The Driverless Commute: Urban planning nightmares with AV deployment; AV industry’s diversity and inclusion crisis; and how bogus satellite data could hack an AVs operation.

1. When AVs are king

New York City

Cities were once highly compact, walkable places that blended residences and workplaces and where people commanded primacy. Then the car came along.

Now, the modern American city, sprawling and traffic-plagued, is an ecosystem in complete service to cars. But what if AV deployment invites an even deeper calcification of the cars-first mentality in city centers?

Just imagine sidewalk gates. That was the whacky idea floated by one unnamed “automotive industry official” in a recent New York Times article:

“In New York, the unwritten rule is plain: Cross the street whenever and wherever — just don’t get hit.

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The Driverless Commute: Autonomous Vehicles: US Legal and Regulatory Landscape

Click to download full report

Making a car drive itself is hard. Remaining compliant while doing it is harder still, thanks to government stakeholders advancing new, complex and sometimes conflicting regulatory frameworks in every corner of the country.

As the driverless revolution shifts into fifth gear, companies seeking to develop, deploy and scale autonomy face a shifting and uncertain legal landscape. Dentons boasts the world’s first and largest multi-discipline, multi-jurisdictional autonomous vehicle practice, with the expertise and footprint necessary to provide sound legal, technical and policy advice.

Our Autonomous Vehicles: US Legal and Regulatory Landscape report focuses on the US AV regulatory framework at both the state and federal levels, as well as providing the most up-to-date information on testing and deployment, liability and insurance, regulatory agencies and political leaders, and data privacy and security.

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The Driverless Commute: GM, like Waymo before it, missed an AV deadline, but what does it mean for the industry going forward?; tension building between AV, transit advocates

1. The big question before AV makers: first, or best?

General Motors Cruise Vehicles

As the unit economics of driverless cars continue to spiral, the industry has been forced to soul-search its group psychology: move fast and break things because if you ain’t first, you’re last.

But with consumer confidence in the technology (and the people developing it) slipping to historic lows, technologists and carmakers are sobering to the reality that half-baked deployment could kill the nascent industry in utero.

The root: Validating safety and performance in diverse, chaotic and multi-hazard environments has proven more challenging than engineers first believed. Not to mention, costlier.

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The Driverless Commute: VW and Ford to partner on AVs, latest in long string of tie-ups; 11 companies unveil safety-as-design principles, offering closest thing to industry standard; and Lyft tests its cars on blind passengers

1. Big tabs and hard realities.

Going-it-alone is, like, so 2018.

Volkswagen and Ford, one-time rivals fast sobering to the costs and difficulty of engineering next-generation cars, said Friday they would pool resources in the development of autonomous vehicles. Under the long-rumored deal, VW will invest upwards of $2.6 billion into Ford’s self-driving unit, which was already valued at $7 billion before the tie-up.

The agreement is the latest in a string—so many, in fact, that we’ve lost count—of fiercely competitive carmakers cooperating to develop self-driving technology.

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The Driverless Commute: Apple stuns with Drive.AI acquisition; did Florida go too far in new AV bill?; Toyota throws in with Baidu’s Apollo project; and Waymo rolls out limited partnership with Lyft in Arizona

1. Assumptions and expectations

Apple, the famously secretive consumer electronics giant, said this week it had acquired self-driving startup Drive.AI, whose human-robot interaction systems and deep-learning approach earned it an outsize reputation in the autonomous constellation.

The days of going-it-alone are behind us.

  • Like many struggling to reconcile real-world deployment challenges (it turns out, engineering self-driving cars is a lot harder than marketers promised) with stratospheric expectations, Drive.AI had come into hard times recently. According to reports, it filed paperwork ahead of the Apple announcement that it intended to dissolve and lay off its entire workforce.
  • Previously, the company had a variety of splashy pilots under its belt, including a recent test in Texas in which human contingency drivers had been removed from some vehicles.
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The Driverless Commute: If AVs take more risks now in early-phase deployment, will they be safer in the long-term?; big electrification news on both coasts; an electrified future for LA while Trump is open to spending on EV charging networks.

1. Humans can’t stop rear-ending slow-moving autonomous vehicles. But who’s to blame: the human, whose behavior mirrors norms if not law, or the paralyzed robot?

Car collision

When autonomous vehicles have been involved in collisions, four years of data teach us that it’s almost always been the fault of a human driver. At least, that’s the black-and-white view generally held by law enforcement.

But autonomous vehicles are so strictly engineered to obey the rules of the road and to avoid statistically dangerous maneuvers that it begs the question whether this overly cautious approach to driving is inviting more chaos within the exiting mobility framework.

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The Driverless Commute: A light pollution solution in AVs; Tesla-taxis; and Waymo’s app is up for download

1. Seeing in the dark

Nighttime skyline

A new paper published this month in the journal of Science and Engineering Ethics posits that autonomous vehicles could help break the industrialized world’s addiction to artificial nighttime light.

  • Light pollution from cars, street and parking lot lamps all wreak havoc on our natural world. Seduced by the other-worldly glow of towers and lamps, insects are lured to their doom, baby turtles are beached and birds crash and clatter.
  • Street and parking lot light represent some 90 percent of all outdoor illumination from the industrialized world.
  • 1.6 percent of all energy consumed globally is poured into streetlights while headlights consume roughly 3 percent of vehicular fuel.
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