And second of all, pretty sure there's supposed to be a shortcut on the desktop with the no sandbox
And second of all, pretty sure there's supposed to be a shortcut on the desktop with the no sandbox flag added.
LThere is not
LWant me to literally live stream me installing it and show you I didn't change anything?
LOf course you can try it out yourself
LAlso it feels so slow
RAlmost like your using vnc or something
RIt's just as fast as any other os using proot
Lidk udroid seems faster even tho it is using vnc
CDISAGREED SMH
RAndroid apps not only don't count but aren't normal linux apps
RAnd arm32 got discontinued years ago on android, and the play store doesn't even support arm32 anymore.
Cim talking about linux ones
Clinux still supports 32
RLol no it doesnt
Cit does
RProof?
Cthe apps do
Ci can run vscode and webcord on 32
Cand some browsers
Cand wine
TMe using armcord
RGo to Ubuntu website and find the latest arm32 version
LIt does
Cdont need anything else
LUbuntu is not the only os
RDo debian then
RThe base os
RDo manjaro
RDo all of em
RI don't think debain even has a new version of 32 bit
CRBecause 32 bit is dead
LThere are bunch of cheap chinease sbc and they aren't running even @._coot old phone lavels of performance
RDocker 
RArm32 chips have not been made for decades
RYk that right?
RCoots phone had a 64 bit cpu
RAnd ran a 32 bit os because it didn't have enough ram to run 64 bit apps
RWhich leads to really bad performance
CDebian fully supports three ports to different flavours of little-endian ARM hardware:
The ARM EABI (armel) port targets a range of older 32-bit ARM devices, particularly those used in NAS hardware and a variety of *plug computers.
The newer ARM hard-float (armhf) port supports newer, more powerful 32-bit devices using version 7 of the ARM architecture specification.
The 64-bit ARM (arm64) port supports the latest 64-bit ARM-powered devices.
The ARM EABI (armel) port targets a range of older 32-bit ARM devices, particularly those used in NAS hardware and a variety of *plug computers.
The newer ARM hard-float (armhf) port supports newer, more powerful 32-bit devices using version 7 of the ARM architecture specification.
The 64-bit ARM (arm64) port supports the latest 64-bit ARM-powered devices.
LDoesn't pi zero run 32bit soc...?
C32 is useful for less demanding tasks
RIt uses an ancient cpu
RAlso only has half a gb of ram
RIt couldn't run a 64 bit os if the cpu supported it
Lfor the image https://www.debian.org/distrib/netinst
LPress on armel or armhf for 32bit..
RThe issue is, it ends up being MORE INTENSIVE because running 32 bit apps and os's on a 64 bit cpu means everything is emulated, which makes the experience slower and use more power.
RAll because you don't have enough ram
Cstill can handle the load
RIt's not faster
