That is exactly what it does: it invalidates them. Comparing apples to oranges is an invalid comparison.
Let's compare the numbers again when there's sufficient data for self-driving tech driving in all environmental conditions without supervision and without human assistance jumping in whenever it gets rough. At that point, a comparison is valid. Until then you're comparing someone who aces tests with someone who is just doing good, but the first guy is only solving first-graders' multiple-choice tests and cheats by asking a friend who graduated at a university whenever a question pops up that isn't "choose one of these three", while the second guy is on his own in the middle of his college education.
A human interferes in precisely those situations in which the machine either decided to surrender or - worse - started doing something stupid and the human caught it quickly enough to prevent an accident. It is safe to assume that the human has a much better safety record in such situations.
And who does the human surrender to when he fails at driving? Should we also not count human accidents that could have been prevented if there was a world-class race driver ready to take over when the actual driver makes the failure?
Are they better than average humans in average conditions already? Yes.
They don't need to be all powerful AGI which can replace humans in all circumstances to be useful and save lives.
I think average conditions do matter, and supervised computers will continue to take over driving until humans are simply not required. Of course they will not replace humans this year or next, but at some point humans will be passengers, not drivers.
Creating an AI that only functions on dry sunny days is basically useless from a safety perspective.
...though it does save people time since they can be doing something else while in transit!
By quoting an average, assuming those numbers hold when scaled up, you are compressing the actual distribution into a single number. Overall that high-level number may be correct.
But at the same time, the kinds of people that get into accidents will be a different distribution.
How you drive factors a lot into how likely you are into getting in an accident, even allowing for the other drivers.
If the distribution becomes essentially random then you might actually have a higher chance of getting into an accident than before, if you were a very careful driver.
(Obviously those that benefit the most are the bad drivers since they'll no longer be bad)
Just remember that whenever you summarize a distribution into a single number like an average, you loose a lot of information in the process.
Most people are simply not careful drivers all the time. This is one major advantage computers have - they don't get tired or distracted.
Time will tell as we get more data about supervised driving, but I think it's inaccurate to say we don't have data yet, it is imperfect of course, but it does point to computers being safer than humans in some very common conditions over millions of miles.
Also keep in mind the outrage factor. The reason airplane crashes are so feared is because of the loss of control. Meanwhile alcohol and cars are much more dangerous but much lower outrage because you still feel like you have some control.
Yes, there is.
You can debate the exact figures/circumstances, but the numbers are good, and improving all the time. Humans are just not very good at guiding tons of metal around at high speeds, which isn't very surprising when you think about it.
One accident for every 4.34 million miles is already pretty good (compared to 500k miles for humans) - if it were rolled out today across all cars it would probably save thousands of lives in the US. Yes these quarterly numbers are in the best conditions and supervised, no that doesn't invalidate them, particularly as they show dramatic improvement at the same time as they keep expanding the conditions in which autopilot functions.
There will always be a long tail, but computers are getting very close to good enough for highway driving, known truck routes, and known taxi routes.
https://electrek.co/2019/10/23/tesla-autopilot-safety-9x-saf... https://www.tesla.com/VehicleSafetyReport?redirect=no