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What’s New – February 9, 2015

Driverless Transportation

IN THIS WEEK’S ISSUE:

A profile of NVIDIA, the chip provider striving to makes its Tegra processor a core part of autonomous vehicle technology. And scroll down for a snapshot of NVDA’s trading last week compared with the D20 Driverless Transportation Stock Index. We also offer a brief on Europe’s promising MobilCity2 public transit project that is testing several vehicles in cities of various sizes.

NEW EVENTS & REPORTS:

IN THE NEWS:

 

D20 Index vs NVIDIA

The Driverless Transportation D20 Stock Index grew a healthy 3.35 points or nearly 2.5 percent to end the week at 138.377. The Index was driven largely by a price jump in auto parts manufacturer Delphi Automotive (DLPH) after it said it expects sales of its software-powered advanced vehicle-safety systems would increase 50 percent annually for the next several years. These safety systems are a part of the steps in technology required so automobile OEMs can offer driverless vehicles. Delphi also reported solid fourth quarter numbers, sending the stock up $8.43, or 12.3 percent, to end the week at $77.16.

D20 gainers outnumbered losers 15 to five. Two standouts — General Motors (GM), up 10.4 percent to $36.00, and Tesla Motors (TSLA), up nearly 7 percent to $217.36. Mobileye (MBLY) was the largest percentage loser with a drop of about 7.3 percent to finish the week at $36.53.

This week’s featured D20 Stock Index component, NVIDIA (NVDA), added $1.20, or 6.3 percent, to end the week at $20.40. NVIDIA’s stock has traded in a narrow 4 percent range between $19.13 and $21.14 for the last three months.

Visit the D20 Stock Index page for more.

GoogleVsOEM

Google vs OEMs: Millennials Decide

Steve Feyer

The Millennial generation is the future of business, science, politics and society. Driverless cars are the future of transportation – at least, they will be if Millennials use them.

In a previous article (“A Millennial’s Perspective on Driverless,” Driverless Transportation, 12/16/2014), we explored the opinions of Millennial “experts” in self-driving vehicles — 10 scientists, policy experts, and engineers who are already working in the autonomous vehicle field.

This article looks at the opinions of Americans under 35 who will buy the technology - a “consumer” panel of 10 well-informed Millennials not in the driverless field — graduate students, engineers, entrepreneurs, a doctor, and other professionals.

About half of the consumers polled thought driverless cars would be publicly available by 2020, while the rest thought it would be 2030 or beyond. Those who work on driverless cars were somewhat more pessimistic about how soon the technology would appear, averaging about five or more years in the future.

Most of the consumer panel thought Google would be the company to bring driverless cars to market, either independently or in joint ventures with automakers. “Google will lead in this new market, since they have a well-known name brand which is now becoming known in the area of household appliances and hardware,” said one 29-year-old scientist. “I don’t know of any companies in the space besides Google,” said another panelist, a software entrepreneur. (“Google’s Fully Functional Driverless Car is Adorable,” 12/22/2014).

In comparison, our panel of experts generally pointed to automakers, and not Google, as leaders in the field. But Google could have an advantage over the incumbent automakers that the experts do not see. “When cars become driverless, consumers are more likely to trust companies that they trust with computing,” theorized one young professional on the consumer panel.

A few respondents elaborated on which type of company would succeed.

“The established companies always have an image to maintain, so it may be newer companies or new names from older companies that will dominate,” observed one panelist, an engineer. No panelist thought that start-up companies would succeed in the market for self-driving vehicles, mostly because they thought consumers would only trust established businesses. (“GM Announces New Automated and Connected Vehicle Technologies for 2017 Cadillac Models,” 9/7/2014).

When asked about potential barriers to the deployment of driverless cars, consumers all pointed to legal and insurance issues. In contrast, the expert panel acknowledged these issues, but focused on concerns such as cyber security, technology development, industry standards and business models. For the most part, the experts believe that the necessary changes in law and insurance will be worked out without delaying adoption of the technology.

BUILDING CONSUMER TRUST

Members of both panels see another looming roadblock.

“Building consumer trust is going to be the lynchpin for the driverless car,” said one consumer, a 29-year-old manager. “A computer can simply fail without warning, and what happens if it does so while going 65 miles per hour on a winding highway?”

The engineer on the consumer panel declared that “the vehicles will be prone to hacking and unwanted remote control, which takes away all the advantages of safety and stress reduction in less than a blink of an eye.”

Given the changes needed in law and consumer trust, several members of the consumer panel suggested that America would not be the first country to accept driverless cars. “Perhaps a smaller European or Asian country, or one in the Middle East which is heavily investing in infrastructure improvements, would be the first to prove that driverless cars can become the main form of transportation,” observed a scientist.

The expert panelists, in contrast, did not consider which markets might be early adopters.

It is not surprising that the experts are making big plans around driverless cars, since this technology is guiding their career choices. They see them as a beneficial change in society.

The consumers are more reserved, with most adopting a wait-and-see attitude. “We will see these technologies pervade into every aspect of our lives. Having said that, I’m not planning my life around anything that is not yet here,” said one business student.

Another graduate student added, “I can’t possibly be making any plans on the basis of this technology, especially since they’re not even allowed on roads where I live.”

Another added, “Some of the decisions you need to make on the road or when picking up people can’t just be programmed. I would still rather be in a human-operated vehicle.”

One panelist, although generally positive about driverless cars, said, “The whole industry is going to have to do a lot to overcome consumer skepticism and risk aversion.”

Ultimately, all the experts viewed driverless cars as transformative technology while the consumers saw it as something would cause an incremental change in their lifestyle. “They’re like battery-operated toothbrushes - an advancement in technology that reduces human effort, thereby increasing the quality of life and standard of comfort,” offered a 25-year-old musician. While electric toothbrushes may be nice, they are not revolutionary.

COMFORT & REVOLUTION

Our surveys of Millennial Americans have found several interesting differences between those working to create a driverless future and those who will choose whether to accept it. The potential consumers of autonomous vehicles think Google will bring these cars to market relatively soon, while the experts believe other companies will sell them more than 10 years from now.

Perhaps this difference can be explained by Google’s success in advertising its efforts in driverless cars. Our consumer panelists are convinced that Google is at the forefront of driverless car technology and is close to bringing it into the world. The experts are more skeptical of Google’s promises, knowing more about the efforts of other companies and seeing more barriers to commercial adoption.

In sum, the companies and individuals creating self-driving vehicles have much more work to do to convince consumers of the technology’s value. The consumer panelists have mixed opinions about the value and significance of self-driving cars, and that the technology will bring benefits to their lives.

 

Steve Feyer is a James R. Swartz Entrepreneurial Fellow and MBA at Carnegie Mellon University’s Tepper School of Business.

Connectedurban1

FTC Reports on Security, Connected Vehicles and the IoT

Burney Simpson

Connected vehicles are part of a new report from the U.S. Federal Trade Commission focusing on safeguarding privacy and security of the growing number of business and consumers that use the Internet of Things (IoT).

Connected vehicles have become an important part of the IoT as auto manufacturers integrate autonomous driving technology that uses the Internet for Vehicle-to-Vehicle (V2V) and Vehicle-to-Infrastructure (V2I) communications. Connected vehicle technology offers more efficient, safer driving, and has drawn the attention of fleet operators, trucking firms, insurance companies, consumers and many others.

Other major industries impacted by the IoT include healthcare, housing, and energy.

The FTC report “internet of things: Privacy & Security in a Connected World” explains that potential security risks arising from the IoT include the unauthorized access and misuse of personal information, attacks on other systems, and risks to personal safety. Privacy risks “may flow from the collection of personal information, habits, locations, and physical conditions over time.” A PDF of the report is available.

Despite these dangers, the FTC has decided that IoT-specific legislation is not needed at this time, but that industries should consider creating self-regulatory programs designed to encourage the adoption of privacy- and security-sensitive practices.

The FTC has defined the IoT as “devices or sensors – other than computers, smartphones, or tablets – that connect, store or transmit information with or between each other via the Internet.”

The report is limited to IoT devices sold to or used by consumers. It is based on the FTC’s Internet of Things workshop held in Washington, D.C. in November, 2013, and on public comments following the workshop.

The FTC also released a new reference guide on privacy and security for businesses that develop communications-oriented technology designed to become a part of the IoT. “Careful Connections: Building Security in the Internet of Things” offers a brief approach to building products and services for the IoT that include proper authentication, security measures, and well-thought-out default settings. Careful Connections is available as a free download.

In a checklist for developers, the FTC recommends they design their products with authentication in mind, protect the interfaces between their product and other devices or services, consider how to limit permissions, take advantage of readily available security tools, test the security measures before launching the product, and selecting the secure choice as your default setting.

naias2

Driverless Technology Breaks Through at the 2015 NAIAS

Colin Wasiloff

The 2015 North American International Auto Show, or NAIAS, rolled to a halt on January 25 in Detroit but not before beating previous attendance records with a whopping 808,775 auto enthusiasts passing through its doors. This year’s NAIAS and the Consumer Electronics Show (CES) in Las Vegas demonstrated that driverless technology has come of age and is on its way to becoming central to the vehicle industry.

In Detroit, the Mercedes-Benz F 015 concept vehicle stole the show for fans of driverless technology. The luxury auto displayed a new twist on autonomous transportation with front-compartment “driver” seats that can be fully rotated to face rear-seated passengers as the car moves safely on its journey.  Mercedes put the F 015 on a rotating platform with its large doors opened to its grand interior, featuring connected video panels, heads-up displays, and hardwood flooring. Due to its autonomous technology and unique styling, this vehicle drew crowds from all walks of life, from engineers to futurists and everyone in between.

The U.S. Army had a large exhibit in the ground-floor showroom of the Cobo Center, sharing space with the Shell Innovation track. The area was abuzz with electronic vehicles and semi-autonomous technology that let the user test out the displays in a safe environment. A main point in the basement display area was the Army’s Autonomous Mobility Appliqué System - Capabilities Advancement Demonstration, a driverless vehicle capable of transporting materials and supplies to troops in hostile areas without endangering soldiers’ lives en route.

The Applied Robotics for Installations and Base Operations (ARIBO) also had an excellent showing, suggesting it has the goods to revolutionize how passengers are transported around military bases and college campuses. If you have specific questions about its plans you can send them to the hashtag #DriverlessARIBO.

Ford’s expansive display showed interior cabins that allowed users to sample innovative features such as lane-change departure overrides, blind spot alerts, and cross-traffic monitoring. While the newly unveiled blue GT model stole a large portion of the crowd, many patrons found themselves marveling at technology already available in this model year’s vehicles.

This year’s NAIAS was a hot ticket for driverless transportation enthusiasts and future-users alike. More than 5,000 journalists took part in 55 vehicle reveals, which boasted seven concept cars during media days. An industry preview session captured the attention of over 2,000 companies representing 25 countries. This was the year that autonomous vehicles broke through to everyone from auto industry executives to novice car collectors to tech aficionados and more.