The U.S. government’s road safety agency is again investigating Tesla’s “Full Self-Driving” system, this time after getting reports of crashes in low-visibility conditions, including one that killed a pedestrian.
The National Highway Traffic Safety Administration says in documents that it opened the probe on Thursday with the company reporting four crashes after Teslas entered areas of low visibility, including sun glare, fog and airborne dust.
In addition to the pedestrian’s death, another crash involved an injury, the agency said.
Investigators will look into the ability of “Full Self-Driving” to “detect and respond appropriately to reduced roadway visibility conditions, and if so, the contributing circumstances for these crashes.”
It doesn’t have to not hit pedestrians. It just has to hit less pedestrians than the average human driver.
Exactly. The current rate is 80 deaths per day in the US alone. Even if we had self-driving cars proven to be 10 times safer than human drivers, we’d still see 8 news articles a day about people dying because of them. Taking this as ‘proof’ that they’re not safe is setting an impossible standard and effectively advocating for 30,000 yearly deaths, as if it’s somehow better to be killed by a human than by a robot.
If you get killed by a robot, it simply lacks the human touch.
If you get killed by a robot, you can at least die knowing your death was the logical option and not a result of drunk driving, road rage, poor vehicle maintenance, panic, or any other of the dozens of ways humans are bad at decision-making.
It doesn’t even need to be logical, just statistically reasonable. You’re literally a statistic anytime you interact w/ any form of AI.
Or the result of cost cutting…
or a flipped comparison operator, or a “//TODO test code please remove”
The problem with this way of thinking is that there are solutions to eliminate accidents even without eliminating self-driving cars. By dismissing the concern you are saying nothing more than it isn’t worth exploring the kinds of improvements that will save lives.
“10 times safer than human drivers”, (except during specific visually difficult conditions which we knowingly can prevent but won’t because it’s 10 times safer than human drivers). In software, if we have replicable conditions that cause the program to fail, we fix those, even though the bug probably won’t kill anyone.
But they aren’t and likely never will be.
And how are we to correct for lack of safety then? With human drivers you obvious discourage dangerous driving through punishment. Who do you punish in a self driving car?
It needs to be way way better than ‘better than average’ if it’s ever going to be accepted by regulators and the public. Without better sensors I don’t believe it will ever make it. Waymo had the right idea here if you ask me.
But why is that the standard? Shouldn’t “equivalent to average” be the standard? Because if self-driving cars can be at least as safe as a human, they can be improved to be much safer, whereas humans won’t improve.
Humans absolutely improve.
Not on average as drivers, safety protections in do improve though.
That is the minimal outcomes for an automated safety feature to be an improvement over human drivers.
But if everyone else is using something you refused to that would have likely avoided someone’s death, while misnaming you feature to mislead customers, then you are in legal trouble.
When it comes to automation you need to be far better than humans because there will be a higher level of scrutiny. Kind of like how planes are massively safer than driving on average, but any incident where someone could have died gets a massive amount of attention.
It’s bit reductive to put it in terms of a binary choice between an average human driver and full AI driver. I’d argue it has to hit less pedestrians than a human driver with the full suite of driver assists currently available to be viable.
Self-driving is purely a convenience factor for personal vehicles and purely an economic factor for taxis and other commercial use. If a human driver assisted by all of the sensing and AI tools available is the safest option, that should be the de facto standard.
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