Connected Cars, State of the Industry Q1 2019

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ReadWrite Labs tracks companies in the Internet of Things sector including smart health, smart homes, digital transformation, mobility, and customer experience. It provides continuously updated landscape maps and insights from experts to track emerging technologies. The document discusses ReadWrite Labs and outlines an agenda covering the connected car ecosystem, landscape philosophy, emerging trends, and takes questions.

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Agenda

Vehicle to Mobile
Vehicle to Vehicle
Vehicle to Cloud
Vehicle to Infrastructure
Defining the Connected Car Ecosystem
Safety
Security
Communications
Entertainment

Connected and Autonomous Things Smart Networks
Smart CloudSmart Data
Smart Consumer Smart Enterprise
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Connected
Cars Q1
2019
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Landscape Trends: Quick Takes
● Companies like Cargo create new industries within the car
● Trucking Distribution and Logistics are getting digitized
● Consolidation of on-demand services

2018 may have been peak
internal combustion engine
(ICE)
@whatliztweets
● Regulation is coming
● Legacy carmakers focus on EV portfolio and
infrastructure
● Sales of EVs on the rise and its effects on oil
demand

While Tesla 3 leads entry level luxury in the US

China is leading globally into the EV future

EV Adoption rates in Norway signals rapid EV adoption

California EVs sales: Plug-ins vs. Hybrid

EV’s are displacing oil demand
@whatliztweets

Trend 3: Emerging Tech Gallium Nitride (GaN) is set
to disrupt the semiconductor industry

GaN is about to overtake silicon
● Power efficiency
○ 13x better performance than Silicon
MOSFET
○ 6x better performance than Silicon
Carbide
● Reduced size - lighter weight
● Lower cost barrier

Automotive applications of GaN
● EV Smaller lighter efficient
● AV
○ Sensors, including Lidar
○ Additional computing power
● Wireless charging

Connected Cars, State of the Industry Q1 2019

What's hot

With the connected car topic the automotive industry is about to experience a technological leap that will substantially change mobility. Automotive manufacturers are increasingly considering the integration of information technology and external services in their cars. Against this background, PAC conducted a survey among 250 CxOs in European automotive companies (in France, Germany, Italy, the Netherlands, Spain, Sweden and the UK) with more than 50 employees. The study explores the strategies of the automotive industry to develop and launch connected car technologies and services and deals with the following questions: - What is the status quo in terms of the development of connected car services and which areas are in the focus? - Which trends and changes are important? - What are the (main) challenges? - What role do politics and standardization play regarding connected car offerings? - What are the strategies and objectives that automotive companies pursue? - How important are external services? - What are upcoming investment plans and who are the decision makers?

Connected car solutions: one of the major business drivers for the automotive...

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In the past decade, auto manufacturers have installed various technologies designed to make cars safer, more responsive, and more pleasurable to drive. From the hands-free cellphone, to iPod berths, to satellite radio, to automated parking—not to mention Google’s self-driving vehicle—the automobile is undergoing an electronic overhaul that promises to transform its role for consumers. What once was perceived as personal transportation is fast evolving into a new mobile device, merging with the digital world into an all-encompassing communications environment. This ongoing transformation is poised to shift into high gear as cars display still greater connectivity and broader capabilities than ever. What makes this shift different from the way automobiles adopted new technologies in the past is that this time, automakers may have to consider how they can quickly merge consumer electronics and software with their traditional automotive systems.

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Accenture Insurance

'' Internet of Vehicles (IoV) ,, IoV is basically INTERNET of VEHICLES, a strong network between vehicles and living. IoT is a proposed development of the Internet in which everyday objects have network connectivity, allowing them to send and receive data. The new era of the Internet of Things is driving the evolution of conventional Vehicle Ad-hoc Networks into the Internet of Vehicles (IoV). Being in generation of Internet connectivity, there is a need to stay in safe and hassle free environment. According to recent predictions, 25 billion “things” will be connected to the Internet by 2020, of which vehicles will constitute a significant portion. Objectives IoV – distributed transport fabric capable of making its own decisions about driving customers to their destinations IoV should have communications, processing, storage, intelligence, learning and strong security capabilities . To be integrated in IoT framework and smart cities technologies. Extended business models and the range of applications ( including mediaoriented) current vehicular networks. Types Of Communication IoV The IoV includes mainly five types of vehicular communications 1.Vehicle-to-Vehicle (V2V). 2.Vehicle to-Roadside Unit (V2R). 3.Vehicle-to-Infrastructure of cellular networks (V2I) . 4.Vehicle-to-Personal devices (V2P) 5.Vehicle-to-Sensors (V2S). Network elements of IoV A network model of IoV is proposed based on the three network elements, including cloud, connection, and client. The benefits of the design and development of IoV are highlighted by performing a qualitative comparison between IoV and VANETs

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Rapid strides in Technology are making mobility seamless. Consumers are connected to the external world through a plethora of personal smart devices. Automotive sector too is witnessing an unprecedented absorption of these technologies en masse to provide a connected car experience. There is an immediate need for the right mix of technologies/processes and the right delivery mechanisms for providing the Car occupants safer & ultimate driving Experience while generating value for the stake holders. This presentation will cover some of the key technology trends and challenges involved in realizing the connected car functions

Connected Cars

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The Internet of Everything is set to create $ 700 Billion benefits in personal transportation globally and will transform industries along the transportation value chain. The race to win the future mobility business has begun. Will automakers win this race by digitizing their business with a new value chain ecosystem, or will “The Valley” win this race by transporting their virtual business models into the physical business of getting people to where they want, faster and at lower cost? This presentation will provide perspectives on some of the critical success factors and who controls them, at least for now…

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A self-driving car is hyper-communication: a system communicating with more elements, more frequently, and in real-time  But to what extent can unmanned vehicles trust communication to make their own decisions? In other terms, how autonomous will be autonomous cars, once they reach the so-called ‘fifth level of autonomy’? 樂 Spindox is involved in 2 different research programs working on this question. We will give our vision for the mid-term scenario, from both a technical and a business perspective: architectural view, industry role, sourcing and delivery strategies. More specifically, we are presenting a proposed model for the data layer within this architecture, that addressed most of foreseen technical issues 

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No doubt you have heard the phrase “Internet of Things” and the new buzzword “IoT” been used more and more these days, but what does that mean in practice? The Tesla Model S is probably the most well-connected car on the planet at the moment, and in this presentation we will use that vehicle as a case study of some practical usage of IoT concepts and technology that is already being applied to modern automobiles.How far away are we from a future “Internet of Cars” and what will be the social and privacy impacts of more connected-car scenarios?

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The focus of connected services by car manufacturers lately has been building out the connected services suite. The next transformation of services won’t be in the services themselves but in the business models of offering the services. If the car is to become a true consumer internet device, it will require real internet style monetization models. In this talk, Mark Thomas, head of connected car product marketing for Cisco Jasper, explores internet monetization models, the infrastructure needed to monetize internet style and also learn about the vocabulary a vehicle knows when it’s an always on connected IoT device.

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Last Week’s session - “IoT – Connected Car – Technology Trends & Opportunities” covered a trending topic that promises to disrupt the transportation industry, as we know it. Here are the key Lounge47 takeaways: 1. Connected Cars are vehicles that use any from a range of communication technologies to communicate a) with the driver b) with other cars on the road (vehicle-to-vehicle (V2V)) c) road infrastructure (vehicle-to-infrastructure (V2I)) and d) the “Cloud” 2. Status today? a) Only a fraction of future automated and connected vehicle technologies are available today b) Although individual aspects of the connected driving experience are established the integrated whole is not c) The public today only enjoys up to level 2 on a 5 level scale of 0 to full automation. Level 4 vehicles are however being tested 3. 2014 milestones: a) Google and Apple target the car dashboard with 'Android Auto' and 'Carplay' platforms b) Google makes autonomous cars real with its self driving car d) Automotive companies begin to take customer data protection seriously e) Vehicle-to-Vehicle (V2V) technology gets the regulatory nod 4. Questions: Is the car the new Tech battleground? Will there be an Apple car? What business models will prevail? Are Uber-like companies preparing the market for the self-driving car? Would Self-driving cars make owning a car a thing of the past? 5. Benefits: a) Savings in terms of increased people productivity b) reduced gasoline usage due to efficient driving c) reduced road infrastructure maintenance d) Increased safety 6. Challenges: a) Developing a UI/UX that minimizes driver distraction b) Customer Data security c) In-car and remote cyber crime d) Liability – where does it sit? 7.Opportunities: a) In-car data that could serve consumers, drivers themselves, marketers, hardware manufactures, car companies and insurance companies b) Aftermarket solutions c) IoT products & solutions. 47b market today set to grow to 270b USD by 2020. Revenue potential per connected car estimated to be 1400 USD/vehicle/year 8. Opportunities in India: The Indian market will take time to mature. In the short-term: a) Parking Management b) Connected Infrastructure (e.g. smart cities) c) Insurance – Usage Based Insurance, driving pattern monitoring & support d) Radio Taxi Service – e.g. Ola, Uber e) Transportation as a Service – Personal mobility, Goods mobility f) Service Stations - cloud-based diagnostics & preventive care g) Battery technologies – Charging stations offer opportunities. In summary - realization of the Connected Car vision and the benefits it brings hinges not on the technology challenges but on whether it will win consumer acceptance and trust. www.lounge47.in

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A presentation which was given at 'How the Internet of Things is Changing Cyber Security - an event organised by Optimise Hub (Portsmouth University) on January 26th 2017 at Havant. - This talk describes the issues relating to cybersecurity of Connected Cars and Autonomous Vehicles. It begins with an introduction to technology and standards. It then looks at the key security challenges and asks how prepared we are to deal with the future risks. - It is a perfect case study in the challenge of achieving cybersecurity on a massive scale.

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Connected vineyards is an example of how the Internet of Things (IoT) is enabling the realization of the Networked Society, highlighting the ways new technology can be used to benefit business. Ericsson envisions that in the future, everyone and everything that can benefit from being connected will be connected – we call this the Networked Society. This vision will be made possible with the rise of new technologies and business ecosystems. The Internet of Things (IoT) – where everyday objects are connected to the internet – will play an important role in this opportunity for growth, as it has the potential to transform every industry. Connected vineyards is an example of how the IoT is enabling the realization of the Networked Society, and highlight the ways that new technology can be used to benefit business. The unique scale and security of this technology are particularly important when it comes to expanding applications in other industries, such as transportation, health, construction and manufacturing. These sectors also benefit from devices and objects that are securely connected to an internet network, allowing data to be analyzed with a view to improving day-to-day operations. Ericsson’s IoT security service can be reused for large-scale IoT, Machine-to-Machine and industry use cases, without any adaptations. We can supply the software to the relevant IoT device and gateway developer community to shorten the time-to-market and increase uptake of the service. Not only does Ericsson provide a global connectivity solution for emerging business models, but we also ensure safe transfer of data and complete security.

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It’s not enough to embrace the new digital era. The existential challenge for companies today is to become digitally durable - to anticipate disruption and transform processes and products to compete on outcomes. Whether it’s understanding the profound impact of self-driving cars on transportation or being a part of the smart-energy revolution, simply closing the digital gap is no longer sufficient. Aricent’s research, detailed in Technology Vision 2016, shows that successful companies are pursuing an R&D paradigm that allows them to compete aggressively on outcomes.5 These companies have a culture that anticipates disruption to create sustainable value from Internet of Things. They are digitally durable.

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worldautomotiveconference.co.uk "The methods of artificial intelligence and augmented reality have always been the substance of rumination and speculation since very recently, where they’ve started to take very a central role in our lives. Intelligent technologies today are computer-aided systems that completely control all industrial pipelines. They can operate autonomously and on this account all processes can be managed independently. Today’s logistics do not resemble one-way storage of goods seen up to a few years ago. This is due to new web technologies that allow an entirely new level of interaction within the moving parts of a given logistics eco-system. As these technologies continue developing at a rapid pace, several partially and fully automated logistic frameworks are already readying for deployment." "When we compare Industry 4.0 advantages and classic ERP programs advantages We see below points ; - Space-efficient storage. This will save in warehouse areas and volumes. Ex. Kardex Remstar applications, vertical storage solutions - ERP’s are integrated warehouse management software. So the error will be absolutely minimal. Prevention of losses due to lack of communication in monolithic systems that have one point of failure. - Automatic and controlled product circulation. This will allow for increased work safety and fewer work accidents. This will naturally result in risk reduction resulting from controllability, especially in hazardous material logistics. - Line feed, standby modules. So perfect stock management, “0” inventory loss. - Automatic finished product warehouses. This will allow for unmanned warehouses, fast vehicle loading and unloading systems that can work 24 hours a day, 365 days a year. Cellular transfer storage systems. For distribution centers and warehouse management systems that implement Industry 4.0 technologies, data needs to be collected, analyzed, acted on, and secured in order to partake in the data driven decision-making Industry 4.0 advertises."

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Connected Cars, State of the Industry Q1 2019

2. Research Access to our Network of Experts and Partners Visibility Through our Newsletter and Landscapes Education Your research analyst for the Internet Of Things

3. ReadWrite Labs tracks tens of thousands of companies across the IoT economy, including: • Smart Humans including smart health, smart homes • Digital Transformation • Mobility • Customer X • Infrastructure Our continuously updated landscape maps combined with constant insights from our leading experts and our community are the definitive statements on the status of emerging technologies today. Access them at readwritelabs.com About ReadWrite Labs

4. 1. About us 2. Context Setting 3. Landscape Ideology 4. Key Trends 5. Q&A Agenda

5. About our SME Liz Slocum

6. Vehicle to Mobile Vehicle to Vehicle Vehicle to Cloud Vehicle to Infrastructure Defining the Connected Car Ecosystem Safety Security Communications Entertainment

7. 2. Landscape Philosophy

8. Connected and Autonomous Things Smart Networks Smart CloudSmart Data Smart Consumer Smart Enterprise Raw Data Raw Data Aggregated data Insight Insight Insight Insight Insight Insight @ReadWriteLabs

9. Connected Cars Q1 2019 DESIGNED BY READWRITE LABS SME LIZ SLOCUM POWERED BY SPOKE

10. THINGS

11. SMART NETWORKS

12. SMART DATA

13. SMART CLOUD

14. SMART CONSUMER

15. SMART ENTERPRISE

16. 3. Emerging Trends

17. Landscape Trends: Quick Takes ● Companies like Cargo create new industries within the car ● Trucking Distribution and Logistics are getting digitized ● Consolidation of on-demand services

18. Trend 1: EVs era is here

19.

20. 2018 may have been peak internal combustion engine (ICE) @whatliztweets ● Regulation is coming ● Legacy carmakers focus on EV portfolio and infrastructure ● Sales of EVs on the rise and its effects on oil demand

21. While Tesla 3 leads entry level luxury in the US

22. Trend 2: EVs have a global impact

23. China is leading globally into the EV future

24. EV Adoption rates in Norway signals rapid EV adoption

25. California EVs sales: Plug-ins vs. Hybrid

26. EV’s are displacing oil demand @whatliztweets

27. Trend 3: Emerging Tech Gallium Nitride (GaN) is set to disrupt the semiconductor industry

28. Source: https://www.phonearena.com

29. GaN is about to overtake silicon ● Power efficiency ○ 13x better performance than Silicon MOSFET ○ 6x better performance than Silicon Carbide ● Reduced size - lighter weight ● Lower cost barrier

30. Automotive applications of GaN ● EV Smaller lighter efficient ● AV ○ Sensors, including Lidar ○ Additional computing power ● Wireless charging

31. Q&A

Connected Cars, State of the Industry Q1 2019

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