#AutonomousDevelopment

Waymo, the self-driving division of Google’s parent company Alphabet, just announced it has reached a deal to purchase a buttload of Pacifica minivans from Fiat Chrysler Automobiles. Alright, to be fair, it didn’t actually use the term “buttload.” It said Chrysler would provide “thousands” of units, which will ultimately be outfitted for autonomous driving.

Unfortunately, neither company seems willing to disclose an official count. Waymo currently has around 600 self-driving Pacificas in its fleet, so even an extra thousand vehicles would equate to a multi-million dollar deal and the exponential growth of its autonomous development program.

“With the world’s first fleet of fully self-driving vehicles on the road, we’ve moved from research and development to operations and deployment,” Waymo CEO John Krafcik said in an official statement. “These additional vehicles will help us scale.”

Waymo, the self-driving unit of Google parent Alphabet, is testing the crap out of its ever-growing fleet of autonomous Chrysler Pacificas. While we know the company has already mapped dozens of North American towns, the majority of its testing takes place around Austin, Detroit, Palo Alto, San Francisco, Seattle, and especially Phoenix.

However, today the company tweeted out that it will add Atlanta, Georgia, to that list. Presently, Arizona is the only region where Waymo routinely operates vehicles without a human behind the wheel. But that’s liable to change as the firm gets more testing under its belt. Atlantans may be leaning out of car windows to snap photos of driverless vans soon enough.

Wanting to remind the world that it’s not as far behind in the race toward autonomy as some have claimed, the Toyota Research Institute intends to bring a Lexus LS 600hL equipped with its 3.0 autonomous research platform to CES next week. Toyota introduced the platform 2.0 last March — the first autonomous testing platform developed entirely by TRI.

Since then, the automaker has focused heavily on machine vision and machine learning, leaning on all the popular sensing equipment currently synonymous with autonomous technologies. As the system was designed specifically to improve over time, version 3.0 uses a Luminar LIDAR system with a 200-meter sensor range that covers a 360-degree perimeter of the vehicle. The testbed Lexus is also equipped with shorter-range sensors, which are placed low on all four sides of the vehicle and are meant to spot low-level and smaller objects.

You’ve no doubt heard about net neutrality over the last few years. But, in case you haven’t, net neutrality is the principle that forces Internet service providers to treat all data on the Internet equally. It forbids them from discriminating on subject matter or charging different fees based upon the user, site content, website, platform, application, or method of delivery. Essentially, it makes the internet into a tap where you pay one flat fee for access to all content.

That could soon change. On Tuesday, the chairman of the Federal Communications Commission announced plans to repeal the landmark neutrality order from 2015. FCC head Ajit Pai, a Republican appointed by President Donald Trump in January, said last year that he believed net neutrality’s “days were numbered.”

Pai has been criticized for being overly supportive of telecom companies. But a few automakers support his cause, as some of the FCC’s regulations have been at odds with autonomous car development.

After spending most of last week showing off its tech to the media, Waymo is launching its driverless pilot program in Arizona. While the rides won’t technically begin for a few months, you can already get a taste of the action via video footage of company’s trio of testbed Chrysler Pacificas.

It’s impressive to see the Pacificas not run down any pedestrians, especially since none of them seemed to notice being approached by a van without a driver.

During a keynote speech at a tech conference in Lisbon, Portugal, Waymo CEO John Krafcik showed video of the firm’s test vehicles operating on public roads without any human supervision. “This wasn’t just a one-time ride or a demo,” Krafcik told the crowd. “What you’re seeing now marks the start of a new phase for Waymo and the history of this technology.”

Commuting is awful. Unless you’re fortunate enough to have spartanly populated backroads between you and the office, that drive to work can be excruciatingly dull — with the only excitement coming from near misses and whatever terrible jokes drive-time radio offers up during that hour. When you get right down to it, most daily commutes are little more than unpleasant ways to add miles onto the odometer.

Of course, with the promise of autonomous driving, that experience is supposed to transform into a worry-free jaunt. But there’s a problem. Most self-driving systems of the near future will require operators to pay roughly the same amount of attention they do now. After all, if your car miscalculates a situation, you’ll want to be ready to take over the instant something seems awry. If that’s the direction we’re heading with this technology, I’m starting to think it might just be easier to automate all of our jobs instead of the the method we use to get to them.

However, at least one self-driving firm has abandoned the development of features that would require human intervention — leaving the car to make up its own mind in an emergency situation.

Supposedly, everyone eagerly anticipates the day they can own a shiny-new self-driving car, but automakers, regulatory agencies, consumer advocates, Silicon Valley, and the White House are debating how exactly that’s supposed to happen. They haven’t reached a consensus yet — and that’s probably not likely to change anytime soon.

Most autonomous cars rely on array of cameras, LIDAR, GPS, inertial measurement devices, and complex control systems used to interpret sensory information before reacting accordingly. Vehicle-to-vehicle communication systems (V2V) are regarded by many as essential components to establishing fully automated travel. The theory is that, by allowing cars to communicate directly on a broadband frequency, they can better predict each other’s movements.

However, a recent Bloomberg article accuses the technology of “going nowhere fast,” citing the Trump administration as the chief culprit, and alluding to the direct stifling of technology that would give cars “superpowers” in the next few years.

I probably won’t have the opportunity to say this often — and it feels kind of strange to say it now — but these accusations aren’t entirely fair to the president or his administration.