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Edition 2019-ADAS and Autonomous Driving Industry Analysis, 2019-2030

  • ID: 4850369
  • Report
  • 209 Pages
  • M14 Intelligence
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ADAS and Autonomous driving technology have the potential to completely revolutionize the auto industry and transportation dynamics in the near future. It poses the aptitude to change the conventional way of transporting goods and passengers. This report provides a deep-dive investigation into the ADAS and autonomous driving industry and detailed analysis on the technologies, components, and trends that enables autonomous driving. The report focuses on the below major aspects of the ADAS and autonomous driving industry.

Car Manufacturers and their race for ADAS and autonomous driving

  • Robotic Vehicles Trend - Robotic Taxis and Autonomous Shuttles Providers
  • Partnership between Car Manufacturers and Tier 1s, Technology Providers, Robotic Vehicle Companies, Shared Mobility Companies, Imaging and Sensing System Suppliers (Radar, Camera, LiDAR), System Integrators, AV Testing & Simulation Companies, Telecom Providers, Artificial Intelligence Companies, Software Providers, Navigation and Mapping Companies
  • Market Share Analysis of all the sensors, processors, system, and technology providers, along with OEMs

SAE Levels of ADAS and Autonomous Driving

  • SAE Level 1 - Advanced Driver Assistance (ADAS)
  • SAE Level 2 - Partial Automation
  • SAE Level 3 - Conditional Automation
  • SAE Level 4 - High Automation
  • SAE Level 5 - Full Automation/Driverless Cars
  • Robotic Vehicles - Robotic taxis and autonomous shuttles

The historical, actual, and forecasts of the sales demand for the cars by levels of automation is covered in the report. In case of Level 2 vehicles, car sales of leading OEMs by models is also covered. In case of Level 3 and above autonomy, the car sales are estimated and forecasted based on the announcements by the leading OEM brands.

Sensing and Important Technologies in ADAS and Autonomous Driving

Imaging/Camera Sensors and Vision Processors - Rear View Camera, Surround View Camera, Forward ADAS Camera, Forward ADAS Stereo Camera, Forward ADAS Triple Camera, Dash/Blackbox Cam, Side-mirror Replacement Camera, Driver Monitoring System (DMS), Thermal Camera (IR, NIR, Night Vision Camera), Gesture Recognition Camera

LiDAR Imaging Sensors - macro-mechanical scanning LiDAR, solid-state LiDAR, Risley Prism, Micro-motion, MEMS Solid-state, 3D Flash LiDAR, OPA LiDAR

Radar Sensing - Short Range, Medium Range, and Long Range Radar

Other Technologies Covered: Navigation Technologies, Mapping Technologies, Connected Cars, and Telematics, Artificial Intelligence, Software Solutions, Annotations, AV Testing, AV Cyber Security

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1 Executive Summary

2 Research Scope and Methodology
2.1. Scope Of The Study
2.2. Methodology

3 Changing Industry Dynamics
3.1. ADAS and Autonomous Functions
3.1.1. ADAS Cognitive Processes
3.1.2. The Many Levels Of Automation
3.1.3. Sae Levels Used By The Industry
3.2. Benefits, Drivers, Challenges, and Opportunities In Adoption Of Autonomous Driving
3.2.1. Benefits
3.2.2. Opportunities
3.2.3. Driving Factors
3.2.4. Challenges
3.3. Autonomous Driving Projects
3.3.1. Government Funded Projects
3.3.2. Private Funded Projects
3.4. R&D Expenses In Autonomous Driving
3.4.1. R&D Expenses Of Car Makers
3.4.2. Top Automotive Suppliers R&D Expenses
3.5. Autonomous Driving From Buyers Perspective
3.6. Accessing Countries’ Autonomous Vehicles Readiness Index
3.6.1. Government’S Role In Country’S Av Readiness
3.6.2. Social Acceptance
3.6.3. Ease Of Adoption
3.6.4. Technological Advancements
3.7. Assessing Countries’ Autonomous Driving Regulations and Impact
3.7.1. North America
3.7.2. Europe
3.7.3. Latin America
3.7.4. Australasia
3.7.5. Southeast Asia
3.8. Mobility As a Service, Ev, and Autonomous Driving – Correlation and Impact
3.9. Shared Mobility – Autonomous Vehicles Biggest Market Opportunity
3.10. Connected and Autonomous Vehicles – Cost To Buyers
3.11. Mapping and Navigation Market – Benefitted From Av
3.11.1. Here Maps
3.11.2. Tomtom
3.11.3. Civil Maps
3.11.4. Navinfo
3.11.5. Zenrin
3.11.6. Lvl5
3.11.7. Mapbox
3.11.8. Deepmap
3.11.9. Ushr
3.11.10. Carmera
3.11.11. Momenta
3.11.12. Mapillary
3.12. High Precision Gnss In Autonomous Vehicles
3.12.1. Hexagon Ab
3.12.2. Trimble Inc.
3.12.3. Qualcomm Technologies, Inc.
3.12.4. Swift Navigation
3.12.5. Stmicroelectronics
3.12.6. U-Blox
3.12.7. Sbg Systems
3.12.8. Furuno Electric Co. Ltd.
3.12.9. Taoglas
3.12.10. Oxford Technical Solutions Ltd.
3.12.11. Maxtena
3.12.12. Telit
3.12.13. Orolia Sa
3.12.14. Nxp Semiconductors Nv
3.12.15. Tersus Gnss Inc.
3.12.16. Helix Technologies Ltd.
3.12.17. Te Connectivity Ltd.
3.12.18. Septentrio
3.12.19. Javad Gnss Inc.
3.12.20. Tallysman Wireless Inc.

4 ADAS and Autonomous Vehicles Market
4.1. Assumptions For Market Size Estimation and Forecast
4.2. ADAS / Level 1 Cars
4.3. Partial Automation / Level 2 Cars
4.4. Conditional Automation / Level 3 Cars
4.5. High – Full Automation / Level 4/5 Cars
4.6. Robotic Vehicle Sales

5 Image Viewing and Sensing For Ad Industry
5.1. Camera For Autonomous Driving – Summary
5.2. Forward ADAS Monocular Camera
5.3. Forward ADAS Stereo Camera
5.4. Forward ADAS Triple/Trifocal Camera
5.5. Thermal / Ir/ Night Vision Camera
5.6. Driver Monitoring, In-Cabin, Dash Camera, and Gesture Recognition Camera
5.7. Rear-View, Surround View, and Side-Mirror Replacement Camera

6 Radar Market For Autonomous Vehicles
6.1. Radar Market – Key Insights
6.2. Short-Range and Medium-Range Radar
6.3. Long-Range Radar
6.4. High Resolution Imaging Radar/ 4D Radar
6.5. Radar Supplier In ADAS and Ad Industry
6.5.1. Arbe Robotics
6.5.2. Infineon Technologies
6.5.3. Uhnder
6.5.4. Ghostwave
6.5.5. Metawave Corporation
6.5.6. Innosent Gmbh
6.5.7. Echodyne
6.5.8. Oculii
6.5.9. Vayyar Imaging
6.5.10. Steradian Semiconductors
6.5.11. Lunewave
6.5.12. Wavesense
6.5.13. Smartmicro
6.5.14. Ainstein
6.5.15. Rfisee
6.5.16. Zendar

7 Lidar Market For Autonomous Vehicles
7.1. Lidar Market – Key Insights Summary
7.1.1. Many Lidar Technologies – But Which Ones Will Lead and Be Ready For Mass Deployment?
7.1.2. What Will Be The Target Cost Of Lidar At High Volumes?
7.1.3. Number Of Lidar Required To Achieve 360-Degree Surround View – For Oem and Robotic Cars
7.1.4. When and Which Lidar Technologies Will Hit High Volume Production?
7.1.5. Who Is Currently Leading The Race For Lidar Development?
7.2. Mechanical Scanning Lidar
7.3. Solid-State Lidar
7.3.1. Solid-State Mems
7.3.2. Solid-State Opa (Optical Phased Array) Lidar
7.3.3. 3D Flash Lidar
7.4. Other Lidar Technologies
7.4.1. Frequency Modulated Continuous Wave Lidar
7.4.2. Image Grade Lidar
7.4.3. Spectrum Scan
7.5. Lidar Companies Assessment
7.5.1. Aeye
7.5.2. Baraja
7.5.3. Blickfeld
7.5.4. Cepton Technologies
7.5.5. Hesai Photonics Technology
7.5.6. Ibeo Automotive Systems
7.5.7. Innoviz Technologies
7.5.8. Innovusion
7.5.9. Leddartech
7.5.10. Leishen Intelligent Systems
7.5.11. Luminar Technologies
7.5.12. Quanergy Systems
7.5.13. Robosense
7.5.14. Sense Photonics
7.5.15. Surestar
7.5.16. Tetravue
7.5.17. Trilumina Corporation
7.5.18. Velodyne Lidar
7.5.19. Xenomatix
7.5.20. Aeva
7.5.21. Benewake
7.5.22. Blackmore Sensor and Analytics
7.5.23. Genius Pro
7.5.24. Jslidar
7.5.25. Livox
7.5.26. Lumotive
7.5.27. Mirada Technologies
7.5.28. Nodar
7.5.29. Neptec Technologies
7.5.30. Ouster
7.5.31. Panasonic
7.5.32. Pioneer
7.5.33. Sos Labs
7.5.34. Strobe Inc. (Acquired By Gm Cruise Llc)
7.5.35. Turboroto
7.5.36. Zvision

ADAS and Autonomous Driving Industry Report List Of Figures
Figure 1-1 Image Sensors Shipment, 2018 – 2020
Figure 1-2 Image Sensors and Vision Processors Market, 2019
Figure 1-3 Image Sensor Sales Breakdown By Technology Type, 2019
Figure 1-4 Srr, Mrr, and Lrr Sensor Sales, 2018 – 19
Figure 1-5 Mechanical Scanning and Solid-State Lidar Sales Demand
Figure 3-1 Society Of Automotive Engineers (Sae) Levels Of Automation
Figure 3-2 The U.K. Representation Of The Sae Levels
Figure 3-3 R&D Expense Ratio Of Leading Automotive OEMs
Figure 3-4 R&D Expense Ratio Of Leading Automotive Suppliers In Autonomous Driving Industry
Figure 3-5 Autonomous Vehicle Readiness Index Scores By Country
Figure 3-6 Government’S Role Index Score In Country’S Role In Country’S Av Readiness
Figure 3-7 Social Acceptance Index Score In Country’S Av Readiness
Figure 3-8 Ease Of Adoption Score For Country’S Av Readiness
Figure 3-9 Technological Advancements Score For Country’S Av Readiness
Figure 4-1Oem Passenger Cars and Robotic Vehicle Sales, Breakdown By Levels Of Automation, 2018 – 2030
Figure 4-2 ADAS/Level 1 Equipped Car Sales Forecast
Figure 4-3 Level 1 Car Sales – By Region, 2019 and 2030
Figure 4-4 Top Level 1 Car Sales Markets
Figure 4-5 Partial Automated Cars / Level 2 Cars Sales, Growth, and Market Penetration Snapshot
Figure 4-6 Top Level 2 / Partial Automated Cars Markets, 2019 and 2030
Figure 4-7 Level 2/ Partial Automated Car Sales – By Region, 2019
Figure 4-8Level 3 Car Sales and Market Penetration Snapshot
Figure 4-9 Top Level 3 Cars Markets, 2021 and 2030
Figure 4-10 Level 3 / Conditional Automated Car Sales – By Region, 2021 and 2030
Figure 4-11 Level 4 and 5 Car Sales Demand Estimation and Forecast Snapshot
Figure 4-12 Highly Autonomous Cars Sales Demand Estimation – By Region, 2030
Figure 4-13 Top Markets For Level 4 and 5 Cars, 2025 and 2030
Figure 4-14 Robotic Vehicle Sales Demand Forecast, 2019 – 2030
Figure 5-1 Camera Sensing Technology Comparison
Figure 5-2 ADAS Functions Served By Camera Technologies
Figure 5-3 Automotive Image Sensor Suppliers Market Share, 2018 (%)
Figure 5-4 Imaging Players Ecosystem In ADAS and Autonomous Driving Industry
Figure 5-5 Mono Camera Module Sales Demand, 2018 – 2030
Figure 5-6 Forward Mono Camera Sales Demand By Levels Of Automation, 2019 – 2030
Figure 5-7 Mono Camera Market Size, 2019 – 2030
Figure 5-8 Forward Mono Camera Market Size By Levels Of Automation, 2019 – 2030
Figure 5-9 Forward Stereo Camera Sales, 2019 – 2030
Figure 5-10 Forward Stereo Camera Market Size and Pricing Trend, By Levels Of Automation
Figure 5-11 Forward Stereo Camera Sales Demand, By Levels Of Automation
Figure 5-12 Forward ADAS Trifocal Camera Sales Demand
Figure 5-13 Thermal Camera Sales Demand, 2018 – 2030
Figure 5-14 Thermal Camera Adoption Trend By Levels Of Automation
Figure 5-16 Thermal Camera Pricing Trend, 2019 – 2030
Figure 5-16 Thermal Camera Market Size, 2019 – 2030
Figure 5-17 Driver Monitoring Camera Sales Demand and Market Size, 2019 – 2030
Figure 5-18 Dash Camera Sales Demand and Market Size, 2019 – 2030
Figure 6-1 Srr, Mrr, & Lrr Sales and Market Size Snapshot
Figure 6-2 Radar Supplier Ecosystem In ADAS and Autonomous Driving Industry
Figure 6-3 Srr & Mrr Sales Demand, Market Size, Pricing Trend, and Content Per Vehicle Snapshot, 2019 – 2030
Figure 6-4 Lrr Sales Demand, Market Size, Pricing Trend, and Content Per Vehicle Snapshot
Figure 7-1 Lidar Technology Providers – By Technology Types
Figure 7-2 Lidar Price Forecast For High Volume Production – Breakdown By Mechanical and Solid State Technology
Figure 7-3 Average Number Of Lidar Required Per Vehicle – By Level3, 4 and 5
Figure 7-4 Lidar Sales Forecast – Breakdown By Mechanical Scanning, Solid-State and Flash Lidar Technology
Figure 7-5 Lidar Sales Forecast – Breakdown By Oem Cars and Robotic Vehicles
Figure 7-6 Lidar Technology Providers Analysis
Figure 7-7 Mechanical Scanning Lidar Technology Suppliers – By Region
Figure 7-8 Multi-Channel Macro Mechanical Scanning Lidar Comparison – By Leading Brands, Specification, and Price
Figure 7-9 Mechanical Scanning Lidar Market Snapshot
Figure 7-10 Solid-State Lidar Companies – By Region
Figure 7-11 Solid-State Lidar Market Snapshot – Sales Demand, Market Size, and Pricing Analysis

ADAS and Autonomous Driving Industry Report List Of Tables
Table 1-1 Gnss Supplier Mapping – By Oems, Tier 1S, Antenna Chip Providers
Table 3-1 Nvidia Inorganic Growth Strategy In Autonomous Driving Industry
Table 3-2 Aimotive Inorganic Development Strategy
Table 3-3 Argo Ai Inorganic Development Strategy
Table 3-4 Ibm Watson Inorganic Development Strategy
Table 3-5 Intel Inorganic Development Strategy
Table 3-6Microsoft Inorganic Development Strategy
Table 3-7 Nuance Communication Inorganic Development Strategy
Table 3-8 Pony.Ai Inorganic Development Strategy
Table 3-9 Roadstart.Ai Inorganic Development Strategy
Table 3-10 Drive.Ai Inorganic Development Strategy
Table 3-11 Plusai Inorganic Development Strategy
Table 3-12 Ascent Robotics Inorganic Development Strategy
Table 3-13Sensetime Inorganic Growth Strategy
Table 3-14 Cortica Inorganic Development Strategy
Table 3-15 Momenta Inorganic Development Strategy
Table 3-16 Government Of U.K. Funding For Driverless Technology
Table 3-17 Recent Private Funded Autonomous Driving Industry Projects
Table 3-18 Vw R&D Expenditure
Table 3-19 Audi R&D Expenditure
Table 3-20 Daimler R&D Expenditure
Table 3-21 Mercedes Benz R&D Expenditure
Table 3-22 Bmw R&D Expenditure
Table 3-23 Toyota R&D Expenditure
Table 3-24 Ford R&D Expenditure
Table 3-25 Volvo R&D Expenditure
Table 3-26 Nissan R&D Expenditure
Table 3-27 Tesla R&D Expenditure
Table 3-28 Gm R&D Expenditure
Table 3-29 Hyundai R&D Expenditure
Table 3-30 Honda R&D Expenditure
Table 3-31 Iihs Ratings-2019 Winner Models Of Minicars, Mid-Size Luxury, Mid -Size and Small Cars
Table 3-32 Euro Ncap 2019 Ratings For Cars
Table 3-33 Ancap Star Ratings For Cars
Table 3-34 Asean Ncap Star Ratings For Cars In 2018-19
Table 3-35 Partnerships Between Oem and Ridesharing Companies Globally
Table 3-36 Additional Equipment and Services For ADAS and Autonomous Vehicles
Table 3-37 Here Maps Inorganic Development Strategies
Table 3-38 Tomtom’S Inorganic Development Strategies
Table 3-39 Civil Maps Inorganic Development Strategies
Table 3-40 Navinfo Inorganic Development Strategies
Table 3-41 Zenrin Inorganic Development Strategies
Table 3-42 Lvl 5 Inorganic Development Strategies
Table 3-43 Mapbox Inorganic Development Strategies
Table 3-44 Deepmap Inorganic Development Strategies
Table 3-45 Ushr Inorganic Development Strategies
Table 3-46 Carmera Inorganic Development Strategies
Table 3-47 Momenta Inorganic Development Strategies
Table 3-48 Mapillary Inorganic Development Strategies
Table 3-49 Heagon Ab Inorganic Development Strategies
Table 3-50 Trimble Inorganic Development Strategies
Table 3-51 Qualcomm Inorganic Development Strategies
Table 3-52 Swift Navigation Inorganic Development Strategies
Table 3-53 Stmicroelectronics Inorganic Development Strategies
Table 3-54 U-Blox Inorganic Development Strategies
Table 3-55 Taoglas Inorganic Development Strategies
Table 3-56 Nxp Semiconductor Inorganic Development Strategies
Table 3-57 Te Connectivity Inorganic Development Strategies
Table 3-58 Septentrio Inorganic Development Strategies
Table 5-1 Cmos Image Sensor Suppliers – Partnership Mapping
Table 5-2 Partnership Mapping – Oems & Models, Tier 1S, Camera System Suppliers, and Image Sensor Suppliers
Table 5-3 Mono Camera Suppliers Mapping
Table 5-4 Stereo Camera Suppliers Mapping
Table 5-5 Night Vision Camera Supplier Mapping
Table 5-6 Driver Monitoring System Companies Partnerships In ADAS and Autonomous Driving Industry
Table 6-1 Srr, Mrr, and Lrr Suppliers Mapping With Tier 1S and Oems
Table 6-2 Radar: Product Comparison
Table 6-3 Arbe Robotics – Products and Features
Table 6-4 Arbe Robotics Inorganic Development Strategies
Table 6-5 Infineon Technologies Inorganic Development Strategies
Table 6-6 Uhnder Inorganic Development Strategies
Table 6-7 Metawave Corporation Inorganic Development Strategies
Table 7-1 Partnerships Between Lidar Players, Oems, and Tier 1S – Launch Year, Sae Level, and Lidar Price
Table 7-2 Partnerships Between Lidar Players, Oems, Ride Hailing Companies, and Tier 1S – Launch Year, Sae Level, and Lidar Price
Table 7-3 Blickfeld Product Specification
Table 7-4 Cepton Technologies – Product Specification, Partners, and Vehicle Models
Table 7-5 Cepton Technologies Recent Inorganic Growth Strategies
Table 7-6 Hesai Photonics Technology – Product Specification, Partners, and Vehicle Models
Table 7-7 Ibeo Automotive Systems – Product Specification, Partners, and Vehicle Models
Table 7-8 Ibeo Automotive Systems Recent Inorganic Growth Strategies
Table 7-9 Innoviz Technologies – Product Specification, Partners, and Vehicle Models
Table 7-10 Innoviz Technologies Recent Inorganic Growth Strategies
Table 7-11 Leddartech – Product Specification, Partners, and Vehicle Models
Table 7-12 Leddartech’S Recent Inorganic Growth Strategies
Table 7-13 Luminar Technologies Recent Inorganic Growth Strategies
Table 7-14 Quanergy Systems – Product Specification, Partners, and Vehicle Models
Table 7-15 Quanergy Systems Recent Inorganic Growth Strategies
Table 7-16 Quanergy Systems Recent Organic Growth Strategies
Table 7-17 Robosense – Mechanical Scanning Lidar Specification, Partners, and Vehicle Models
Table 7-18 Robosense – Solid-State Lidar Specification, Partners, and Vehicle Models
Table 7-19 Robosense Recent Inorganic Growth Strategies
Table 7-20 Sense Photonics Recent Inorganic Growth Strategies
Table 7-21 Surestar – Product Specification
Table 7-22 Tetravue Recent Inorganic Growth Strategies
Table 7-23 Trilumina’S Recent Inorganic Growth Strategies
Table 7-24 Velodyne Lidar – Product Specification, Partners, and Vehicle Models
Table 7-25 Velodyne Lidar’S Recent Inorganic Growth Strategies
Table 7-26 Velodyne Lidar’S Recent Organic Growth Strategies
Table 7-27 Xenomatix Recent Inorganic Growth Strategies
Table 7-28Benewake Inorganic Growth Strategies
Table 7-29Blackmore Sensors and Analytics Lidar Products

Note: Product cover images may vary from those shown
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  • Multicity
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  • RideScout
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  • RoadEyes
  • Roadsense
  • Robosense
  • Safe Drive Systems
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  • SAIPS
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  • SarmoTek
  • Satir
  • Savari
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  • SBG Systems
  • Seegrid Corporation
  • Seeing Machine
  • Seeo
  • Sekonix
  • Sensata
  • Sense Photonics
  • SensL
  • Senso Optics
  • Septentrio
  • Sick
  • Siemens
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  • Silterra
  • Sixt SE
  • SK Hynix
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  • Smartautolabs
  • SmartDrive Systems
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  • SmartRay
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  • Steradian Semiconductors
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  • Strobe Inc.
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  • Sunfleet
  • Sunny Optical Technologies
  • Sure Star
  • Swift Navigation
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  • Telit
  • TetraVue
  • Texas Instruments
  • The Floow
  • ThorLabs
  • Times Car Plus
  • TomTom
  • Toposens
  • TorcRobotics
  • Toshiba
  • Towerjazz
  • Towersec
  • TriLumina
  • Trimble
  • TriQuint
  • Tula
  • Turo
  • Uber
  • Ublox
  • Uhnder
  • Uisee
  • Ushr
  • UURMI
  • Valeo
  • vayyar
  • Vector Informatik
  • Velodyne LiDAR
  • Veoneer
  • Vicomtech-IK4
  • Videantis
  • VisLab
  • Visteon
  • Vodafone
  • Voxx International
  • Voyage
  • Wabco
  • WaiveCar
  • WaveSense
  • Waymo
  • WeRide
  • Westfield
  • Xenomatics
  • Yandex
  • Zendar
  • Zendrive
  • Zenrin
  • Zenuity (Autoliv & Volvo)
  • ZF Group (ZF TRW)
  • Zipcar
  • Zoomcar
  • Zoo
Note: Product cover images may vary from those shown
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