And imagine... 5% of the reporting was accurate.Such a rollercoaster of headlines for this Apple Car over the years.
Yes, no, yes, delayed, no, definitely no, maybe, confirmed yes...
Just hope it happens, one day![]()
And imagine... 5% of the reporting was accurate.Such a rollercoaster of headlines for this Apple Car over the years.
Yes, no, yes, delayed, no, definitely no, maybe, confirmed yes...
Just hope it happens, one day![]()
Too late to merge with Tesla. Apple could have bought Tesla for $60 billion a couple years ago. Now Tesla costs $1 trillion.At this point, might as well merge with Tesla. This is getting ridiculous.
Flying car!So, all three of those guys left for companies that have something to do with "aviation". Yeah, I can see what their job descriptions are, and I know what I am about to say is silly but my innovation-loving heart wishes that this is some kind of indication that Apple Car is not exactly another four-wheeled auto intended for drive on bituminous roads only.
True, but if some of these 1000+ engineers think that the project is stuck, and it is question of time before Tim decides to shut it down and lay off the vast majority of people working on it, then there is reasonable to look for other opportunities when there are still a lot of open positions in other engineering/tech companies. I dont know what Apple is cooking, but we have been hearing rumors about this project for 5 years and there is nothing tangible that could suggest that Apple is anywhere near putting into production an Apple Car or whatever this project is. At the same time, Tesla, Lucid, Rivian and the old school OEMs dont stay still. A car is not a smartwatch. You cant hide it from the world for much time, and by the time you reveal it publicly, you will still need a few years to build a factory, ramp production at larger scale, etc. Apple traditional secrecy for new project may work for a phone, a table, or a computer, but it does not work for a project of this magnitude. They will either reveal something very very soon, or shut it down entirely IMO.I think Mark Gurman is working for the short sellers lately. Just a vibe I am getting. Lots of negative reporting and I’m skeptical when people use ”anonymous sources.” Nikkei had to correct his reporting that iPhone was facing dwindling demand ahead of the holidays. As for these people being extremely key engineers, what is the source for that? I will believe it when I see an official org chart for the project from Apple. On a team of hundreds (previously as high as 1,000) engineers, there could literally be hundreds of “managers” with a couple of people underneath them.
Jumping from smartphones, watches, tablets and laptops to flying vehicles is something that even Apple is not able to achieve without changing it entire business philosophy and strategy. It is like if Ford starts to design and sell smartphones and build its own SoCs. It is different universe, not just a simple side project.So, all three of those guys left for companies that have something to do with "aviation". Yeah, I can see what their job descriptions are, and I know what I am about to say is silly but my innovation-loving heart wishes that this is some kind of indication that Apple Car is not exactly another four-wheeled auto intended for drive on bituminous roads only.
If Siri is as effective in killing as it is with searches I don’t think it’s a problem.If Siri has learned to kill, that's also a problem.
Self-driving cars don't need to replace every car and use case right away (though they eventually will). You start with ridesharing in urban areas. That will reduce the desire to even own a car in many places. Many teens no longer aspire to get a car, or even a license, thanks to Uber and Lyft. Robotaxis will drop the cost of ridesharing even more. And there's no need to build out any infrastructure. Maps and charging stations are the easy part. Mass amounts of training data and good AI software will separate the winners from the losers.Imagine being a car owner in 1901 and you decide that you want to drive coast to coast across the USA.
Outside of major cities gasoline isn’t available, highways are 15-25 years in the future, most “roads” are 2 wagon ruts in ground, no (dedicated) repair shops, no way to contact anyone for assistance if you break down or run out of gas and you’re in the middle of nowhere…..
In short, cars needed an entire infrastructure before they became practical. You could build a wonderful, reliable car and not be able to drive it more than a few miles from your house, no matter how great the car was.
Trying to make the car do everything so that it can be self driving is needlessly expensive. Imagine having to launch your own personal gps satellite, one that’s not compatible for anyone else, so you can have the car plan a route. You also need accurate digital roadmaps to get from point A to point B. Hope you have lots of access to extremely current road data, and the programming skill to turn that into actionable data.
If self driving cars that can work extremely reliably in all weather and across all of at least North America then some type of universal system that everyone can use and help pay for needs to be started. I don’t think that anyones stand alone system will really work.
It would still be a lot cheaper if a cities traffic control system told a car what was happening as far as traffic patterns and accidents and road closures instead of requiring the car to make those decisions once it gets close enough to detect a problem in every single smart car, especially if car manufacturer A has one method of detecting a problem and manufacturer B has a different one. All of the ‘smart‘ doesn’t need to be in the car, and economy of scale means that the system will eventually be cheaper if a centralized control is implemented.Self-driving cars don't need to replace every car and use case right away (though they eventually will). You start with ridesharing in urban areas. That will reduce the desire to even own a car in many places. Many teens no longer aspire to get a car, or even a license, thanks to Uber and Lyft. Robotaxis will drop the cost of ridesharing even more. And there's no need to build out any infrastructure. Maps and charging stations are the easy part. Mass amounts of training data and good AI software will separate the winners from the losers.
Relying on a city traffic control system adds an additional point of failure (power outages) and threat vector for hackers. Plus, it does nothing to help cars deal with jay walkers and other pedestrians or areas without traffic control signals. Solve the general solution: a car should be able to drive on its own without outside input, just like a human.It would still be a lot cheaper if a cities traffic control system told a car what was happening as far as traffic patterns and accidents and road closures instead of requiring the car to make those decisions once it gets close enough to detect a problem in every single smart car, especially if car manufacturer A has one method of detecting a problem and manufacturer B has a different one. All of the ‘smart‘ doesn’t need to be in the car, and economy of scale means that the system will eventually be cheaper if a centralized control is implemented.
Professionals in the tech industry, including all the so called FAANG and other tier 1 companies, change jobs every two years on average despite four year vesting schedules. Tech professionals are rewarded mostly by restricted stock not base salary and this is just the way the math works out. Add in the recent job market meltup for tech labor and it's clear why you want to reset your comp to market often regardless of how well the company is doing. These headlines conveniently leave out this fact. The articles also imply that a few "key" tech people will make a massive difference to the project. It doesn't work that way. The strength of a tech project is comprised of thousands of small things done by thousands of people you never read about. It's not dependent on some secret heavenly wisdom from a few gurus. The head of Google AI moved to Apple a while ago. Have you noticed any changes to Siri ? Has Google AI become dumb ? "Key Chip Engineers Join Nuvia" yet Apple silicon isn't doomed but dominating the industry. Jony Ive left Apple yet product design hasn't crumbled. In fact he seemed to have taken the butterfly keyboard and Touch Bar with him.
This probably amounts to a small percentage of engineers working on the project. A project of this scale doesn’t rely on individuals such as these — because leaving for other companies is normal and expected (esp in SV).
It would be funny to read about an engineer leaving the project to manage a Kroger store in Steubenville, Ohio. ?
They should have focused on an Apple Race Car first !
1.) Hydraulic-assit Power Steering
2.) curb weight < 3300 lbs
3.) 50/50 weight distribution
4.) 3.6-liter square-design inline-6 NA ICE w/ an 8K RPM Redline
(300 hp @ 6250, 300 lb-ft @ 2750)
5.) 6-speed manual transmission
6.) custom Lightweight Trailer Hitch, for hooking up an AirStream
If Apple, OR really anyone, made a Sedan version of it, & priced it $20K USD above the Model 3, Tesla sales would stall-out, BIG time !
BMW was close to being there in 2005, but then they pivoted to chase the Chinese market, & screw'd themselves BIG time !
BTW, there is significant pent-up demand for what I've described.
Apple, OR really anyone, could use it as a First Step towards an EV.
Apple, OR really anyone, could have created a lot of Enthusiasm & learned a lot along the way.
But ... & there's always a but, they ALL chose to chase Tesla's Projected P/E instead.
Overvalued.Too late to merge with Tesla. Apple could have bought Tesla for $60 billion a couple years ago. Now Tesla costs $1 trillion.
They should have focused on an Apple Race Car first !
1.) Hydraulic-assit Power Steering
2.) curb weight < 3300 lbs
3.) 50/50 weight distribution
4.) 3.6-liter square-design inline-6 NA ICE w/ an 8K RPM Redline
(300 hp @ 6250, 300 lb-ft @ 2750)
5.) 6-speed manual transmission
6.) custom Lightweight Trailer Hitch, for hooking up an AirStream
If Apple, OR really anyone, made a Sedan version of it, & priced it $20K USD above the Model 3, Tesla sales would stall-out, BIG time !
BMW was close to being there in 2005, but then they pivoted to chase the Chinese market, & screw'd themselves BIG time !
BTW, there is significant pent-up demand for what I've described.
Apple, OR really anyone, could use it as a First Step towards an EV.
Apple, OR really anyone, could have created a lot of Enthusiasm & learned a lot along the way.
But ... & there's always a but, they ALL chose to chase Tesla's Projected P/E instead.
You don't need the city to tell you that.It would still be a lot cheaper if a cities traffic control system told a car what was happening as far as traffic patterns and accidents and road closures instead of requiring the car to make those decisions once it gets close enough to detect a problem in every single smart car, especially if car manufacturer A has one method of detecting a problem and manufacturer B has a different one. All of the ‘smart‘ doesn’t need to be in the car, and economy of scale means that the system will eventually be cheaper if a centralized control is implemented.
I hope they hire more women and PoC to backfill the roles.Surely they can hire some more. How hard can it be to make some keys?
Overvalued.
That means some entity needs to build, or at least regulate some form of information network to allow cars to be aware of other cars. And all the cars on that local network must be able to identify and be prepared to react to non self driving cars which aren’t reporting their speed, direction, next turn(s) that are going to be in the traffic mix for a time. And I think a considerable amount of time.You don't need the city to tell you that.
You just need all of the other cars to tell each other that.