Digital Transformation in the Indian Manufacturing Sector, 2017

Digital Transformation in the Indian Manufacturing Sector, 2017

Building Infrastructure and Leveraging Technologies such as Virtualization, Automation, and 3D Printing Key to Develop into a Smart Factory

RELEASE DATE
26-May-2017
REGION
South Asia, Middle East & North Africa
Research Code: P970-01-00-00-00
SKU: IT03404-SA-MO_20354

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Description

Frost & Sullivan (F&S) determines digital enterprise transformation as a set of activities that will reform business processes, empower stakeholders and provide new revenue models using digital technologies (such as Social Media, Mobility, Big Data and Analytics, Cloud technologies, IoT & Automation, and Cyber Security) and by embracing new digital avenues. In the National Digital enterprise readiness Index- survey, F&S has extensively covered the adoption of these digital technologies in transforming the business and creating new opportunities for growth.

Manufacturers will increasingly use digital manufacturing tools to fully connect all aspects of the product lifecycle and leverage data to optimize and enhance equipment functionality and create high quality products on demand in a more sustainable manufacturing environment.

Growing digitization, connectivity, cloud computing, dynamic customer preferences, Internet of Things (IoT), cybersecurity, and increasing automation are the key trends driving manufacturing sector to invest in IT.

Analytics enables unleashing the power of internal and external data gathered from various mediums through data discovery and visualization and advanced analytics. Correlations between customer data, scheduling, and predictive maintenance of machinery are few new capabilities provided by Big Data analytics for the manufacturing sector. This enables the potential for identifying patterns in the ecosystem that will propose better operational efficiency followed by shorter manufacturing downtime and work process decision making.

Enterprise cloud allows a company to leverage cloud computing for critical as well as non-critical applications, thereby ensuring business agility, collaboration, and long-term cost savings. Cloud-based manufacturing solutions have the capability to reduce infrastructure, maintenance, and lifecycle costs by as much 54%. However, only about 30% of the manufacturing companies leverage cloud technology.

The Internet of Things (IoT) is a platform in which all objects that are identified through unique identifiers, communicate with one another to transfer data over a network without any human intervention in a business environment. Proactive measures are required for securing access, networks, data, applications, and the perimeter. This is the key to achieving the smarter workplaces of the future.

In India, CIOs are adopting digital technologies at various levels based on the immediate need of organizations and revenue goals. There is a lack of holistic approach which is essential for long-term benefits. The study gives a perspective both about the demand and the supply side of the market to identify the maturity of the solutions available and also the levels of DT activities across various industries in the country. The study analyzes the challenges and drivers of digital transformation (DT) in India and also analyzes the levels of DT activities in major industries such as healthcare, manufacturing, BFSI, retail, and other sectors.

Table of Contents

Executive Summary

Mega Trends Abetting Digital Technologies

Digital Transformation Trends Enabling the Mega Trends

Impact of Trends on Verticals

Digital Transformation Journey

Impact of Digital Technologies

Top Technologies’ Penetration across Verticals

Uptake of Technology across Verticals

Digital Transformation Case Studies

Digital Technologies Penetration across the Globe

Indian Market Snapshot

Indian Digital Economy

Growth Drivers

Restraints

Digital Transformation from an Adoption Standpoint

Opportunity Zones in India

Manufacturing Sector in India

Manufacturing Market Survey

Indian Manufacturing Industry Technology Drivers and Restraints

Manufacturing Investment Areas

Cloud Technologies in Manufacturing

Big Data and Analytics in Manufacturing

Automation in Manufacturing

Cyber Security in Manufacturing

Final Words on Digital Transformation in Manufacturing

Optimizing Cost in Manufacturing

Enterprise Digital Transformation (EDT) Snapshot

Key Takeaways from a Supply-side Standpoint

Role of IT/ITES Companies in Telecom Digital Transformation

The Road Ahead to Digital Transformation for Enterprises

Legal Disclaimer

List of Figures
  • 1. Digital Transformation: Key Growth Drivers, Global, 2016–2020
  • 2. Digital Transformation: Key Restraints, Global, 2016–2020
  • 3. Zone of Opportunity, DT Market, India, 2016
  • 4. Total Digital Enterprise Transformation Solutions Market: Manufacturing Studies, Global, 2016
  • 5. Key Technologies/Case Studies Available, India, 2016
  • 6. Retail EDT Snapshot, India, 2016
  • 7. The Road Ahead to Digital Transformation, India, 2016–2020
List of Charts
  • 1. Impact of Trends on Verticals, India, 2016–2020
  • 2. Total Digital Enterprise Transformation Solutions Market: Percent Share of Digital Technologies on Total Digital Spend of Each Vertical, Global, 2016
  • 3. Uptake of Technology across Verticals, Global, 2016
  • 4. Categorization by Type of Manufacturing Company, India, 2016
  • 5. Categorization by Revenue of the Company, India, 2016
  • 6. Categorization Type of IT Operation Control, India, 2016
  • 7. Categorization by Number of Manufacturing Units, India, 2016
  • 8. Major Drivers in Implementing Digital Technology in Telecom Sector, India, 2016
  • 9. Major Restraints in Implementing Digital Technology in Manufacturing Sector, 2016
  • 10. Areas of IT investment, DT Market, India, 2016
  • 11. Key Inflection Points, DT Market, India, 2016
  • 12. Cloud Deployment by Type, India, 2016
  • 13. Impact on Business Due to Cloud Adoption, India, 2016
  • 14. Usage of Analytics in Organizations, India, 2016
  • 15. Major Hindrances or Challenges Impeding Analytics Adoption, India, 2016
  • 16. Major Reasons to Adopt Automation Solutions, India, 2016
  • 17. Automation Solutions Adoption Cycle, India, 2016
  • 18. Major Security Concerns, India, 2016
  • 19. Critical Aspects for Manufacturing w.r.t Security, India, 2016
  • 20. Digital Transformation Scores in Manufacturing, Global vs. Indian vs. Industry Standards, 2016
  • 21. Region-wise Digital Services Portfolio Focus, Global vs. India, 2016
  • 22. EDT Portfolio: Vertical Offerings, Global, 2016
  • 23. EDT Solutions, Global, 2016
  • 24. Digital Services Portfolio Focus by Vertical, India, 2016
  • 25. Driver of EDT (Vendor standpoint), India, 2016
  • 26. EDT Opportunity, India, 2016–2020
  • 27. Challenges of EDT (Vendor standpoint), India, 2016
  • 28. Global Suppliers’ Digital Revenue Heat Map, Global, 2016
  • 29. Manufacturing EDT Snapshot, India, 2016
  • 30. Manufacturing Adoption Reality Comparison with World and Benchmark Standards, India, 2016
  • 31. Top Technology Recommendation, India, 2016
  • 32. Digital Transformation Implementation Timeline, India, 2016–2018
  • 33. IT/ITES Industry, Vertical Opportunity, India, 2016
Related Research
Frost & Sullivan (F&S) determines digital enterprise transformation as a set of activities that will reform business processes, empower stakeholders and provide new revenue models using digital technologies (such as Social Media, Mobility, Big Data and Analytics, Cloud technologies, IoT & Automation, and Cyber Security) and by embracing new digital avenues. In the National Digital enterprise readiness Index- survey, F&S has extensively covered the adoption of these digital technologies in transforming the business and creating new opportunities for growth. Manufacturers will increasingly use digital manufacturing tools to fully connect all aspects of the product lifecycle and leverage data to optimize and enhance equipment functionality and create high quality products on demand in a more sustainable manufacturing environment. Growing digitization, connectivity, cloud computing, dynamic customer preferences, Internet of Things (IoT), cybersecurity, and increasing automation are the key trends driving manufacturing sector to invest in IT. Analytics enables unleashing the power of internal and external data gathered from various mediums through data discovery and visualization and advanced analytics. Correlations between customer data, scheduling, and predictive maintenance of machinery are few new capabilities provided by Big Data analytics for the manufacturing sector. This enables the potential for identifying patterns in the ecosystem that will propose better operational efficiency followed by shorter manufacturing downtime and work process decision making. Enterprise cloud allows a company to leverage cloud computing for critical as well as non-critical applications, thereby ensuring business agility, collaboration, and long-term cost savings. Cloud-based manufacturing solutions have the capability to reduce infrastructure, maintenance, and lifecycle costs by as much 54%. However, only about 30% of the manufacturing companies leverage cloud technology. The I
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Table of Contents | Executive Summary~ || Executive Summary~ | The Digital Transformation Journey~ || Mega Trends Abetting Digital Technologies~ || Digital Transformation Trends Enabling the Mega Trends~ || Impact of Trends on Verticals~ || Digital Transformation Journey~ || Impact of Digital Technologies~ || Top Technologies’ Penetration across Verticals~ || Uptake of Technology across Verticals~ || Digital Transformation Case Studies~ || Digital Technologies Penetration across the Globe~ | Digital Transformation—Indian Perspective~ || Indian Market Snapshot~ || Indian Digital Economy~ || Growth Drivers~ || Restraints~ || Digital Transformation from an Adoption Standpoint~ || Opportunity Zones in India~ | Manufacturing~ || Manufacturing Sector in India~ || Manufacturing Market Survey~ || Indian Manufacturing Industry Technology Drivers and Restraints~ || Manufacturing Investment Areas~ || Cloud Technologies in Manufacturing~ || Big Data and Analytics in Manufacturing~ || Automation in Manufacturing~ || Cyber Security in Manufacturing~ || Final Words on Digital Transformation in Manufacturing~ | Case Studies~ || Optimizing Cost in Manufacturing~ | The Way Forward for the IT/ITES Sector~ || Enterprise Digital Transformation (EDT) Snapshot~ || Key Takeaways from a Supply-side Standpoint~ || Role of IT/ITES Companies in Telecom Digital Transformation~ || The Road Ahead to Digital Transformation for Enterprises~ || Legal Disclaimer~ | The Frost & Sullivan Story~
List of Charts and Figures 1. Digital Transformation: Key Growth Drivers, Global, 2016–2020~ 2. Digital Transformation: Key Restraints, Global, 2016–2020~ 3. Zone of Opportunity, DT Market, India, 2016~ 4. Total Digital Enterprise Transformation Solutions Market: Manufacturing Studies, Global, 2016~ 5. Key Technologies/Case Studies Available, India, 2016~ 6. Retail EDT Snapshot, India, 2016~ 7. The Road Ahead to Digital Transformation, India, 2016–2020~| 1. Impact of Trends on Verticals, India, 2016–2020~ 2. Total Digital Enterprise Transformation Solutions Market: Percent Share of Digital Technologies on Total Digital Spend of Each Vertical, Global, 2016~ 3. Uptake of Technology across Verticals, Global, 2016~ 4. Categorization by Type of Manufacturing Company, India, 2016~ 5. Categorization by Revenue of the Company, India, 2016 ~ 6. Categorization Type of IT Operation Control, India, 2016~ 7. Categorization by Number of Manufacturing Units, India, 2016~ 8. Major Drivers in Implementing Digital Technology in Telecom Sector, India, 2016~ 9. Major Restraints in Implementing Digital Technology in Manufacturing Sector, 2016~ 10. Areas of IT investment, DT Market, India, 2016 ~ 11. Key Inflection Points, DT Market, India, 2016 ~ 12. Cloud Deployment by Type, India, 2016~ 13. Impact on Business Due to Cloud Adoption, India, 2016~ 14. Usage of Analytics in Organizations, India, 2016 ~ 15. Major Hindrances or Challenges Impeding Analytics Adoption, India, 2016~ 16. Major Reasons to Adopt Automation Solutions, India, 2016 ~ 17. Automation Solutions Adoption Cycle, India, 2016 ~ 18. Major Security Concerns, India, 2016~ 19. Critical Aspects for Manufacturing w.r.t Security, India, 2016~ 20. Digital Transformation Scores in Manufacturing, Global vs. Indian vs. Industry Standards, 2016 ~ 21. Region-wise Digital Services Portfolio Focus, Global vs. India, 2016 ~ 22. EDT Portfolio: Vertical Offerings, Global, 2016~ 23. EDT Solutions, Global, 2016 ~ 24. Digital Services Portfolio Focus by Vertical, India, 2016 ~ 25. Driver of EDT (Vendor standpoint), India, 2016~ 26. EDT Opportunity, India, 2016–2020~ 27. Challenges of EDT (Vendor standpoint), India, 2016~ 28. Global Suppliers’ Digital Revenue Heat Map, Global, 2016~ 29. Manufacturing EDT Snapshot, India, 2016~ 30. Manufacturing Adoption Reality Comparison with World and Benchmark Standards, India, 2016~ 31. Top Technology Recommendation, India, 2016~ 32. Digital Transformation Implementation Timeline, India, 2016–2018~ 33. IT/ITES Industry, Vertical Opportunity, India, 2016~
Author Gowtham B
Industries Information Technology
WIP Number P970-01-00-00-00
Is Prebook No