Smartphone LiDAR Market

Table of Content

1. Present State of the Industry and Analyst Verdict

    1.1. LiDAR and Edge computing: Where do smartphones go next?

    1.2. LiDAR on a Phone – a New Way to Capture 3D Data

    1.3. How LiDAR is Changing the Smartphone Industry Landscape

    1.4. The Megapixel and Optical Zoom Wars in Smartphone Makers

    1.5. Current Adoption of Different Depth Sensor Systems (ex. ToF sensor) in Smartphone, By Mobile Manufacturers

    1.6. Which Manufacturers Works on New Modifications of ToF Sensors for their Smartphones (eg. Samsung’s’ ISOCELL Vizion 33D Sensor) to Enhance the Camera Functionality

    1.7. Camera Priority Smartphone Manufacturing Era

    1.8. How LiDAR and ToF Sensors Change the Way of Smartphones Application

    1.9. Shift from Conventional 3D Modelling Sensors to LiDAR Sensors

    1.10. Mega Trends Changing the Market Scenario

    1.11. Summary of Key Statistics

    1.12. Key Market Characteristics and Benchmarking Parameters

    1.13. Analyst Remarks on Market Estimation

2. Building Blocks for Research

    2.1. Research Methodology

        2.1.1. Data Collection Approaches and Models

        2.1.2. Outliers and their Importance in the Study

        2.1.3. Study Development Flow

    2.2. Current Uses of LiDAR in The Geospatial Industry

    2.3. LiDAR, the new laser eye for mobile phones

    2.4. How LiDAR Improving The Interaction of The Devices with the Environment

    2.5. Smartphone Assisted Fieldwork: Towards the Digital Transition of Geoscience Fieldwork Using LiDAR-Equipped Smartphones

    2.6. What Benefits Might Come From Mobile Access

        2.6.1. Cost

        2.6.2. Mobility

        2.6.3. Speed

    2.7. How the Quality of Camera enhance with the application of LiDAR

    2.8. LiDAR - The Road to Mass-Market Augmented Reality / Augmented Reality – A new Focus Area for LiDAR application

        2.8.1. (Scan Spaces, Particularly Useful for Interior Design, Shopping, Tourism or the Video Game Arena)

    2.9. What is capable of -

        2.9.1. Investigating Coastal Change

        2.9.2. Testing a Drop of Liquid

        2.9.3. Blood Coagulation Detection

        2.9.4. Milk Sensing

        2.9.5. Laser-Speckle Based Liquid Classification

    2.10. How Smartphone Equipped with LiDAR Can take the Place of Laboratory Equipment in Health and Food & Safety Applications

    2.11. Could LiDAR become a necessity for phones in future?

    2.12. Why Samsung Abandons LiDAR Sensors in New Phones

    2.13. Voice of Customer

        2.13.1. Willingness to adopt Smartphone LiDAR

        2.13.2. Smartphone Maker Readiness for Smartphone LiDAR

        2.13.3. Spending on R&D, By Market Players

    2.14. Cost Structure Analysis: Make or Break Factor

    2.15. Market White Space Assessment And Opportunity Analysis

    2.16. Policy and Regulatory Landscape

    2.17. Competitive Scenario and Trends

    2.18. Market Concentration Rate

    2.19. Forecast Factors - Relevance & Impact

    2.20. Investment Feasibility Matrix

    2.21. Market Dynamics

        2.21.1. Market Driving Factors and Impact Assessment

        2.21.2. Prominent Market Challenges and Impact Assessment

        2.21.3. Market Opportunities and Impact Assessment

        2.21.4. Prominent Trends in Market and Impact Assessment

    2.22. Key Success Factors

        2.22.1. Targeting Emerging End Users

        2.22.2. Focusing the Pool of Start-ups

        2.22.3. Adoption Analysis

        2.22.4. Promotional Strategies Adopted by Companies

        2.22.5. Long-Term Relationship with End-Users

        2.22.6. Strengthening Presence through Channel Partner in Untapped Markets

        2.22.7. Expansion into the Markets with High Smartphone Density & Spending

    2.23. Research Notes and Data Points

        2.23.1. Smartphone industry growth pattern across key countries vis- a- vis acceptance levels of LiDAR among users

        2.23.2. How Affordable Smartphone Equipped with LiDAR catalyzing the growth

        2.23.3. Analyzing growth prospects of model among key regions

        2.23.4. Urbanization growth: What are the consumer sentiments about Tech

        2.23.5. Understanding the difference in Technology provided by different Smartphone Manufacturers (Who is providing what at which cost)

            2.23.5.1. Apple

            2.23.5.2. Samsung

            2.23.5.3. Others

            2.23.5.4. (Provided analysis for all the mobile manufacturers with LiDAR Tech)

3. Market Snapshot

    3.1. Industry Development Tracking: Evolution over the years

    3.2. Technology Roadmap: 3D Sensing Disrupt the Smartphone Industry Market

    3.3. Market Standing and Available Opportunities

        3.3.1. Total Available Market (TAM)

        3.3.2. Serviceable Addressable Market (SAM)

        3.3.3. Serviceable Obtainable Market (SOM)

    3.4. Scenario Based Market Projection

        3.4.1. Market Projection in Optimistic Scenario

        3.4.2. Market Projection in Likely Scenario

        3.4.3. Market Projection in Conservative Scenario

4. What to Expect After a Decade

    4.1. Tech Giants Approach For Investment Over The Next Five Years

    4.2. How the LiDAR will become Preference like in Automotive Industry?

    4.3. How LiDAR Tech will overtake other 3D Sensing Technology

    4.4. Current And Future Technology Priorities: Detailed Comparison

5. Final Thoughts and Strategic Recommendation

    5.1. Organic or Inorganic Growth Strategies?

        5.1.1. How Startups can Jump into Market

        5.1.2. How to Structure the Offerings

        5.1.3. STP Analysis

    5.2. Service Pricing Strategies

        5.2.1. Cost Based

        5.2.2. Value Based

        5.2.3. Competition Based

    5.3. Summary of Key Findings

        5.3.1. Actions Points

        5.3.2. What we found

        5.3.3. What industry is doing

6. Definition, Sources and Reference

7. Appendix

8. Assumptions and Acronyms Used

9. Research Approach

List Of Table

List Of Figures