I'm pretty sure that this iPhone feature has and will save lives, and it may also risk them due to resource mismanagement.
I'm pretty sure that this iPhone feature has and will save lives, and it may also risk them due to resource mismanagement.
I think this may be another job for Bayes. Apple's algorithm may be very accurate at detecting car crashes when there are car crashes, but most of the time there are not car crashes. As a result it may actually be super inaccurate at the 'population' level. So while it may have the reach, the incidence of false positives and the infrastructure misallocation may yield worse outcomes than not having the system in the first place.
Definitely. I think it is difficult to assess the scale of the issue here without any raw numbers. In terms of resource allocation, this quote in the article seems to suggest that they weren't so stretched thin that they had any issues.
>Our employees really stepped up, as first responders always do really step up in the line of duty and they did. And we didn’t have any situation where we couldn’t help someone because of the amount of calls.
A good individual idea not always turns out to be great when taken at a population level
"Apple will have to make the calculation actual lives saved vs. useless dispatches"
The personal phone is the best place to fit this feature because it already has cellular communications and can work in any mode of transportation.
https://en.wikipedia.org/wiki/ECall
And many modern cars have it as well in the USA. My BMW has it.
Make a USB cigarette lighter charger which also has crash sensors that the phone can use.
(and/or put them in dashcams)
(or aftermarket stereo/infotainment systems)