theft is an insurance problem. If there's no human driver to get killed, it doesn't really matter if the truck gets robbed.
theft is an insurance problem. If there's no human driver to get killed, it doesn't really matter if the truck gets robbed.
True, but if you aren't assaulting / endangering a driver, then the crime is lower-risk.
If this becomes a frequent enough issue to matter economically, then perhaps we should start looking into what incentivizes stuff like that in the first place, and deal with it.
None of these would work, except maybe "other solutions".
I had two bikes stolen that had locks at them (at different times) from my apartment in Mountain View. Theft is rampant and removing the threat of a real driver pushing back completely changes the calculus for trucks.
If I'm a truck driver who someone tries to rob ..sure just take it. Bit my stuff, that's why I have insurance. Who cares if a truck gets robbed if it protects a human life?
Faking out machine learning systems is rapidly progressing from a few "fun proof-of-concept" examples to a serious area of study, and we've already seen it (gently) applied to autonomous vehicles [1] (ignore the overblown headline, it's just a piece of tape on a sign).
[1] https://www.technologyreview.com/s/615244/hackers-can-trick-...
but it's currently solved by one guy sitting in a truck, so it's not really a potential arms race that can escalate too far before you fall back to the one guy sitting in a truck.
worst case scenario, you replace a driver with an actual security guard who is trained as a security guard and can focus on security instead of driving.
Or even just do that for a certain percentage of trips. (See "Margin of Profit" by Poul Anderson).
Much of this efficiency has already occured in terms of routing optimization.
Consider the difference between robbery and shoplifting. One is the domain of rare sociopaths; the other is common-enough to be almost a subculture among teenagers in certain areas.
Robbing a robot is, in some sense, just shoplifting (or, more accurately, warehouse theft) performed against a moving target. It's not "the plot of an action movie"; it's some unethical people's lazy Sunday afternoon. I'd expect it to be far more commonplace, once it is possible at all.
And, as well, keep in mind that, the more predictable something is, the more you can automate attacks on it. It's a lot easier to have a worm going around stealing Bitcoin out of people's digital wallets on their PCs, than it is to steal real wallets. Likewise, it's a lot easier to create some kind of drone that steals from other robots, than it is to create a drone that steals from human-driven vehicles. In combination with the property of people feeling much less compunction against attacking robots in the first place, I'd bet that you'll see e.g. delivery drones having their cargos hijacked by pirate drones, with increasing frequency. Autonomous trucks are just a larger-scale variant of the same.
Though off-topic, the conversation of vehicle-feature-defect-related heists reminds me of Jaime Zapata, a US agent killed in Mexico after his SUV doors automatically unlocked when parked. (Though it’s unclear if locks would have made any difference in the outcome).
No, they haven't. This is (by far) not the only criticism, but it's a valid concern which has literally zero attention to addressing it.
I'm pretty sure not hitting cyclists is still a much larger problem...
Probably, and that one still isn't fixed either.