Computer on Wheels – Key Disruptive Forces in Automotive
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Computer on Wheels Trend in Automotive Market Overview
The adoption of computer on wheels in the automotive sector is being driven by stringent emission regulations and changing customer preferences. Furthermore, Artificial Intelligence (AI), Internet of Things (IoT), cybersecurity, Big Data, and robotics are some of the leading tech themes in the automotive sector.
The computer on wheels in automotive market research report offers a comprehensive study of key disruptive forces in the automotive sector, emerging areas of innovation, and overall outlook.
Computer on Wheels – Key Drivers
The major drivers of tech-led disruption are:
- Emission regulations
- Customer experience
- Production bottlenecks
- Fuel efficiency
- Enhanced safety
- Global goals
For more drivers on the tech-led disruptions in the automotive industry, download a free sample report
Computer on Wheels – Key Trends
The key technology trends influencing the computer on wheels in the automotive industry are:
- Diverse mobility
- Electrification
- Robotic automation
- AR-integrated driving
- Autonomy
- Connected cars
For more trends on the computer on wheels in the automotive industry, download a free sample report
Computer on Wheels – Emerging areas of innovation
The key emerging innovation areas of the tech transformation in automotive are plasma-jet ignition, heater-integrated de-icing windows, graphene batteries, autonomous lane change, gesture sensing AR/VR interfaces, lithium-ion batteries, instrument cluster display configuration, vehicle relay attack prevention, vehicle-to-grid (v2g) networks, occupant safety systems, hydrogen internal combustion engine (ICE) fuel tanks, predictive maintenance systems.
Plasma-jet Ignition: Plasma-jet ignition is a method to initiate combustion in ICE that uses a high-energy plasma arc to ignite the fuel-air mixture in the combustion chamber, rather than a traditional spark plug. This helps produce less NOx with a more efficient engine.
Heater-integrated de-icing windows: Heater-integrated de-icing windows have an integrated heating system that can melt snow and ice on the surface of the glass. The heat is generated by a heating element that is embedded in the glass or applied to the surface of the glass. This helps keep vehicle occupants warm in extreme weather conditions, and also provides the driver an improved field of view in extreme weather conditions, including rain, snow, and fog.
Emerging, Accelerating, and Maturing Areas of Innovation in Computer on Wheels in Automotive Industry
For more insights on the emerging areas of innovation in computer on wheels in the automotive industry, download a free sample report
Computer on Wheels – Automotive Industry Market Report Overview
Key Drivers | Emission regulations, Customer experience, Production bottlenecks, Fuel efficiency, Enhanced safety, and Global goals |
Key Trends | Diverse mobility, Electrification, Robotic automation, AR-integrated driving, Autonomy, and Connected cars |
Key Emerging Areas of innovation | Plasma-Jet Ignition, Heater-Integrated De-Icing Windows, Graphene Batteries, Autonomous Lane Change, Gesture Sensing AR/VR Interfaces, Lithium-Ion Batteries, Instrument Cluster Display Configuration, Vehicle Relay Attack Prevention, Vehicle-To-Grid (V2g) Networks, Occupant Safety Systems, Hydrogen Internal Combustion Engine (ICE) Fuel Tanks, Predictive Maintenance Systems |
Scope
- Key disruptive forces in the automotive sector – presents the major drivers, trends, and emerging, accelerating, and maturing innovation areas with disruptive potential in the automotive sector.
- Emerging innovation areas – overview of select emerging innovation areas to capture their disruptive potential, innovation drivers, recent developments, patents trends, and top players.
- Outlook – presents anticipated tech advancements in the automotive sector.
Albemarle
Alphabet
Amara Raja
Appear
Apple
Applied Materials
Ashok Leyland
Basemark
BASF
BiTECH
BlackBerry
BMW
Boeing
BorgWarner
BYD
Central Glass
CJ Automotive
Compagnie de Saint-Gobain
Continental
Cox Enterprises
Cummins
Dai Nippon Printing
Denso
Dewey Electronics
Elia Group
Emerson Electric
Epicor
Fanuc
FEV
Few Fahrzeugelektrikwerk
Flex
Ford
Fraunhofer-Gesellschaft
Fujifilm Holdings
General Motors
Global Graphene
GMG
Gogoro
Goodyear
Halliburton
Hero Electric
Hitachi
Holoride
Honda
Honeywell International
Huf Hulsbeck & Furst
Hyundai
IBM
IMAGINEERING
Ishihara Sangyo Kaisha
JNC Corporation
JTEKT
Kia
Kobe Steel
Lear
LG
Loar
Maruti Suzuki
Mazda
Mercedes-Benz
Meta Materials
Meta Platforms
MG Hector
Microsoft
MicroStrategy
Mitsubishi Electric
Mondragon Corporacion Cooperativa
Nanotek Instruments
NEC
Neuron Energy
Nexeon
Nippon Seiki
Nippon Sheet Glass
Nissan
NXP Semiconductors
Oncor
Orbital Corporation
ORECA
Panasonic
Peloton Technology
Phoenix Contact E-Mobility
Porsche
POSCO
PPG Industries
Rane
Renault
Rivian
Robert Bosch
Samsung
San Diego Gas
Sekisui Chemical
Semiconductor Energy Laboratory
Shin-Etsu Chemical
Siemens
Sony
Strong Force
Sumitomo Electric
Sumitomo Metal Mining
Syncron
Tata Motors
TATSUNO
Tesla
Toda Kogyo
Tokai Rika
Toray Industries
Toyoda Iron Works
Toyota Motors
Transient Plasma Systems
TSMC
Valeo
Vitro SAB de CV
Volkswagen
Volvo
Westport Fuel Systems
Winterthur Gas & Diesel
WiTricity
Yazaki
Table of Contents
Frequently asked questions
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What are the major tech themes in the computer on wheels in the automotive industry?
Artificial Intelligence (AI), Internet of Things (IoT), cybersecurity, Big Data, and robotics are some of the leading tech themes in the automotive sector.
-
What are the key drivers of the computer on wheels in the automotive industry?
The key drivers of the computer on wheels in the automotive industry are emission regulations, customer experience, production bottlenecks, fuel efficiency, enhanced safety, and global goals.
-
What are the key trends in the computer on wheels in the automotive industry?
The key trends in computer on wheels in the automotive industry are rise of diverse mobility, electrification, robotic automation, AR-integrated driving, autonomy, and connected cars.
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What are the key emerging innovation areas in the online gaming industry?
Some of the key emerging innovation areas in the online gaming industry are plasma-jet ignition, heater-integrated de-icing windows, graphene batteries, autonomous lane change, gesture sensing AR/VR interfaces, lithium-ion batteries, instrument cluster display configuration, vehicle relay attack prevention, vehicle-to-grid (V2G) networks, occupant safety systems, hydrogen internal combustion engine (ICE) fuel tanks, predictive maintenance systems.
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