Connectivity in ContextM2M in the World of Cyber-Physical Production

Connectivity in ContextM2M in the World of Cyber-Physical Production

Business Process Efficiency, Operation Optimisation, and Customer Acquisition to Drive Large-Scale M2M Adoption

RELEASE DATE
16-Dec-2015
REGION
Global
Research Code: MB62-01-00-00-00
SKU: IA01241-GL-MR_16774

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Description

The industrial machine-to-machine (M2M) market is an increasingly important source of growth for mobile operators and network service providers. It is allowing operators, service providers, and M2M end users to offset slowing growth, and increase productivity and efficiency. The aim of this study is to understand the future impact of M2M on the industrial and the manufacturing environment. The study provides analysis of global industrial M2M connections under four different functional layers—sensing layer, device layer, network layer, and software and application development layer. Furthermore, it provides an outlook of the key challenges, opportunities, and strategies for M2M value chain participants and solution providers.

Table of Contents

Global M2M Market Outlook

Technology Metamorphosis—Adoption Cycle

Key Findings and Inferences—Technology Perspective

  • Application Development and Management
  • Sensors, Gateways, Business Applications
  • End-to-End M2M Solutions
  • Industrial Connectivity

Regional Perspective

Internet of Industrial Things—The 4 Functional Facets

Relevant Research

Research Scope and Objective

Market Definitions

Research Map

Unlocking the Potential of M2M in Manufacturing

Drivers—Key Trends Shaping the M2M of the Future

Challenges—Structural Barriers Hindering ROI

Market Trends—Dominant Business Blueprint

Accelerated Growth—M2M Market Revenue Analysis

Emerging Horizontal Markets—The Promising Six

M2M Technological Transformation

Prevailing Technological Trends—Key Industrial Traits

M2M Connectivity—Key Sensor Type Classification

Industry Verticals—Revenue Analysis and Key Trends

End-user Opportunities—Organic Growth Through Sensors

Integral Design Factors—To Penetrate Emerging Verticals

Emerging Sensors—The New Age M2M Sensors

Intelligent Devices—Key Component for ‘Always On’ Mode

Communication Hardware—Overview of Key M2M Devices

Industrial M2M Gateway—A Synopsis of Unit Shipments

M2M Gateway Matrix—Common Types and Key Features

End User Expectations—Customer Perspective

Enhancing Customer Value—Deterministic Ethernet

Deterministic Ethernet—Examining Market Prospects

Industrial Spectrum Preferences—Key Characteristics

Industrial Spectrum—Data Consumption Analysis

Wireless Technology—A Synopsis of Operating Frequencies

LPWAN—A New Reality for Connected Manufacturing

5G Technology—Set to Revolutionize M2M Market by 2021

Traditional Platform—M2M For Aspiring Developers

Erstwhile Market—Crux of the Prevailing Trend

M2M Software Segmentation—Prevailing Market

Distribution Channel—Software Market Overview

Regional and Industry Vertical—Software Market Overview

Revenue Growth-Curve Analysis—Software Market Overview

Key Recommendations for Top Influential Stakeholders

The Last Word—5 Big Predictions

Abbreviations Used

Legal Disclaimer

List of Figures
  • 1. M2M in the World of Cyber-Physical Production: Research Scope and Objective, Global, 2014
  • 2. M2M in the World of Cyber-Physical Production: Market Definitions, Global, 2014
  • 3. M2M in the World of Cyber-Physical Production: End-user Opportunities—Organic Growth through Sensors, Global, 2014
  • 4. M2M in the World of Cyber-Physical Production: M2M Gateway Matrix—Common Types & Key Features, Global, 2014
List of Charts
  • 1. M2M in the World of Cyber-Physical Production: M2M Market Outlook, Global, 2014
  • 2. M2M in the World of Cyber-Physical Production: Technology Metamorphosis—Adoption Cycle, Global, 2014
  • 3. M2M in the World of Cyber-Physical Production: Key Findings and Inferences—Technology Perspective, Global, 2014
  • 4. M2M in the World of Cyber-Physical Production: Key Findings and Inferences—Regional Perspective, Global, 2014
  • 5. M2M in the World of Cyber-Physical Production: Research Map, Global, 2014
  • 6. M2M in the World of Cyber-Physical Production: Unlocking the Potential of M2M in Manufacturing, Global, 2014
  • 7. M2M in the World of Cyber-Physical Production: Drivers—Key Trends Shaping the M2M of the Future, Global, 2014
  • 8. M2M in the World of Cyber-Physical Production: Challenges—Structural Barriers Hindering ROI, Global, 2014
  • 9. M2M in the World of Cyber-Physical Production: Market Trends—Dominant Business Blueprint, Global, 2014
  • 10. M2M in the World of Cyber-Physical Production: Accelerated Growth—M2M Market Revenue Analysis, Global, 2014
  • 11. M2M in the World of Cyber-Physical Production: Emerging Horizontal Market—The Promising Six, Global, 2014
  • 12. M2M in the World of Cyber-Physical Production: M2M Technological Transformation, Global, 2009–2021
  • 13. M2M in the World of Cyber-Physical Production: Prevailing Technological Trends—Key Industrial Traits, Global, 2014
  • 14. M2M in the World of Cyber-Physical Production: M2M End-to-End Industrial Architecture, Global, 2014
  • 15. M2M in the World of Cyber-Physical Production: M2M Connectivity—Key Sensor Type Classification, Global, 2014
  • 16. M2M in the World of Cyber-Physical Production: Industry Verticals—Revenue Analysis and Key Trends, Global, 2014
  • 17. M2M in the World of Cyber-Physical Production: End-user Opportunities—Organic Growth through Sensors, Global, 2014
  • 18. M2M in the World of Cyber-Physical Production: Integral Design Factors—To Penetrate Emerging Verticals, Global, 2014
  • 19. M2M in the World of Cyber-Physical Production: Emerging Sensors—The New Age M2M Sensor, Global, 2014
  • 20. M2M in the World of Cyber-Physical Production: Intelligent Devices—Key Component for ‘Always On’ Mode, Global, 2014
  • 21. M2M in the World of Cyber-Physical Production: Communication Hardware—Overview of Key M2M Devices, Global, 2014
  • 22. M2M in the World of Cyber-Physical Production: Industrial M2M Gateway—A Synopsis of Unit Shipments, Global, 2011–2021
  • 23. M2M in the World of Cyber-Physical Production: End User Expectation—Customer Perspective, Global, 2014
  • 24. M2M in the World of Cyber-Physical Production: Enhancing Customer Value—Deterministic Ethernet, Global, 2014
  • 25. M2M in the World of Cyber-Physical Production: Deterministic Ethernet—Examining Market Prospects, Global, 2011–2021
  • 26. M2M in the World of Cyber-Physical Production: Industrial Spectrum Preferences—Key Characteristics, Global, 2014
  • 27. M2M in the World of Cyber-Physical Production: Industrial Spectrum—Data Consumption Analysis, Global, 2014–2021
  • 28. M2M in the World of Cyber-Physical Production: Wirless Technology—A Synopsis of Operating Frequencies, Global, 2014
  • 29. M2M in the World of Cyber-Physical Production: LPWAN—A New Reality for Connected Manufacturing, Global, 2014
  • 30. M2M in the World of Cyber-Physical Production: 5G Technology—Set to Revolutionize M2M Market by 2021, Global, 2014
  • 31. M2M in the World of Cyber-Physical Production: Traditional Platform—M2M For Aspiring Developers, Global, 2014
  • 32. M2M in the World of Cyber-Physical Production: Erstwhile Market—Crux of the Prevailing Trend, Global, 2014
  • 33. M2M in the World of Cyber-Physical Production: M2M Software Segmentation—Prevailing Market, Global, 2014
  • 34. M2M in the World of Cyber-Physical Production: Distribution Channel—Software Market Overview, Global, 2014
  • 35. M2M in the World of Cyber-Physical Production: Revenue Growth-Curve Analysis—Software Market Overview, Global, 2014
  • 36. M2M in the World of Cyber-Physical Production: Key Recommendations for Top Influential Stakeholders, Global, 2014
Related Research
The industrial machine-to-machine (M2M) market is an increasingly important source of growth for mobile operators and network service providers. It is allowing operators, service providers, and M2M end users to offset slowing growth, and increase productivity and efficiency. The aim of this study is to understand the future impact of M2M on the industrial and the manufacturing environment. The study provides analysis of global industrial M2M connections under four different functional layerssensing layer, device layer, network layer, and software and application development layer. Furthermore, it provides an outlook of the key challenges, opportunities, and strategies for M2M value chain participants and solution providers.
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Table of Contents | Executive Summary~ || Global M2M Market Outlook~ || Technology Metamorphosis—Adoption Cycle~ || Key Findings and Inferences—Technology Perspective~ ||| Application Development and Management~ ||| Sensors, Gateways, Business Applications~ ||| End-to-End M2M Solutions~ ||| Industrial Connectivity~ || Regional Perspective~ | Internet of Industrial Things—A Research Perspective~ || Internet of Industrial Things—The 4 Functional Facets~ || Relevant Research~ || Research Scope and Objective~ || Market Definitions~ ||| Sensing Layer~ ||| Device Layer~ ||| Network Layer~ ||| Software/ Application Development Layer~ || Research Map~ | Market Today—Examining M2Ms Evolution, Adoption and Prevailing Trends~ || Unlocking the Potential of M2M in Manufacturing~ || Drivers—Key Trends Shaping the M2M of the Future~ || Challenges—Structural Barriers Hindering ROI~ || Market Trends—Dominant Business Blueprint~ || Accelerated Growth—M2M Market Revenue Analysis~ || Emerging Horizontal Markets—The Promising Six~ || M2M Technological Transformation~ || Prevailing Technological Trends—Key Industrial Traits~ | M2M Architectural Layout—Exploring the Diverse Market Layer~ || M2M End-to-End Industrial Architecture~ | Sensing Layer—Unraveling the Market Potential of M2M Sensors~ || M2M Connectivity—Key Sensor Type Classification~ || Industry Verticals—Revenue Analysis and Key Trends~ || End-user Opportunities—Organic Growth Through Sensors~ || Integral Design Factors—To Penetrate Emerging Verticals~ || Emerging Sensors—The New Age M2M Sensors~ || Intelligent Devices—Key Component for ‘Always On’ Mode~ | Device Layer—Realizing Lucrative Opportunities in the Latent M2M Gateways Market~ || Communication Hardware—Overview of Key M2M Devices~ || Industrial M2M Gateway—A Synopsis of Unit Shipments~ || M2M Gateway Matrix—Common Types and Key Features~ || End User Expectations—Customer Perspective~ || Enhancing Customer Value—Deterministic Ethernet~ || Deterministic Ethernet—Examining Market Prospects~ | Network Layer— Examining the Functional Components of Power Line Communication~ || Industrial Spectrum Preferences—Key Characteristics~ || Industrial Spectrum—Data Consumption Analysis~ || Wireless Technology—A Synopsis of Operating Frequencies~ || LPWAN—A New Reality for Connected Manufacturing~ || 5G Technology—Set to Revolutionize M2M Market by 2021~ | Software Management Layer—An Overview of Software Development Platforms~ || Traditional Platform—M2M For Aspiring Developers~ || Erstwhile Market—Crux of the Prevailing Trend~ || M2M Software Segmentation—Prevailing Market~ || Distribution Channel—Software Market Overview~ || Regional and Industry Vertical—Software Market Overview~ || Revenue Growth-Curve Analysis—Software Market Overview~ | Conclusion~ || Key Recommendations for Top Influential Stakeholders ~ || The Last Word—5 Big Predictions~ ||| MNOs to reduce data price for M2M solution providers~ ||| Battle for M2M application mindshare~ ||| Asia to lead in terms of volume of M2M connections~ ||| Global investments surge ~ ||| Exchanging of mobile dollars for M2M pennies~ | Appendix~ || Abbreviations Used~ || Legal Disclaimer~ | The Frost & Sullivan Story~
List of Charts and Figures 1. M2M in the World of Cyber-Physical Production: Research Scope and Objective, Global, 2014~ 2. M2M in the World of Cyber-Physical Production: Market Definitions, Global, 2014~ 3. M2M in the World of Cyber-Physical Production: End-user Opportunities—Organic Growth through Sensors, Global, 2014~ 4. M2M in the World of Cyber-Physical Production: M2M Gateway Matrix—Common Types & Key Features, Global, 2014~| 1. M2M in the World of Cyber-Physical Production: M2M Market Outlook, Global, 2014~ 2. M2M in the World of Cyber-Physical Production: Technology Metamorphosis—Adoption Cycle, Global, 2014~ 3. M2M in the World of Cyber-Physical Production: Key Findings and Inferences—Technology Perspective, Global, 2014~ 4. M2M in the World of Cyber-Physical Production: Key Findings and Inferences—Regional Perspective, Global, 2014~ 5. M2M in the World of Cyber-Physical Production: Research Map, Global, 2014~ 6. M2M in the World of Cyber-Physical Production: Unlocking the Potential of M2M in Manufacturing, Global, 2014~ 7. M2M in the World of Cyber-Physical Production: Drivers—Key Trends Shaping the M2M of the Future, Global, 2014~ 8. M2M in the World of Cyber-Physical Production: Challenges—Structural Barriers Hindering ROI, Global, 2014~ 9. M2M in the World of Cyber-Physical Production: Market Trends—Dominant Business Blueprint, Global, 2014~ 10. M2M in the World of Cyber-Physical Production: Accelerated Growth—M2M Market Revenue Analysis, Global, 2014~ 11. M2M in the World of Cyber-Physical Production: Emerging Horizontal Market—The Promising Six, Global, 2014~ 12. M2M in the World of Cyber-Physical Production: M2M Technological Transformation, Global, 2009–2021~ 13. M2M in the World of Cyber-Physical Production: Prevailing Technological Trends—Key Industrial Traits, Global, 2014~ 14. M2M in the World of Cyber-Physical Production: M2M End-to-End Industrial Architecture, Global, 2014~ 15. M2M in the World of Cyber-Physical Production: M2M Connectivity—Key Sensor Type Classification, Global, 2014~ 16. M2M in the World of Cyber-Physical Production: Industry Verticals—Revenue Analysis and Key Trends, Global, 2014~ 17. M2M in the World of Cyber-Physical Production: End-user Opportunities—Organic Growth through Sensors, Global, 2014~ 18. M2M in the World of Cyber-Physical Production: Integral Design Factors—To Penetrate Emerging Verticals, Global, 2014~ 19. M2M in the World of Cyber-Physical Production: Emerging Sensors—The New Age M2M Sensor, Global, 2014~ 20. M2M in the World of Cyber-Physical Production: Intelligent Devices—Key Component for ‘Always On’ Mode, Global, 2014~ 21. M2M in the World of Cyber-Physical Production: Communication Hardware—Overview of Key M2M Devices, Global, 2014~ 22. M2M in the World of Cyber-Physical Production: Industrial M2M Gateway—A Synopsis of Unit Shipments, Global, 2011–2021~ 23. M2M in the World of Cyber-Physical Production: End User Expectation—Customer Perspective, Global, 2014~ 24. M2M in the World of Cyber-Physical Production: Enhancing Customer Value—Deterministic Ethernet, Global, 2014~ 25. M2M in the World of Cyber-Physical Production: Deterministic Ethernet—Examining Market Prospects, Global, 2011–2021~ 26. M2M in the World of Cyber-Physical Production: Industrial Spectrum Preferences—Key Characteristics, Global, 2014~ 27. M2M in the World of Cyber-Physical Production: Industrial Spectrum—Data Consumption Analysis, Global, 2014–2021~ 28. M2M in the World of Cyber-Physical Production: Wirless Technology—A Synopsis of Operating Frequencies, Global, 2014~ 29. M2M in the World of Cyber-Physical Production: LPWAN—A New Reality for Connected Manufacturing, Global, 2014~ 30. M2M in the World of Cyber-Physical Production: 5G Technology—Set to Revolutionize M2M Market by 2021, Global, 2014~ 31. M2M in the World of Cyber-Physical Production: Traditional Platform—M2M For Aspiring Developers, Global, 2014~ 32. M2M in the World of Cyber-Physical Production: Erstwhile Market—Crux of the Prevailing Trend, Global, 2014~ 33. M2M in the World of Cyber-Physical Production: M2M Software Segmentation—Prevailing Market, Global, 2014~ 34. M2M in the World of Cyber-Physical Production: Distribution Channel—Software Market Overview, Global, 2014~ 35. M2M in the World of Cyber-Physical Production: Revenue Growth-Curve Analysis—Software Market Overview, Global, 2014~ 36. M2M in the World of Cyber-Physical Production: Key Recommendations for Top Influential Stakeholders, Global, 2014~
Author Rohit Karthikeyan
Industries Industrial Automation
WIP Number MB62-01-00-00-00
Is Prebook No