Future of Logistics

Future of Logistics

Unbundling of the Supply Chain

RELEASE DATE
13-Sep-2016
REGION
North America
Research Code: NF8A-01-00-00-00
SKU: AU01414-NA-MT_19195

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Description

The supply chain market is becoming more complex in a time-constrained environment as speed of delivery and user experience emerge as critical factors; in fact, instant and same-day delivery solutions are now key service differentiators. Firms must rethink their strategies and devise more agile models that leverage economies of scale and still meet consumer demands. This spurs a shift from location-based deliveries made of fleet networks to marketplace or app-centric, non-asset-based models. This study explores the Mega Trends shaping logistics, technological, business model, and market scenarios with a deep dive into the unconventional winning strategies dethroning established services and participants. The study period is 2011 to 2025.

Table of Contents

Key Findings

Research Scope

  • Study Period
  • Geographical Scope
  • Industries Covered

Research Aims and Objectives

Research Background

Mega Trend Universe

Research Methodology

  • From Macro to Micro
  • Secondary Research
  • Primary Research
  • Future of Logistics: Key Industry Participants, Global, 2015

Logistics Ecosystem

Global Logistics Spending by Key Segments

Transportation Breakdown within Key Regions

Share of Companies Using Multimodal Transportation

Transportation Modal Split in Key Industries

Evolution of Logistics Service Provider, Global, 2015

  • Logistics Market Overview Global, 2015
  • Logistics Market Overview Global, 2020

Overall Value in Logistics Chain, Global, 2014 and 2030

  • Modal Split of Domestic Freight, (million ton per miles), US, Europe, APAC, 2015

Value Capture by Business Line

Impact of Mega Trends, Global, 2020

Macro to Micro Implications, Global, 2020

Future Scenarios in Logistics: Scope, 2015–2025

Technology Transformations in Logistics

Death of Electronic Data Interchange (EDI)

Future of Data Interchange—Implications of Freight APIs

Augmented Reality

AR Technology Creating Scope for Wearable Applications

Working of Sensors and Wearable Electronics

Augmented Reality—Implications to Logistics

How AR Applications Could Benefit Logistics—e.g., Warehouse/Dockyard

Applications of Sensors in Logistics

Drivers for Low Cost Sensors in Logistics

Track and Trace—Key Areas

Sensors for Measuring

Sensor Integration in Smart Gadgets

Price Inflection on Sensors

Sensorization in a Warehouse—A Use Case Perspective

Sensors in Fleet Management

Major Drivers of IoT

IoT Evolution, Global, 2000–2020

Expanding IoT Solutions in Logistics

Internet of Logistics and Trucks

Logistics Control Systems at the Center of IoT

Logistics Control Towers—IT Firms Become Freight Brokers

New Communications Impacting Logistics Degree of Impact, Global, 2015–2020+

iBeacon

Future Areas of Focus in NFC

Real Time Location Systems (RTLS)

Evolution of Biometrics

Implications to Logistics

Future of Biometrics

Big Data Overview

Big Data Expected to Create Unlimited Opportunities for Logistics Providers

Big Data Benefits to Logistics

Predictive Analytics in Logistics

Current Application of Big Data in Logistics—Fuel Cost Optimization

Average Annual Savings for OEMs and Fleets

Key Attributes of 3D Printing

3D Printing Set to Revamp OEM Process Chains

3D Printing Impacting Key Logistics Activities

Evolution of AI

Trends Driving AI Implementation

AI Implications to Logistics

The Evolution of Swarm Intelligence in Trucking

Transformation of Business Scenarios in Logistics

Opportunity to Disrupt the Logistics Market—Rise of Start-ups

Unbundling of Value Chains

Working Model of On-demand Deliveries

Uber’s Operational Model—A Revolutionary Software 2/2

Uber’s Dynamic Pricing Model (Surge Pricing)

Select List of Crowdsourcing On-demand Aggregators

Case Study

New Online Logistics Marketplaces

Case Study—B2B Logistics Marketplaces: Check-Cargo.com

What’s Next in Smart Commerce—The Logistics Blockchain

Last-mile Delivery, Global, 2015

Online Retail Innovation—New Last-mile Innovations

Last-mile Deliveries Leading to New Types of Business Models

Transformation of Market Scenarios in Logistics

Deep Sea Shipping and the Issue of Excess Capacity

Strategies to Manage Empty Containers

Collapse of Air Freight

Air Freight Regional Slowdown, Global, 2015- Regional Impacts

Why Near Shoring is Gaining Significance

Diminishing Value Return from Trade Partner

China vs. Mexico

New Trade Blocs—New Channels of Growth

New Routes

New Trade Corridors

Future Corridors of Africa

Industry

Transformational Shift in Energy Industry

Transformational Shifts in Healthcare & Life Sciences Supply Chain

Transformational Shift in Retail Supply Chain

Transformational Shifts in Manufacturing Supply Chain

Transformational Shifts in Automotive Supply Chain

The Significant Future Scenarios Impacting Ground Logistics and Freight Brokerage

The Last Word

Legal Disclaimer

New Disruptors in the Logistics Market

Company Profile

List of Figures
  • 1. Total Sensors Market: Product and Technology Relationship Map, Global, 2015
  • 2. Total Sensors Market: Segment Analysis, Global, 2015
  • 3. Total Sensors Market: Revenue Forecast by Classification, Global, 2015–2016
  • 4. Total Sensor Market: Revenue by Geography, Global, 2015 and 2019
  • 5. Total Sensors Market: Market Engineering Measurements, Global, 2015
  • 6. Total Sensors Market: Changing Marketplace, Global, 2010–2020
  • 7. Total Sensors Market: Key End Users, Global, 2015
  • 8. Total Sensors Market: Top Trends in Sensors, Global, 2015
  • 9. Total Sensors Market: Revenue Forecast, Global, 2013–2019
  • 10. Total Sensors Market: Revenue Share by Key Sensor Type Classification, Global, 2015
  • 11. Base Sensors Market: Revenue Forecast, Global, 2013–2019
  • 12. Application Sensors Market: Revenue Forecast, Global, 2013–2019
  • 13. Emerging Sensors Market: Revenue Forecast, Global, 2013–2019
  • 14. Total Sensors Market: Revenue Share by Key Sectors, Global, 2015
  • 15. Total Sensors Market: Percent Revenue by Sensor Type, Global, 2015
  • 16. Total Sensors Market: Growth Trends by Key Sensor Type, Global, 2015–2019
  • 17. Total Sensors Market: List of Emerging and Niche Sensors, Global, 2015
  • 18. Total Sensors Market: Percent Revenue by Vertical Markets, Global, 2015
  • 19. Total Sensors Market: Percentage Revenue Share by Geographic Region, Global, 2015 and 2019
  • 20. Total Sensors Market: Revenue Forecast by Geographic Region, Global, 2015–2019
  • 21. Total Smart Sensors Market: Emerging End-user Markets by Key Geographic Regions and Countries, Global, 2015–2019
  • 22. Sensors Market: Key Product and Technology Relationship Map, Global, 2015
  • 23. Total Sensors Market: Key Technology Merits and Demerits, Global, 2015
  • 24. Total Sensors Market: Key Future Technologies, Global, 2015
  • 25. Sensors Market: Technology Perspective and Life Cycle Expectation Trend, Global, 2015
  • 26. Total Sensors Market: Market Structure, End-user, and Life Cycle Relationship Analysis, Global, 2015
  • 27. Sensors and Instruments Market: Competitive Perspective of Key Product Types, Global, 2015–2019
  • 28. Total Sensors Market: Market Opportunities for Sensor Growth, Global, 2015
  • 29. Total Sensors Market: Procurement of Sensors—Buyer Decision-making Process, Global, 2015
  • 30. Total Sensors Market: Bulk Procurement of Sensors, Connectors—Buyer Decision-making Process, Global, 2015
  • 31. Total Sensors Market: Procurement of Sensors—Buyer Decision Making at Top Level, Global, 2015
  • 32. Total Sensors Market: Smart to Intelligent Sensors, Global, 2015
  • 33. Total Sensors Market: Key Attributes, Global, 2015
  • 34. Total Sensors Market: Sensors and Vertical Markets, Global, 2015
  • 35. Total Sensors Market: IEEE Standards for Smart Sensors, Global, 2015
  • 36. Total Sensors Market: Honeywell's First Smart Position Sensor, Global, 2015
  • 37. Total Sensors Market: Key Advantages of Plug & Play Sensors, Global, 2015
  • 38. Total Sensors Market: Need and Benefits, Global, 2015
  • 39. Total Sensors Market: Combinational Approach, Global, 2015
  • 40. Smart Sensor Market: Technology Roadmap and Applications, Global, 2016
  • 41. Total Sensors Market: Emerging Applications, Global, 2015
  • 42. Total Sensors Market: Recently Commercialized Applications by Key End Users, Global, 2015
  • 43. Total Sensors Market: Percent Revenue by Key Technologies, Global, 2015
  • 44. Total Sensors Market: Transition to Intelligent Sensors, Global, 2015
  • 45. Silicon Photonics Market: Typical Elements and Devices, Global, 2015
  • 46. Silicon Photonics Market: Market Dynamics and Stimulators, Global, 2015
  • 47. Silicon Photonics Market: Applications by Product Technology , Global, 2015
  • 48. Silicon Photonics Market: Device Parameters, Global, 2015
  • 49. Silicon Photonics Market: Emerging Technology Roadmap, Global, 2010–2020
  • 50. Silicon Photonics Market: Emerging Market Needs, Global, 2015–2019
  • 51. Silicon Photonics Market: Recent Patents, Global, 2015
  • 52. 3-D Vision Sensors: Key Existing End Users, Global, 2015
  • 53. 3-D Vision Sensors: Value Chain Matrix, Global, 2015
  • 54. 3-D Vision Sensors: Technology and Market, Global, 2015
  • 55. 3-D Vision Sensors: SWOT Analysis, Global, 2015
  • 56. 3-D Vision Sensors: Classification of Principles of Acquisition of 3-D Point Cloud Data, Global, 2015
  • 57. 3-D Vision Sensors: Relative Strengths and Limitations of 3-D Acquisition Methods, Global, 2015
  • 58. 3D Vision Sensors: Key Innovations, Global, 2015
  • 59. Total Biosensors Market: Vertical Markets and Applications, Global, 2015
  • 60. Biosensors Market: CEO’s 360 Degree Perspective, Global, 2015–2021
  • 61. Total Biosensors Market: Market Segments by Vertical End User, Global, 2015
  • 62. Biosensors Market: Biosensor Technology Classification, Global, 2015
  • 63. Biosensors Market: Detection Process, Global, 2015
  • 64. Total Biosensors Market: Classification by Detection Technique, Global, 2015
  • 65. Total Biosensors Market: Common Biological Elements and Transducers, Global, 2015
  • 66. Biosensors Market: Key Pathogens Tested by Biosensor Devices, Global, 2015
  • 67. Biosensors Market: Non-optical-based, Label-free Technologies, Global, 2015
  • 68. Biosensors Market: Optical-based, Label-Free Technologies, Global, 2015
  • 69. Biosensors Market: Technology Roadmap, Global, 2015 and 2021
  • 70. Biosensors Market: Market Share by Vertical End User, 2015, Global
  • 71. Biosensors Market: Market Share by Vertical End User, 2021, Global
  • 72. Biosensors: Market Share by End-user Applications, Global, 2015
  • 73. Biosensors Market: Market Share by End-user Applications, Global, 2021
  • 74. Biosensors Market: Commonly Used Glucose Monitoring Technologies, Global, 2015
  • 75. Biosensors Market: Time Lag from Design to Market Introduction, Global, 2015
  • 76. Wearable Sensors Market: Chip Structure and Collaborative Companies, Global, 2015
  • 77. Wearable Sensors Market: Key Sensor Parameters Monitored, Global, 2015
  • 78. Energy Harvesters Market: Basic Design Network Diagram and Applications, Global, 2015
  • 79. Energy Harvesters Market: Key Stakeholders in Value Chain, Global, 2015
  • 80. Energy Harvesters Market: Key Developments in Wireless Sensor Networks, Global, 2015
  • 81. Energy Harvesters Market: Energy Harvesting in Implantable, Global, 2015
  • 82. Intelligent Vehicles Market: Safety Platform, Global, 2015
  • 83. Intelligent Vehicles Market: Key Communication Platforms, Global, 2015
  • 84. Intelligent Vehicles Market: Key Trends, Global, 2015
  • 85. SAWS Market: Sensor Types and Key Advantages, Global, 2015
  • 86. SAWS Market: Vertical Market Applications, Global, 2015
  • 87. SAWS Market: Wave Structure, Global, 2015
  • 88. BAW Market: Vertical Market Applications by Product Type, Global, 2015
  • 89. Total Infrastructure and Smart Buildings
  • 90. Market: Percent Revenue by Key Segments, Global, 2015
  • 91. Infrastructure Market: Percent Revenue by Vertical End User, Global, 2015
  • 92. Smart Buildings Market: Percent Revenue by Vertical End User, Global, 2015
  • 93. Sensors in Infrastructure and Smart Buildings Market Segment: Key Price Factors, Global, 2015
  • 94. Sensors in Infrastructure Market Segment: Sensor Types, Global, 2015
  • 95. Sensors in Smart Buildings Market Segment: Sensor Types, Global, 2015
  • 96. Total Wireless Sensors Networks Market: Segment Analysis, Global, 2015
  • 97. Total Wireless Sensor Networks Market: Flow Chart for Power and Data Transmission Deploying
  • 98. Sensors, Global, 2015
  • 99. Wireless Sensor Networks Market: Sensor Network Requirements and Convergence, Global, 2015
  • 100. Total Wireless Sensor Networks Market: Network Topologies, Global, 2015
  • 101. Wireless Sensors Networks in IIoT Market: Low-energy Adaptive Clustering Hierarchical Topology, Global, 2015
  • 102. Wireless Sensors Networks in IIoT Market: Key Characteristics and Weakness of Low-energy Adaptive Clustering Hierarchical Topology, Global, 2015
  • 103. Wireless Sensors in IIoT Networks Market: Energy-efficient, Wireless Sensor Network Protocol Topology, Global, 2015
  • 104. Total Wireless Sensor Networks Market: End-user Application Analysis, Global, 2015
  • 105. IIoT Market: Sensor Coverage, Global, 2015
  • 106. IIoT Market: Key Sensors Enabling IIoT, Global, 2015
  • 107. IIoT Market: Operational Architecture, Global, 2015
  • 108. IIoT Market: End-to-End Stages in Value Chain, Global, 2015
  • 109. IIoT Market: Sensor-enabled IIOT Platform, Global, 2015
  • 110. IIoT Market: Recently Developed Protocols, Global, 2015
  • 111. IIoT Market: IIoT-enabled Impending Changes, Global, 2015
  • 112. IIoT Market: Key Growth Opportunities to Target, Global, 2015–2019
  • 113. Natural Interface Market: Types of Natural Interfaces, Global, 2015
  • 114. Natural Interface Market: Evolution and Fundamentals of User Interaction, Global, 2015
  • 115. Ubicomp and Natural Interface Market: Relationship and Open Frameworks, Global, 2015
  • 116. Ubicomp Market: Future of Mobile Computing, Global, 2015
  • 117. Natural Interface Market: Human Computer Interface and Sensor Applications, Global, 2015
  • 118. Ubiquitous Computing Market: Context from User and Sensor Data, Global, 2015
  • 119. Total Sensors Market: Evolution of Sensory Tracking Technology, Global, 1990–2020
  • 120. Total Sensors Market: Sensory Tracking Technology in Consumer Devices, Global, 2016–2020
  • 121. OLED Technology Market: Technology Innovation Evolution, Global, 2009–2020
  • 122. Future Sensor Applications Market: Evolution of Display Global, 2015
  • 123. Total Sensors Market: Key Organic Growth Areas, Global, 2015–2019
  • 124. Total Sensors Market: Key Growth Trends by End-user Segment, Global, 2015–2019
  • 125. Total Sensors Market: Potential High Growth Markets, Global, 2015
  • 126. Total Sensors Market: Distribution Trend Analysis, Global, 2015–2019
Related Research
The supply chain market is becoming more complex in a time-constrained environment as speed of delivery and user experience emerge as critical factors; in fact, instant and same-day delivery solutions are now key service differentiators. Firms must rethink their strategies and devise more agile models that leverage economies of scale and still meet consumer demands. This spurs a shift from location-based deliveries made of fleet networks to marketplace or app-centric, non-asset-based models. This study explores the Mega Trends shaping logistics, technological, business model, and market scenarios with a deep dive into the unconventional winning strategies dethroning established services and participants. The study period is 2011 to 2025.
More Information
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Table of Contents | Executive Summary~ || Key Findings~ | Research Scope, Aims, Objectives, and Methodology~ || Research Scope~ ||| Study Period~ ||| Geographical Scope~ ||| Industries Covered~ || Research Aims and Objectives~ || Research Background~ || Mega Trend Universe~ || Research Methodology~ ||| From Macro to Micro~ ||| Secondary Research~ ||| Primary Research~ ||| Future of Logistics: Key Industry Participants, Global, 2015~ | Introduction and Scope—Current Landscape and Market Evolution~ || Logistics Ecosystem~ || Global Logistics Spending by Key Segments~ ||| Logistics Market Overview Global, 2015~ ||| Logistics Market Overview Global, 2020~ || Transportation Breakdown within Key Regions~ ||| Modal Split of Domestic Freight, (million ton per miles), US, Europe, APAC, 2015~ || Share of Companies Using Multimodal Transportation~ || Transportation Modal Split in Key Industries~ || Evolution of Logistics Service Provider, Global, 2015~ || Overall Value in Logistics Chain, Global, 2014 and 2030~ || Value Capture by Business Line~ || Impact of Mega Trends, Global, 2020~ || Macro to Micro Implications, Global, 2020~ || Future Scenarios in Logistics: Scope, 2015–2025~ | Technological Scenarios~ || Technology Transformations in Logistics~ | Appification—New User Interface in Logistics~ || Death of Electronic Data Interchange (EDI)~ || Future of Data Interchange—Implications of Freight APIs~ ||| API Use Cases in Logistics ~ ||| Implications to 3PLs~ | Augmented Reality & Wearables—Postal Supply Chains~ || Augmented Reality~ || AR Technology Creating Scope for Wearable Applications~ || Working of Sensors and Wearable Electronics~ || Augmented Reality—Implications to Logistics~ || How AR Applications Could Benefit Logistics—e.g., Warehouse/Dockyard~ | Internet of Things—Sensorization of Supply Chain~ || Applications of Sensors in Logistics~ || Drivers for Low Cost Sensors in Logistics~ || Track and Trace—Key Areas~ || Sensors for Measuring~ || Sensor Integration in Smart Gadgets~ ||| Integration of Sensors in Smartphones~ ||| Integration of Sensors in Wearable Devices~ || Price Inflection on Sensors~ || Sensorization in a Warehouse—A Use Case Perspective~ || Sensors in Fleet Management~ || Major Drivers of IoT~ || IoT Evolution, Global, 2000–2020~ || Expanding IoT Solutions in Logistics~ || Internet of Logistics and Trucks~ || Logistics Control Systems at the Center of IoT~ || Logistics Control Towers—IT Firms Become Freight Brokers~ | Future of M2M Communication—Innovative Logistics~ || New Communications Impacting Logistics Degree of Impact, Global, 2015–2020+~ || iBeacon~ ||| Functioning of iBeacon~ ||| Alternatives to RFID~ ||| iBeacon Use Cases~ || Future Areas of Focus in NFC~ ||| NFC Implications in Logistics~ || Real Time Location Systems (RTLS)~ ||| RTLS Ecosystem~ ||| Implications to Logistics~ || Evolution of Biometrics~ || Implications to Logistics~ || Future of Biometrics~ | Data 2.0—Big Data as New Oil~ || Big Data Overview~ || Big Data Expected to Create Unlimited Opportunities for Logistics Providers~ || Big Data Benefits to Logistics~ || Predictive Analytics in Logistics~ || Current Application of Big Data in Logistics—Fuel Cost Optimization~ ||| Predictive Analytics – Service Ladder~ ||| Big Data in Commercial Vehicles for Logistics~ ||| Fuel Optimization Analytics Focus Area and Fleet Benefits~ || Average Annual Savings for OEMs and Fleets~ ||| Estimated Potential Savings by Function for OEMs~ ||| Estimated Potential Savings by Function for a Fleet~ | 3D Printing—From Push to Pull Supply Chain~ || Key Attributes of 3D Printing~ || 3D Printing Set to Revamp OEM Process Chains~ || 3D Printing Impacting Key Logistics Activities~ | Autonomous Logistics and Future of Robots—Mode of Deliveries and Robotic Warehouse~ || Autonomous Logistics ~ ||| In Upstream Management~ ||| The Case of Autonomous Trucks~ |||| Automated Driving Market: Levels of Automated Driving, Europe and North America, 2010–2025~ ||| The Case of Truck Platooning: Fleet Angle~ ||| The Case of Unmanned Aerial Vehicles (UAVs)~ ||| The Case of Mobile Robots in Fulfillment~ |||| Technology Roadmap for Mobile Robots, Timeline: 2000–beyond 2020~ |||| Mobile Robot~ |||| Types and End-user Applications~ |||| Mobile Robot Applications in Logistics, Global, 2014~ |||| Seegrid’s Vision Guided Technology~ |||| Seegrid’s Automated Guided Vehicles~ |||| Human Robot Collaboration in Logistics~ |||| Implementing Smart Systems in Operation loor- Implication~ | Artificial Intelligence~ || Evolution of AI~ || Trends Driving AI Implementation~ || AI Implications to Logistics~ || The Evolution of Swarm Intelligence in Trucking~ | Business Scenarios~ || Transformation of Business Scenarios in Logistics~ | Unbundled Logistics~ || Opportunity to Disrupt the Logistics Market—Rise of Start-ups~ || Unbundling of Value Chains~ | On-demand Logistics~ || Working Model of On-demand Deliveries~ ||| On-demand Logistics in Transportation~ ||| Sender/ Receiver Benefits~ ||| Logistics Service Provider~ ||| Benefits~ || Uber’s Operational Model—A Revolutionary Software 2/2~ || Uber’s Dynamic Pricing Model (Surge Pricing)~ || Select List of Crowdsourcing On-demand Aggregators~ ||| Profiles of Disruptors~ || Case Study~ ||| Roadie Inc.~ ||| Functioning of the Roadie Model~ | Smart Commerce~ || New Online Logistics Marketplaces~ || Case Study—B2B Logistics Marketplaces: Check-Cargo.com~ || What’s Next in Smart Commerce—The Logistics Blockchain~ | Online Fulfillment Models~ || Last-mile Delivery, Global, 2015~ || Online Retail Innovation—New Last-mile Innovations~ ||| Technology is Enabling New Models of Distribution by Creating Marketplaces~ || Last-mile Deliveries Leading to New Types of Business Models~ | Market Trends~ || Transformation of Market Scenarios in Logistics~ | Managing Excess Capacity~ || Deep Sea Shipping and the Issue of Excess Capacity~ || Strategies to Manage Empty Containers~ || Collapse of Air Freight~ || Air Freight Regional Slowdown, Global, 2015- Regional Impacts~ | Near Shoring~ || Why Near Shoring is Gaining Significance~ || Diminishing Value Return from Trade Partner~ ||| China~ ||| United States~ ||| So why is Mexico becoming a value proposition to the United States?~ || China vs. Mexico~ | New Trade Routes~ || New Trade Blocs—New Channels of Growth~ ||| Impact on Freight Brokerage~ || New Routes~ ||| Red Sea and Mediterranean Route~ |||| About the Project~ |||| The Red-Med Project~ |||| Project Initiatives~ |||| Project Initiatives Project ROIs~ ||| Route Arising from Arctic Circle Meltdown~ |||| Northern Sea Route (NSR) & North West Passage (NWP)~ || New Trade Corridors~ ||| India~ ||| Case Study~ ||| Africa~ |||| Mega Corridors, Africa, 2025~ ||| Africa Building Inter-Regional Trade Activities~ |||| Trade Corridors, Africa, 2014–2040~ |||| Trade Evolution, Africa, 2014–2040~ || Future Corridors of Africa~ ||| Road to Prosperity~ |||| Present and Future Corridors of Africa, 2014–2030~ | Industry Implications~ || Industry~ ||| Major Industries Classification by Percentage of Total Logistics Costs~ || Transformational Shift in Energy Industry~ ||| Supply Chain Impact to Fluctuations~ ||| New Logistics Opportunities~ || Transformational Shifts in Healthcare & Life Sciences Supply Chain~ ||| Pharmaceutical and Healthcare Industry~ |||| Key Trends~ |||| Healthcare and Life Science (HLS) Challenges~ |||| Supply Chain Implications~ || Transformational Shift in Retail Supply Chain~ ||| New Modes of Delivery for Consumers~ |||| Supply Chain Implications~ |||| Logistics Opportunities~ || Transformational Shifts in Manufacturing Supply Chain~ ||| Key Trends~ ||| Industry Responses~ ||| Supply Chain Implications~ || Transformational Shifts in Automotive Supply Chain~ ||| Current Scenario~ ||| Implications to Supply Chain~ ||| Industry Impacts~ ||| New Trends~ ||| Opportunities in Logistics~ | The Last Word~ || The Significant Future Scenarios Impacting Ground Logistics and Freight Brokerage~ || The Last Word~ || Legal Disclaimer~ | Appendix—Profile of Disruptors~ || New Disruptors in the Logistics Market~ || Company Profile~ ||| Shyp~ |||| Overview~ |||| Operations Snapshot~ |||| Value Proposition~ ||| Happy Returns~ ||| Liefery~ ||| Kiala~ ||| Doddle~ ||| Cargomatic~ ||| Coyote Logistics~ ||| Sontra Cargo (Brazil)~
List of Charts and Figures 1. Total Sensors Market: Product and Technology Relationship Map, Global, 2015~ 2. Total Sensors Market: Segment Analysis, Global, 2015~ 3. Total Sensors Market: Revenue Forecast by Classification, Global, 2015–2016~ 4. Total Sensor Market: Revenue by Geography, Global, 2015 and 2019~ 5. Total Sensors Market: Market Engineering Measurements, Global, 2015~ 6. Total Sensors Market: Changing Marketplace, Global, 2010–2020~ 7. Total Sensors Market: Key End Users, Global, 2015~ 8. Total Sensors Market: Top Trends in Sensors, Global, 2015~ 9. Total Sensors Market: Revenue Forecast, Global, 2013–2019~ 10. Total Sensors Market: Revenue Share by Key Sensor Type Classification, Global, 2015~ 11. Base Sensors Market: Revenue Forecast, Global, 2013–2019~ 12. Application Sensors Market: Revenue Forecast, Global, 2013–2019~ 13. Emerging Sensors Market: Revenue Forecast, Global, 2013–2019~ 14. Total Sensors Market: Revenue Share by Key Sectors, Global, 2015~ 15. Total Sensors Market: Percent Revenue by Sensor Type, Global, 2015~ 16. Total Sensors Market: Growth Trends by Key Sensor Type, Global, 2015–2019~ 17. Total Sensors Market: List of Emerging and Niche Sensors, Global, 2015~ 18. Total Sensors Market: Percent Revenue by Vertical Markets, Global, 2015~ 19. Total Sensors Market: Percentage Revenue Share by Geographic Region, Global, 2015 and 2019~ 20. Total Sensors Market: Revenue Forecast by Geographic Region, Global, 2015–2019~ 21. Total Smart Sensors Market: Emerging End-user Markets by Key Geographic Regions and Countries, Global, 2015–2019~ 22. Sensors Market: Key Product and Technology Relationship Map, Global, 2015~ 23. Total Sensors Market: Key Technology Merits and Demerits, Global, 2015~ 24. Total Sensors Market: Key Future Technologies, Global, 2015~ 25. Sensors Market: Technology Perspective and Life Cycle Expectation Trend, Global, 2015~ 26. Total Sensors Market: Market Structure, End-user, and Life Cycle Relationship Analysis, Global, 2015~ 27. Sensors and Instruments Market: Competitive Perspective of Key Product Types, Global, 2015–2019~ 28. Total Sensors Market: Market Opportunities for Sensor Growth, Global, 2015~ 29. Total Sensors Market: Procurement of Sensors—Buyer Decision-making Process, Global, 2015~ 30. Total Sensors Market: Bulk Procurement of Sensors, Connectors—Buyer Decision-making Process, Global, 2015~ 31. Total Sensors Market: Procurement of Sensors—Buyer Decision Making at Top Level, Global, 2015~ 32. Total Sensors Market: Smart to Intelligent Sensors, Global, 2015~ 33. Total Sensors Market: Key Attributes, Global, 2015~ 34. Total Sensors Market: Sensors and Vertical Markets, Global, 2015~ 35. Total Sensors Market: IEEE Standards for Smart Sensors, Global, 2015~ 36. Total Sensors Market: Honeywell's First Smart Position Sensor, Global, 2015~ 37. Total Sensors Market: Key Advantages of Plug & Play Sensors, Global, 2015~ 38. Total Sensors Market: Need and Benefits, Global, 2015~ 39. Total Sensors Market: Combinational Approach, Global, 2015~ 40. Smart Sensor Market: Technology Roadmap and Applications, Global, 2016~ 41. Total Sensors Market: Emerging Applications, Global, 2015~ 42. Total Sensors Market: Recently Commercialized Applications by Key End Users, Global, 2015~ 43. Total Sensors Market: Percent Revenue by Key Technologies, Global, 2015~ 44. Total Sensors Market: Transition to Intelligent Sensors, Global, 2015~ 45. Silicon Photonics Market: Typical Elements and Devices, Global, 2015~ 46. Silicon Photonics Market: Market Dynamics and Stimulators, Global, 2015~ 47. Silicon Photonics Market: Applications by Product Technology , Global, 2015~ 48. Silicon Photonics Market: Device Parameters, Global, 2015~ 49. Silicon Photonics Market: Emerging Technology Roadmap, Global, 2010–2020~ 50. Silicon Photonics Market: Emerging Market Needs, Global, 2015–2019~ 51. Silicon Photonics Market: Recent Patents, Global, 2015~ 52. 3-D Vision Sensors: Key Existing End Users, Global, 2015~ 53. 3-D Vision Sensors: Value Chain Matrix, Global, 2015~ 54. 3-D Vision Sensors: Technology and Market, Global, 2015~ 55. 3-D Vision Sensors: SWOT Analysis, Global, 2015~ 56. 3-D Vision Sensors: Classification of Principles of Acquisition of 3-D Point Cloud Data, Global, 2015~ 57. 3-D Vision Sensors: Relative Strengths and Limitations of 3-D Acquisition Methods, Global, 2015~ 58. 3D Vision Sensors: Key Innovations, Global, 2015~ 59. Total Biosensors Market: Vertical Markets and Applications, Global, 2015~ 60. Biosensors Market: CEO’s 360 Degree Perspective, Global, 2015–2021~ 61. Total Biosensors Market: Market Segments by Vertical End User, Global, 2015~ 62. Biosensors Market: Biosensor Technology Classification, Global, 2015~ 63. Biosensors Market: Detection Process, Global, 2015~ 64. Total Biosensors Market: Classification by Detection Technique, Global, 2015~ 65. Total Biosensors Market: Common Biological Elements and Transducers, Global, 2015~ 66. Biosensors Market: Key Pathogens Tested by Biosensor Devices, Global, 2015~ 67. Biosensors Market: Non-optical-based, Label-free Technologies, Global, 2015~ 68. Biosensors Market: Optical-based, Label-Free Technologies, Global, 2015~ 69. Biosensors Market: Technology Roadmap, Global, 2015 and 2021~ 70. Biosensors Market: Market Share by Vertical End User, 2015, Global~ 71. Biosensors Market: Market Share by Vertical End User, 2021, Global~ 72. Biosensors: Market Share by End-user Applications, Global, 2015~ 73. Biosensors Market: Market Share by End-user Applications, Global, 2021~ 74. Biosensors Market: Commonly Used Glucose Monitoring Technologies, Global, 2015~ 75. Biosensors Market: Time Lag from Design to Market Introduction, Global, 2015~ 76. Wearable Sensors Market: Chip Structure and Collaborative Companies, Global, 2015~ 77. Wearable Sensors Market: Key Sensor Parameters Monitored, Global, 2015~ 78. Energy Harvesters Market: Basic Design Network Diagram and Applications, Global, 2015~ 79. Energy Harvesters Market: Key Stakeholders in Value Chain, Global, 2015~ 80. Energy Harvesters Market: Key Developments in Wireless Sensor Networks, Global, 2015~ 81. Energy Harvesters Market: Energy Harvesting in Implantable, Global, 2015~ 82. Intelligent Vehicles Market: Safety Platform, Global, 2015~ 83. Intelligent Vehicles Market: Key Communication Platforms, Global, 2015~ 84. Intelligent Vehicles Market: Key Trends, Global, 2015~ 85. SAWS Market: Sensor Types and Key Advantages, Global, 2015~ 86. SAWS Market: Vertical Market Applications, Global, 2015~ 87. SAWS Market: Wave Structure, Global, 2015~ 88. BAW Market: Vertical Market Applications by Product Type, Global, 2015~ 89. Total Infrastructure and Smart Buildings~ 90. Market: Percent Revenue by Key Segments, Global, 2015~ 91. Infrastructure Market: Percent Revenue by Vertical End User, Global, 2015~ 92. Smart Buildings Market: Percent Revenue by Vertical End User, Global, 2015~ 93. Sensors in Infrastructure and Smart Buildings Market Segment: Key Price Factors, Global, 2015~ 94. Sensors in Infrastructure Market Segment: Sensor Types, Global, 2015~ 95. Sensors in Smart Buildings Market Segment: Sensor Types, Global, 2015~ 96. Total Wireless Sensors Networks Market: Segment Analysis, Global, 2015~ 97. Total Wireless Sensor Networks Market: Flow Chart for Power and Data Transmission Deploying~ 98. Sensors, Global, 2015~ 99. Wireless Sensor Networks Market: Sensor Network Requirements and Convergence, Global, 2015~ 100. Total Wireless Sensor Networks Market: Network Topologies, Global, 2015~ 101. Wireless Sensors Networks in IIoT Market: Low-energy Adaptive Clustering Hierarchical Topology, Global, 2015~ 102. Wireless Sensors Networks in IIoT Market: Key Characteristics and Weakness of Low-energy Adaptive Clustering Hierarchical Topology, Global, 2015~ 103. Wireless Sensors in IIoT Networks Market: Energy-efficient, Wireless Sensor Network Protocol Topology, Global, 2015~ 104. Total Wireless Sensor Networks Market: End-user Application Analysis, Global, 2015~ 105. IIoT Market: Sensor Coverage, Global, 2015~ 106. IIoT Market: Key Sensors Enabling IIoT, Global, 2015~ 107. IIoT Market: Operational Architecture, Global, 2015~ 108. IIoT Market: End-to-End Stages in Value Chain, Global, 2015~ 109. IIoT Market: Sensor-enabled IIOT Platform, Global, 2015~ 110. IIoT Market: Recently Developed Protocols, Global, 2015~ 111. IIoT Market: IIoT-enabled Impending Changes, Global, 2015~ 112. IIoT Market: Key Growth Opportunities to Target, Global, 2015–2019~ 113. Natural Interface Market: Types of Natural Interfaces, Global, 2015~ 114. Natural Interface Market: Evolution and Fundamentals of User Interaction, Global, 2015~ 115. Ubicomp and Natural Interface Market: Relationship and Open Frameworks, Global, 2015~ 116. Ubicomp Market: Future of Mobile Computing, Global, 2015~ 117. Natural Interface Market: Human Computer Interface and Sensor Applications, Global, 2015~ 118. Ubiquitous Computing Market: Context from User and Sensor Data, Global, 2015~ 119. Total Sensors Market: Evolution of Sensory Tracking Technology, Global, 1990–2020~ 120. Total Sensors Market: Sensory Tracking Technology in Consumer Devices, Global, 2016–2020~ 121. OLED Technology Market: Technology Innovation Evolution, Global, 2009–2020~ 122. Future Sensor Applications Market: Evolution of Display Global, 2015~ 123. Total Sensors Market: Key Organic Growth Areas, Global, 2015–2019~ 124. Total Sensors Market: Key Growth Trends by End-user Segment, Global, 2015–2019~ 125. Total Sensors Market: Potential High Growth Markets, Global, 2015~ 126. Total Sensors Market: Distribution Trend Analysis, Global, 2015–2019~
Author Vijay Narayanan Natarajan
Industries Automotive
WIP Number NF8A-01-00-00-00
Is Prebook No