get there. Waydroid works also pretty good. Of course, the major problem are banking apps and similar. I hope that some progress can be done in this direction. And, who needs working audio, if you can have python and git in your phone!? :P
I had an Xperia for awhile. I liked it while it was new, but after a year the back started peeling off.
Pretty lousy for a phone that was supposed to be waterproof. At that point I realized that the Japanese change out their phones every 6-12 months, thus Sony didn't realize that the market demands much longer reliability in a smartphone.
I think this stuff is super important, simply because there is a ton of stuff we can't do using our phones today.
Think mesh networking, resilient ad-hoc application clustering, non-Internet P2P, like Freifunk but everywhere. We shouldn't have to depend on Google or any of the big tech companies for anything except the hardware.
That would offer much more freedom. There are also contexts where this kind of thing could also enable life-saving applications. And unlike todays Internet where a database query in Cloudflare or a DNS bug in es-east-1 can disrupt half the services we use, this kind of technology really could withstand major attacks on infrastructure hubs, like the Internet was originally designed to do.
Twenty years ago, if you told me that by today we'd have smart phones with eight or more cores, each outperforming an average desktop computer of the time, with capacitive OLED touch screens, on a cellular network with hundreds of megabits of bandwidth, I'd find it believable, because that's where technology was headed at the time.
If you said that they'd effectively all be running either a port of OS X or a Linux distribution with a non-GNU but open source userspace, I'd consider that a somewhat unexpected success of open-source software. I would not at all expect that it would be as locked down as video game console.
The more time passes, the less I use my phone for, and the more likely I am to whip out my laptop to accomplish something, like it's 2005.
>Think mesh networking, resilient ad-hoc application clustering, non-Internet P2P, like Freifunk but everywhere.
(if dumbed down) What's are the gaps in features and functionality between what you're describing and what might be achievable today (given enough software glue) with an SDR transceiver and something like Reticulum [1] on an Android?
I installed PmOS on my old Xiaomi redmi note 9 with KDE Plasma Desktop. It works remarkably well, with the exception of sound. I am using it as a full Linux PC when I am on the go with my large power bank and a full sized folding keyboard/track pad.
For my use case it's beyond great, albeit the small screen and the aarch architecture I can develop small projects as if I was on my PC.
My current phone OP13r doesn't is supported yet by PmOS, when someone does it Im gonna try to install it on one of the slots.
Lineageos maintains a list and you can filter for devices with official bootloader unlock https://wiki.lineageos.org/devices/. Buy only these devices to signal to these companies that this matters.
Noteably OnePlus 13 and Pixel 9a, both 2025 phones, can be unlocked.
It's a shame phones didn't get anything similar to BIOS back in a day.
Imagine if every laptop manufacturer had not a couple of incompatible sensors, but a whole unique boot system only allowing you to boot a crippled version of Windows ME.
If anyone wants a table for the testing devices (which are arguably still quite stable!), here's a table I put together by scraping the site a few months ago:
google/android/apple/microsft are fighting for there lives, as there is no reason for there continued existance
all the important types of comunications can be hard coded into chips and operate free of any external OS, everything else is two way media, 95% of which can be handled on local networks
what big tech is trying to build is something alien to human needs, false promises and enticements, faked up ideals bases on faked up images and outright lies served by monsterous AI data farms that look more and more like the set of "the matrix"
the issue with that, is that it is essentialy empty and boring, demanding that the viewer suspends ANY judgement or discernment and further defend this completly impossible and artificial media creation as real.
litteral zombies.
In a competitive market, companies are fighting for their lives. The companies you listed are fighting to put up barriers to competition and are succeeding to a great measure.
toastal|3 months ago
24t|3 months ago
It's called installing. Language matters and I see no reason to concede this point in Google's favour.
tapia|3 months ago
palata|3 months ago
gwbas1c|3 months ago
I had an Xperia for awhile. I liked it while it was new, but after a year the back started peeling off.
Pretty lousy for a phone that was supposed to be waterproof. At that point I realized that the Japanese change out their phones every 6-12 months, thus Sony didn't realize that the market demands much longer reliability in a smartphone.
surcap526|3 months ago
[deleted]
ianso|3 months ago
Think mesh networking, resilient ad-hoc application clustering, non-Internet P2P, like Freifunk but everywhere. We shouldn't have to depend on Google or any of the big tech companies for anything except the hardware.
That would offer much more freedom. There are also contexts where this kind of thing could also enable life-saving applications. And unlike todays Internet where a database query in Cloudflare or a DNS bug in es-east-1 can disrupt half the services we use, this kind of technology really could withstand major attacks on infrastructure hubs, like the Internet was originally designed to do.
dlcarrier|3 months ago
If you said that they'd effectively all be running either a port of OS X or a Linux distribution with a non-GNU but open source userspace, I'd consider that a somewhat unexpected success of open-source software. I would not at all expect that it would be as locked down as video game console.
The more time passes, the less I use my phone for, and the more likely I am to whip out my laptop to accomplish something, like it's 2005.
ysnp|3 months ago
(if dumbed down) What's are the gaps in features and functionality between what you're describing and what might be achievable today (given enough software glue) with an SDR transceiver and something like Reticulum [1] on an Android?
jimangel2001|3 months ago
For my use case it's beyond great, albeit the small screen and the aarch architecture I can develop small projects as if I was on my PC.
My current phone OP13r doesn't is supported yet by PmOS, when someone does it Im gonna try to install it on one of the slots.
dotancohen|3 months ago
hexagonwin|3 months ago
Scene_Cast2|3 months ago
greentea23|3 months ago
Noteably OnePlus 13 and Pixel 9a, both 2025 phones, can be unlocked.
jojobas|3 months ago
Imagine if every laptop manufacturer had not a couple of incompatible sensors, but a whole unique boot system only allowing you to boot a crippled version of Windows ME.
mjg59|3 months ago
nobody42|3 months ago
tetris11|3 months ago
https://pastebin.com/Wq4fWyvj
If anyone wants the code for scraping and reformatting, let me know.
erelong|3 months ago
metalman|3 months ago
intrasight|3 months ago
wiseowise|3 months ago
Joshua-Peter|3 months ago
[deleted]