Supply Chain Thematic Viewpoints, Forecast to 2030

Supply Chain Thematic Viewpoints, Forecast to 2030

Key Themes Driving Innovation, New Business Models and Creating New Opportunities in the Supply Chain

RELEASE DATE
17-Dec-2018
REGION
North America
Research Code: K334-01-00-00-00
SKU: TP00187-NA-MT_22632

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Description

Technological revolutions in the logistics space have resulted in minimizing the current complexities and creating new opportunities for value-chain participants. Key future themes, including artificial intelligence, autonomous technologies, digital platforms and Blockchain are expected to create much disruption in the value chain and give rise to new participants, business models, and disintermediation among others. From self-running trucks to automated contracts, the supply chain is ripe for innovation. This is expected to create much disruption in the value chain and give rise to new business models and, potentially, even lead to disinter-mediation within the supply chain. For instance, the industry is making a conscious shift from asset-centric models to more digital asset-light approaches, enabling new types of services such as on-demand, real-time, and agile last-mile delivery solutions suited for the uncertain nature of the urban supply chain. Looking ahead into the future, autonomous technologies such as drones and autonomous trucks are also expected to plough the road, as they drive efficiency through cost savings from less fuel consumption. Approximately 200,000 trucks are expected to be making autonomous deliveries by 2030. Blockchains will introduce more trust and transparency into the supply chain, improving business process agility. Finally, artificial intelligence approaches will lend new cognitive capabilities to moving and thinking assets in the supply chain.


Research Highlights

This research service offers a detailed analysis on each of these thematic viewpoints with timelines of impact, empirical evidence, and key participants to watch out for that benefit from these revolutionary transitions. Discover how these segments are disrupting the market:

  • Digital Freight Brokerage: Trace the trend of “Uberization of logistics” based on crowdsourcing and shared economy models.
  • Artificial Intelligence: Gain an insight into when the technology will become mainstream from a regulatory and commercial perspective; also spot how they are being used for last-mile connectivity and enabling new agile business models in the supply chain.
  • Autonomous Fleet: From mobile autonomous forklifts to autonomous trucks, understand why the logistics industry is focusing on this segment.
  • Blockchain: Identify ways in which the technology is being used to enable contractual relationships

Key Issues Addressed

  • Which are the major technology trends disrupting the logistics space?
  • How are these technologies giving rise to new supply chain models?
  • What are the implications of these themes on the supply chain?
  • What drivers and levers should be tracked to monetize these opportunities?
  • Discover how these trends are disrupting the market and the traditional industry’s business model with this Frost & Sullivan research.

Author: Archana Devi Vidyasekar

 

Table of Contents

Executive Summary

Introduction

Scope of Study

List of Definitions

List of Acronyms and Abbreviations

Evolution of AI Systems

AI Technology Use Cases

Machine Learning Applications

Commercialized AI Technologies From Key Participants

Application of AI in Major Disrupted Industries

Geographic Activity—AI Start-up Distribution

Key Trend Levers for Transportation and Logistics

5–10 Year Trend Opportunity Timeline

Key Opportunities in Transportation and Logistics

Autonomous Technologies

Autonomous Robots

Autonomous Commercial Vehicles

Autonomous Drones

Geographic Activity—Automation Readiness Index

Geographic Activity—Drone Regulation

Key Trend Levers for Transportation and Logistics

5–10 Year Trend Opportunity Timeline

Autonomous Operations

Logistics Applications—Indoor Logistics

Logistics Applications—Long-haul Transportation

Logistics Applications—Last-mile Delivery

Logistics Applications—Autonomous Infrastructure

Digital Freight Brokerage Evolution

Road Freight Capacity Utilization Inefficiency

Road Freight Market

Digitalization of Freight Marketplace

Digital Freight Brokerage Ecosystem

Ocean Freight Brokerage

Geographic Activity

Key Trend Levers for Transportation and Logistics

5–10 Year Trend Opportunity Timeline

Digital Freight Brokerage Business Models

Business Models

Digital Freight Brokerage—Competitive Landscape

Blockchain

Types of Blockchain

Blockchain Market Trends

Blockchain for Fleets

Geographic Activity—Blockchain Start-up Ecosystem

Key Trend Levers for Transportation and Logistics

5-10 Year Trend Opportunity Timeline

Blockchain Applications

Legal Disclaimer

List of Exhibits

References

List of Figures
  • 1. Total Road Freight Market, US and EU, 2017
  • 2. Potential Improvements From Digital Freight Brokerage, Global, 2017
List of Charts
  • 1. Overview of AI Systems, Global, 2018
  • 2. Applications of AI Systems in Logistics, Global, 2018
  • 3. AI Market: Degree of Complexity Versus Extent of Mass Adoption, Global, 2018
  • 4. AI Start-up Distribution, Global, 2017
  • 5. Industrial Logistics Robots Market: Market Size and Growth Potential, Global, 2014–2020
  • 6. Autonomous Commercial Vehicles: Key Market Trends, Global, 2018–2025
  • 7. First- and Last-mile Delivery of Delivery Drones, Global, 2018
  • 8. Automation Readiness Index, Global, 2018
  • 9. Autonomous Operations in Logistics, Global, 2018
  • 10. Freight Brokerage Evolution, Global, 2018
  • 11. Road Freight Capacity Utilization Inefficiencies, LTL, Global, 2017
  • 12. Utilization Rates and Efficiency Analysis—Trucks, Global, 2017
  • 13. Digitalization of Freight Marketplace: Case of Improved Utilization for LTL, Global, 2017
  • 14. Changing Freight Brokerage Ecosystem, Global, 2017
  • 15. Inefficiencies in the Traditional Ocean Freight Industry, Global, 2018
  • 16. Digital Freight Brokerage Activity, Global, 2018
  • 17. Blockchain—Disruptive Opportunity, Global, 2017–2018
  • 18. Blockchain Startup Ecosystem: Funding by Year, Global, 2012–2016
  • 19. Blockchain Intellectual Property: Patents Published, Global, 2015–2017
Related Research
Technological revolutions in the logistics space have resulted in minimizing the current complexities and creating new opportunities for value-chain participants. Key future themes, including artificial intelligence, autonomous technologies, digital platforms and Blockchain are expected to create much disruption in the value chain and give rise to new participants, business models, and disintermediation among others. From self-running trucks to automated contracts, the supply chain is ripe for innovation. This is expected to create much disruption in the value chain and give rise to new business models and, potentially, even lead to disinter-mediation within the supply chain. For instance, the industry is making a conscious shift from asset-centric models to more digital asset-light approaches, enabling new types of services such as on-demand, real-time, and agile last-mile delivery solutions suited for the uncertain nature of the urban supply chain. Looking ahead into the future, autonomous technologies such as drones and autonomous trucks are also expected to plough the road, as they drive efficiency through cost savings from less fuel consumption. Approximately 200,000 trucks are expected to be making autonomous deliveries by 2030. Blockchains will introduce more trust and transparency into the supply chain, improving business process agility. Finally, artificial intelligence approaches will lend new cognitive capabilities to moving and thinking assets in the supply chain.--BEGIN PROMO--

Research Highlights

This research service offers a detailed analysis on each of these thematic viewpoints with timelines of impact, empirical evidence, and key participants to watch out for that benefit from these revolutionary transitions. Discover how these segments are disrupting the market:

  • Digital Freight Brokerage: Trace the trend of “Uberization of logistics” based on crowdsourcing and shared economy models.
  • A
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Table of Contents | Executive Summary~ || Executive Summary~ | Introduction~ || Introduction~ || Scope of Study~ || List of Definitions~ || List of Acronyms and Abbreviations~ | Artificial Intelligence~ || Evolution of AI Systems~ || AI Technology Use Cases~ || Machine Learning Applications~ || Commercialized AI Technologies From Key Participants~ || Application of AI in Major Disrupted Industries~ || Geographic Activity—AI Start-up Distribution~ || Key Trend Levers for Transportation and Logistics~ || 5–10 Year Trend Opportunity Timeline~ || Key Opportunities in Transportation and Logistics~ | Autonomous Operations~ || Autonomous Technologies~ || Autonomous Robots~ || Autonomous Commercial Vehicles~ || Autonomous Drones~ || Geographic Activity—Automation Readiness Index~ || Geographic Activity—Drone Regulation~ || Key Trend Levers for Transportation and Logistics~ || 5–10 Year Trend Opportunity Timeline~ || Autonomous Operations~ || Logistics Applications—Indoor Logistics~ || Logistics Applications—Long-haul Transportation~ || Logistics Applications—Last-mile Delivery~ || Logistics Applications—Autonomous Infrastructure~ | Digital Freight Brokerage~ || Digital Freight Brokerage Evolution~ || Road Freight Capacity Utilization Inefficiency~ || Road Freight Market~ || Digitalization of Freight Marketplace~ || Digital Freight Brokerage Ecosystem~ || Ocean Freight Brokerage~ || Geographic Activity~ || Key Trend Levers for Transportation and Logistics~ || 5–10 Year Trend Opportunity Timeline~ || Digital Freight Brokerage Business Models~ || Business Models~ || Digital Freight Brokerage—Competitive Landscape~ | Blockchain~ || Blockchain~ || Types of Blockchain~ || Blockchain Market Trends~ || Blockchain for Fleets~ || Geographic Activity—Blockchain Start-up Ecosystem~ || Key Trend Levers for Transportation and Logistics~ || 5-10 Year Trend Opportunity Timeline~ || Blockchain Applications~ || Legal Disclaimer~ | Appendix~ || List of Exhibits~ || References~
List of Charts and Figures 1. Total Road Freight Market, US and EU, 2017 ~ 2. Potential Improvements From Digital Freight Brokerage, Global, 2017~| 1. Overview of AI Systems, Global, 2018~ 2. Applications of AI Systems in Logistics, Global, 2018~ 3. AI Market: Degree of Complexity Versus Extent of Mass Adoption, Global, 2018~ 4. AI Start-up Distribution, Global, 2017~ 5. Industrial Logistics Robots Market: Market Size and Growth Potential, Global, 2014–2020~ 6. Autonomous Commercial Vehicles: Key Market Trends, Global, 2018–2025~ 7. First- and Last-mile Delivery of Delivery Drones, Global, 2018~ 8. Automation Readiness Index, Global, 2018~ 9. Autonomous Operations in Logistics, Global, 2018~ 10. Freight Brokerage Evolution, Global, 2018~ 11. Road Freight Capacity Utilization Inefficiencies, LTL, Global, 2017~ 12. Utilization Rates and Efficiency Analysis—Trucks, Global, 2017~ 13. Digitalization of Freight Marketplace: Case of Improved Utilization for LTL, Global, 2017~ 14. Changing Freight Brokerage Ecosystem, Global, 2017~ 15. Inefficiencies in the Traditional Ocean Freight Industry, Global, 2018~ 16. Digital Freight Brokerage Activity, Global, 2018~ 17. Blockchain—Disruptive Opportunity, Global, 2017–2018~ 18. Blockchain Startup Ecosystem: Funding by Year, Global, 2012–2016~ 19. Blockchain Intellectual Property: Patents Published, Global, 2015–2017~
Author Malabika Mandal
Industries Transportation and Logistics
WIP Number K334-01-00-00-00
Is Prebook No
GPS Codes 9A3B