The Driverless Commute: AV industry publishes first framework for building, testing and operating safe vehicles

Twelve industry leaders across the automotive and automated driving technology spectrum, including carmakers Audi, BMW, Mercedes, Volkswagen and Fiat Chrysler Automobiles, and technology firms Aptiv, Baidu, Continental, HERE, Infineon and Intel, have developed an industry-wide definition of safety with the July 2, 2019, publication of a white paper entitled “Safety First for Automated Driving” (SaFAD).

“Safety First for Automated Driving” (SaFAD)

The publication addresses relevant safety topics for automated driving, from safety by design to the verification and validation processes in the context of Level 3 and Level 4 automated driving. In short, its aim is to highlight the safety- and security-relevant aspects of developing, producing, operating and maintaining self-driving vehicles, with the intention of working towards a standardization of automated driving, building on the work that was already done for Level 1 and Level 2 driver assistance systems.

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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: 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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