Global Industrial Mobility Market, 2016

Global Industrial Mobility Market, 2016

Mobile Apps in an Industrial Setting are Propelling New Business Models Focused on Improving the Safety and Skill of the Worker

RELEASE DATE
19-Jan-2017
REGION
Global
Research Code: MCCB-01-00-00-00
SKU: IA01337-GL-MR_19359
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Description

The advent of mobile applications is profoundly changing the way factories operate and produce goods all around the world. Though smart devices are predominantly used for consumer applications, their foray into industries is expected to make way for the next giant leap of progress. Industrial mobility allows plant managers and supervisors to get out of their desks and tend to critical needs without wasting their time on analyzing large sets of data. When utilized to its full potential, industrial mobility can tremendously increase overall plant productivity, responsiveness, employee relations, and customer satisfaction.
Industrial mobility in this research service has been defined as hardware, software, solutions, and technology involved in facilitating access to disparate information and factory data in a handheld portable device connected to various communication networks.
This research service can be useful in understanding the central framework and working architecture of industrial mobility along with potential application areas in factories. In addition, this research service also explores the various facets in the industrial mobility ecosystem to categorize players and popular applications amongst key verticals such as oil and gas, food and beverage, automotive, mining, and chemicals. The research service also carries an in-depth analysis of future opportunities in various process, discrete, and hybrid industries. The business impact of mobility and a strategy to derive the most of it are some of the highlights of this research. This study also discusses the major economic trends and technological drivers and their impact over the demand during the study period. The technology and business trends shaping the future of mobile devices and handhelds in industries have also been discussed in detail in this study. This research service also aims to ascertain the importance and role of mobile apps and smart devices in manufacturing as well as analyze the market forces, challenges, and opportunities in the space.
With groundbreaking innovation in network infrastructure and continuous technological advancements in handheld devices, the factory environment is set to witness a massive transformation. Key questions answered in this study are:
1. What are the factors contributing to the rise of industrial mobility?
2. How are industrial IoT facets expected to influence growth of mobile applications?
3. How can benefits be maximized by overcoming barriers to mobility implementation?
4. How is the industrial mobility market distributed across the globe?
5. What are the potential future applications in process, discrete, and hybrid verticals and who are the major players?

RESEARCH: INFOGRAPHIC

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Table of Contents

Key Findings

Industrial Internet of Things—The Four Functional Facets

Frost & Sullivan’s Value Proposition in IIoT

Research Scope and Objective

Evolution of Manufacturing

Rise of Industrial Mobility

Industrial Mobility Ecosystem

Mobility Market Mapping

Mobility in the Factory Value Chain

End-user Applications

Industrial IoT Inducing Mobility

Charting the Course of Industrial Apps

Case Study—Hillshire Brands

Case Study—Toyo Tanso

Product Profile—Honeywell Pulse

Product Profile—Rockwell Software

Predicting the Pillars of Industrial Mobile Revolution

Roadblocks to Factory Implementation

The Mobility Toolbox

Transforming Needs to Reality

Understanding Business Criticality of Mobility

Industrial Mobility Business—SWOT Analysis

The World of Industrial Apps and Smart Handhelds

Mobility Enabling Convergence of IT-OT Businesses

Connecting Technology to Process Industries

Digital Transformation in Discrete Industries

Industrial Mobility Disrupting Hybrid Factory Models

The Last Word

Legal Disclaimer

List of Abbreviations

List of Figures
  • 1. Industrial Mobility: Key Findings, Global, 2016
  • 2. Industrial Mobility: Research Scope and Objective, Global, 2016
  • 3. Industrial Mobility: Evolution of Manufacturing, Global, 2016
  • 4. Industrial Mobility: Rise of Industrial Mobility, Global, 2016
  • 5. Industrial Mobility: Industrial mobility ecosystem, Global, 2016
  • 6. Industrial Mobility: Mobility Market Mapping, Global, 2016
  • 7. Industrial Mobility: Factory Value Chain, Global, 2016
  • 8. Industrial Mobility: End-user applications, Global, 2016
  • 9. Industrial Mobility: Industrial IoT Inducing Mobility, Global, 2016
  • 10. Industrial Mobility: Industrial Apps Flowchart, Global, 2016
  • 11. Industrial Mobility: Case Study—Hillshire Brands, Global, 2016
  • 12. Industrial Mobility: Case study—Toyo Tanso, Global, 2016
  • 13. Industrial Mobility: Rockwell software – Product Profile, Global, 2016
  • 14. Industrial Mobility: Pillars of Mobility, Global, 2016
  • 15. Industrial Mobility: Roadblocks to Factory Implementation, Global, 2016
  • 16. Industrial Mobility: Mobility Toolbox, Global, 2016
  • 17. Industrial Mobility: Transforming Needs to Reality, Global, 2016
  • 18. Industrial Mobility: Understanding Business Criticality of Mobility, Global, 2016
  • 19. Industrial Mobility: Industrial Mobility Business—SWOT Analysis, Global, 2016
  • 20. Industrial Mobility: The World of Industrial Apps and Smart Handhelds, Global, 2016
  • 21. Industrial Mobility: Mobility Enabling Convergence of IT-OT Businesses, Global, 2016
  • 22. Industrial Mobility: Connecting Technology To Process Industries, Global, 2016
  • 23. Industrial Mobility: Digital Transformation in Discrete Industries, Global, 2016
  • 24. Industrial Mobility: Industrial Mobility Disrupting hybrid factory models, Global, 2016
Related Research
The advent of mobile applications is profoundly changing the way factories operate and produce goods all around the world. Though smart devices are predominantly used for consumer applications, their foray into industries is expected to make way for the next giant leap of progress. Industrial mobility allows plant managers and supervisors to get out of their desks and tend to critical needs without wasting their time on analyzing large sets of data. When utilized to its full potential, industrial mobility can tremendously increase overall plant productivity, responsiveness, employee relations, and customer satisfaction. Industrial mobility in this research service has been defined as hardware, software, solutions, and technology involved in facilitating access to disparate information and factory data in a handheld portable device connected to various communication networks. This research service can be useful in understanding the central framework and working architecture of industrial mobility along with potential application areas in factories. In addition, this research service also explores the various facets in the industrial mobility ecosystem to categorize players and popular applications amongst key verticals such as oil and gas, food and beverage, automotive, mining, and chemicals. The research service also carries an in-depth analysis of future opportunities in various process, discrete, and hybrid industries. The business impact of mobility and a strategy to derive the most of it are some of the highlights of this research. This study also discusses the major economic trends and technological drivers and their impact over the demand during the study period. The technology and business trends shaping the future of mobile devices and handhelds in industries have also been discussed in detail in this study. This research service also aims to ascertain the importance and role of mobile apps and smart devices in manufacturing as well as analyze the market fo
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Table of Contents | Executive Summary~ || Key Findings~ | Industrial Internet of hings—A Research Perspective~ || Industrial Internet of Things—The Four Functional Facets~ || Frost & Sullivan’s Value Proposition in IIoT~ || Research Scope and Objective~ | Discovering Industrial obility for Manufacturing~ || Evolution of Manufacturing~ || Rise of Industrial Mobility~ || Industrial Mobility Ecosystem~ || Mobility Market Mapping~ || Mobility in the Factory Value Chain~ || End-user Applications~ | Future of Industrial Mobility~ || Industrial IoT Inducing Mobility~ || Charting the Course of Industrial Apps~ || Case Study—Hillshire Brands~ || Case Study—Toyo Tanso~ || Product Profile—Honeywell Pulse~ || Product Profile—Rockwell Software~ || Predicting the Pillars of Industrial Mobile Revolution~ | Mastering the Art of Mobility~ || Roadblocks to Factory Implementation~ || The Mobility Toolbox~ || Transforming Needs to Reality~ || Understanding Business Criticality of Mobility~ | Game Changers in Mobility Market~ || Industrial Mobility Business—SWOT Analysis~ || The World of Industrial Apps and Smart Handhelds~ || Mobility Enabling Convergence of IT-OT Businesses~ || Connecting Technology to Process Industries~ || Digital Transformation in Discrete Industries~ || Industrial Mobility Disrupting Hybrid Factory Models~ || The Last Word~ || Legal Disclaimer~ | Appendix~ || List of Abbreviations~ | The Frost & Sullivan Story~
List of Charts and Figures 1. Industrial Mobility: Key Findings, Global, 2016~ 2. Industrial Mobility: Research Scope and Objective, Global, 2016~ 3. Industrial Mobility: Evolution of Manufacturing, Global, 2016~ 4. Industrial Mobility: Rise of Industrial Mobility, Global, 2016~ 5. Industrial Mobility: Industrial mobility ecosystem, Global, 2016~ 6. Industrial Mobility: Mobility Market Mapping, Global, 2016~ 7. Industrial Mobility: Factory Value Chain, Global, 2016~ 8. Industrial Mobility: End-user applications, Global, 2016~ 9. Industrial Mobility: Industrial IoT Inducing Mobility, Global, 2016~ 10. Industrial Mobility: Industrial Apps Flowchart, Global, 2016~ 11. Industrial Mobility: Case Study—Hillshire Brands, Global, 2016~ 12. Industrial Mobility: Case study—Toyo Tanso, Global, 2016~ 13. Industrial Mobility: Rockwell software – Product Profile, Global, 2016~ 14. Industrial Mobility: Pillars of Mobility, Global, 2016~ 15. Industrial Mobility: Roadblocks to Factory Implementation, Global, 2016~ 16. Industrial Mobility: Mobility Toolbox, Global, 2016~ 17. Industrial Mobility: Transforming Needs to Reality, Global, 2016~ 18. Industrial Mobility: Understanding Business Criticality of Mobility, Global, 2016~ 19. Industrial Mobility: Industrial Mobility Business—SWOT Analysis, Global, 2016~ 20. Industrial Mobility: The World of Industrial Apps and Smart Handhelds, Global, 2016~ 21. Industrial Mobility: Mobility Enabling Convergence of IT-OT Businesses, Global, 2016~ 22. Industrial Mobility: Connecting Technology To Process Industries, Global, 2016~ 23. Industrial Mobility: Digital Transformation in Discrete Industries, Global, 2016~ 24. Industrial Mobility: Industrial Mobility Disrupting hybrid factory models, Global, 2016~ 25.
Author Sharmila Annaswamy
Industries Industrial Automation
WIP Number MCCB-01-00-00-00
Is Prebook No