Daimler Teams Up with Sila Nanotechnologies on Next Generation Lithium-ion Battery Materials

ALAMEDA, Calif. and STUTTGART, Germany, April 16, 2019 /PRNewswire/ — Daimler accelerates the development and commercialization of Li-Ion battery technologies together with Sila Nanotechnologies Inc. Strategic partnership with leading U.S. battery material specialist to pave the way for the next generation of powerful electric Mercedes-Benz Cars Innovative chemistry promises higher performance, faster charging and longer… Continue reading Daimler Teams Up with Sila Nanotechnologies on Next Generation Lithium-ion Battery Materials

O2’s 5G network to power autonomous vehicle testing

O2 announces that it will be the public and private network provider of 5G connectivity for the testing and development of CAV technology at Millbrook Proving Ground in Bedfordshire. O2 will enable 5G connectivity to Millbrook testing facilities from June 2019, using its 2.3 GHz and 3.4GHz spectrum in advance of the first phase of… Continue reading O2’s 5G network to power autonomous vehicle testing

The Alliance establishes joint innovation hub in China to accelerate technology development for new mobility

Renault and Nissan have established a new Research & Development hub in China,complementing their joint innovation labs in Silicon Valley, USA and Tel Aviv, Israel The new lab in Shanghai is focused on developing technology for autonomous drive,connected and electric vehicles The facility will enable the companies to leverage open innovation opportunities withChinese start-ups and… Continue reading The Alliance establishes joint innovation hub in China to accelerate technology development for new mobility

AEye Team Profile: Dr. Allan Steinhardt

We sat down with AEye’s Chief Scientist, Dr. Allan Steinhardt, to learn about the challenges of using publicly available defense technologies in autonomous vehicles, the current state of automotive LiDAR, and the technology that most excites him today…
An IEEE fellow, Dr. Allan Steinhardt is a sought-after expert on radar, missile defense, GMTI and space surveillance. He was Chief Scientist for DARPA, co-author of a book on adaptive radar, and assistant professor in Electrical Engineering and Applied Mathematics at Cornell University, where he performed funded research on sensor arrays and optimal detection capabilities. Dr. Steinhardt is a member of the national academy of Science Naval Studies Board, and recipient of the US Defense Medal for Exceptional Public Service. He has also served as chief scientist at Booz Allen, the radar project lead at MIT Lincoln Laboratory, and director of signal processing for the defense Industry with BAE/Alphatech.

Q: What technologies developed by DARPA, and other agencies, have been adapted for autonomous vehicle use?
The technologies developed by DARPA that have been of value to both LiDAR and other kinds of sensors for autonomous vehicles are: the solid-state laser, Micro-Electro-Mechanical Systems (MEMS), and the computer chips that are able to do all the processing. So, all the building blocks required for the development of autonomous vehicles have their humble beginnings at DARPA. But there’s the system point of view as well. Many of the systems that are being developed now were started by the government. Biomimicry was also a big investment at DARPA. When I was there, we went on to create a separate office on biomimicry, looking at different biological systems and emulating them for various purposes.

However, LiDAR actually has its origins in the relatively distant past. When I first began working for AEye as a consultant, some of the best papers I came across about LiDAR were written in the early 1960s. And this research has really not been improved upon since then in terms of the basic science. The actual concept of the laser was first developed by Albert Einstein, so it has been around for a lot longer than people realize.

Q: What challenges have we faced trying to adapt defense technology for autonomous vehicle use?
One obvious challenge the industry currently faces is bringing down the cost of these technologies for commercial use. Another is miniaturizing these technologies to fit inside a vehicle, as opposed to a fighter jet or tank. However, one issue that we never really considered in the government that is coming to the fore today is the amount of power it takes to do the processing. We generally weren’t thinking about green vehicles that don’t use a lot of gasoline. But nowadays, the processing is becoming so sophisticated in autonomous vehicles that it’s literally eating into fuel efficiency.

Another one, surprisingly, is the whole issue of cyber security. Back when we were beginning these projects, we never imagined that there would be such deep connections between the Internet and wireless systems and lasers. Back in the early 80’s, there was no worry about a potential external entity accessing the internals of a laser system.

Q: How are we mitigating these challenges?
AEye has a perspective that we hope the industry will adopt more widely, which is to use biomimicry to focus energy on things that matter, which is how most biological systems operate. AEye also creatively adopts off-the-shelf technology and uses them to optimize for size, weight, power, and cost. However, cyber security is still very much an open issue and hasn’t, in my opinion, been adequately addressed yet.

Q: Is automotive LiDAR where you thought it would be today?
I’m surprised at how far along we are. Yet, we are still less developed than I would have thought. I am surprised at how much advancement has taken place in the actual sensor itself (i.e., how well can we sense light, the efficiency of the lasers). On the other hand, I think we are way behind in terms of understanding and addressing what to do with the information gathered. So, I find that where we are today is surprisingly primitive in that sense.

Q: What new technology are you most excited about?
There are the obvious candidates: A.I., silicon technology, and basic laser components. And then there are the less obvious, more interesting candidates, such as the way the medical/biological research communities are looking for ways to adopt how biological systems sense and respond to various stimuli. There’s also a telecommunications revolution currently taking place. I’d call it “the next wave in fiber optic communications”, where the bandwidths are going to be even higher and efficiencies even better. There’s a lot of interesting and non-obvious ways that we can leverage these technologies in autonomous vehicle development.

Q: What have you seen as the biggest difference between working in Silicon Valley and a US Defense Agency?
I thought DARPA was fast paced, but that’s nothing compared to Silicon Valley. The velocity of innovation happening is truly breathtaking. It’s very satisfying to be here. I can’t wait to see what’s next.

Join us on April 18, 2019, when AEye’s Chief Scientist, Dr. Allan Steinhardt, gives a keynote address entitled “Life in the Fast Lane: What’s different about transportation AI?” at Bootstraps Labs Applied Artificial Intelligence Conference in San Francisco. Learn more here.

AEye Team Profile: Dr. Allan Steinhardt — AEye Introduces Advanced Mobility Product for the Autonomous Vehicle MarketAEye Granted Foundational Patents For Core Solid-State MEMs-Based Agile LiDAR And Embedded AI TechnologyBlair LaCorte Named President of AEyeAEye’s iDAR Shatters Both Range and Scan Rate Performance Records for Automotive Grade LiDARThe Future of Autonomous Vehicles: Part I – Think Like a Robot, Perceive Like a HumanAEye Introduces Next Generation of Artificial Perception: New Dynamic Vixels™Deconstructing Two Conventional LiDAR MetricsAEye Announces Industry Leading Family of Perception Sensors for ADAS SolutionsAEye Team Profile: Indu VijayanAEye Announces Addition of Aravind Ratnam as Vice President of Product Management

Electric car startup Byton loses co-founder and former CEO, reported $500M Series C to close this summer

The race is on for building and shipping more cost-effective electric cars, but today one of more ambitious startups in the field announced some significant changes that underscore some of the challenges in making that a reality. Byton, the Chinese electric car startup, today announced that Carsten Breitfeld, the former BMW executive and Byton co-founder… Continue reading Electric car startup Byton loses co-founder and former CEO, reported $500M Series C to close this summer

Award-winning and Tailor-made: Smart Solution from Continental Pleases Car Drivers Sense of Smell

Continental develops clever solution to eliminate unpleasant new-car smell Perfumed Acella interior material improves the odor of vehicles diffusing the pleasant fragrance of orange, green tea or perfume Zhangjiagang/Hannover, April 2019. With the advancement of the well-established interior material Acella, technology company Continental has developed a pioneering solution for eliminating the new car smell, which… Continue reading Award-winning and Tailor-made: Smart Solution from Continental Pleases Car Drivers Sense of Smell

Press Releases – Auto industry to raise awareness of safety technology, as new EU data on road fatalities is released

Brussels, 16 April 2019 – As the decline in road deaths tapered off last year, the European Automobile Manufacturers’ Association (ACEA) is making a push to raise drivers’ awareness of existing and future vehicle safety technologies. Data issued by the European Commission earlier this month shows that there were 25,100 fatalities on European roads in… Continue reading Press Releases – Auto industry to raise awareness of safety technology, as new EU data on road fatalities is released

Statements BMW Group Press Conference Shanghai Auto Show 2019

Jochen Goller President and CEO of BMW Group Region China   Good morning and welcome! As you would expect from the BMW Group, you are going to see a real firework of new products. To start with, we have the all-new BMW 3 Series standard wheel-base, celebrating its China premiere today. The 3 Series has… Continue reading Statements BMW Group Press Conference Shanghai Auto Show 2019

Here’s what keeps Ford’s new No. 2 executive, Joe Hinrichs, up at night

David Orrell | CNBC
Joe Hinrichs

Ford Motor is investing $900 million to set up both a battery-car plant — its second — and an autonomous vehicle center in southeast Michigan, not far from its headquarters in the Detroit suburb of Dearborn.

It's part of the automaker's push to lead in autonomous vehicles while also trying to catch up to rival Tesla in the emerging electric vehicle market.

CNBC sat down with Ford's newly appointed president of its global automotive division, Joe Hinrichs, in recent weeks. The company just announced his promotion in a management shake-up Wednesday along with Jim Farley, who will run the company's autonomous vehicle and “smart mobility” efforts, among other things. Although both men will have the title of president starting May 1, Hinrichs' job is bigger and makes him the heir apparent to CEO Jim Hackett.

“Uncertainty” is one of the things that keeps Hinrichs up at night. And he's facing a lot of it these days. In his newly expanded role, Hinrichs will oversee product development, as well as global automotive operations — core units in the midst of radical change. Ford is pulling out of the sedan and coupe market, even as it invests billions to develop battery cars that have yet to catch on with consumers.

Like its rivals, the second-largest Motor City automaker is facing a variety of challenges. Sales have been sliding in the U.S., European operations are losing money and Ford is reportedly considering a major shake-up of its Indian operations, to name just a few challenges Hinrichs has to handle. Now, add the threats posed by the Trump administration's trade wars — tariffs on aluminum and steel last year alone adding $1 billion in costs.

Here are some excerpts from CNBC's interviews with Hinrichs:

CNBC: A year ago, Ford announced plans to increase its investment in electric and hybrid vehicles to $11.1 billion and a company statement says a “fresh look” at the potential market says it's likely to be bigger than initially expected.

Hinrichs: We were always confident there would be growth in demand for electric vehicles. As we take a closer look, we're seeing more acceptance. That's especially true among millennials [who], over the next five to 10 years, will be the biggest buying group in the market. The multibillion-dollar question is getting your timing right. We're still trying to find that. We believe electrification is a really important part of our future.

CNBC: On the same day Tesla revealed its Model Y electric SUV, Ford teased its own “Mustang-inspired” battery-electric crossover on Twitter. It's supposed to be your first long-range model, but when is it coming to market?

Hinrichs: We haven't given a timeline, but it's next year, 2020, and we're very excited about it. One of the things that often gets lost in the conversation about electric vehicles, because of the cost, is that there are attributes of a vehicle you can make better with electrification.

Along with instant torque, there's the smoothness and quietness of the ride, the low center of gravity. There are fewer moving parts, so reliability [should be better]. And the way you can use the package gets more efficient because you don't have all that stuff in the engine compartment up front.

CNBC: The $900 milliion investment also includes money for autonomous vehicles. What are you planning?

Hinrichs: We found a more capital-intensive way of building [autonomous vehicles]. So, we're going to build them in a special manufacturing center the same way we produce our police interceptor in Chicago. [Ford takes a regular vehicle off the line and sends it to a special conversion center.] That allows us to produce the same number of vehicles but frees up capital for the second battery plant.

CNBC: In January, you announced what was said to be the first of several possible deals with Volkswagen, including one that could pair up your EV programs. Where do things stand now?

Hinrichs: We made the announcement on partnering on vans and trucks outside North America. Those conversations, I would say, went very well. There's a good matching up of needs and strengths. We're very excited about that alliance. We signed an MoU about continuing to have discussions on other topics, and those conversations are going well. There's a good alignment and the talks are going well, which is as far as I can go.

CNBC: But Farley, who is currently president of the Americas, seemed to recently dash expectations, saying it will be hard to come together on electric vehicles because the timing of your programs is different.

Hinrichs: Timing is always a challenge when you're talking to a partner about how your needs and programs line up. But those conversations continue to go well.

CNBC: Speaking of a changing market, the industry is in the midst of a dramatic shift from cars to trucks which now account for 70% of the U.S. market. Is there much room for more growth?

Hinrichs: I would say that it's gone further than I estimated it would and it is still going. There are a few key contributors. The [light trucks] we offer today don't have the compromises they did in the 1990s. Now, you don't have to give up the ride comfort and the relative difference in fuel economy has diminished significantly.

The cost of gas has certainly had an influence. I also think our society has gotten used to the idea that devices can do all sorts of things. Your smartphone is your rolodex, your phone, your camera. Society now expects vehicles to be multi-functional, too. So, I don't think it will stop.

CNBC: Since a management shake-up nearly two years ago, Ford has been going through a lot of changes. What can you tell us about the planned Ford reorganization?

Hinrichs: You mean the “smart redesign” we started last fall which is really about flattening the organization and removing some of the bureaucracy. We want to let the people running each layer of the organization handle that redesign, rather than from the top down. We think we'll get bigger insight and a bigger buy-in.

CNBC: How is that different from your broader global restructuring?

Hinrichs: We've already announced plans for our Brazilian [truck plant] in Sao Bernardo to close, and that's our first big step there. In Europe, we don't have a lot to announce because we're in discussions with our partners, but we're having very constructive and engaging discussions. We've set up our China operations as a standalone business under Jim Farley and we're looking at everything in our China business.

CNBC: What about North America?

Hinrichs: We don't have as deep a restructuring as in those other markets, but we're looking at the cost structure and execution of the launch of some very important products over the next few years that will have a big impact on our business — the new Ranger [pickup], the Explorer and Aviator and Escape [SUVs] this year and then a number of incremental nameplates the next year, including the Bronco and the 300-mile all-electric SUV. And we're keeping our trucks super fresh. In North America, we think we're going into a really sweet spot over the next 18 months.

CNBC: We've heard about job cuts in Latin America and Europe, as well as white-collar cuts in North America. What about blue-collar cuts in the home market where General Motors has eliminated five plants and thousands of hourly jobs?

Hinrichs: In December we announced that both Louisville and Flat Rock will remove a shift but we plan to move those people to where we need more capacity like the Livonia transmission and Kentucky Truck Plant. So, in North America, with all the product launches coming, we don't see substantial assembly plant changes coming in the near future.

CNBC: So, hourly workers don't need to worry?

Hinrichs: If the U.S. economy stays strong and the industry stays where it is, I don't see dramatic changes to our manufacturing plans for this year in North America.

CNBC: But how concerned are you about the U.S. economy?

Hinrichs: This “peak auto” story has been around for several years. It wouldn't surprise me, given where we are in the U.S. economic and automotive cycle that people are being cautious about hiring. January and February sales were down but they were impacted by severe weather. We'll see what the spring selling season brings. It usually tells a better tale of what the year will hold. But there's clearly a lot of uncertainty out there.

CNBC: “Uncertainty” i..

Audi unveils AI:ME electric mobility concept vehicle

Audi has unveiled AI:ME, a new electric mobility concept vehicle with level 4 autonomous driving abilities and retractable controls. Audi announced the concept at the Shanghai Auto Show as “a visionary mobility concept for the megacities of the future.” The company’s vision includes a steering wheel, instruments, and pedals that retract during autonomous driving, to… Continue reading Audi unveils AI:ME electric mobility concept vehicle