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Industrial IoT Platform Market
Industrial IoT Platform Market
Benefits for Industrial Operations
RELEASE DATE
25-Jul-2016
25-Jul-2016
REGION
Asia Pacific
Asia Pacific
Research Code: P8DE-01-00-00-00
SKU: IT03122-AP-MR_18868
$8,000.00
Special Price $6,000.00 save 25 %
In stock
SKU
IT03122-AP-MR_18868
Description
The manufacturing sector is going through an exciting time. Technology trends are changing the way consumers buy products. Manufacturers are keen to stay ahead and remain competitive as some are struggling to keep up. By connecting localized systems using sensors, managers can get a complete view of their plant and optimize operations. Implementing industrial IoT is not about changing a firm’s operational technology, but reaping incremental improvements and utilizing existing infrastructure. The study includes detailed market analysis, key drivers and restraints, Proof of Concept projects, and important opportunities, along with vendor analysis.
RESEARCH: INFOGRAPHIC
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Table of Contents
Key Findings
Market Engineering Measurements
CEO’s Perspective
Definitions
Research Methodology
Geographic Coverage
Embedding New Technology in Industry-specific Activities
The Fourth Industrial Revolution
- Greater China
- India
- Southeast Asia
- Japan
- South Korea
- ANZ
Nexus of New Technology Transforming Industries
IoT Vs M2M
IoT Market Segmentation
- Cloud and Software-defined Paradigm
- Big Data Analytics
- Internet of Things
- Mobility and Mobile Applications
Position of Cloud Platforms in the IoT Ecosystem
IIoT Cloud Platform Ecosystem
- Manufacturing
- Energy
- Water
IIoT Cloud Platform Ecosystem—Overview
IIoT Cloud Platform Ecosystem—Definitions
IIoT Platform Taxonomy
Key Participants in the Ecosystem
IIoT Evolution
Market Drivers
Market Restraints
Revenue Forecast
Vendor Breakdown
Australia Market
China Market
Malaysia and Indonesia Market
Thailand Market
Japan Market
Singapore Market
IIoT—Key Use Cases
IIoT—Industry Evolution
IIoT—Other Benefits
Vendors Moving into IIoT from Differing Perspectives
Why are Cloud Platforms Powerful in IIoT?
Value of a Proof of Concept project
Starting from a Proof of Concept
Replicating and Expanding to an Implementation Project
Stages of IIoT Adoption
First Steps for Trials
Opportunities in IIoT
Industrial Operators’ Key Considerations
Definition of IoT Platform Categories
Measurement Scale Definitions
Vendor Assessment Table
AWS IoT
Bosch IoT Suite
Fujitsu Human-centric IoT
GE Predix
IBM Watson IoT Platform
Lumada by Hitachi
Microsoft Azure IoT Suite
Oracle IoT Cloud Service
PTC ThingWorx
SAP HANA Cloud Platform for the IoT
3 Big Predictions
Legal Disclaimer
Abbreviations and Acronyms Used
Market Engineering Methodology
List of Figures- 1. Total IIoT Market: Key Market Drivers, APAC, 2016–2020
- 2. IIoT Market: Key Market Restraints, APAC, 2016–2020
List of Charts- 1. Total IIoT Platform Market: Market Engineering Measurements, APAC, 2015
- 2. Total IIoT Platform Market: Revenue Forecast, APAC, 2015–2020
- 3. Total IIoT Platform Market Breakdown by Revenue, APAC, 2015
Popular Topics
The manufacturing sector is going through an exciting time. Technology trends are changing the way consumers buy products. Manufacturers are keen to stay ahead and remain competitive as some are struggling to keep up. By connecting localized systems using sensors, managers can get a complete view of their plant and optimize operations. Implementing industrial IoT is not about changing a firm’s operational technology, but reaping incremental improvements and utilizing existing infrastructure. The study includes detailed market analysis, key drivers and restraints, Proof of Concept projects, and important opportunities, along with vendor analysis.
| No Index | No |
|---|---|
| Podcast | No |
| Table of Contents | | Executive Summary~ || Key Findings~ || Market Engineering Measurements~ || CEO’s Perspective~ | Market Overview~ || Definitions~ || Research Methodology~ || Geographic Coverage~ ||| Greater China~ ||| India ~ ||| Southeast Asia~ ||| Japan~ ||| South Korea~ ||| ANZ~ || Embedding New Technology in Industry-specific Activities~ || The Fourth Industrial Revolution~ || Nexus of New Technology Transforming Industries~ ||| Cloud and Software-defined Paradigm~ ||| Big Data Analytics~ ||| Internet of Things ~ ||| Mobility and Mobile Applications~ || IoT Vs M2M~ || IoT Market Segmentation~ ||| Manufacturing~ ||| Energy~ ||| Water~ || Position of Cloud Platforms in the IoT Ecosystem~ || IIoT Cloud Platform Ecosystem~ || IIoT Cloud Platform Ecosystem—Overview~ || IIoT Cloud Platform Ecosystem—Definitions~ || IIoT Platform Taxonomy~ || Key Participants in the Ecosystem~ ||| Edge Devices ~ ||| IoT Device Gateways~ ||| Connectivity~ ||| IoT Cloud Platforms~ ||| Other Platforms ~ || IIoT Evolution~ | External Challenges—Drivers and Restraints~ || Market Drivers~ ||| Improving efficiency~ ||| Reducing downtime and maximizing revenue~ ||| Identification of historical patterns~ ||| New business models~ || Market Restraints~ ||| Service availability and IT security~ ||| Lack of common protocols or standards~ ||| Large investments~ | Total IIoT Platform Market~ || Revenue Forecast~ || Vendor Breakdown~ | APAC Market Analysis~ || Australia Market~ ||| Supporting the Breadbasket of Asia~ ||| Data Brokerage for Commodity Traders~ ||| IIoT to Help Mining Sector Growth~ || China Market~ ||| Regional Competition in Manufacturing~ ||| Competition Among Other Manufacturers~ ||| Government’s ‘Made in China 2025’ to Support Manufacturing~ ||| Technology and IIoT as a Key Enablers~ || Malaysia and Indonesia Market~ ||| Oil & Gas in Southeast Asia~ ||| Use of IIoT to maintain operations~ || Thailand Market~ ||| Manufacturing in Southeast Asia~ ||| IoT for Improving Agriculture~ || Japan Market~ ||| Manufacturing Supported by Automation and Technology ~ ||| High-value Agriculture~ || Singapore Market~ ||| Manufacturing as Top Priority for the Country ~ ||| Strong Government Drive~ ||| Singapore Equipped to Lead in IIoT Awareness~ | IIoT—Trends~ || IIoT—Key Use Cases~ ||| Remote Monitoring to Provide Real-time View of Operations ~ ||| Predictive Maintenance to Reduce Downtime~ ||| Data to Enable Better Decision Making~ ||| New Business Models—Michelin Transforming Itself and Disrupting its Own Industry~ ||| Connected Production Process with Supply Chain Optimization ~ ||| Energy Efficiency~ ||| Certification, Regulatory Compliance, and Sustainability ~ || IIoT—Industry Evolution~ || IIoT—Other Benefits~ ||| Safety~ ||| Remote Control and Hazardous Environments~ ||| Physical Accessibility~ ||| Indirect Benefits ~ |||| Macro-economic Benefits~ |||| High-value Job Creation~ || Vendors Moving into IIoT from Differing Perspectives~ ||| IT Vendor Perspective~ ||| OT Vendor Perspective~ | Everything can be Delivered through the Cloud~ || Why are Cloud Platforms Powerful in IIoT?~ ||| Service Elasticity, Scalability, and Payment Flexibility~ ||| Edge Device Connectivity~ ||| Data Storage ~ ||| Centralized Analysis~ ||| Easy User Access to Command and Control and Insights ~ | Proof of Concept Projects~ || Value of a Proof of Concept project~ || Starting from a Proof of Concept~ ||| POC to Demonstrate Value ~ || Replicating and Expanding to an Implementation Project~ ||| Incorporating Cyber-physical Systems~ || Stages of IIoT Adoption~ ||| Non-connected~ ||| Proof of Concept~ ||| Implementation of a Connected Line~ ||| Connected Factory of Multiple Lines~ ||| Factory Connected to Ecosystem~ ||| Multi-factory Integration~ || First Steps for Trials~ ||| Easy Pilots and Trials ~ ||| Analytics as the First Step~ ||| Real-time Remote Monitoring ~ ||| Predictive Maintenance as the Next Step ~ | IIoT—Opportunities~ || Opportunities in IIoT~ ||| Opportunities for OT Vendors~ ||| Opportunities for IT Vendors~ || Industrial Operators’ Key Considerations~ ||| Need for Consistent Availability~ ||| Quality of Connectivity~ ||| Building with Future Updates in Mind~ ||| Deployment Flexibility~ ||| Importance of Security in a World of Converged IT and OT~ ||| Large Investments Required to Re-tool and Revamp Existing Plants and Machines~ ||| Moving Forward Using Existing Equipment~ | IIoT Platform—Vendor Analysis~ || Definition of IoT Platform Categories~ || Measurement Scale Definitions~ || Vendor Assessment Table~ || AWS IoT~ || Bosch IoT Suite~ || Fujitsu Human-centric IoT~ || GE Predix~ || IBM Watson IoT Platform~ || Lumada by Hitachi~ || Microsoft Azure IoT Suite~ || Oracle IoT Cloud Service~ || PTC ThingWorx~ || SAP HANA Cloud Platform for the IoT~ | The Last Word~ || 3 Big Predictions~ || Legal Disclaimer~ | Appendix~ || Abbreviations and Acronyms Used~ || Market Engineering Methodology~ |
| List of Charts and Figures | 1. Total IIoT Market: Key Market Drivers, APAC, 2016–2020~ 2. IIoT Market: Key Market Restraints, APAC, 2016–2020~| 1. Total IIoT Platform Market: Market Engineering Measurements, APAC, 2015 ~ 2. Total IIoT Platform Market: Revenue Forecast, APAC, 2015–2020~ 3. Total IIoT Platform Market Breakdown by Revenue, APAC, 2015~ |
| Author | Kenny Yeo |
| Industries | Information Technology |
| WIP Number | P8DE-01-00-00-00 |
| Is Prebook | No |
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