Top 10 Technologies Impacting the Future of Automotive Market

Top 10 Technologies Impacting the Future of Automotive Market

Autonomous and Connected Cars, Logistics and Warehouse Robots, Interactive and Heads-Up Display Technologies Represent New Mobility Paradigms for the Future

RELEASE DATE
10-May-2016
REGION
Global
Research Code: D6F1-01-00-00-00
SKU: CM01227-GL-TR_18564

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Description

The automotive industry has seen an accelerated pace of technological development in recent years. Technological advancements in the automotive space have moved toward optimizing the overall customer driving experience, without compromising safety. To this end, there has been a tremendous amount of research and development in connected and autonomous vehicles, vehicle safety technologies and interactive displays. Advancements in these technologies have necessitated greater connectivity, made possible by harnessing the potential of Cloud Computing. Cloud Computing has made it possible to reshape the automotive value chain, while reducing costs. OEMs have also been able to add tremendous value to the entire value chain through Big Data Analytics, including vehicle diagnostics, sales analytics, collision avoidance, traffic updates, vehicle design, and customized settings. Advancements in Big Data are accelerating the path to the smart highway.

Governmental focus on reducing carbon emissions has led to the increasing use of lightweight materials in the manufacture of vehicles, and this trend will likely increase. The high strength to weight ratio of lightweight materials helps with reduction of the automotive industry's carbon footprint, without compromising safety. This move toward greener options has also led to the development of lithium batteries and fuel cells in the automotive space.
The rise of the millennial generation will see new business models emerge, such as car sharing and e-hailing. Millennials will be less inclined to car ownership, leading OEMs to explore the deployment of fleets of autonomous vehicles available on a usage basis. This research service covers the converging technologies that will enable OEMs to develop the car of the future based on value-based business models that have arisen out current megatrends.

Table of Contents

1.1 Research Process Methodology

1.1 Research Process Methodology (continued)

1.2 Key Findings

1.2 Key Findings (continued)

1.2 Key Findings (continued)

1.2 Key Findings (continued)

1.2 Key Findings (continued)

2.1 Accelerating into the World of Digitized Mobility

2.2 Increased Road Safety Encourages Technology Adoption

2.3 Security and System Malfunctions Put the Brakes on Global Adoption

2.4 The Stage is Set for Strategic Collaborations

2.5 The Self-driving and Connected Car Industry Presents a Complex Patent Landscape

2.6 Global Adoption Footprint: Redefining Urban Life Worldwide

2.7 Connected and Autonomous Vehicles to Disrupt Industries and Redistribute Value Pools

3.1 Improved Efficiency in Warehouse Automation to Optimize Product Flow

3.2 Increased Operational Efficiency Will Drive the Adoption

3.3 High Cost and Lack of Skilled Personnel Are 2 Key Roadblocks

3.4 Key Participants and Their Innovation Initiatives

3.5 Disruption to the Supply Chain is Expected to Cause a Surge in Patents Globally

3.6 Industry 4.0 and Smart Factories Will Increase Global Adoption

3.7 Warehouse Automation is Expected to Substitute Humans in the Near Future

4.1 From Sci-fi to Reality

4.2 The WOW Factor Rules!

4.3 Technologies Which Lower Cost Will Greatly Facilitate Adoption

4.4 Acquisition of Innovative Start-ups Drives Growth

4.5 North America is Leading the Patent Race

4.6 NA and EU Lead Global Adoption Due to the Presence of Key OEMs

4.7 Gadgets That Makes Life Easier Will Have a Huge Impact in the Future

5.1 From Seatbelts to Speed Alerts

5.2 A Move Toward More Active Safety Technologies

5.3 Lowering Costs Will Lead to Increased Adoption

5.4 The Race is on

5.5 Increase in Technological Developments Will Drive IP

5.6 Incorporating Vehicle Safety Technologies Will Become a Necessity Worldwide

5.7 Technology Convergences Impact a Wide Range of Industries

6.1 High Strength to Weight Ratio Helps in Occupant Safety

6.2 IP Activity on the Rise Due to Increased Investor Interest

6.3 Increasing R&D Activities by All Stakeholders Drive Adoption

6.4 Stringent Fuel Emission Standards Drive Research Interest by OEMs

6.5 Incremental Innovations to Improve Efficiency and Performance, While Lowering Costs

7.1 High Performance Characteristics and Need for Multi-functionality Drive Adoption

7.2 Key Partnerships with Coating Developers and OEMs Are Increasing IP Activity

7.3 Increasing Scalability Potential within the Next Three Years

7.4 Opportunities Abound in the Development of Low-cost, Non-toxic Nanocoatings

7.5 Future Trends Include Changes in Fabrication Processes, and Self-regulating Coatings

8.1 Energy Storage is Essential for the Future of Mobility

8.2 End Users Expect Hassle-free Energy Generation

9.1 Capability to Cover Long Range in Single Charge Emphasize Advantages of Fuel Cell Vehicle

9.2 High Number of Patents Drives Market Potential of Fuel Cell Vehicles

9.3 Automotive OEMs Collaborate to Share the Financial Burden During R&D Process

10.1 Developments Mainly Attributed to Cell Manufacturing Competence

10.2 China is Expected to Dominate Battery Electric Vehicle Market

10.3 Boost in Funding from Government and Venture Capital Spearheading R&D for EVs

10.4 Nanotechnology Aids in Technology Development and Adoption of Fuel Cells and Lithium-Ion Batteries

11.1 The Beginning of a Game-changing Shift

11.2 Reshaping the Automotive Value Chain

11.3 Trending Applications: Supporting Smarter Vehicular Systems

11.4 Reduced Enterprise Costs, More Intelligent Transportation Systems

11.5 Government Interest Makes Cloud Computing a Global Gamechanger

11.6 Scalability, Pay-per-use Models, and Agility Drive Innovation

11.7 Safety is the Biggest Market Driver Followed by Convenience and Functionality

11.8 OEM Sales Analytics is a Key Driver of Funding

11.9 A Move Towards Value-based Models Drives Applications

11.10 NA is Leading the Development of Cloud Platforms for Mobility

12.1 Improving Performance and Functionality

12.2 Increasing Connectivity with the Environment

12.3 Trending Big Data Applications in Mobility: A New Level Of Convenience

12.4 Creating Value through Data Analytics

12.5 Government and OEMs Emphasize Safety and a Better Driving Experience

12.6 Driver Behavior Analysis (DBA) is an Important Research Focus Area

12.7 Improved IT Infrastructure and Applications Drive Connected Mobility

12.8 Funding Will Rise as Automakers Incorporate Big Data in Product and Process Optimization

12.9 Enhancing Customer Ownership Experience and OEM Efficiency

12.10 Worldwide Adoption of Big Data to Improve Driver Safety and Traffic Management

12.11 Roadmap: Moving toward the Smart Highway

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13.1 The Frost & Sullivan Story

13.2 Value Proposition: Future of Your Company & Career

13.3 Global Perspective

13.4 Industry Convergence

13.5 360º Research Perspective

13.6 Implementation Excellence

13.7 Our Blue Ocean Strategy

Related Research
The automotive industry has seen an accelerated pace of technological development in recent years. Technological advancements in the automotive space have moved toward optimizing the overall customer driving experience, without compromising safety. To this end, there has been a tremendous amount of research and development in connected and autonomous vehicles, vehicle safety technologies and interactive displays. Advancements in these technologies have necessitated greater connectivity, made possible by harnessing the potential of Cloud Computing. Cloud Computing has made it possible to reshape the automotive value chain, while reducing costs. OEMs have also been able to add tremendous value to the entire value chain through Big Data Analytics, including vehicle diagnostics, sales analytics, collision avoidance, traffic updates, vehicle design, and customized settings. Advancements in Big Data are accelerating the path to the smart highway. Governmental focus on reducing carbon emissions has led to the increasing use of lightweight materials in the manufacture of vehicles, and this trend will likely increase. The high strength to weight ratio of lightweight materials helps with reduction of the automotive industry's carbon footprint, without compromising safety. This move toward greener options has also led to the development of lithium batteries and fuel cells in the automotive space. The rise of the millenial generation will see new business models emerge, such as car sharing and e-hailing. Millenials will be less inclined to car owndership, leading OEMs to explore the deployment of fleets of autonomous vehicles available on a usage basis. This research service covers the converging technologies that will enable OEMs to develop the car of the future based on value-based business models that have arisen out current megatrends.
More Information
No Index No
Podcast No
Author Doraiswamy Bharath Sumderraj
Industries Chemicals and Materials
WIP Number D6F1-01-00-00-00
Keyword 1 Future of Automotive
Keyword 2 Impact of Automotive
Keyword 3 technology trends in automotive industry
Is Prebook No