1,978 karma · joined May 17, 2012
https://aws.amazon.com/outposts/servers/pricing/?nc=sn&loc=3
The Pro and Max models (14/16") support more.
A pilot and homebuilder (of aircraft) myself, it’s basically my dream.
That said, I tried an experiment - I read half the book, and read a summary of the second half. After all, it was getting repetitive. I remember the first half of the book, but not the second. (I should probably go back and read it at some point now.) That repetition, the stories and examples, really helped drive the points home, even if they felt excessive at the time.
However, I would be using it in every conference room I use, multiple times daily. It’s the difference between plugging in the cable vs. finding the right dongle that’s security-cabled to the presenter cable, and connecting it in the middle.
> To lock all doors, with the driver door closed, press and hold 7•8 and 9•0 at the same time. You do not need to enter the keypad code first.
https://www.ford.com/support/how-tos/keys-and-locks/securico...
Well yeah, that's pretty important. A 2m cable that supports 40gbps from a reputable vendor is $59 (https://www.amazon.com/dp/B084Z65YJQ/), and that's one of the better prices I've seen. There's a bunch of no-name ones for around $50, but I'm not sure I'd trust them.
* Patching/attack surface. I don't want to maintain a full Linux OS, and I expect (hope) that the network stack on something like an Arduino or ESP is both secure by obscurity (I know...) and by lack of functionality.
* Some things are much easier on a simpler chip as well, like bit-banging access to a NeoPixel, due to the lack of a multitasking OS.
* Bootup times on simpler chips are mostly imperceptible. They power up and begin running your code. (Arduino includes a short pause you can remove, or you can bypass the Arduino boot loader entirely and program the AVR directly.) Even the slimmest of Linux distros can't beat it.