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News Roundup: Waymo Debuts Level 4 Autonomous Cars on Public Roads, Renault Touts New Intelligent Driverless System, and More

Waymo goes Level 4-autonomous on public roads in Arizona

Google’s self-driving car spin-off company, Waymo, made headlines this week when it announced they were operating Level-4 autonomous cars on public roads in Arizona (and were the first company ever to do so). Level 4 means no “safety driver” monitoring conditions in the “driver’s” seat. As of mid-October, Waymo reps say their driverless mini-vans have been running empty on Arizona roads with no one in the driver’s seat, but with a Waymo employee riding like a passenger in the back of the vehicle. Soon, Waymo CEO John Krafcik says they will progress to allowing members of its Early Rider’s Program go for rides in the vehicles, and also expand the pilot to areas outside of their current location in Chandler, Arizona, which is a suburb of Phoenix. Read more and see a video on The Verge.

 

Renault: Our autonomous drive system can avoid obstacles as well as a pro human driver

Renault made some big claims this week that are raising eyebrows in the driverless vehicle industry. Reps say their new self-driving system has been tested against a professional driver (human) and that it has consistently been able to avoid obstacles just as well. The system was developed in partnership with Stanford University’s Dynamic Design Lab, led by director and engineer Chris Gerdes, who is a former U.S. Department of Transportation Chief Innovation Officer. Simon Hougard, director of the Renault Open Innovation Lab, said Renault’s goal is to be the first to bring “mind-off” technology to the mainstream consumer, with a goal of doing so by 2020. Read more and see a video on Engadget.

 

South Korea set to open driverless ‘test city’ in 2018

South Korea’s transport ministry announced this week that they will be opening their own mini city for developers to test driverless vehicles in, and that it will be called “K-City.” The city will be 320,000 square meters, and it will be located in Hwaseong, Gyeonggi Province. Roughly $11 billion won, or approximately $9.77 million U.S., has been invested in K-City so far. Representatives say the first part to be constructed was a testing highway and further plans will include features like “downtown areas, city outskirts and communal environments,” and that they plan to simulate at least 35 different driving conditions such toll gates, tunnels, intersections, construction sites and even train-track crossings. They first plan to open up K-City to Level 3 vehicles, in which a driver in the front seat is prepared to take over control if necessary, and move on from there. Read more from NextBigFuture.com.

Image: Waymo Level 4 self-driving mini-van / Credit: Waymo

News Roundup: Waymo Gets Patent For Exterior Airbags On Self-Driving Cars, Ford to Test ‘Cellular-V2X’ Tech in San Diego and More

Jennifer van der Kleut

 

Waymo granted patent for exterior airbags

Google’s self-driving car spinoff company, Waymo, has been granted a patent for an airbag system that would be located on the outside of a car. Since self-driving cars are outfitted with sensors, cameras, radar and lidar on the outside of the car, Waymo engineers argue that the car itself can predict an accident even sooner than a human driver can (or can’t, if he or she is distracted). The concept of exterior airbags could protect passengers in the vehicle from an impact, as well as “reduce the likelihood of severe injuries or damage to objects such as pedestrians, bicyclists, animals, other vehicles, or simply inanimate objects.” Read more from Silicon Beat.

 

Mcity autonomous vehicle testing ground gets big investment from automakers, corporations

Mcity, the University of Michigan’s testing ground for autonomous vehicles, has received a total of $11 million in funding from 11 different companies, both corporations and automakers. Ford, General Motors, Toyota and Honda all contributed about $1 million each, and other corporations like State Farm Insurance, Verizon, LG and others. Mcity is a 32-acre man-made “city” where companies can conduct research and test autonomous vehicles. The hub offers a number of varied conditions for vehicles to test in, such as different road conditions, four-lane highways, high-pedestrian streets featuring fake, mechanical pedestrians, and much more. Read more from HybridCars.com.

 

Ford partnering with AT&T, Qualcomm and Nokia to test ‘cellular-V2X’ technology

Ford Motor Co. announced this week that it has formed a partnership with Qualcomm, AT&T and Nokia to test cellular modems that can connect vehicles to each other and to roadside infrastructure to help better navigate in bad weather or construction zones. “Cellular-V2X” technology, as it is called, aims to connect vehicles with traffic lights, roadside beacons and other vehicles on the road to share real-time information about driving conditions. It’s meant to improve safety, as well as help speed up the deployment of self-driving vehicles. Testing is scheduled to take place in San Diego, California before the end of the year. For testing, Ford vehicles will be outfitted with Qualcomm hardware powered by AT&T’s 4G LTE cellular network and Nokia’s computing technology. Read more from Automotive News.

Image: Rendering of self-driving minivan with exterior airbags by Waymo

PlugFest 2017 Helps Vendors, Manufacturers Make Progress on Connected, Driverless Technology

Jennifer van der Kleut

Representatives from several technology firms and equipment manufacturers say they walked away from last week’s PlugFest By the Bay in California feeling optimistic about the progress being made in the connected and driverless vehicle industries.

Companies from around the globe gathered in Fremont, California in the San Francisco Bay Area October 16th to 20th for another iteration of PlugFest, which allows different vendors to literally plug their equipment into each other’s to test interoperability and functionality as they work toward certification by OmniAir.

OmniAir is an independent, nonprofit industry consortium that has created a certification program that sets forth a series of standards for DSRC equipment (Dedicated Short Range Communications). The group encourages companies to bring their equipment up to their standards, which helps increase consistency throughout the industry, and the likelihood that one certified product will be able to function in tandem with others.

Once a product or piece of equipment is certified by OmniAir’s connected-vehicle program, it is added to the organization’s list of certified vendors, plus it allows the manufacturer access to test records and reports for other certified products.

In addition, OmniAir’s website indicates that many local, state and federal agencies–including the National Highway Traffic Safety Administration (NHTSA)–are already starting to require proof of OmniAir certification in order to submit to requests for proposals or to work on pilot programs.

At the 2017 PlugFest in Fremont, companies such as Underwriters Laboratories (UL), Dekra, 7layers, IntertekDanlaw and eTrans Systems brought their products to test functionality and interoperability with other vendors as they work toward certification.

Andrew Donaldson from Danlaw, a Michigan-based company that designs and manufactures connected-vehicle telematics, DSRC systems and V2X systems (vehicle-to-traffic system), participated in PlugFest in two ways–by testing their own products together with other products, and also to support other laboratories that use Danlaw’s systems as they work toward certification.

“We allowed them to test in two-hour slots and see if their systems are ready, and if not, why not,” Donaldson explained.

He said he was significantly impressed with the progress he saw from vendors that he had seen at another PlugFest event just a few months ago.

“Vendors are much further on than they were at the last PlugFest in May in Texas,” he said. “Some of the longest-term vendors are already passing tests.”

In addition, Donaldson said he was also encouraged by how many new vendors he saw.

“There are lots of vendors just getting into the space,” he said.

Though it will be a while before these newest vendors achieve certification and are ready for deployment, Donaldson said that is why events like PlugFest are so important, and so valuable for the industry as a whole.

“Some of the newer faces are still struggling a little bit, but we all were in the beginning. So it’s to be expected,” he explained. “But I think the industry has moved forward considerably over the past 12 months.”

Donaldson said confidently that attending three different PlugFests over the past year has helped Danlaw products make significant progress.

“We are getting very close to being ready for deployment,” he said. “That was one of the goals of this event–our devices and equipment are in good shape to do that.”

Rob Baily of eTrans Systems said he felt the same way after leaving PlugFest last week.

“The event allows us [vendors and manufacturers] to sit down together and ‘plug in,’ in order to ensure that [our products and systems] can talk to each other using defined standards,” he explained.

eTrans Systems brought their unique V2X software to last week’s PlugFest in order to test it with other vendors, as well as to support two companies that use eTrans software with their products–Danlaw, and Renesas Electronics.

“There were several vendors there running test systems and pre-certifcation testing, and we were working together with them, running tests on some of our devices like our DSRC radios, and various levels of our software,” Baily explained.

He too said he was impressed by the obvious progress that PlugFest events is bringing about in the connected-vehicle industry overall.

“It’s come a long way from last year, when people were struggling to get the very basics in place, so this year we were able to do a lot more advanced testing,” he said. “So it really shows how far the industry has come just in the last year.”

To learn more about OmniAir, click here.

To learn more about eTrans Systems, click here.

To learn more about Danlaw, click here.

Images: Credit/OmniAir.org

Ford and Domino’s Team Up to Autonomously Deliver Pizza, Uber Promises Self-Driving Taxis in Toronto By the End of the Year, and More

Jennifer van der Kleut

Ford and Domino’s team up to deliver pizzas in autonomous cars (sort of)

Ann Arbor, Michigan residents have a chance to get their pizza delivered in a driverless car–sort of. Domino’s teamed up with Ford Motor Co. for a special pilot program to test people’s reactions to receiving their pizza from a robot. However, though the car is fully capable of driving itself, a Ford engineer will still be behind the wheel, just in case. Customers who order pizza in Ann Arbor will be notified when their pizza has arrived and will have to go outside to meet the car and remove their pizza from a warming oven slot in the outside of the car. Both Ford and Domino’s want to gauge people’s reactions to the technology as well as to having to walk outside to get their pizza themselves, rather than have a delivery employee ring their doorbell. Ford said this is the first step toward many autonomous plans they hope to realize in the future, including robot taxis and delivering groceries via self-driving cars. Read more from Bloomberg News.

 

Tesla releases Autopilot update

Earlier this month, Tesla Motors released a new update to the Autopilot software, namely the “2017.32” update, to all vehicles equipped with the second-generation hardware. The sole new feature introduced was Automatic High Beams, which automatically switch back to low beams when oncoming traffic is detected. Other than that, the only changes with the update were general improvements to the Autopilot software. Founder and CEO Elon Musk famously announced in October that a new update would make all cars worldwide fully capable of driving themselves, but it appears that update is still coming. Reports have detailed clashes between Musk and his engineers over the announcement, claiming they were not told the announcement was coming and were unsure of the technology’s safety and reliability, particularly after a July 2016 crash in which a driver utilizing Autopilot was killed in a crash. It remains to be seen when Musk’s promise of a fully autonomous Tesla will come to fruition. Read more from Elektrek here and here, and read more from Inc. Magazine here.

 

Uber promises self-driving taxis in Toronto by the end of the year

Seemingly bouncing back from a hiatus following a crash involving one of their self-driving test cars in March, Uber is getting self-driving cars back on the roads of Toronto. The rollout is starting small with only two vehicles doing mapping and data gathering on the University of Toronto campus to improve efficiency and accuracy, but Uber promises the vehicles will be fully operational and able to pick up passengers by the end of this year. Read more and see a video from Complex Canada.

Connected, Autonomous Vehicles On Display in Northern Virginia

Jennifer van der Kleut

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Staff and elected officials from Fairfax County in northern Virginia were treated to an up-close look at connected and driverless car technology at a special event last week on May 3.

DriverlessTransportation.com and our sister company, eTrans Systems, which manufactures connected-vehicle software, took part in the event, which examined the logistics and benefits of advancing the technology and also offered test rides in prototype vehicles.

Representatives from Virginia Tech Transportation Institute (VTTI), Tesla Motors, eTrans Systems and the Virginia Department of Transportation (VDOT) brought vehicles with connected and semi-autonomous technology to demonstrate how they work and to show off some of the benefits.

eTrans Systems showed off some of its V2I technology (vehicle-to-infrastructure) on test rides in a large, closed-off parking lot at the Fairfax County Government Center. Through a tablet mounted on the dashboard, riders could see when the system warned the driver if he was going over the speed limit or when the road was about to curve, and informed him of how soon an approaching traffic signal was going to change or when a collision with another vehicle was possible.

Following the demonstration rides, Fairfax County elected officials convened a discussion panel, moderated by David Zipper from the D.C.-based startup incubator 1776, and featuring representatives from eTrans, VTTI, VDOT and the consulting firm RK&K.

John Estrada, founder of DriverlessTransportation.com and CEO of eTrans, began remarks by reminding everyone that some autonomous vehicles are already present in Fairfax County and many other spots around the globe.

“Elevators are autonomous vehicles,” he pointed out. “And anyone who has ever traveled in or out of Dulles Airport has ridden in an autonomous tram.”

Estrada said he thinks the key to slowly introducing the technology to the masses is by starting it much that way–by limiting it to smaller, controlled areas in which they can be the only mode of transportation. He offered the nearby shopping and business districts of Tysons Corner as an example, as well as a few busier spots in Reston such as Reston Town Center and up and down the Sunrise Valley corridor.

In addition to providing a valuable opportunity to perfect the technology in a smaller, controlled environment, autonomous vehicles could also help solve the widespread “last mile” problem of public transit in such areas. This refers to how some people shy away from mass transit like Metro, buses or the subway because it only gets them so far, and then they have no way to get the “last mile” to their needed destination.

Dwight Farmer of RK&K, who previously worked for decades as a planning commissioner in Hampton Roads, Virginia, continued the conversation by pointing out many benefits that municipalities like Fairfax County could enjoy with the advent of autonomous vehicles and V2I and V2V (vehicle-to-vehicle) communications.

For example, if safe spacing between vehicles could be reduced, the capacity on our highways could double, Farmer said. This refers to the idea that the distance between cars could be automated through technology so that cars could safely travel very close together without the danger of collision, and the constant start-and-stop that often accompanies gridlock traffic.

Farmer added, with automated safe spacing, cars could also safely increase their speeds by 20 percent, getting people to their destinations even faster and more smoothly.

And, with fewer crashes, those municipalities could save a great deal of money that is normally spent on crash response, which could then be rerouted for much-needed infrastructure improvements.

“I think we’re about to witness extraordinary times,” Farmer concluded.

Moderator Dave Zipper agreed.

“I think [connected and driverless vehicles] are going to bring about the most exciting change in mobility since the Model Ts were first rolled out in 1910,” he said.

Images by Jennifer van der Kleut for DriverlessTransportation.com

Hear From Elected Officials and Tech Innovators and Take Test Rides at Fairfax County, Virginia’s Autonomous Vehicle Event

Jennifer van der Kleut

Fairfax County, Virginia is working on positioning itself at the forefront of transportation technology by hosting an autonomous and connected vehicle event.

On Wednesday, May 3 the county will bring together elected officials, transportation experts and technology developers to discuss the future of transportation in the region in a moderated panel as well as offer demonstration rides.

Among the elected officials attending will be Chairman Sharon Bulova and Supervisor John Foust from the Fairfax County Board of Supervisors.

“Virginia has positioned itself as a leader for technological innovation,” Bulova said this week. “With top researchers road testing their products here, local companies have already begun investing in and advancing this technology and contributing to growth in our economy.”

Among the other panelists will be representatives from the Virginia Tech Transportation Institute (VTTI). The institute operates one of the commonwealth’s largest “smart roads,” which is 2.2 miles long and includes three bridges, and allows developers to test autonomous and connected vehicles. Controlled weather stations and varying pavement conditions allow for testing in abnormal conditions.

Many Fairfax County officials say they think innovative technology such as self-driving capabilities and vehicle-to-vehicle communications could benefit the local region in countless ways.

“I think it’s an open road when it comes to how driverless cars will impact the county and country as a whole,” said Supervisor Foust, who chairs Fairfax County’s Economic Advisory Commission. “There are huge economic, safety, environmental and mobility benefits.”

There are many experts who theorize that driverless cars can reduce congestion, reduce the need for so much parking in busier cities, and help reduce the mounting costs brought about by thousands of vehicle accidents each year.

“I’ve seen reports that say the economic impact could be upwards of $1 trillion. Self-driving cars could also improve safety, reducing insurance rates. And, this technology could save millions in fuel consumption,” Foust added. “We’re also hopeful that this technology will benefit the mobility needs of our seniors and people with disabilities.”

Members of the public are invited to come out to the Fairfax County Government Center, located at 12000 Government Center Parkway in Fairfax, on Wednesday, May 3 from 12-5 p.m. The event will offer refreshments and networking opportunities at the start, followed by the panel, open discussions, and demonstration rides in test vehicles at both the start and finish.

Among the featured panelists will be John Estrada, the CEO of eTrans Systems, a Fairfax-based company that manufacturers connected-vehicle software and technology. Estrada is also the founder of DriverlessTransportation.com. Estrada will be displaying and demonstrating some of eTrans Systems’ connected-vehicle technology and offering demo rides during the event.

Space is limited, so advance registration is recommended. People can register through the Fairfax County government website.

News Roundup: Baidu Surprises By Offering Up Its Driverless Technology to the World For Free, Autonomous Trains to Debut in Delhi This June, and More

Jennifer van der Kleut

A roundup of some of the most interesting headlines to come out of the driverless and connected-car industries this week:

Baidu challenges the likes of Google, Tesla by offering its driverless tech to all

Chinese tech giant Baidu surprised industry analysts this week by offering up its driverless vehicle software to the world in what many are calling an attempt to challenge the likes of Tesla Motors and Google. Baidu is naming the project Apollo and says it will offer automakers all the tools they need to build an autonomous vehicle. “Essentially, Baidu is trying to become to cars what Google’s Android has become to smartphones – an operating system that will power a number of driverless vehicles,” CNBC explains. Baidu has been investing heavily in autonomous drive technology over the past year or two. The company has already tested driverless cars on highways in Beijing, and recently obtained a permit to test in California. Read more from CNBC.

 

Driverless Metro trains to debut in Delhi in June

Indian news media is reporting that Delhi Metro Rail Corporation (DMRC) is putting the finishing touches on a new system capable of operating without a driver, and says the public will be able to ride on it come June of this year. The trains will run on only two lines: Pink, which runs between Mukundpur and Shiv Vihar, and Magenta, which runs between Botanical Garden and Janakpuri west, covering a distance of 96 km. Testing took place between October and December of last year. Additional tracks are also being built, and testing will take place in new areas later this year. Read more from the Hindustan Times.

 

Grand Theft Auto 5 being used as simulation environment for driverless systems?

Possibly, soon. Professor Alain Kornhauser, professor of operations research and financial engineering at Princeton University, described the video game “Grand Theft Auto V” as “the richest virtual environment that we could extract data from” this week when speaking to media outlets. The actions of more than 1,000 virtual drivers and pedestrians in the game, along with “disordered roads” and changing weather offer a wealth of unpredictable conditions that can help teach artificial intelligence of driverless systems to respond safely, making the game a top-recommended game for developers to use as a training simulator. Read more from Engineering & Technology magazine.

Photo: A Metro train in Delhi, by Delhi Metro Rail Corporation

News Roundup: Serious Crash Involving Self-Driving Uber Car Under Investigation, Why Driverless Crash Liability Should Be Modeled After Vaccine Laws, and More

Jennifer van der Kleut

A roundup of recent headlines to come out of the driverless and connected-car industries over the past week:

Uber’s self-driving test cars return to the roads after 3-day halt following serious crash

Uber’s fleet of self-driving test cars returned to the roads in San Francisco Monday after the entire program was halted for three days following a serious crash in Arizona Saturday. Testing in Tempe, Arizona and Pittsburgh, Pennsylvania remains halted as the investigation into the crash continues. Police in Tempe, Arizona said the accident occurred when a normal human-driven vehicle failed to yield to the driverless Uber car in an intersection. The two cars collided, causing the Uber car to roll over. Tempe police reported that the driver of the normal car was cited for the accident. An Uber employee was sitting behind the wheel of the Uber car, and fortunately was not injured. Uber representatives say a more detailed report will be released after the investigation concludes. Read more from TechCrunch. See photos and video from the accident on ABC15 Arizona.

 

What if driverless vehicle legislation were modeled after vaccine compensation cases?

In this article, Automotive News writer Katie Burke presents an interesting theory, in which legislation regarding liability in driverless vehicle collisions were modeled after the National Childhood Vaccine Injury Act of 1986. That law created the Office of Special Masters within the U.S. Court of Federal Claims, with the sole purpose of hearing cases in which a family claims their child was injured as a result of a vaccine. The law also created a special fund from which families who prove their child’s injury was caused by a vaccine are compensated. The act marked a turning point for U.S. pharmaceutical companies, allowing them to confidently continue researching and creating new vaccines without fear of losing billions in injury lawsuits. Burke thinks modeling legislation regarding liability in driverless car crashes in a similar way will encourage automakers working on developing the technology to continue their work without similar fears. What do you think of the idea? Read more from TheTruthAboutCars.com.

 

North Dakota Senate unanimously passes law requiring full study of autonomous vehicles

On Monday, the North Dakota Senate passed a new law 45-0 requiring the Department of Transportation (DOT) to work with the technology industry to conduct a study of the use of autonomous vehicles on the state’s highways. In addition, the study will focus on laws surrounding self-driving vehicles, including licensing, registration, insurance, ownership of data, and inspections. Results of the study must be presented at the next general assembly. In the same session, the Senate rejected a related bill that would have made the owner of a driverless vehicle the owner of any data gathered by or stored within the vehicle. Presumably, lawmakers want to encourage driverless vehicle manufacturers to share data collected by the vehicles with transportation agencies to allow for continued improvement of systems. Read more from InForum.

 

Photo Credit: Uber

News Roundup: California DMV’s New Proposed Driverless Car Regulations, How Alexa and Cortana May Soon Take Over Your Car, and More

Jennifer van der Kleut

A roundup of some of the biggest headlines to come out of the driverless and connected-car industries over the past week:

Many applaud California DMV’s newly proposed regulations for testing driverless cars

This past Friday, March 10, the California Department of Motor Vehicles released new proposed regulations for the testing of driverless cars in public, which look remarkably like laws recently passed in Michigan. Many are applauding all the changes made since releasing a significantly stricter version back in September. DMV reps say they listened closely to a wealth of feedback from stakeholders after the September draft and implemented many of them. In particular, the new regulations reverse their previous requirements that driverless test cars must have a human driver in the car while testing in public, and that prototype vehicles must include a steering wheel and pedals (which reportedly made Google/Waymo executives very happy). However, if the vehicle does not include those conventional features, the manufacturer must show the DMV they have approval from the National Highway Traffic Safety Administration. A mandatory 45-day comment period is currently in effect, ending April 24, after which a public hearing will take place. DMV representatives said they hope the regulations will officially go into effect by the end of the year. Read more from Bloomberg Technology.

 

Automakers turn to personal assistance tech like Cortana, Alexa to develop better connected-car voice commands

While systems like Ford’s Sync are already appearing in cars on the market today, many industry analysts say the technology still contains many flaws, with limited available commands and continuous voice recognition difficulties. As connected-car technology becomes more and more in demand, automakers like Ford, Volkswagen and Nissan are turning to personal assistant apps like Amazon’s Alexa and Microsoft’s Cortana to improve in-car voice command systems. VW announced they are trying to combine Alexa with their Car-Net system and apps so that, while driving, you can ask Alexa to do things like add items to your ongoing shopping list that is synced between your car and your personal device. Reps say you’ll even be able to ask Alexa through your Amazon Echo at home to tell you how much gas your car has in it. Ford said it is integrating Alexa into its current Sync system, with some paired features debuting this summer. Nissan said they are partnering with Microsoft, but have not announced a launch date yet. Read more from CAR magazine.

 

Whoa! Intel buys Mobileye for more than $15 billion

In the biggest acquisition of an Israeli tech company to date, Intel announced this week that is acquiring Mobileye for an astounding $15.3 billion, after partnering with them since late last year. Mobileye is known for its computer vision systems for autonomous cars, including sensor fusion, mapping and front- and rear-facing camera technology. They are also working on crowdsourcing data for high-definition maps, as well as getting involved in policies and regulations surrounding autonomous driving. Intel has been getting involved with driverless technology as of late, most recently partnering with Mobileye and BMW and pledging $250 million to invest in the technology, particularly how much data autonomous cars can generate. The sale of Mobileye to Intel is expected to take about nine months to close. Read more from TechCrunch.

News Roundup: Mass. State Senator Introduces Bill to Allow Zero-Emission Driverless Cars, Skipping Driverless Cars and Going Straight to Passenger Drones, and More

Jennifer van der Kleut

A roundup of headlines to come out of the driverless, connected-car industry in the past week:

Massachusetts Introduces Bill to Self-Driving Cars on Public Streets — As Long As They’re Electric

A new bill has been introduced at the state level in Massachusetts that would provide regulations for autonomous cars on public streets–as long as they’re electric. Senator Jason Lewis (D-Winchester) is preparing to file the bill with the State Senate, and says mandating that self-driving cars be zero-emission will help encourage automakers to be more environmentally friendly, which is line with Massachusetts’s priorities. Lewis said the bill would come with a tax of 2.5 cents per mile, to help offset lost state revenue from gas taxes. He said he welcomes ideas and suggestions and hopes the bill’s introduction will prompt “robust debate.” Read more from The Valley Dispatch.

 

Op-Ed: Forget Driverless Cars — The Future is Driverless Passenger Drones

Check out this opinion piece from Adam Singola. Singola argues almost suggests that simply making cars driverless is a waste of time, when we can take it one step further and make them flying, too. Singola said the future of transportation is flying passenger drones. He points out that one thing that makes human-driven cars so dangerous is the fact that they have to share the road with passengers, cyclists, unexpected objects and poor road quality, not to mention other cars. Therefore, he says driverless passenger drones will be safer, and will render things like parking problems, traffic congestion, and road construction obsolete. He also describes a ride he recently took in an actual passenger drone. Read more on TechCrunch.

 

U.S. Department of Transportation Identifies 10 ‘Proving Grounds’ for Testing Autonomous Vehicle Technology

In a move that many say will help the U.S. keep up with its Asian and European rivals, the U.S. Department of Transportation this week officially designated 10 sites across the country that officials say will act as “official sites for validating the technology,” as run by top organizations working on the technology. Automakers will be able to share the facilities to test their autonomous prototypes, and officials said they hope working in “close proximity” to others working on the same technology will allow them to share best practices and data. The 10 sites are run by the following organizations across the country: Thomas D. Larson Pennsylvania Transportation Institute; the Texas AV Proving Grounds Partnership; Maryland’s U.S. Army Aberdeen Test Center; California’s Contra Costa Transportation Authority (CCTA) and GoMentum Station in Concord, California; the San Diego Association of Governments in California; Michigan’s American Center for Mobility (ACM) at Willow Run; the Iowa City Area Development Group; the University of Wisconsin-Madison; Central Florida Automated Vehicle Partners; and the North Carolina Turnpike Authority. Read more from Bloomberg Technology.

Photo: Acura driverless car being tested at GoMentum Station in Concord, California.