Only if you want the slap to include a free trip to the hospital.
I've worked direct with "collaborative arms" before. They are supposed to be safe for humans to be around. The dents I put in the side of the casing of the arm somewhat said otherwise.
Perhaps ironically, Utah, a state with a strong republican legislature and governor, has legalized its use with unanimous approval. Vermont too, other state have bills pending.
tl;dr - the fire destroyed over 1,000 homes, two deaths. The local electrical utility, Xcel, was found as a contributing cause from sparking power lines during a strong wind storm. As a result, electrical utilities now cut power to affected areas during strong winds.
Absolutely killer would be integrating with https://www.liveatc.net/ or other live ATC stream. Drop down to choose ground, tower, approach/departure, center, etc.
A better question is which (if any) ARM competitors can achieve comparable performance to M-series? I do understand Apple has tuned the entire platform from cpu/gpu, cache, unified memory, and software to achieve what they offer.
I think the challenge is going to be software, software tuning, and (until everyone builds for both ARM and x64) - translation/emulation. I’ll admit that I haven’t had much experience on the Windows side but I made the leap pretty quickly from the early 2015 MBP to an M1 MBA (like maybe a month after the M1 Macs came out) and it very much was seamless, whereas it still sounds like on the Windows on ARM side it’s been languishing even to this day.
MX Linux for the win. Debian based, but defaults to 'init'. Booting with systemd is an option. Just enough systemd-* running to make things easy and seamless.
$ ps agxf|grep 'systemd'
607 ? S 0:00 /lib/systemd/systemd-udevd
2201 ? S 0:00 /sbin/cgmanager --daemon -m name=systemd
2726 ? S 0:00 /lib/systemd/systemd-logind