Rinspeed unveils Snap concept car at CES in Las Vegas, US

Rinspeed is a Swiss automobile manufacturer and tuning designer. It specialises in restoring classic cars, and tuning and modifying modern cars such as Porsches and Subarus. Since 1991, they have also designed exotic concept and special vehicles for the Geneva Motor Show and other car shows each year, but do not enter into production.

Self-driving cars, stuffed full of short-lived IT components, will help solve the transport problems in urban areas in the foreseeable future – and not just there. To this end, Swiss powerhouse of ideas Rinspeed has designed an elaborate and unparalleled mobility ecosystem in its latest concept car, the “Snap.” Rinspeed boss Frank M. Rinderknecht makes the hardware and software, which is bound to be outdated quickly, part of the high-wear chassis (“skateboard“) – and separates it from the durable passenger safety cell (“pod”). From now on, they both will go their separate ways – whereby the pod can even be useful when stationary: it can be anything from a variable shopping pod or a spacious camping pod to a cozy cuddling pod and even provide a breathtaking, fully connected user experience for the occupants of the passenger cabin. The sky is here the limit for the possible applications.

The Swiss mobility visionary uses an ingenious trick to disentangle the different lifecycles of various automotive components: The skateboard carries the durable mechanical and the fast-aging IT components. They are recycled after a few years of intensive use once they have reached the end of their design life, while the much less stressed pod is able to remain in service for much longer, before it also must be sent to recycling. This benefits the environment, because it plays a significant role in conserving natural resources.

Almost as an aside, the innovative Swiss solve a problem that many know from the navigation systems in their own vehicles: they no longer find the way, because software and map data are outdated. What is merely annoying here can quickly become a safety issue in self-driving cars in the near future.

No question, when it comes to the Snap, the name really says it all, because everything fits together perfectly and can be snapped together. In keeping with a tried and proven tradition, the twenty-fourth concept car from Rinspeed was again designed at Swiss company 4erC and technically executed at Esoro. An extensive study of the Snap ecosystem conducted by EY shows its (virtually) unlimited possibilities. The electric vehicle – as always when Rinderknecht is at work – is chock-full of technical and visual finesse, contributed by a reputable network of global companies. The two steering axles along with the integrated electric powertrain come from ZF. They allow the Snap to turn practically on a dime and produce no emissions in urban traffic. The Snap runs on weight-optimized and stylish 7×18 Borbet alloy wheels shod with tires of size 225/35-18, which are optimized to minimize fuel consumption. By the way, all adhesive bonds in and on the Snap are realized with innovative adhesives from Sika Automotive.

Optionally, there is even a ‘personal assistant’ in the form of an autonomous, intelligent robot to accompany the occupants. It will also be happy to help with running errands, carrying purchases, or handle other tedious tasks.

The city runabout is brimming with sensors. For example, US company Gentex is contributing the Iris scanner for occupant detection and dimmable front and rear glass elements, which can also be found on the Boeing Dreamliner. The sophisticated Lidar sensors from Ibeo in Hamburg ensure that obstacles on the road are detected by means of real-time measurement of the light reflections. The Harman Autonomous Drive Platform that is part of the skateboard makes safely moving through city traffic possible. It uses the NXP BlueBox, a sensor fusion solution. In turn, the Smart Antenna, jointly developed by NXP and Harman, ensures safe communication to the world outside as well as a high-speed connection to the Harman Ignite Cloud Platform. With 5G, Car2X, radio tuner, BT, and WiFi, it covers the entire spectrum of wireless networking possibilities. Sprint, a leading US telecommunications company, is committed to ensuring stable networks. Moreover, with highly-sensitive pod recognition and its customized Smart Access solution, the chip giant NXP offers a broad range of technologies that show promise for the future. Europe’s leading business software company SAP contributes by enabling the digitized ecosystem through innovative technologies and software solutions in the areas of smart cities, connected health, connected mobility, and transportation. And TomTom provides HD maps for autonomous driving and navigation technologies that enable predictive driving for passengers’ comfort. Finally, the Israeli start-up Valens’s HDBaseT Automotive connectivity technology connection is responsible for the fast and secure transmission of even ultra-high-definition, high-resolution multimedia signals between the numerous vehicle components.

An innovative marketplace net from MHP allows custom use of the wide variety of pods and skateboards with a wide range of service providers. Also not commonplace for a concept vehicle: The transmission of data and information was independently and impartially tested and certified by Dekra, the globally operating testing and certification experts. And who supplies the electricity for all these consumers? It flows into the vehicle via the quick-charging cable with high-voltage technology from Harting based in the East Westphalian town of Espelkamp.

Harman developed the ‘True Level 5’ HMI, an operating concept perfectly tailored to the needs of changing passengers in a fully autonomous vehicle. The goal of the development: maximum possible individualization paired with optimal protection of personal data. To this end, there is three-level user authentication, depending on the desired personalization. A token unlocks the vehicle and customizes the displays. Personal cloud content is available after identification by face recognition. As a result, the voice-controlled intelligent personal assistant knows the preferences and habits of each passenger and suggests, for example, a suitable restaurant for every passenger, depending on personal preferences. In addition, a third level of biometric identification is required if health data of the passenger are to be recorded and analyzed.

Each passenger has three displays at his disposal for interaction. Personal settings are selected with the ‘Personal Control Panel’ featuring an interactive control dial. Personal contents and messages are shown on the touch-controlled ‘Hover Tabs,’ which are brought into position by swiveling arms. Two large centrally placed screens provide route information and movie enjoyment. The Lexicon surround sound system with Ambisonics Escape signal processing delivers a unique audio experience with all applications.

The Snap uses six projectors to communicate visually with the outside world. Two of them use the windshield and the rear glass to send full-color messages to other road users such as ‘Right of way granted’ or ‘Caution, children.’ Four laser projections on the side windows are used for communication with boarding passengers. The necessary functional interlayers for all-round glazing come from the Japanese manufacturer Sekisui.

There is also a host of technical innovations in the appealing exterior of the Snap, which is more reminiscent of architecture than of automotive design. For example, from German lighting specialist Osram Opto Semiconductors, which installs digital license plates as well as the entire lighting system – including interior LEDs that emit ultraviolet light to render bacteria harmless and thereby improve hygiene. The front and rear panels as well as lighting elements in the rocker panels are multifunctional and can display multimedia contents. They come from US company Techniplas, a leader in the design and manufacturing of engineered products for mobility. The safe swapping of the pods is ensured by lightweight-design supports from Swiss Company Georg Fischer.

The wellness features of the interior play a vital role in self-driving cars. In this area, Rinspeed has for years rightfully relied on the innovative Swabian textile developers at Strähle+Hess, who work with

Dutch company Stahl, the world market leader for leather and man-made surfaces in automotive interiors. Functionality goes hand in hand with the discriminating design standard. The occupants relax on naturally soft leather from automotive leather specialist Bader. The storage systems from Dr. Schneider Unternehmensgruppe, some of which are even portable, offer optimal storage space complete with cup holders and wireless charging system. The portable storage compartment is a truly clever solution. Also able to convince is surface specialist Benecke-Hornschuch Surface Group with its groundbreaking and partially translucent materials used on seating areas, storage facilities, floor, and as side panels. With traditional Korean Sanggam printing for seats and trim, the South Korean upholstery fabric manufacturer Kolon sets accents in the interior. Now then, time to lean back and drink some fresh tea. That is another thing the Snap designers also thought of! Mint and strawberries for homemade and healthy infusion drinks grow in urban farming containers from Kostal.

Snap – rarely has a concept car more precisely described the problems an entire industry has with the different lifecycles of various car components – and offered up an interesting solution at the same time. Maybe something goes ‘click’ with many who will marvel at the new creation of Swiss mobility mastermind Frank M. Rinderknecht at the CES in Las Vegas and in spring of 2018 – in the backyard of the Swiss national so to speak – at the Geneva Auto Show. As always professionally staged by Saarland ad agency Vollmond.

Press Release

[CES 2017][Video] Hyundai reveals Ioniq electric scooter concept

CES 2017, Las Vegas:Hyundai revealed a scooter concept at CES to be used with the Ioniq Electric. The electric-powered scooter is stored inside the front door of the car and is charged when stored.

It’s aimed at getting people to and from their cars on the first and last mile of their journeys, although at this stage it is only a concept rather than a full production accessory for the Ioniq.

HERE Auto & Pelagicore at CES 2017, Las Vegas

Pelagicore is back at the HERE booth for CES 2017. Last year’s demonstration evolved into a fully-fledged automotive software solution, complete with operating system, application framework, and new HERE Auto features pre-integrated on NVIDIA DRIVE CX2 hardware. 

While last year’s demonstration was very much a starting point for car manufacturers to work with, this year we showcase a complete digital cockpit solution from silicon to pixel. This is important for everyone who is interested in user experience differentiation, time to market and productivity. We already run a couple of customer projects where this software stack is in use.

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This year we are using the latest cutting-edge automotive hardware from NVIDIA, the DRIVE CX2 digital cockpit computer. It runs PELUX, our state of the art GENIVI/Linux software platform providing architecture and process blueprints for next generation infotainment systems. On top of PELUX, we use Qt Automotive Suite, the comprehensive application development kit featuring our Neptune reference UX, blending rich and fluid 2D with photorealistic 3D content. Finally, we pre-integrated the HERE Auto SDK, a full featured navigation solution for the connected car, that allows seamless customization of the in-car navigation experience.

Having these major building blocks of a modern software stack readily available is one of the big benefits. Together PELUX, Qt Automotive Suite and HERE Auto enable car manufacturers to bring their design ideas to the road faster, and keep the UX fresh and up-to-date throughout the lifetime of the car and across markets – ultimately connecting the consumers to the car brands.

Using the latest HERE Auto SDK, we’ve included new experiences such as dynamic routing, periscope view and a more integrated cluster to head-unit experience. This demonstration puts in real world scenarios such as that first time journey in a new city where you need additional instructions or your everyday route that you never set because you know the way.

You can get in your car and start driving, the vehicle recognises times and routes you’ve done before.

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The use of a single computer to power the digital cockpit is a trend that the entire industry is working towards, moving away from the traditional solution of having various ECUs to power multiple screens and functions. And if you look towards the future, the trend will continue, with more ADAS features also integrated into that one computer.

We need to be sure that car manufacturers are not locked into one hardware architecture and that choice is available when they are selecting their suppliers, be it Intel, NVIDIA, or other silicon vendors. That is why our underlying technologies, PELUX and the Qt Automotive Suite, are cross-platform, so ensure that automakers are given this freedom. What Pelagicore brings to the table in addition to this, is hardware enablement and optimization for each specific processor, shaping tomorrow’s infotainment systems from silicon to pixel.

Another change since last year’s CES is the fact that Pelagicore is now a part of automotive software power house Luxoft, and the opportunities for Pelagicore to create bigger and more ambitious projects have become a lot greater. We used to be known as the industry experts, as thought-leaders for HMI (Human Machine Interface), while being a relatively small company. Now, as part of Luxoft, we add global reach and we can deal with many more large-scale production projects.

To see Pelagicore’s demonstration, visit HERE at CES 2017 Central Plaza, booth #CP-2.

Reblogged from HERE 360

Daimler joins Linux Foundation’s open source project Automotive-Grade-Linux(AGL)

LAS VEGAS, Jan. 5, 2017: CESAutomotive Grade Linux (AGL), a collaborative open source project developing a Linux-based, open platform for the connected car, today announced that Daimler is joining The Linux Foundation and Automotive Grade Linux.

Daimler is the tenth automaker to join AGL and will actively contribute to developing the Unified Code Base (UCB), AGL’s connected car platform. The third version of the UCB was recently released and is on display at CES 2017 in the AGL Demo Suite at the Bellagio Hotel.

“Automakers are becoming software companies, and just like in the tech industry, they are realizing that open source is the way forward,” said Dan Cauchy, Executive Director of Automotive Grade Linux. “We are excited to welcome our first major German automaker to AGL. Daimler’s expertise in developing intuitive, high-end technology will help us ensure that the AGL infotainment platform is user-friendly and can be customized to meet the diverse needs of drivers.”

Automotive Grade Linux members are working together to create a shared platform that can serve as the de facto industry standard. Adopting an open platform across the industry enables automakers and suppliers to share and reuse the same code base, which will reduce development costs, decrease time-to-market for new products and reduce fragmentation across the industry.

About Daimler AG

With its Mercedes-Benz Cars, Daimler Trucks, Mercedes-Benz Vans, Daimler Buses and Daimler Financial Services divisions, Daimler AG is one of the largest producers of premium cars and the largest globally operative manufacturer of commercial vehicles. As an automotive pioneer, Daimler continues to shape the future of mobility today: the company applies innovative and green technologies to produce safe and superior vehicles which fascinate and delight customers. Daimler invests continually in the development of alternative powertrains – from hybrid vehicles to all-electric vehicles with battery or fuel cell – with the goal of making emission-free driving possible in the long term. Furthermore, the company follows a consistent path towards accident-free driving and intelligent connectivity all the way to autonomous driving.

About Automotive Grade Linux (AGL)
Automotive Grade Linux is a collaborative open source project that is bringing together automakers, suppliers and technologies to accelerate the development and adoption of a fully open software stack for the connected car. With Linux at its core, AGL is developing an open platform from the ground up that can serve as the de facto industry standard to enable rapid development of new features and technologies. Although initially focused on In-Vehicle-Infotainment (IVI), AGL is the only organization planning to address all software in the vehicle, including instrument cluster, heads up display, telematics, advanced driver assistance systems (ADAS) and autonomous driving. The AGL platform is available to all, and anyone can participate in its development. Learn more at: https://www.automotivelinux.org/

Automotive Grade Linux is a Collaborative Project at The Linux Foundation. Linux Foundation Collaborative Projects are independently funded software projects that harness the power of collaborative development to fuel innovation across industries and ecosystems.

The Linux Foundation has registered trademarks and uses trademarks. For a list of trademarks of The Linux Foundation, please see our trademark usage page: https://www.linuxfoundation.org/trademark-usage. Linux is a registered trademark of Linus Torvalds.

Source: The Linux Foundation

Harman International & WayRay collaborate to develop Augmented Reality displays for Automotive Industry

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WayRay Augmented Reality Display projects information directly on to the windscreen

CES – LAS VEGAS – January 4, 2017 –  HARMAN International (NYSE: HAR), the premier connected technologies company for automotive, consumer and enterprise markets, and WayRay, a Switzerland headquartered pioneer in Holographic Augmented Reality displays, announced a collaboration to develop a wide view angle full windshield heads-up display proof of concept for the automotive market. WayRay, a pioneer of holographic AR displays for the auto industry, specializes in innovative use of holographic optical elements that enable an augmented reality (AR) projection system that is significantly more compact than traditional mirror and lens based projection technology and allows for high-resolution projection in direct line of sight of the driver particularly for ADAS applications such as augmented navigation.

Outputs from this collaboration can be fully-integrated into HARMAN’s end-to-end automotive connected car platforms that make the autonomous driving experience intelligent, safe and intuitive. HARMAN’s end-to-end compute platform leveraging the HARMAN LIVS suite of integrated technologies (Life-Enhancing Intelligent Vehicle Solutions), will transform the driving experience making it more powerful, productive and protected.

WayRay technologies allow the widescreen to be a new medium for information. An augmented reality solution, it is the first solution to use true holographic technology and deliver contextually relevant information to drivers and provide engaging entertainment for passengers simultaneously.

“HARMAN’s collaboration with WayRay is another example of our relentless drive to deliver seamless, integrated, connected and safer experiences in the car,” said Phil Eyler, president HARMAN Connected Car. “As the leader in the connected car space, HARMAN is committed to driving innovation across the industry to deliver on the needs of automakers and their drivers and passengers.”

“Holographic displays offer the opportunity to make self-driving vehicles safer and more reassuring for passengers,” said, Vitaly Ponomarev, CEO and Founder, WayRay. “By providing visualizations of what is happening around the car, how it’s riding and relevant POIs along your route, passengers are kept fully informed about the drive, even if they’re not actually driving.”

ABOUT HARMAN

HARMAN (harman.com) designs and engineers connected products and solutions for automakers, consumers, and enterprises worldwide, including connected car systems, audio and visual products, enterprise automation solutions; and connected services.  With leading brands including AKG®, Harman Kardon®, Infinity®, JBL®, Lexicon®, Mark Levinson® and Revel®, HARMAN is admired by audiophiles, musicians and the entertainment venues where they perform around the world. More than 25 million automobiles on the road today are equipped with HARMAN audio and connected car systems. The Company’s software services power billions of mobile devices and systems that are connected, integrated and secure across all platforms, from work and home to car and mobile. HARMAN has a workforce of approximately 30,000 people across the Americas, Europe, and Asia and reported sales of $7.0 billion during the 12 months ended September 30, 2016. The Company’s shares are traded on the New York Stock Exchange under the symbol NYSE:HAR.

ABOUT WAYRAY
WayRay is a global company based in Switzerland, with its own R&D center and prototyping laboratory. It specializes in development and production of transparent holographic displays based on HOE (holographic optical elements) and commercialization of this technology for consumer electronics and b2b markets.

Via: Newsroom Harman International

Hyundai Motor demonstrates ‘MOBILITY VISION’ with Hyper-Connected Car and Smart House

HYUNDAI MOTOR DEMONSTRATES 'MOBILITY VISION' WITH HYPER-CONNECTED CAR AND SMART HOUSE
  • Hyundai Motor extends commitment to customer care with innovation by revealing ‘Mobility Vision’ concept
  • Concept pairs Connected Car and Smart House for seamless technological convergence, allowing users to ‘move while living, and live while moving’
  • Hyundai Motor blurs line between home and car at CES in Las Vegas

Jan. 4, 2017 – At the Consumer Electronics Show (CES) 2017 in Las Vegas, Hyundai Motor has revealed its ‘Mobility Vision’ concept that, in the future, will connect autonomous cars to living and working environments. Signaling the start of a new era, Hyundai Motor’s Smart House technology blurs the line between mobility and living and working space, integrating the car into the daily lives of users.

The Smart House concept shown at CES is an important demonstration of Hyundai Motor’s plans for ‘Mobility Vision’, which places Connected Car technologies at the center of the home. The CES display suggests how the car could shed the image of a conventional vehicle, integrating itself with the living space when docked, before becoming a mobile living space when customers need to move around.

Hyundai Motor’s future vision makes full use of the car for mobility and, crucially, when not traveling it enables customers to continue living without interruption by integrating its functionalities with the home. The new concept combines the comfort, convenience and connectivity features of the car and the home into ‘one space’.

Hak Su Ha, Director of Hyundai Design Center said: “Hyundai Motor recognizes the significance of connected technologies and the extent to which they could benefit our customers’ daily lives. Our Smart House concept fully integrates the car into the home, ultimately making the user’s life more comfortable and convenient. By seamlessly blending features from the car with home and work environments, the user experience is uninterrupted whether socializing, working at home, or on the move.”

When ‘docked’ with the Smart Home, Hyundai Motor’s mobility concept becomes an integral part of the living space, performing useful functions and enhancing the living environment. For example, the mobility concept can act as an air conditioner; share its entertainment facilities by mirroring audio and visual outputs with the home’s smart devices; and even provide power in emergency situations, using its on-board fuel cell as a generator.

In addition to presenting an innovative solution to overpopulation and limited living space, the ‘Mobility Vision’ ambition extends to connected technologies that make users’ lives easier on a daily basis. Hyundai Motor’s investment in ‘hyper-connectivity’ will become so advanced that users will not feel the movement of transport as they continue using the living and working space. Advanced communication with other cars and traffic systems means the user can continue living until they reach their destination making it possible to carry on working or relaxing without interruption.

Hyundai Motor Company

Established in 1967, Hyundai Motor Company is committed to becoming a lifetime partner in automobiles and beyond. The company leads the Hyundai Motor Group, an innovative business structure capable of circulating resources from molten iron to finished cars. Hyundai Motor has eight manufacturing bases and seven design & technical centers worldwide and in 2015 sold 4.96 million vehicles globally. With more than 110,000 employees worldwide, Hyundai Motor continues to enhance its product line-up with localised models and strives to strengthen its leadership in clean technology, starting with the world’s first mass-produced hydrogen-powered vehicle, Tucson Fuel Cell and IONIQ, the world’s first model with three electrified powertrains.

Via Hyundai News

Toyota presents Concept-i at CES 2017, Las Vegas

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Toyota Concept i @CES 2017, Las Vegas

Las Vegas, Jan. 4, 2017 — Imagine if the vehicles of the future were friendly, and focused on you. That’s the vision behind Toyota’s Concept-i. Announced today at the 2017 Consumer Electronics Show in Las Vegas, the groundbreaking concept vehicle demonstrates Toyota’s view that vehicles of the future should start with the people who use them.

Designed by Toyota’s CALTY Design Research in Newport Beach, Calif., and with user experience technology development from the Toyota Innovation Hub in San Francisco, the Concept-i was created around the philosophy of “kinetic warmth,” a belief that mobility technology should be warm, welcoming, and above all, fun. As a result, the concept was developed with a focus on building an immersive and energetic user experience. What’s more, Concept-i leverages the power of an advanced artificial intelligence (AI) system to anticipate people’s needs, inspire their imaginations and improve their lives.

“At Toyota, we recognize that the important question isn’t whether future vehicles will be equipped with automated or connected technologies,” said Bob Carter, senior vice president of automotive operations for Toyota. “It is the experience of the people who engage with those vehicles. Thanks to Concept-i and the power of artificial intelligence, we think the future is a vehicle that can engage with people in return.”

Built around the Driver Vehicle Relationship

At the heart of Concept-i is a powerful AI that learns with the driver to build a relationship that is meaningful and human. More than just driving patterns and schedules, the concept is designed to leverage multiple technologies to measure emotion, mapped against where and when the driver travels around the world. The combination gives Concept-i exceptional ability to use mobility to improve quality of life.

What’s more, the AI system leverages advanced automated vehicle technologies to help enhance driving safety, combined with visual and haptic stimuli to augment communication based on driver responsiveness. While under certain conditions users will have the choice of automated or manual driving based on their personal preference, Concept-i seamlessly monitors driver attention and road conditions, with the goal of increasing automated driving support as necessary to buttress driver engagement or to help navigate dangerous driving conditions.

Designed to Help Make Technology Human

To help ensure that even the most cutting-edge vehicle technology remained welcoming and approachable, CALTY designers built Concept-i from the inside out, starting with a next-generation user interface that serves as a platform for the vehicle’s AI Agent, nicknamed “Yui”.

The interface begins with the visual representation of Yui, designed to communicate across cultures to a global audience. With Yui’s home centered on the dashboard, Concept-i’s interior emanates around the driver and passenger side and throughout the vehicle in sweeping lines, with interior shapes designed to enhance Yui’s ability to use light, sound and even touch to communicate critical information.

In fact, Concept-i avoids screens on the central console to reveal information when and where it’s needed. Colored lights in the foot wells indicate whether the vehicle is in automated or manual drive; discrete projectors in the rear deck project views onto the seat pillar to help warn about blind spots, and a next-generation head up helps keep the driver’s eyes and attention on the road.

Even the exterior of the vehicle is designed to enable Concept-i to engage with the world around it. Yui appears on exterior door panels to greet driver and passengers as they approach the vehicle. The rear of the vehicle shows messages to communicate about upcoming turns or warn about a potential hazard. The front of the vehicle communicates whether the Concept-i is in automated or manual drive.

Via Pressroom Toyota

BMW at the Consumer Electronics Show (CES) 2017 in Las Vegas

BMW is shaping the future of mobility and the way we experience it through ongoing development projects and technically revolutionary innovations in automated driving, intelligent connectivity and interior design. At the Consumer Electronics Show (CES) 2017, taking place in Las Vegas on 5 – 8 January 2017, the German premium car maker will present a wide range of new products and services which are set to headline this radical change in the very near future. It will also be revealing a vision of an interior whose architecture and user interface are extensively adapted for fully automated driving on board a vehicle that is seamlessly integrated into the driver’s digital life. The innovations BMW is presenting at the CES show in design, technology and functionality emphasise the company’s leading role over many years – through its ConnectedDrive programme – in the field of connected driving.

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Klaus Frohlich(Board Member BMW AG) with BMW i Inside Future Concept at CES 2017, Las Vegas

BMW’s pioneering advances in the areas of automated driving, intelligent connectivity and control and display systems are closely interconnected. The company offers highly innovative systems and technologies in all these areas. Examples include the driver assistance systems available for the brand’s current model range, the BMW Connected digital mobility companion and intuitive and flexible control and display systems such as the Head-Up Display, BMW iDrive, voice control and BMW gesture control. Such technologies provide an ideal platform for innovations aimed at delivering a futuristic mobility experience defined by hallmark BMW characteristics.

Steady progress towards automated driving is reducing driver stress and offering drivers a new degree of freedom in how they use their time in the car. At the same time, intelligent connectivity between vehicles, drivers and the outside world is creating new scope for efficient, creative and stimulating use of this freed-up time. At the CES 2017 show, BMW will be showcasing the potential of connected mobility with demonstration drives in a prototype based on the new BMW 5 Series Sedan. This will provide an opportunity to experience innovative digital services underpinned by BMW Connected and the flexible Open Mobility Cloud platform. BMW will also present the BMW Connected Window – its vision for an innovative digital touchpoint highlighting the breadth of possible applications for BMW Connected services not only in the car but also in the home. Looking into the future of interior design, the focus will be on innovative display and control technology. The BMW i Inside Future sculpture at the CES show will showcase BMW HoloActive Touch, which marks a new dimension in how drivers select and control vehicle, navigation, infotainment and communication functions.

The future of personalised driving.

Demonstration drives in the BMW 5 Series Sedan-based prototype will shine the spotlight on a personalised, connected driving experience in a highly automated vehicle. A variety of technical modifications to support automated driving, based on the research & development projects of autonomous driving, have been incorporated into the new BMW 5 Series for the purposes of the demonstrations. On specific route segments, drivers can hand over both longitudinal control tasks and lateral control to the assistance systems, which frees them up to concentrate on other activities. The sensor and control technology that makes it possible for drivers not only to delegate acceleration and braking to the vehicle but also to take their hands off the steering wheel for long periods at a stretch is based on a further-refined prototype solution based on the driver assistance systems already fitted in today’s production vehicles. This is another reminder of the high quality and potential of the technology already deployed in current BMW models.

From vision (CES 2016) to product (2017): the BMW Connected personal digital mobility companion.

With ConnectedDrive, BMW was an early pioneer in enabling extensive in-car access to online infotainment and communication functions. In spring 2016, BMW went on to provide a digital platform – in the shape of BMW Connected – which customers can access not only in their BMW but also on a wide range of devices outside the vehicle. This allows mobility planning to be seamlessly integrated into users’ digital lifestyles, supporting them both on the road and in other areas of their daily lives. The concept of BMW Connected and the Open Mobility Cloud was first presented at CES 2016. The market launch in the USA took place soon after, in March 2016. BMW Connected has been available in Europe since August 2016, and China followed suit in the fourth quarter of 2016.

A further system presented by BMW at last year’s CES and likewise brought to market in record-quick time is the research application Remote 3D View. By combining the Surround View driver assistance system with BMW Connected connectivity features, this system allows a three-dimensional view of the vehicle and its surroundings to be transmitted via a mobile data connection to the driver’s smartphone. The service, which allows drivers to keep their eye on their parked vehicle at any time, regardless of their location, will make its production model debut in February 2017 on board the new BMW 5 Series Sedan.

Intelligent connectivity.

BMW Connected turns the vehicle and mobile devices into touchpoints for the Open Mobility Cloud. At CES 2017, BMW will be showcasing digital services that will allow drivers of future automated vehicles to optimise the way they plan their daily lives. One such feature will enable drivers to access wide-ranging information about places or buildings they see along their route. The information can be selected using BMW Augmented Gesture Control – a new form of gesture control – by pointing at a particular building, for example. The connected driving experience will also be enhanced by intelligent voice control. BMW Connected demos will feature a visionary concept of an in-car voice-controlled personal digital assistant that customers are familiar with in other areas of their daily life. The system being presented at CES 2017 is the in-car application of Microsoft’s Cortana. This means that the voice-controlled capabilities already offered by Microsoft Cortana on a home PC could or smartphone in future also be available on board a BMW. For example, BMW Connected can provide a reminder en-route of an upcoming appointment for which no location has yet been fixed. And Cortana can be used to make a suitable restaurant recommendation and reserve a table.

Another service possible with future versions of BMW Connected is delivery of tens of thousands of goods while the customer is on the road. Amazon Prime Now, which is integrated into all the user’s devices (both in and outside the vehicle) via the Open Mobility Cloud, enables goods to be ordered through the app while drivers are on the way to their next destination. The En-Route Delivery service will be presented at CES 2017 in conjunction with Amazon Prime Now.

A further example of this collaboration with Amazon Prime Now is BMW Passenger Mode. Based on the selected route, BMW Connected can tell when the vehicle will switch to automated driving and the driver could have time, say, to use Amazon Prime Video. In Passenger Mode, the vehicle can then adapt to the passengers’ needs in different situations. For instance, when rear-seat passengers start playing a video, the interior lighting is immediately dimmed and the sunblinds closed.

Innovative control and display technologies.

The BMW i Inside Future sculpture at CES 2017 focuses on the opportunities and challenges presented by fully automated driving. What will we be able to do in an interior of the future? What kind of experience will a car journey offer? BMW i Inside Future shows there will be no conflict between personalisation and sharing in the car of the future. It also showcases BMW HoloActive Touch, BMW’s latest take on the future of in-car control and display technology.

BMW HoloActive Touch is the latest chapter in a story that began with BMW iDrive. That system, which was revolutionary when first introduced and was subsequently imitated throughout the automotive industry, was both a substitute for and a complement to conventional switches and buttons.

With the Air Touch system, featured at CES 2016 in the BMW i Vision Future Interaction concept car, BMW presented a panoramic display that can be operated just like a touchscreen – except that there is no actual contact involved. Now this system has been taken a stage further with BMW HoloActive Touch. BMW HoloActive Touch fuses the advantages of the BMW Head-Up Display, BMW gesture control and intuitive touchscreen functionality with revolutionary technology to create a completely new kind of user interface for the vehicle interior of the future. This innovative interface between the driver and vehicle consists of a free-floating virtual display which is projected in the area above the centre console. The system is operated directly by finger movements, while an ultrasound source provides tactile confirmation of the driver’s commands. That said, in neither case is there ever any actual contact between the driver and the user interface.

BMW Connected Window: a digital touchpoint.

The continuously expanding functionality of BMW Connected is based on the idea that the move towards ever-increasing digitalisation, whether on the move or in the home, is set to promote the extensive yet at the same time precisely personalised link-up of every area of our lives. Using the Open Mobility Cloud, BMW Connected will be seamlessly integrated into multiple digital touchpoints. At CES 2017 BMW will be presenting the BMW Connected Window vision to illustrate the possibilities these developments offer for a personalised and intelligent enhancement of digital lifestyles. The BMW Connected Window integrates every type of information relevant for daily mobility planning. Using the Open Mobility Cloud, this virtual window offers digital functions to support personal daily planning and numerous other aspects of individual lifestyles.

The BMW Connected Window extends BMW Connected’s wide-ranging functionality to include digital life at home. It shows the user – at the relevant time and in the relevant area of the home – what actions may be required for personal mobility planning. Since the system is linked up with BMW Connected, exchanging information and contacts, planning the user’s personal mobility agenda and selecting infotainment functions are possible not just in the vehicle and on a smartphone but also on a “big screen” in the user’s own home. The technology is operated using gesture control, i.e. by intuitive touchscreen-style commands – but without actually touching a screen.

Article from BMW Global Press Club