I say we embrace the French culture and take up guillotines.
I also have my phone setup to gesture navigation. If I swipe up and click on app icon I see option to pin it.
Don’t worry they can press both. Spend money on security and make up for that by stealing from proles.
If you are on android you can use screen pinning. That way phone won’t get locked and bother the police but they can’t switch to any other app without your password.
But I don’t know how much I’ll trust an app by government. Maybe in Europe that app is Open source.
I had to rotate my phone more times than I do for inserting USB
Start talking about logic gates and flip flops and PLAs and FPGA, maybe even throw in few of the ASICs. If they don’t shut up even after that then bring in the big guns and start talking about doping and PN junctions and How BJTs are better than FETs
Of course it wasn’t the hijackers the real hero’s heroes were the CIA Agents who planted the bombs that actually took down the twin towers.😂😂😂😂😂😂
Tell me you dropped a nuke on them (farted in there face)
The only time I’ve used windows was in school computer labs where they taught us how to use paint in windows xp and few other dumb shit.
So I don’t know what I’m missing but looks like nothing important
Let’s burn him at the stake for supporting snap
\s
I started donating to signal and told the family that they have to use it now otherwise it would be waste of money. And everyone switched immediately.
I’ve watched few of his videos and they seem OK, but I would never trust a phone like that. I would suggest buy a pixel and flash Graphene OS yourself. It is best for security and privacy.
And as far as Ubuntu touch or any other Linux phone for that. They are currently so bad at security that I wouldn’t daily drive them. If you want to play with them or contribute to them then that’s OK but don’t daily drive them.
What’s confusing, when x86 initializes it preloads specific address in IP motherboard manufacturer has BIOS there that sets up first 512 bytes. and IP jumps to the new address then it sets up rest of /boot and switches your CPU to real mode up until that point it was in 8bit mode now it is in 16 bit. then jumps to that, now it switches to protected mode I.e. 32bit and loads kernel and initramfs (to solve chicken and egg problem) and then your os boots.
Throw in cryptsetup and shim and switching to 64 bit somewhere there.