Transparency Market Research

Smart Cities Market - Global Industry Size, Share, Trends, Analysis, And Forecasts 2012 - 2018

 

Description




Description

Smart cities are gaining popularity as it is the most efficient way to overcome the major challenges of transportation, security, energy management, CO2 emission, among others. Smart technologies are driving this market as they are environment friendly, help in reducing CO2 emissions and overall energy costs, and are easy to operate. 

The rapid urbanization of cities is posing serious infrastructural challenge for governments all over the world. As a larger number of people are shifting their base to urban settings, there is an increasing requirement for setting up new cities to live in. With the growing number of cities and the population shift from rural areas to the urban set up, management and governance will become complex. Hence, it is important to transform cities to address the social, engineering, environment, and economic challenges. 

Market Segmentation
  • Smart Homes 
  • Smart Building
  • Smart Energy Management 
  • Smart Industrial Automation
  • Smart Citizen Services 
  • Smart Transport
  • Smart Security 

This research report analyzes the market based on its market segments and geographies. The regions covered under this research study are: 
  • North America 
  • Asia-Pacific 
  • Europe 
  • Rest of the World 

This research report includes an analysis of important market drivers, factors affecting market growth, industry structure, industry capacity, and market projections for the coming years. It includes the study of current developments in the market, Porter’s five force analysis, and detailed profiles of the top industry players. The report provides a review of the micro and macro factors significant with respect to the existing market players and new entrants. 

Major Players 

Some of the key players dominating this market are Abb, Accenture Plc, Affiliated Computer Services Inc., Alstom Sa, Arup, Alcatel-Lucent, Cisco Systems Inc., Cubic, Dassault Systems, Ericsson, France Telecom (Orange), General Electric, Hitachi, Honeywell, IBM, Intel, Johnson Controls Inc., Lockheed Martin, Oracle, Siemens, Singapore Technologies, and others.  

Reasons for Buying this Report 
  • This research report provides a pin point analysis of the changing competition dynamics to stay ahead of the competitors 
  • It helps to clearly understand the competitive work environment and key product segments 
  • It helps in making informed business decisions by having complete insights of market and making in-depth analysis of current market trends 
  • It provides an overview of major industry segments and factors driving and restraining market growth 
  • It provides up-to-date analysis of the latest trends and technological developments in the market 

Table of Contents




TABLE OF CONTENT

1. About The Research
1.1. Methodology
1.2. Scope Of The Report
1.3. Key Takeaways

2. Executive Summary

3. Market Overview
3.1. Industry Definition
   3.1.1. What is Smart City
   3.1.2. Concept of Smart City
   3.1.3. Why India Need Smarter Cities
   3.1.4. Realizing what seems to be unreal
3.2. Industry Overview
   3.2.1. Status of the Global Smart Cities Market
   3.2.2. Trends and Initiatives in India Smart Cities
3.3. Economic And Demographic Trends
3.4. Challenges for the Smart City
   3.4.1. Technical Challenges
         3.4.1.1. Technology Selection
         3.4.1.2. Data Dependency & Integration
         3.4.1.3. Interoperability within Legacy Systems & Modern Infrastructure
         3.4.1.4. Practicality of Support Services
         3.4.1.5. Large Scale Deployment
   3.4.2. Financial and other Challenges
         3.4.2.1. Developing a Whole City Approach
         3.4.2.2. Privacy and Security
         3.4.2.3. Funding the Smart City
         3.4.2.4. Governance
3.5. Industry Structure and Role of Key Stakeholders
   3.5.1. Municipal Leadership
   3.5.2. National Governments
   3.5.3. Property Developers
   3.5.4. Automation Solution Providers
   3.5.5. Utilities
   3.5.6. IT Suppliers
   3.5.7. Structural Engineers
   3.5.8. Citizen Services Providers
   3.5.9. Telecommunications Companies
   3.5.10. Grid Infrastructure Service Providers
   3.5.11. Building System Management Suppliers
3.6. Investment Model
   3.6.1. Public – Private Partnership (PPP)
   3.6.2. Outsourcing
   3.6.3. Others
3.7. Go to Market Strategy
3.8. Market Dynamics
   3.8.1. Market Drivers
         3.8.1.1. Crowded Cities and Increasing Rural to Urban Migration
         3.8.1.2. Energy Consciousness and Green Infrastructure
         3.8.1.3. Government Agencies Focus on Interoperable Communications
         3.8.1.4. Big Cyber Data and the Associated Need for Security
         3.8.1.5. Time Savings
   3.8.2. Market Restraints
         3.8.2.1. Funding and Capital Expenditure
         3.8.2.2. Reform Vs. Smart Cities Debate
         3.8.2.3. Investments in Legacy Systems
         3.8.2.4. Downtime from Modernization
         3.8.2.5. Socio-Economic & Political Factors
   3.8.3. Market Opportunities 
         3.8.3.1. Project Opportunities Across Country

4. Components of Smart Cities (Market Sizes and Forecast by Components)
4.1. The Technology Foundations of the Smart City
4.2. Platform Technologies
   4.2.1. Ubiquitous Computing and the Internet of Things
   4.2.2. The Smart City Operating System
   4.2.3. The Smart City as an Application Development Environment
   4.2.4. The City and the Cloud
   4.2.5. A New Frontier for Data Analysis
4.3. Industry and Service Technologies
   4.3.1. Smart Meters and the Smart Grid
         4.3.1.1. Smart Grid: Software and Hardware Market
         4.3.1.2. Smart Grid: Communication Networks
         4.3.1.3. Smart Grid: Sensors
   4.3.2. Smart Buildings
         4.3.2.1. Building Smart
         4.3.2.2. Buildings on the Network
         4.3.2.3. Physical Security Systems
         4.3.2.4. Life Security Systems
         4.3.2.5. Facilities Management Systems
   4.3.3. Smart Transportation
         4.3.3.1. Smart Transportation Solutions Market
         4.3.3.2. Smart Transportation Technology
         4.3.3.3. Smart Transportation Services
   4.3.4. Smart Government
         4.3.4.1. Effective and Efficient Service Provision
   4.3.5. Smart Homes
         4.3.5.1. Smart Homes Products Market
         4.3.5.2. Smart Homes Services Market
         4.3.5.3. Smart Homes Technologies
   4.3.6. Citizen Services
         4.3.6.1. Healthcare: eHealth and Telemedicine
         4.3.6.2. Education: Smart Learning
         4.3.6.3. Water Management: Automated Systems

5. Smart Cities Projects in India
5.1. Manesar-Bawal (Haryana)
   5.1.1. Focus Areas
   5.1.2. Key Challenges
   5.1.3. Funding Model and Total Investment (Estimates and Forecast)
   5.1.4. Other Projects in Haryana
5.2. Shendra Industrial Area (Maharashtra)
   5.2.1. Focus Areas
   5.2.2. Key Challenges
   5.2.3. Funding Model and Total Investment (Estimates and Forecast)
   5.2.4. Other Projects in Maharashtra
5.3. Changodar (Gujarat)
   5.3.1. Focus Areas
   5.3.2. Key Challenges
   5.3.3. Funding Model and Total Investment (Estimates and Forecast)
5.4. Dahej (Gujarat)
   5.4.1. Focus Areas
   5.4.2. Key Challenges
   5.4.3. Funding Model and Total Investment (Estimates and Forecast)
   5.4.4. Other Projects in Gujarat
5.5. Projects in Uttar Pradesh
   5.5.1. Focus Areas
   5.5.2. Key Challenges
   5.5.3. Funding Model and Total Investment (Estimates and Forecast)
   5.5.4. Other Projects in Gujarat
5.6. Projects in Rajasthan
   5.6.1. Focus Areas
   5.6.2. Key Challenges
   5.6.3. Funding Model and Total Investment (Estimates and Forecast)
   5.6.4. Other Projects in Gujarat
5.7. Projects in Madhya Pradesh
   5.7.1. Focus Areas
   5.7.2. Key Challenges
   5.7.3. Funding Model and Total Investment (Estimates and Forecast)
   5.7.4. Other Projects in Gujarat
5.8. Other Projects
   5.8.1. Focus Areas
   5.8.2. Key Challenges
   5.8.3. Funding Model and Total Investment (Estimates and Forecast)
   5.8.4. Other Projects in Gujarat

6. Recommendations
6.1. Investment Prospecting
6.2. Market Entry Strategy
6.3. Channel Selection
6.4. Sustainability and Growth

7. Company Profiles
7.1. Accenture Plc.
   7.1.1. Company Overview
   7.1.2. Financial Performance
   7.1.3. Growth Strategy
   7.1.4. Future Approach
7.2. Alcatel-Lucent
   7.2.1. Company Overview
   7.2.2. Financial Performance
   7.2.3. Growth Strategy
   7.2.4. Future Approach
7.3. Cisco Systems Inc.
   7.3.1. Company Overview
   7.3.2. Financial Performance
   7.3.3. Growth Strategy
   7.3.4. Future Approach
7.4. Ericsson
   7.4.1. Company Overview
   7.4.2. Financial Performance
   7.4.3. Growth Strategy
   7.4.4. Future Approach
7.5. NSN
   7.5.1. Company Overview
   7.5.2. Financial Performance
   7.5.3. Growth Strategy
   7.5.4. Future Approach
7.6. General Electric
   7.6.1. Company Overview
   7.6.2. Financial Performance
   7.6.3. Growth Strategy
   7.6.4. Future Approach
7.7. Hitachi
   7.7.1. Company Overview
   7.7.2. Financial Performance
   7.7.3. Growth Strategy
   7.7.4. Future Approach
7.8. IBM
   7.8.1. Company Overview
   7.8.2. Financial Performance
   7.8.3. Growth Strategy
   7.8.4. Future Approach
7.9. JGC Corp
   7.9.1. Company Overview
   7.9.2. Financial Performance
   7.9.3. Growth Strategy
   7.9.4. Future Approach
7.10. Johnson Controls, Inc.
   7.10.1. Company Overview
   7.10.2. Financial Performance
   7.10.3. Growth Strategy
   7.10.4. Future Approach
7.11. Lockheed Martin
   7.11.1. Company Overview
   7.11.2. Financial Performance
   7.11.3. Growth Strategy
   7.11.4. Future Approach
7.12. Mitsubishi
   7.12.1. Company Overview
   7.12.2. Financial Performance
   7.12.3. Growth Strategy
   7.12.4. Future Approach
7.13. Toshiba
   7.13.1. Company Overview
   7.13.2. Financial Performance
   7.13.3. Growth Strategy
   7.13.4. Future Approach

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