I work as an EMT (911) and resourcing is certainly a problem. In my small city, our response time is around 5 minutes, and if we need to upgrade to get paramedics, that’s maybe another 5-10.
However, if we are out on a call, out of service, or the neighboring city is on a call, now the next closest unit is 15+ minutes away.. sometimes there can just be bad luck in that nearby units are already out on multiple calls that came in around the same time, making the next closest response much further.
for a heart attack or unstable angina, the most an EMT will do (for our protocols) is recognize the likely heart attack, call for paramedics to perform an EKG to confirm the MI, administer 4 baby aspirin to be chewed and/or nitro (rx only), and monitor closely in case it becomes a cardiac arrest. If medics are far away we will probably head immediately to a hospital with a catheterization lab, or rendezvous with medics for them to takeover transport.
The few goals though:
- recognition (it could also be something equally bad/worse like an aortic aneurysm).
- aspirin to break any clots, assist administering nitro if prescribed.
- getting to a cath lab.
For the goals -- and this may differ between EMT / paramedic & protocols -- but I would really wish that there was a blood draw done in the field. Before they bring you to the cath lab with a suspected MI, the ER is likely going to draw blood to get troponin levels at a 2-hour interval. You could save some time & heart muscle by getting a blood sample (containing initial levels) in the field.
https://www.reuters.com/business/energy/texas-tops-us-states...
ERCOT has also had a number of spectacular -- and costly -- failures.
[0] https://en.wikipedia.org/wiki/Electric_Reliability_Council_o...
I'm curious -- would iPhone 14 and up be illegal under Indian law as well, given they have the ability to sent SMS to satellites?
It chafes me that recruiters feel like it's OK to deploy AI to screen candidates, but feel that it's not OK for candidates to try to game the AI. (Full disclosure: have been job hunting for ~2 years, so somewhat jaded on the AI / ATS world).
It does not have logic to deal with unforeseen situations (with some exceptions of handling collision avoidance advisories). Automating ATC, clearance, etc, is also not currently realistic (let alone "the easiest part") because ATC doesn't know what an airliner's constraints may be in terms of fuel capacity, company procedures for the aircraft, etc, so it can't just remotely instruct it to say "fly this route / hold for this long / etc".
Heck, even the current autolands need the pilot to control the aircraft when the speed drops low enough that the rudder is no longer effective because the nose gear is usually not autopilot-controllable (which is a TIL for me). So that means the aircraft can't vacate the runway, let alone taxi to the gate.
I think airliners and modern autopilot and flight computers are amazing systems but they are just not "autonomous" by any stretch.
Edit: oh, sorry, maybe you were only asking about the Garmin Autoland not being autonomous, not airliner autoland. Most of this still applies, though.
Planes can land themselves with zero human intervention in all kinds of weather conditions and operating environments. In fact, there was a documentary where the plane landed so precisely that you could hear the tires hitting the center lane marker as it landed and then taxied.
Yet we STILL have pilots as a "last line of defense" in case something goes wrong.
I'm not fully up to speed on the Autonomi / Garmin Autoland implementation found today on Cirrus and other aircraft -- but it's not for "everyday" use for landings.
[0] https://pilotinstitute.com/can-an-airplane-land-itself/
[1] https://askthepilot.com/questionanswers/automation-myths/
[0] https://avherald.com/h?article=52f5748f&opt=0