EDIT: Citations
"Google Self-Driving Car Project Monthly Report | December 2015" https://static.googleusercontent.com/media/www.google.com/en...
"We’re currently averaging 10,000-15,000 autonomous miles per week on public streets"
There are ~100K Model S vehicles. Somewhere around VIN 55K is when autopilot hardware was introduced (http://www.teslamotorsclub.com/showthread.php/44787-Autopilo...). Let's conservatively say that there are 40K Model S vehicles out there with self-driving hardware that are refining their data, and consequently, algorithms Tesla is updating. 40K vehicles * 12K miles/year/vehicle (average) = 40,000,000 miles/month (!!!) in "autonomous experience" Tesla is gaining. (Fun fact: The average human drives ~500K miles in their lifetime)
"According to Fred Lambert from Electrek, Musk referred to the first round of Model S owners with Autopilot as "expert trainers" that will collect and deliver tons of important data for Tesla's intelligence network. Musk said the system should improve each week as the driving algorithm constantly updates, adding Model S drivers could add around 1 million miles of new data every day."
http://www.techinsider.io/elon-musk-explains-tesla-autopilot...
That's a lot of progress being made each month.
I will think it might become an issue when I see a Google Car in North Dakota in the winter. Until then, I'm not sure the technology for a national roll-out is really there.
I'm what you'd call an "enthusiast" driver, but I'm not going to stand in the way of autonomous cars even though it will mean the end of an activity I enjoy. The upside is just too great to reject for the sake of what amounts to a hobby. We're about to find out if Ferry Porsche was right when he said, "The last car on Earth will be a sports car."
Insurance companies thrive on quantifiably, risky propositions of which driving is a perfect example.
Your statement that there's "too much value to capture" is absolutely correct. The value that is being captured is human labor.
There are entrenched political interests that will slow down adoption of this that will make climate-change deniers look like kindergarten bullies.
I do think, though, that of the major cities, many people would agree that Chicago is among the most resistant to changes in labor due to customer preferences, due to its unique political system.
That said, though, imagine how absurd it would have been 6 years ago to imagine the market share that the Chicago yellow cab companies are losing, to newcomers that didn't even exist yet. I don't think many people, especially cab companies and Chicago legislators, could have predicted it.
The swell of opposition in legislators against cheaper technological answers to current labor solutions is heroic- the question that remains is, 'How long before consumer demand for the radically cheaper and/or more efficient option makes the opposition moot?'.
The answer usually seems to be: 'Sooner than everyone thinks.'
Uber was a matter of applying well understood techniques and waiting for a critical mass of GPS enabled mobile devices with data support. Self driving cars still need to overcome fundamental challenges. It could happen in five years, or 50 years might pass without breaking through the final hurdles. Remember, the last 10% is 90% of the work.
"In ~2 years, summon should work anywhere connected by land & not blocked by borders, eg you're in LA and the car is in NY"
http://www.aarp.org/home-family/personal-technology/info-201...
National organizations have influence in local policy when it affects issues they care about. Normally, at least for very contentious issues, this doesn't happen (e.g. abortion, global warming, gay marriage) because those matters aren't handled locally.
An issue like this would absolutely be a priority for AARP and its members. Those members, as correctly noted, are likely voters.
Source: I work with local governments across the country.
How do you define "cab"? How do you define "driverless"? Do you mean from arbitrary point A to arbitrary point B, or can there be only pre-defined connections between hubs? Must they travel above ground on ordinary streets, or specialized streets? How many people can they hold? And how do you define "driver"? Under certain interpretations of your bet, the MTA system already satisfies those requirements.
Don't be fatuous.
What is your point?
I believe the regulatory hurdles will actually go the other way -- suddenly it is going to be very hard to be a human driver on a public road. It is the regulations which will force human drivers from the road, not self-driving technology. Someone can provide a better analogy than I can, but it would be the equivalent of trying to hand deliver a packet rather than send it across the internet.
We wont have full blown self-driving cars amounting to any more than 10% of the traffic even in 2025.
Per capita vehicle miles have been dropping since 2004:
Article: http://www.ssti.us/2014/02/vmt-drops-ninth-year-dots-taking-...
Graph: http://www.ssti.us/wp/wp-content/uploads/2014/02/2014-VMT-ch...
> Unlike other past dips in driving, this recent downward shift has had no clear, lasting connection to economic trends or gas prices. Evidence suggests that the decline is likely due to changing demographics, saturated highways, and a rising preference for compact, mixed-use neighborhoods, which reduce the need for driving. Some key factors that pushed VMT upward for decades – including a growing workforce and rising automobile ownership – have also slowed considerably. SSTI released a report last September outlining the many contributing factors, with references to supporting literature.
You mention 10%. 10% of total miles driven in 2025 is going to be drastically more than 10% of total vehicle miles driven today (Baby boomers aging out, who drive much less in retirement).
The technology maybe reasonably close but the policies and logistics aren't. The responsibility for car crashes and insurance isn't defined and needs alignment with government policy around the world. And there are still concerns about the behaviour of the self driving cars i.e. it drives to the rules which no one does and how does it handle random scenarios e.g. mattress flies off truck in front.
It's taken years for car avoidance and emergency braking technologies to come to market and even those aren't widely available still.
Think remote flat desert highways. Trucking companies have strong economic incentives to make it happen, having a person in the driver's seat that has to take frequent legally mandated breaks is slower and more expensive than a machine.