IoT Technology and Solutions for Smart Cities
Overview:
Global metropolitan areas are facing unprecedented challenges as the pace of urbanization is increasing at a pace that is testing the ability of city planners to meet the current and anticipated needs of its citizens. Each day, more than 150 thousand people get added in urban areas, either because of migration or births. Between 2011 and 2050, the world’s urban population is expected to grow by more than 70%.
Additionally, with climate change and other environmental pressures, cities are increasingly needed to be “Smart” and take significant actions to meet stringent targets inflicted by commitments and legal obligations.Smart City developments are causing solution providers to take a much more integrated approach as the design and implement infrastructure and service capabilities. Feature/functionality must be blended to work efficiently across many different industry verticals as smart city address the needs of disparate market segments with multiple overlapping and sometimes mutually exclusive requirements.
There are many technologies involved in support of Smart Cites. Systems and resources are intertwined as mobility, communications, energy, water, platforms, monitoring/control, performance management, predictability and forecasting all merge together.This convergence is being realized first in a few leading industries such as home entertainment and automobiles.The technologies associated with the Internet of Things (IoT) will benefit Smart Cities greatly, and vice versa, as IoT benefits from the ongoing development of Smart City deployments globally.
This research evaluates IoT technologies that support Smart City deployments, assesses the benefits and challenges for implementation, and provides a view into the future deployments and operation.The report includes forecasts for major technology areas.
All purchases of Mind Commerce reports includes time with an expert analyst who will help you link key findings in the report to the business issues you're addressing. This needs to be used within three months of purchasing the report.
Target Audience:
Global metropolitan areas are facing unprecedented challenges as the pace of urbanization is increasing at a pace that is testing the ability of city planners to meet the current and anticipated needs of its citizens. Each day, more than 150 thousand people get added in urban areas, either because of migration or births. Between 2011 and 2050, the world’s urban population is expected to grow by more than 70%.
Additionally, with climate change and other environmental pressures, cities are increasingly needed to be “Smart” and take significant actions to meet stringent targets inflicted by commitments and legal obligations.Smart City developments are causing solution providers to take a much more integrated approach as the design and implement infrastructure and service capabilities. Feature/functionality must be blended to work efficiently across many different industry verticals as smart city address the needs of disparate market segments with multiple overlapping and sometimes mutually exclusive requirements.
There are many technologies involved in support of Smart Cites. Systems and resources are intertwined as mobility, communications, energy, water, platforms, monitoring/control, performance management, predictability and forecasting all merge together.This convergence is being realized first in a few leading industries such as home entertainment and automobiles.The technologies associated with the Internet of Things (IoT) will benefit Smart Cities greatly, and vice versa, as IoT benefits from the ongoing development of Smart City deployments globally.
This research evaluates IoT technologies that support Smart City deployments, assesses the benefits and challenges for implementation, and provides a view into the future deployments and operation.The report includes forecasts for major technology areas.
All purchases of Mind Commerce reports includes time with an expert analyst who will help you link key findings in the report to the business issues you're addressing. This needs to be used within three months of purchasing the report.
Target Audience:
- Regulatory and Policy Groups
- Exporters, Importers and Traders
- Business and Financial Institutions
- Associations and Technology Groups
- Corporate and Institutional Investors
- Government and International Bodies
- Lawyers, Bankers, Libraries, Embassies
- Patent Offices and Technology Executives
- Venture Capitalists, Consultants and more
- Management Consulting and Advisory Firms
1.0 EXECUTIVE SUMMARY
2.0 INTERNET OF THINGS AND SMART CONNECTIVITY
2.1 INTRODUCTION TO INTERNET OF THINGS
2.2 CONNECTIVITY WITH THE INTERNET OF THINGS
3.0 HOW INTERNET OF THINGS WORKS
3.1 THE LARGER IOT PICTURE
3.2 THE COMPONENTS AND SMART DEVICES
3.3 CONNECTIVITY AND RELATED TECHNOLOGIES
3.4 THE STAGES OF DEVELOPMENT OF IOT
4.0 IOT AND TECHNOLOGY
4.1 IOT DEVICE TECHNOLOGIES
4.1.1 COMMUNICATION
4.1.2 PROTOCOLS
4.1.3 HARDWARE
4.1.4 SOFTWARE
4.1.5 DATA BROKERS AND CLOUD PLATFORMS
4.1.6 MACHINE LEARNING
4.2 IOT ACCESS NETWORK TECHNOLOGIES
4.3 EMBEDDED SENSING AND NETWORKS
4.4 RADIO FREQUENCY IDENTIFICATION (RFID)
4.5 WIRELESS SENSOR NETWORKS
4.6 MOBILE INTERNET
5.0 SMART CITY AND IOT
5.1 SMART INFRASTRUCTURE
5.2 SMART COMMUNICATIONS
5.3 SMART CRISIS AND EMERGENCY MANAGEMENT
5.4 SMART ROADS AND TRAFFIC MANAGEMENT
5.5 SMART PUBLIC LIGHTING
5.6 SMART UTILITIES
5.7 SMART CITY ARCHITECTURE AND INFRASTRUCTURE
5.8 SMART SERVICES
5.9 SMART CITY TECHNOLOGY
5.10 SMART CITY APPLICATIONS
6.0 SMART HOMES ELEMENTS
6.1 SMART APPLIANCES
6.1.1 SMART REFRIGERATORS
6.1.2 SMART OVENS
6.1.3 SMART WASHERS AND DRYERS
6.1.4 SMART DISHWASHERS
6.2 SMART ENTERTAINMENT
6.3 SMART FURNITURE
6.4 SMART LIGHTING
6.5 SMART ENVIRONMENT AND CLIMATE
6.5.1 SMART WINDOWS
6.5.2 SMART HEATING AND COOLING
6.6 SMART SECURITY AND SAFETY SYSTEMS
6.7 WEARABLE TECHNOLOGY AND IOT
6.8 FITNESS AND HEALTHCARE DEVICES
7.0 SMART HOME COMPONENTS
7.1 SENSORS
7.2 CONTROLLERS
7.3 ACTUATORS
7.4 BUSES
7.5 INTERFACES
7.6 NETWORKS
8.0 IOT AGENCIES AND STANDARDS
8.1 IPSO ALLIANCE
8.2 NFC FORUM
8.3 EPC GLOBAL
8.4 SMART ENERGY PROFILE (SEP)
8.5 CLUSTER OF EUROPEAN RESEARCH PROJECTS ON IOT
9.0 INTERNET OF THINGS MARKET BY COMPONENT
9.1 IOT AND SUBSYSTEMS
9.2 COMMUNICATION NODES
9.3 IOT GATEWAYS
9.4 SENSORS
9.5 SENSING AND IDENTIFICATION VIA RFID
9.6 CLOUD SERVICES
2.0 INTERNET OF THINGS AND SMART CONNECTIVITY
2.1 INTRODUCTION TO INTERNET OF THINGS
2.2 CONNECTIVITY WITH THE INTERNET OF THINGS
3.0 HOW INTERNET OF THINGS WORKS
3.1 THE LARGER IOT PICTURE
3.2 THE COMPONENTS AND SMART DEVICES
3.3 CONNECTIVITY AND RELATED TECHNOLOGIES
3.4 THE STAGES OF DEVELOPMENT OF IOT
4.0 IOT AND TECHNOLOGY
4.1 IOT DEVICE TECHNOLOGIES
4.1.1 COMMUNICATION
4.1.2 PROTOCOLS
4.1.3 HARDWARE
4.1.4 SOFTWARE
4.1.5 DATA BROKERS AND CLOUD PLATFORMS
4.1.6 MACHINE LEARNING
4.2 IOT ACCESS NETWORK TECHNOLOGIES
4.3 EMBEDDED SENSING AND NETWORKS
4.4 RADIO FREQUENCY IDENTIFICATION (RFID)
4.5 WIRELESS SENSOR NETWORKS
4.6 MOBILE INTERNET
5.0 SMART CITY AND IOT
5.1 SMART INFRASTRUCTURE
5.2 SMART COMMUNICATIONS
5.3 SMART CRISIS AND EMERGENCY MANAGEMENT
5.4 SMART ROADS AND TRAFFIC MANAGEMENT
5.5 SMART PUBLIC LIGHTING
5.6 SMART UTILITIES
5.7 SMART CITY ARCHITECTURE AND INFRASTRUCTURE
5.8 SMART SERVICES
5.9 SMART CITY TECHNOLOGY
5.10 SMART CITY APPLICATIONS
6.0 SMART HOMES ELEMENTS
6.1 SMART APPLIANCES
6.1.1 SMART REFRIGERATORS
6.1.2 SMART OVENS
6.1.3 SMART WASHERS AND DRYERS
6.1.4 SMART DISHWASHERS
6.2 SMART ENTERTAINMENT
6.3 SMART FURNITURE
6.4 SMART LIGHTING
6.5 SMART ENVIRONMENT AND CLIMATE
6.5.1 SMART WINDOWS
6.5.2 SMART HEATING AND COOLING
6.6 SMART SECURITY AND SAFETY SYSTEMS
6.7 WEARABLE TECHNOLOGY AND IOT
6.8 FITNESS AND HEALTHCARE DEVICES
7.0 SMART HOME COMPONENTS
7.1 SENSORS
7.2 CONTROLLERS
7.3 ACTUATORS
7.4 BUSES
7.5 INTERFACES
7.6 NETWORKS
8.0 IOT AGENCIES AND STANDARDS
8.1 IPSO ALLIANCE
8.2 NFC FORUM
8.3 EPC GLOBAL
8.4 SMART ENERGY PROFILE (SEP)
8.5 CLUSTER OF EUROPEAN RESEARCH PROJECTS ON IOT
9.0 INTERNET OF THINGS MARKET BY COMPONENT
9.1 IOT AND SUBSYSTEMS
9.2 COMMUNICATION NODES
9.3 IOT GATEWAYS
9.4 SENSORS
9.5 SENSING AND IDENTIFICATION VIA RFID
9.6 CLOUD SERVICES
FIGURES
Figure 3: The IoT Universe
Figure 4: Devices, Services and Applications of IoT
Figure 5: IoT Connected Devices
Figure 6: Global IoT Connected Devices
Figure 7: IoT Architecture
Figure 8: IoT Components and Processes
Figure 9: IoT Stages of Development
Figure 10: IoT and Smart City Architecture
Figure 11: Global IoT Smart Home Sub-System Market
Figure 12: Global Smart City Overall Value 2012 - 2015
Figure 13: Global Market for IoT by Category 2012 - 2018
Figure 14: Global Market for IoT Communication Nodes 2013 - 2020
Figure 15: Global Market for IoT Gateways 2013 - 2024
Figure 16: Global Market for IoT Sensors 2013 - 2024
Figure 17: Global Market for RFID 2013 - 2024
Figure 18: Global Market for Cloud IoT Services 2013 - 2024
Figure 3: The IoT Universe
Figure 4: Devices, Services and Applications of IoT
Figure 5: IoT Connected Devices
Figure 6: Global IoT Connected Devices
Figure 7: IoT Architecture
Figure 8: IoT Components and Processes
Figure 9: IoT Stages of Development
Figure 10: IoT and Smart City Architecture
Figure 11: Global IoT Smart Home Sub-System Market
Figure 12: Global Smart City Overall Value 2012 - 2015
Figure 13: Global Market for IoT by Category 2012 - 2018
Figure 14: Global Market for IoT Communication Nodes 2013 - 2020
Figure 15: Global Market for IoT Gateways 2013 - 2024
Figure 16: Global Market for IoT Sensors 2013 - 2024
Figure 17: Global Market for RFID 2013 - 2024
Figure 18: Global Market for Cloud IoT Services 2013 - 2024
TABLES
Table 1: Comparing Near Area Wireless Technologies for IoT
Table 1: Comparing Near Area Wireless Technologies for IoT
