Five Mind-Blowing Innovations from Mercedes-Benz


slashgear dug out the latest scoop for us. :)

Mercedes’ CES “digital drivestyle” concept could come to real cars in 2016
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As the digital world takes an increasingly omnipresent role in our lives, automakers are clawing to keep up. Apparently that gap will narrow a bit in just a few months, when Mercedes-Benz will introduce futuristic tech it originally discussed at the 2012 CES, next year.

While the level of tech in cars has increased dramatically, car companies will be the first to admit they can’t keep up with Silicon Valley’s frenetic pace. Yet progress has been made, and at a recent industry gathering in Sunnyvale, California—for Mercedes-Benz’s 20th anniversary in the Valley—the automaker dropped a hint at what we can expect in cars as early as next year.

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Rigel Smiroldo, Benz’s principal engineer, machine learning and predictive user experience, said what seemed like very out-there futuristic technology when it was shown off at the 2012 Consumer Electronics Show will be coming next year, though he didn’t specify exactly when.

Mercedes used that CES show 3.5 years ago — its first time at CES — to talk about the transition from “a digital lifestyle to a digital drive-style.” And while it showed off the latest version of mbrace in the 2013 SL, it also demonstrated some interesting conceptual technology, one that included Minority Report-like gesture-based communication.

Without making physical contact with any screen, the DICE (Dynamic & Intuitive Control Experience) concept allowed users to change menus and select options by using what are now fairly intuitive actions, like swiping and tapping, only in mid-air. Sensors and cameras detect and process these actions, similar to some current video game technology like on the Nintendo Wii.

Might we see some form of this technology in production cars soon, and was this the tech they were referring to? Our guess is the new tech—whatever it is exactly—will make its debut under the glitzy lights of Las Vegas, at the 2016 CES.

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And while discussing contextual intelligence, Smiroldo said another forthcoming technology would be transferable driver profiles, based on machine learning. If there’s a certain person you call everyday on your drive home, the car may have that number queued up when you enter the car after work, at the ready, whenever you are.

If you go to a certain spin studio or favorite brunch spot everyday Saturday morning, the address will already be in the navigation when you enter the car on that day, with the fastest route based on real-time traffic.

We’ve just very recently begun seeing some of this on our smartphones, and with Apple’sCarPlay and Android Auto seeing further integration in our cars, the tech could come via further integration from one of those apps.

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And while this sort of technology is a natural fit for a luxury automaker like Mercedes-Benz, it’s especially applicable to the next generation of car sharing, too. Rather than constantly having to adjust your seat in each new car, the seat will automatically adjust on startup, based on your driver profile.

If you turned on the heated seat the last 15 times you’ve borrowed a car in winter, your driver profile could have the heated seat switched on at startup. The learning possibilities are seemingly endless. We’ll be following up with Mercedes as we near CES for more on what we can expect.

http://www.slashgear.com/mercedes-ces-digital-drivestyle-concept-coming-to-real-cars-in-2016-07408464/
 
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Daimler predicts full digital automotive ecosystem


HANNOVER – Tomorrow’s cars will be part of a digital ecosystem that relies on full connectivity, Daimler’ top strategist, Wilko Andreas Stark, said Thursday.

“Personal mobility will change forever as a result of digitalization,” Stark told the automotiveIT Congress here.

The Daimler executive said tomorrow’s mobility will be defined by key trends such as electrification, autonomous driving, connected-car technologies, and car-sharing, which together will develop a new digital ecosystem. Only carmakers that will manage to successfully incorporate these trends into their business models will be successful, Stark said.

As new players enter the auto industry, it’s important that carmakers retain their core car-building competence. “Nobody wants to get into our core business,” Stark said. “But we shouldn’t lose our connection to the customer and that is a big challenge.”

Daimler’s strategy chief said autonomous driving will have a major impact on carmakers’ business models. Referring to Daimler’s car2go car-sharing business, he said: “We are no longer talking about car2go, but about car2come.”

Stark also said he was convinced electric powertrains will prevail, despite generally slow sales to date. He predicted that, as emissions regulations are tightened in countries such as China, automakers will be selling more electric vehicles to meet fleet-wide emission targets. “I can assure you that electric mobility will be be there for the long haul,” he said.

The automotiveIT Congress is held each year during the CeBIT high-tech fair here.
 
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Mercedes-Benz at CES 2017: Connectivity

Already today, all our vehicles are "always on" and intelligently connected. In addition to real-time traffic service and up-to-the-minute information directly on the navigation map (weather, fuel prices, parking spaces), we also already have Car-to-X technology in the vehicle. Our vehicles are part of the "Internet of Things". With Mercedes me connect, our customers have access to their car at all times and from anywhere. In future, our vehicles will become digital, automotive companions, which, based on habits, time and day of the week, will be able to predict the wishes of the occupants and thus actively assist them. Innovative control concepts will transform interaction with the vehicle into an experience: brilliant graphics and 3D real-time animations are displayed on high-resolution screens. The HMI combines Touch Control, touchscreen, touchpad as well as natural-speech interaction and gestures. Daimler is working with HD Live Maps of HERE and is currently using them in Mercedes-Benz prototypes. In the medium term, Daimler plans to launch HD Live Maps.

Current examples:

Community Based Parking: Daimler and Bosch are working to provide other motorists with information on the location and size of free parking spaces, so that the daily search for a parking spot does not take the same amount of time as the journey itself.
Home Automation: based on the ETA (trigger: geofencing), certain functionalities of the Smart Home can be used automatically, such as turning the outside lights on or off. Arriving in the first months of 2017 Mercedes-Benz customers will be able in specific markets to communicate with their cars through their Google Home and Amazon Alexa devices. They will be able to use Google Home and Amazon Alexa devices to ask information about their car like fuel level, charge level, lock status as well as interact with their car in order to lock doors, send destination to navigation and many more.
Artificial Intelligence & Prediction: based on daily use, the vehicle learns the driver's habits and can thus predict certain things, such as potential navigation destinations, calls or radio stations. These suggestions are added to the "Favourites" menu in the vehicle and are therefore available to the driver quickly and conveniently at the press of a button.
In Car Office: In Car Office helps to perform office tasks in the vehicle more efficiently, thus saving time (this involves connection to the user's calendar). Intelligent use of the cloud renders smartphones in the vehicle superfluous. Upcoming appointment details (places, access numbers for telephone conferences, etc.) are transmitted straight to the vehicle.

General information:

Data protection and data security


Data security, data privacy and anti-theft protection are important elements of our research and development activities. The development of protection and security mechanisms continues for the entire life cycle of a vehicle.
We already keep data privacy in mind when designing connectivity services, and we have developed our systems and services from the very start in compliance with high data protection standards. For this reason, we flank new technical developments with the three principles of "transparency", "self-determination" and "data security".

OTA Updates

With over-the-air updates, the software in our vehicles is always up to date, from the navigation map to the browser to the firmware.
The Mercedes-Benz of the future will be an intelligent, automotive companion that identifies the driver's and passengers' moods, desires and preferences and proactively predicts control operations.

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Source: MB Passion & Daimler
 
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The Catalyst for Innovation: A Conversation with CEO Arwed Niestroj

Autonomous vehicles, speech-activated digital assistants, in-dash intuitive infotainment systems – these are just a few of the ways Mercedes-Benz Research & Development North America (MBRDNA) is transforming the automotive landscape.

MBRDNA lies at the heart of a dynamic environment whose pace of innovation is “dramatic,” says MBRDNA CEO Arwed Niestroj. He stepped into the role of CEO in 2014 after heading up business and development organizations at Daimler for 20 years. He has aided the transition from Mercedes-Benz as a traditional car manufacturer to becoming a technology leader, leading divisions innovating in areas including Autonomous Driving, Connected Car, Telematics and User Interaction; Advanced Exterior Design; Business Innovation and also Powertrain and eDrive, eMobility as well as Regulatory Affairs; and more all over the United States. Arwed is based at MBRDNA’s headquarters in Sunnyvale, Calif.

How does he lead an organization that works at the forefront of technological change? How does he help MBRDNA’s engineers, scientists, designers and others do their best work?

Here Arwed shares his definition of leadership and the direction in which he’s taking MBRDNA.

“Try new things, accept failure and try again.”

Arwed aims to increase Daimler’s competitiveness not only in the automotive industry, but also in the technology industry. To keep pace with change, he fosters a team culture that is open to risk.

“To become more dynamic, and to allow for more innovation, we need to try new things, accept failure, and try again,” he said.

He’s no stranger to risk. At Daimler, for example, he led the joint venture responsible for development and manufacturing of electric motors for vehicle powertrains and was responsible for the "Mercedes-Benz F-Cell World Drive" – the first circumnavigation of the globe with fuel cell vehicles – bringing hydrogen as car fuel to places like Kasachstan and the Australian outback.

Mercedes-Benz was the first automaker to arrive in Silicon Valley in 1995. Back then, MBRDNA was composed of just 20 people. Today, there are more than 250 employees in the two glass buildings in Sunnyvale. Almost 500 in North America. Especially, in the Silicon Valley teams of engineers, software developers and designers are encouraged to push limits and take risks across the spectrum of artificial intelligence (AI), advanced engineering, digital user interaction and user experience design, the internet of things (IoT), autonomous driving, data analytics, customer research, and much more.

“My role within MBRDNA is to not only enable people to do innovative work, but also to make sure Mercedes-Benz keeps pace with how the world is changing,” he said. “We have to be the ones driving change and make sure we are not a victim to it.”

Cars as digital sanctuaries

One change Arwed pointed out is that people are spending more time in cars than ever before; the average commute time in the U.S. has grown 20 percent since 1980, according to the U.S. Census Bureau. Cars have increasingly become an extension of driver and passenger personal space.

Arwed and his team in Sunnyvale are working to evolve the automobile into a personal digital sanctuary preparing the cars for the self-driving era.

Drivers and passengers increasingly maintain their digital lifestyle while on the road. And automobiles are getting smarter, able to intuit what drivers and passengers want to do – beyond navigation to playing their favorite music or giving restaurant suggestions.

Raising MBRDNA’s profile

Sunnyvale is a long way from Stuttgart, Germany, Daimler’s homebase. MBRDNA runs additional offices in California (Long Beach and Carlsbad), Oregon (Portland), and Michigan (Redford and Ann Arbor), supporting innovation in various segments of the industry and helping Mercedes-Benz lead the competition in automotive research and development. But the innovations happening here in Silicon Valley and at the other MBRDNA offices are making an impact around the globe and in the next generation cars.

Arwed and his team is leveraging MBRDNA’s Silicon Valley location to forge partnerships and share knowledge with not only other automotive companies, but also with tech companies. From an integrated solution with Apple Watch and Mercedes-Benz vehicles to a partnership in the development of artificial intelligence with NVIDIA, and the integration of Google Home these collaborations bring Mercedes-Benz’s expertise to the ever-evolving tech landscape. Seamless and intelligent interaction between car and home through the integration of Google Home with Mercedes-Benz vehicles is another such collaboration, now to the general public.

Additionally, MBRDNA has invested in multiple collaborative platforms to fuel advancement across technology and the mobility ecosystem. Co-hosting discussion forums with self-driving technology research firm Otto and industrial giant Bosch, supporting Udacity’s self-driving car nanodegree program, and running a robust recruiting practice are just a few of the investments MBRDNA is making in Silicon Valley and beyond, bringing together great minds to solve the world’s biggest problems. The newly-announced collaboration even has employees of Bosch and of Daimler’s Mercedes-Benz Research & Development group working side by side on the next step in Autonomous driving in Sunnyvale.

It is dynamic partnerships such as these that are expanding Mercedes-Benz’s work beyond consumer car manufacturing. As Arwed said, “My goal for MBRDNA is to be the driver for innovation and the catalyst of Silicon Valley for Mercedes-Benz.” With collaborative efforts and investments in diverse areas from autonomous car technology to energy, MBRDNA is moving the needle for research and development across tech and mobility alike.

Mercedes-Benz Research & Development North America
 

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Get this Skill

"Alexa, ask Mercedes me to lock the car"

"Alexa, ask Mercedes me to start the car"

"Alexa, ask Mercedes me to send an address"

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Description

With Mercedes me for Amazon Alexa, you can access your Mercedes-Benz from the comfort of your couch. In order to effectively use the Mercedes me skill, you will need an active Mercedes me account and an active mbrace subscription.*

The Mercedes me skill allows you to:

Remotely lock the doors
Remotely start your engine**
Send an address or point of interest to your in-vehicle navigation
Manage multiple vehicles

After linking your Mercedes me account to the Mercedes me skill, you can ask questions or give commands, such as:

"Alexa, tell Mercedes me to lock the car."
"Alexa, ask Mercedes me to start the car." **
"Alexa, ask Mercedes me to send an address to the car."
"Alexa, ask Mercedes me to find coffee near me."
"Alexa, tell Mercedes me to update my primary car."

* Select mbrace services are free for five years with any new Mercedes-Benz.
** Available on select 2016 and newer model lines. Check with dealer for details. Features subject to network coverage.

Please note:
• The Mercedes me skill on Alexa currently only supports users in the United States;
• The Mercedes me skill on Alexa will send remote service commands to your vehicle, but will not currently confirm the completion of those commands. However, in the case of remote start, you will receive a remote start status text message to the phone number that is linked to your mbrace account. If you update your phone number linked to mbrace, you will also be required to update your primary car in Mercedes me in order to continue receiving text messages;
• You can manage multiple cars within Mercedes me. However, you can only operate one car at a time via Alexa i.e. the primary car that you set via the Mercedes me skill. In order to change/update your primary car, simply say "Alexa, ask Mercedes me to update my primary car.";
• For Mercedes me customer support, call +1 800-367-6372
 
^ True. May become simpler, though? :)

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Daimler will launch 'Ask Mercedes' customer service app

LISBON, Portugal -- Daimler will combine a range of digital customer support experiments into a single voice-activated "chatbox" app that will be available whether users are driving their cars or sitting at home.

Chief digital officer Sabine Scheunert said on Tuesday that Daimler will soon introduce the digital assistant called "Ask Mercedes" that ties together previous trial projects on platforms such as Google and Facebook.

Scheunert said "Ask Mercedes" will be available in several markets and languages immediately before being rolled out globally, without providing further details.

"Ask Mercedes is a new cognitive assistant available any time to support customers in exploring all the functions of their Mercedes-Benz vehicles," Scheunert said during a presentation at the Web Summit conference in Lisbon.

Scheunert said the app will allow both existing and also potential customers to interact with Daimler services, day or night, using voice-activated commands or text-based chat.

Chatbots are software programs which can respond to questions from users using a conversational approach.

Customers can pose questions to the app when it is installed in the company's cars, or by using a smartphone version of the app or by speaking to a Google Assistant voice-activated electronics controller when they are at home.

Mercedes-Benz, What's Next?
 
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Daimler AG will work with IBM to advance the potential use cases of quantum computing for the automotive and transportation industry. Some areas of research include finding and developing new materials for automotive application through quantum chemistry, complex optimization problems such as for manufacturing processes or vehicle routing for fleet logistics or autonomous/self-driving cars, and the intersection of quantum and machine learning to enhance the capabilities of artificial intelligence.

Source: IBM
 
A complex way to simplify your life.

True. Supposed to become simpler, though? :)

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Mercedes-Benz

Mercedes-Benz Group AG is headquartered in Stuttgart, Germany. Established in 1926, Mercedes-Benz Group produces consumer luxury vehicles and light commercial vehicles badged as Mercedes-Benz, Mercedes-AMG, and Mercedes-Maybach. Its origin lies in Daimler-Motoren-Gesellschaft's 1901 Mercedes and Carl Benz's 1886 Benz Patent-Motorwagen, which is widely regarded as the first internal combustion engine in a self-propelled automobile. The slogan for the brand is "the best or nothing".
Official website: Mercedes-Benz (Global), Mercedes-Benz (USA)

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