Law is a human construct, it is essentially a consensus structure. You can hold up a piece of paper that says “I can do what I want” and maybe it’s even legitimate, but you still need to convince other people of that and our legal structure/precedent puts more emphasis on process than being efficient or fast.

In effect, the law has stopped trump from doing just about everything he wants to sans a few items. Every time he tries to do something he has to fight a bunch of people and that takes up some of his finite time and resources.

Just because he has friends in all the high places doesn’t mean everyone else will just jump into line and do exactly what he wants, the more people obstruct the less damage he can do.

I mean, he’s done a good enough job and I’d take him over literally anyone trump wants to appoint.

I’d argue he is. Politics and law aren’t deterministic, the rules are flexible and determined by how people interpret them. If it was actually a non issue he wouldn’t bother saying anything. He’s posturing and trying to make a case so that the admin is less likely to start that fight. Everyone has limited time and resources so making it seem like fucking with the Fed would take a lot of both lowers the odds they try.

I hate that it needs to be said but love that they said it so plainly

Installed it in k3s and then pulled up the Android app but all it does is say every single file is a duplicate and overload my notifications tray while not uploading anything

Yeah, that’s the issue ultimately. The ESP32 chips are nice and easy to use but still pale in comparison to getting things working on a pi for the average developer without embedded experience. These devs may not even know they exist to be completely honest.

I’m not intimately familiar with the BCM2711 but I believe it’s a reasonable, albeit somewhat overpowered, processor for the application. It can be put into a variety of low power states and probably pulled out of sleep by various events like the GSM chip sending packets or accelerometer motion (frequently the peripheral chips have dedicated “wakeup” pins that you can wire to interrupts). It’s not the most cost effective option by far, there are sub $5 microcontrollers with multiple cores for handling communications and real time motor control concurrently but you’d need to hire someone like me for a few months @$200/hr to write the low level drivers and design the boards. The rpi lets random web-only devs fumble their way through hardware development using whatever GitHub Python libraries they can find. If you only need a hundred scooters it makes more sense to just yolo it and buy up the remaining supply of rpis to start your grift.