M2M Applications and Services: Market Assessment, Case Studies, and Forecasts 2014 - 2019
The expansion of M2M beyond its roots in utilities and manufacturing industries into many different enterprise operations has opened a host of new opportunities across the entire ecosystem. Furthermore, various enterprise companies in new industries are making plans to leverage M2M in processes that represent a major shift beyond previous implementations. M2M growth is expected to accelerate, particularly in certain industry verticals, and especially due to the anticipated Internet of Things (IoT) ecosystem.
This research evaluates the market drivers, leading applications and services. The report provides case study analysis across many different industry verticals and business types. The report includes forecast data for the period 2014 - 2019 with analysis of key drivers, success factors, and industry dynamics. 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.
Report Benefits
This research evaluates the market drivers, leading applications and services. The report provides case study analysis across many different industry verticals and business types. The report includes forecast data for the period 2014 - 2019 with analysis of key drivers, success factors, and industry dynamics. 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.
Report Benefits
- M2M forecasts from 2014 - 2019
- M2M case studies for different industries
- Understand M2M ecosystem, value chain and platforms
- Identify leading M2M applications and associated market opportunities
- Mobile network operators
- M2M/IoT platform providers
- Wireless infrastructure vendors
- M2M hardware solution providers
- M2M system Integrators/consultants
- M2M enabled application developers
- M2M platform (CDP, AEP, ADP) providers
- M2M network security solution providers
- VNOs/M2M network connectivity aggregators
- Embedded module and sub-component vendors
- Investment firms: private equity and hedge funds
INTRODUCTION TO M2M
1 OVERVIEW
2 M2M APPLICATIONS
2.1 Fleet Management
2.2 Manufacturing
2.3 Healthcare
2.4 Automotive and Connected Car
2.5 Supply Chain Management
2.6 Retail Management
2.7 Field Service
2.8 Smart Home
2.9 Smart Buildings
2.10 Safety Compliance
2.11 Smart Appliances
2.12 Smart Resources Extraction
2.13 Smart Grids and Utilities
2.14 Security and Surveillance
2.15 Usage-based Insurance
2.16 Agriculture
2.17 Environmental Monitoring
2.18 Military
2.19 Product Monitoring
2.20 Predictive Maintenance
3 M2M VALUE CHAIN
3.1 Equipment Supplier
3.2 Software Publisher
3.3 Telecom Operator
3.4 Consulting Firm
3.5 Integrator
3.6 Distributor
VERTICAL MARKET SECMENTS AND APPLICATIONS
1 OVERVIEW
2 CONNECTED CAR
2.1 Introduction
2.2 Safety, Security and other Connected Car Services
2.2.1 Breakdown Call (bCall)
2.2.2 Stolen Vehicle Tracking (SVT)
2.2.3 Remote Diagnostics
2.2.4 Insurance Services
2.2.5 Connected Navigation
2.3 Connected Vehicles
2.4 V2X Communication
2.5 Connected Car Features
2.6 Role of Government in Connected Vehicles
2.7 Environmental Benefits of Connected Car
2.8 Key Challenges of Connected Car
2.9 Downside of Connected Car
2.10 Manufacturer Efforts for Connected Car
2.11 Future of Connected Car
3 SMART CITY
3.1 Essential Elements of a Smart City
3.2 Creation of Smart Cities
3.3 Smart City Framework
3.4 Smart City Features
3.5 Cities Most Ready for Smart City Concept
3.6 Smart City Progress in China
3.7 Smart City Progress in India
3.8 Smart City Progress in Spain
3.9 EU backs Next Wave of Digital Growth
3.10 Wireless Network in Santander
3.10.1 Transport
3.10.2 Energy
3.10.3 Waste Management
3.10.4 Environment
3.11 Smart City Progress in Brazil
3.12 Implementation of Smart City across the Globe
3.13 Standards for Smart City
3.14 FI-WARE
3.15 Concluding Remarks
4 SMART HOME AND BUILDING AUTOMATION
4.1 Smart Building
4.2 Security
4.3 Facilities Control
4.4 Standardization for Solutions in Smart Home
5 UTILITIES
5.1 Smart Meters
5.2 Smart Grids
5.3 Commercial Energy Management
5.4 Personal Energy and Home Energy Management
6 OIL AND GAS
6.1 Remotely Monitored Oil and Gas Assets
7 HEALTHCARE
7.1 Remote Patient Monitoring
7.1.1 Wearable Device Types
7.2 Mobile Health (m-Health)
7.2.1 mHealth Market Size
7.2.2 m-Health Market in Russia
7.2.3 Market Barriers and Drivers
7.2.4 Trends and Forecasts of m-Health Market Development
7.2.5 Medication Management
7.2.6 Device Monitoring and Management
7.2.7 Assisted living for elderly
7.2.8 M2M Healthcare Applications
7.2.9 M2M in Healthcare Partnerships
8 MANUFACTURING
8.1 M2M and the Factory Floor
8.2 M2M Driven Changes to Manufacturing
8.3 Future of M2M in Manufacturing
8.4 Internet of Things (IoT) Kit
9 DISTRIBUTION
9.1 Supply Chain
9.2 Remote Inventory Management
10 RETAIL
10.1 Challenges faced by Retail Industry
10.2 Digital Signage
10.2.1 Brands in Retail Stores
10.2.2 Healthcare
10.2.3 Transportation
10.2.4 Waiting Rooms and Break Rooms
10.2.5 Advertising
10.2.6 Airline Industry
10.2.7 Important Factors to consider for Deploying Digital Signage
10.2.8 Types of Digital Signage Networks
10.2.9 Media Mapping
10.2.10 Concluding Remarks
10.3 Connected Vending
10.4 Point of Sale (POS)
10.5 M2M Applications in Market for Retail
10.5.1 Revel Systems POS
10.5.2 Square Register
10.5.3 Solution from Verizon
10.5.4 Solution from Sprint
10.5.5 Mobile Shopper
10.6 Tablets and M2M in Retail Inventory Management
10.7 Kiosks and Out of Home Networks
10.7.1 Interactive Kiosks
10.8 Digital Signage
11 TRANSPORTATION
11.1 Commercial Fleets
11.2 Monitor and Control Cargo Vessels
11.3 Personal Transportation
11.4 Railways
12 ASSET TRACKING (INCLUDING LIVING THINGS)
13 AGRICULTURE
13.1 Basics of M2M Application in Agriculture
13.2 Challenges for M2M in Agriculture
13.3 M2M Benefits to the Agriculture Sector
13.4 Supply Chain Aspects of Agriculture
13.4.1 Smart Logistics
13.5 M2M Application Potential for Agriculture
13.5.1 Ammonia Tank Monitoring
13.5.2 'Precision Agriculture' for Planting, Cultivation, and Harvesting
13.5.3 Remote Monitoring - Environmental and Plant and Livestock
13.5.4 Automatic Irrigation
13.5.5 Farm Monitoring
13.6 M2M Applications in Market for Agriculture
13.6.1 Monitoring Lactation Cycles of Animals
13.6.2 Application using RFMicron
13.6.3 Telematics Solution from CLAAS
13.6.4 Crop Solution
13.6.5 Remotely Control Greenhouse
13.6.6 Solution in Farming
13.6.7 Solution Providers in M2M Agriculture
13.6.8 Urban Agriculture
14 MILITARY
15 ENVIRONMENTAL SCIENCES
15.1 M2M Applications in Environmental Sciences
15.1.1 Collecting Forest Information
15.1.2 Projects and Technologies
15.1.3 Battling Forest Fires
16 INSURANCE INDUSTRY
16.1 UBI in European Market
16.1.1 Onward and Upward with UBI
16.1.2 The Rest of Europe
16.1.3 Italy
16.1.4 United Kingdom
16.1.5 France and Germany
16.1.6 The Value of Value-added Services
16.1.7 The Role or German OEMs
16.1.8 Other UBI Drivers
16.1.9 The Google Wild Card
16.2 Insurance Applications
17 SECURITY AND SURVEILLANCE
17.1 Safety Features for Aircrafts
17.2 Safety Features for Safe Living based on M2M
17.3 Safety Features for Travel based on M2M
17.4 Safety Features for Workplace based on M2M
18 WEARABLE M2M
18.1 Basics of Wearable M2M
18.2 Latest Wearable Devices
19 CONCLUDING REMARKS
CASE STUDIES
1 OVERVIEW
2 CONNECTED CAR
2.1 Case: Connected Electric Vehicle
2.1.1 The Challenge
2.1.2 The Solution
2.1.3 The Result
2.1.4 Author's Note
2.2 Case: Real-time Vehicle Management Information
2.2.1 The Challenge
2.2.2 The Solution
2.2.3 The Result
2.2.4 Author's Note
3 SMART CITY
3.1 Case: Enhance Safety and Improve Traffic Flow
3.1.1 The Challenge
3.1.2 The Solution
3.1.3 The Result
3.1.4 Author's Note
3.2 Case: Transaction Processing for Parking Meters
3.2.1 The Challenge
3.2.2 The Solution
3.2.3 The Result
3.2.4 Author's Note
3.3 Case: Smart Loo
3.3.1 The Challenge
3.3.2 The Solution
3.3.3 The Result
3.3.4 Author's Note
3.4 Case: Smart Bin
3.4.1 The Challenge
3.4.2 The Solution
3.4.3 The Result
3.4.4 Author's Note
3.5 Case: SmartSantander (City-scale Experimental Research Facility)
3.5.1 The Challenge
3.5.2 The Solution
3.5.3 The Result
3.5.4 Author's Note
4 SMART HOME AND BUILDINGS
4.1 Case: Solution for Improved Oil Efficiency
4.1.1 The Challenge
4.1.2 The Solution
4.1.3 The Result
4.1.4 Author's Note
4.2 Case: Monitor Structural Moisture Conditions in Real-time
4.2.1 The Challenge
4.2.2 The Solution
4.2.3 The Result
4.2.4 Author's Note
5 UTILITIES AND ENERGY MANAGEMENT
5.1 Case: Energy Data Management
5.1.1 The Challenge
5.1.2 The Solution
5.1.3 The Result
5.1.4 Author's Note
5.2 Case: Reducing A/C Power Consumption
5.2.1 The Challenge
5.2.2 The Solution
5.2.3 The Result
5.2.4 Author's Note
5.3 Case: Energy Optimization
5.3.1 The Challenge
5.3.2 The Solution
5.3.3 The Result
5.3.4 Author's Note
6 UTILITIES OIL AND GAS MANAGEMENT
6.1 Case: Cost Saving and Safety Benefits for Oil & Gas Industry
6.1.1 The Challenge
6.1.2 The Solution
6.1.3 The Result
6.1.4 Author's Note
6.2 Case: High-Value Asset Monitoring
6.2.1 The Challenge
6.2.2 The Solution
6.2.3 The Result
6.2.4 Author's Note
6.3 Case: Propane Monitoring
6.3.1 The Challenge
6.3.2 Ecosystem
6.3.3 The Solution
6.3.4 The Result
6.3.5 Author's Note
7 HEALTHCARE
7.1 Case: Wearable M2M Empowering the Elderly
7.1.1 The Challenge
7.1.2 The Solution
7.1.3 The Result
7.1.4 Author's Note
7.2 Case: Comprehensive Remote Patient Monitoring Solutions
7.2.1 The Challenge
7.2.2 The Solution
7.2.3 The Result
7.2.4 Author's Note
7.3 Case: Remote Cardiac Monitoring Solution
7.3.1 The Challenge
7.3.2 The Solution
7.3.3 The Result
7.3.4 Author's Note
7.4 Case: Breathing Assistance for sleep Apnea Patients
7.4.1 The Challenge
7.4.2 The Solution
7.4.3 The Result
7.4.4 Author's Note
7.5 Case: Self-monitor Key Vital Signs
7.5.1 The Challenge
7.5.2 The Solution
7.5.3 The Result
7.5.4 Author's Note
7.6 Case: Reduce Need for Re-hospitalization
7.6.1 The Challenge
7.6.2 The Solution
7.6.3 The Result
7.6.4 Author's Note
8 MANUFACTURING
8.1 Case: Generate Real-time alerts
8.1.1 The Challenge
8.1.2 The Solution
8.1.3 The Result
8.1.4 Author's Note
9 SUPPLY CHAIN MANAGEMENT (SCM)
9.1 Case: Increase Visibility in Supply Chain
9.1.1 The Challenge
9.1.2 The Solution
9.1.3 The Result
9.1.4 Author's Note
10 PREVENTIVE MAINTENANCE
10.1 Case: Preventive Maintenance using Predictive Analysis
10.1.1 The Challenge
10.1.2 The Solution
10.1.3 The Result
10.1.4 Author's Note
11 RETAIL MANAGEMENT
11.1 Case: ATM Management
11.1.1 The Challenge
11.1.2 The Solution
11.1.3 The Result
11.1.4 Author's Note
11.2 Case: Vending Machine Solution
11.2.1 The Challenge
11.2.2 The Solution
11.2.3 The Result
11.2.4 Author's Note
11.3 Case: M2M to Help Bakers Protect Dough Quality
11.3.1 The Challenge
11.3.2 The Solution
11.3.3 The Result
11.3.4 Author's Note
11.4 Case: Digital Displays for Marketing
11.4.1 The Challenge
11.4.2 The Solution
11.4.3 The Result
11.4.4 Author's Note
11.5 Case: Vending Machine
11.5.1 The Challenge
11.5.2 The Solution
11.5.3 Business Model
11.5.4 The Result
11.5.5 Author's Note
12 TRANSPORT
12.1 Case: Monitor EV Charging Stations
12.1.1 The Challenge
12.1.2 The Solution
12.1.3 The Result
12.1.4 Author's Note
12.2 Case: Transportation Safety
12.2.1 The Challenge
12.2.2 The Solution
12.2.3 The Result
12.2.4 Author's Note
12.3 Case: Fleet Scalability using Application Enablement Platform
12.3.1 The Challenge
12.3.2 The Solution
12.3.3 The Result
12.3.4 Author's Note
12.4 Case: Track and Manage Truck Fleet
12.4.1 The Challenge
12.4.2 The Solution
12.4.3 The Result
12.4.4 Author's Note
12.5 Case: Fleet Management
12.5.1 The Challenge
12.5.2 Ecosystem
12.5.3 The Solution
12.5.4 The Result
12.5.5 Author's Note
13 ASSET TRACKING / FLEET MANAGEMENT
13.1 Case: Global and Secured Fleet Tracking Solution
13.1.1 The Challenge
13.1.2 The Solution
13.1.3 The Result
13.1.4 Author's Note
13.2 Case: Tracking and Monitoring Valuable Assets
13.2.1 The Challenge
13.2.2 The Solution
13.2.3 The Result
13.2.4 Author's Note
13.3 Case: M2M Connectivity for GPS Tracking
13.3.1 The Challenge
13.3.2 The Solution
13.3.3 The Result
13.3.4 Author's Note
14 AGRICULTURE
14.1 Case: Internet of Bees to ensure Adequate Pollination
14.1.1 The Challenge
14.1.2 The Solution
14.1.3 The Result
14.1.4 Author's Note
14.2 Case: Remote Control of Grain Silos
14.2.1 The Challenge
14.2.2 The Solution
14.2.3 The Result
14.2.4 Author's Note
14.3 Case: Bats to Assist in Protecting Crops
14.3.1 The Challenge
14.3.2 The Solution
14.3.3 The Result
14.3.4 Author's Note
14.4 Case: Irrigation Management
14.4.1 The Challenge
14.4.2 The Solution
14.4.3 The Result
14.4.4 Author's Note
14.5 Case: Weather systems
14.5.1 The Challenge
14.5.2 The Solution
14.5.3 The Result
14.5.4 Author's Note
14.6 Case: Monitor Agricultural Produce In-transit
14.6.1 The Challenge
14.6.2 The Solution
14.6.3 Business Model
14.6.4 Connectivity Architecture
14.6.5 The Result
14.6.6 Author's Note
15 MILITARY AND POLICE
15.1 Case: Connecting Police Fleets for Increased Safety
15.1.1 The Challenge
15.1.2 The Solution
15.1.3 The Result
15.1.4 Author's Note
16 ENVIRONMENTAL SCIENCES
16.1 Case: Real-time Water Quality Monitoring Network at the Ganges
16.1.1 The Challenge
16.1.2 The Solution
16.1.3 The Result
16.1.4 Author's Note
16.2 Case: Reduce Waste Water
16.2.1 The Challenge
16.2.2 The Solution
16.2.3 The Result
16.2.4 Author's Note
16.3 Case: Track and Trace Illegally Harvested Timber
16.3.1 The Challenge
16.3.2 The Solution
16.3.3 The Result
16.3.4 Author's Note
17 SAFETY, SECURITY AND SURVEILLANCE
17.1 Case: Tracking Device for Child Safety
17.1.1 The Challenge
17.1.2 The Solution
17.1.3 The Result
17.1.4 Author's Note
17.2 Case: Security Monitoring Solution
17.2.1 The Challenge
17.2.2 The Solution
17.2.3 The Result
17.2.4 Author's Note
18 REMOTE MONITORING
18.1 Case: Remote Monitoring for Hunters and Wildlife Enthusiasts
18.1.1 The Challenge
18.1.2 The Solution
18.1.3 The Result
18.1.4 Author's Note
18.2 Case: Remote Monitoring solution for Wastewater Management
18.2.1 The Challenge
18.2.2 The Solution
18.2.3 The Result
M2M FORECASTS
1 OVERVIEW
2 GLOBAL M2M INDUSTRY SIZE 2014 - 2019
3 GLOBAL M2M MARKET REVENUE 2014 - 2019
4 GLOBAL M2M SERVICE REVENUE 2014 - 2019
5 GLOBAL M2M CONNECTIONS 2014 - 2019
6 GLOBAL M2M DATA TRAFFIC 2014 - 2019
7 M2M IN INDUSTRY VERTICALS GLOBALLY
8 GLOBAL M2M MODULE PRICING
1 OVERVIEW
2 M2M APPLICATIONS
2.1 Fleet Management
2.2 Manufacturing
2.3 Healthcare
2.4 Automotive and Connected Car
2.5 Supply Chain Management
2.6 Retail Management
2.7 Field Service
2.8 Smart Home
2.9 Smart Buildings
2.10 Safety Compliance
2.11 Smart Appliances
2.12 Smart Resources Extraction
2.13 Smart Grids and Utilities
2.14 Security and Surveillance
2.15 Usage-based Insurance
2.16 Agriculture
2.17 Environmental Monitoring
2.18 Military
2.19 Product Monitoring
2.20 Predictive Maintenance
3 M2M VALUE CHAIN
3.1 Equipment Supplier
3.2 Software Publisher
3.3 Telecom Operator
3.4 Consulting Firm
3.5 Integrator
3.6 Distributor
VERTICAL MARKET SECMENTS AND APPLICATIONS
1 OVERVIEW
2 CONNECTED CAR
2.1 Introduction
2.2 Safety, Security and other Connected Car Services
2.2.1 Breakdown Call (bCall)
2.2.2 Stolen Vehicle Tracking (SVT)
2.2.3 Remote Diagnostics
2.2.4 Insurance Services
2.2.5 Connected Navigation
2.3 Connected Vehicles
2.4 V2X Communication
2.5 Connected Car Features
2.6 Role of Government in Connected Vehicles
2.7 Environmental Benefits of Connected Car
2.8 Key Challenges of Connected Car
2.9 Downside of Connected Car
2.10 Manufacturer Efforts for Connected Car
2.11 Future of Connected Car
3 SMART CITY
3.1 Essential Elements of a Smart City
3.2 Creation of Smart Cities
3.3 Smart City Framework
3.4 Smart City Features
3.5 Cities Most Ready for Smart City Concept
3.6 Smart City Progress in China
3.7 Smart City Progress in India
3.8 Smart City Progress in Spain
3.9 EU backs Next Wave of Digital Growth
3.10 Wireless Network in Santander
3.10.1 Transport
3.10.2 Energy
3.10.3 Waste Management
3.10.4 Environment
3.11 Smart City Progress in Brazil
3.12 Implementation of Smart City across the Globe
3.13 Standards for Smart City
3.14 FI-WARE
3.15 Concluding Remarks
4 SMART HOME AND BUILDING AUTOMATION
4.1 Smart Building
4.2 Security
4.3 Facilities Control
4.4 Standardization for Solutions in Smart Home
5 UTILITIES
5.1 Smart Meters
5.2 Smart Grids
5.3 Commercial Energy Management
5.4 Personal Energy and Home Energy Management
6 OIL AND GAS
6.1 Remotely Monitored Oil and Gas Assets
7 HEALTHCARE
7.1 Remote Patient Monitoring
7.1.1 Wearable Device Types
7.2 Mobile Health (m-Health)
7.2.1 mHealth Market Size
7.2.2 m-Health Market in Russia
7.2.3 Market Barriers and Drivers
7.2.4 Trends and Forecasts of m-Health Market Development
7.2.5 Medication Management
7.2.6 Device Monitoring and Management
7.2.7 Assisted living for elderly
7.2.8 M2M Healthcare Applications
7.2.9 M2M in Healthcare Partnerships
8 MANUFACTURING
8.1 M2M and the Factory Floor
8.2 M2M Driven Changes to Manufacturing
8.3 Future of M2M in Manufacturing
8.4 Internet of Things (IoT) Kit
9 DISTRIBUTION
9.1 Supply Chain
9.2 Remote Inventory Management
10 RETAIL
10.1 Challenges faced by Retail Industry
10.2 Digital Signage
10.2.1 Brands in Retail Stores
10.2.2 Healthcare
10.2.3 Transportation
10.2.4 Waiting Rooms and Break Rooms
10.2.5 Advertising
10.2.6 Airline Industry
10.2.7 Important Factors to consider for Deploying Digital Signage
10.2.8 Types of Digital Signage Networks
10.2.9 Media Mapping
10.2.10 Concluding Remarks
10.3 Connected Vending
10.4 Point of Sale (POS)
10.5 M2M Applications in Market for Retail
10.5.1 Revel Systems POS
10.5.2 Square Register
10.5.3 Solution from Verizon
10.5.4 Solution from Sprint
10.5.5 Mobile Shopper
10.6 Tablets and M2M in Retail Inventory Management
10.7 Kiosks and Out of Home Networks
10.7.1 Interactive Kiosks
10.8 Digital Signage
11 TRANSPORTATION
11.1 Commercial Fleets
11.2 Monitor and Control Cargo Vessels
11.3 Personal Transportation
11.4 Railways
12 ASSET TRACKING (INCLUDING LIVING THINGS)
13 AGRICULTURE
13.1 Basics of M2M Application in Agriculture
13.2 Challenges for M2M in Agriculture
13.3 M2M Benefits to the Agriculture Sector
13.4 Supply Chain Aspects of Agriculture
13.4.1 Smart Logistics
13.5 M2M Application Potential for Agriculture
13.5.1 Ammonia Tank Monitoring
13.5.2 'Precision Agriculture' for Planting, Cultivation, and Harvesting
13.5.3 Remote Monitoring - Environmental and Plant and Livestock
13.5.4 Automatic Irrigation
13.5.5 Farm Monitoring
13.6 M2M Applications in Market for Agriculture
13.6.1 Monitoring Lactation Cycles of Animals
13.6.2 Application using RFMicron
13.6.3 Telematics Solution from CLAAS
13.6.4 Crop Solution
13.6.5 Remotely Control Greenhouse
13.6.6 Solution in Farming
13.6.7 Solution Providers in M2M Agriculture
13.6.8 Urban Agriculture
14 MILITARY
15 ENVIRONMENTAL SCIENCES
15.1 M2M Applications in Environmental Sciences
15.1.1 Collecting Forest Information
15.1.2 Projects and Technologies
15.1.3 Battling Forest Fires
16 INSURANCE INDUSTRY
16.1 UBI in European Market
16.1.1 Onward and Upward with UBI
16.1.2 The Rest of Europe
16.1.3 Italy
16.1.4 United Kingdom
16.1.5 France and Germany
16.1.6 The Value of Value-added Services
16.1.7 The Role or German OEMs
16.1.8 Other UBI Drivers
16.1.9 The Google Wild Card
16.2 Insurance Applications
17 SECURITY AND SURVEILLANCE
17.1 Safety Features for Aircrafts
17.2 Safety Features for Safe Living based on M2M
17.3 Safety Features for Travel based on M2M
17.4 Safety Features for Workplace based on M2M
18 WEARABLE M2M
18.1 Basics of Wearable M2M
18.2 Latest Wearable Devices
19 CONCLUDING REMARKS
CASE STUDIES
1 OVERVIEW
2 CONNECTED CAR
2.1 Case: Connected Electric Vehicle
2.1.1 The Challenge
2.1.2 The Solution
2.1.3 The Result
2.1.4 Author's Note
2.2 Case: Real-time Vehicle Management Information
2.2.1 The Challenge
2.2.2 The Solution
2.2.3 The Result
2.2.4 Author's Note
3 SMART CITY
3.1 Case: Enhance Safety and Improve Traffic Flow
3.1.1 The Challenge
3.1.2 The Solution
3.1.3 The Result
3.1.4 Author's Note
3.2 Case: Transaction Processing for Parking Meters
3.2.1 The Challenge
3.2.2 The Solution
3.2.3 The Result
3.2.4 Author's Note
3.3 Case: Smart Loo
3.3.1 The Challenge
3.3.2 The Solution
3.3.3 The Result
3.3.4 Author's Note
3.4 Case: Smart Bin
3.4.1 The Challenge
3.4.2 The Solution
3.4.3 The Result
3.4.4 Author's Note
3.5 Case: SmartSantander (City-scale Experimental Research Facility)
3.5.1 The Challenge
3.5.2 The Solution
3.5.3 The Result
3.5.4 Author's Note
4 SMART HOME AND BUILDINGS
4.1 Case: Solution for Improved Oil Efficiency
4.1.1 The Challenge
4.1.2 The Solution
4.1.3 The Result
4.1.4 Author's Note
4.2 Case: Monitor Structural Moisture Conditions in Real-time
4.2.1 The Challenge
4.2.2 The Solution
4.2.3 The Result
4.2.4 Author's Note
5 UTILITIES AND ENERGY MANAGEMENT
5.1 Case: Energy Data Management
5.1.1 The Challenge
5.1.2 The Solution
5.1.3 The Result
5.1.4 Author's Note
5.2 Case: Reducing A/C Power Consumption
5.2.1 The Challenge
5.2.2 The Solution
5.2.3 The Result
5.2.4 Author's Note
5.3 Case: Energy Optimization
5.3.1 The Challenge
5.3.2 The Solution
5.3.3 The Result
5.3.4 Author's Note
6 UTILITIES OIL AND GAS MANAGEMENT
6.1 Case: Cost Saving and Safety Benefits for Oil & Gas Industry
6.1.1 The Challenge
6.1.2 The Solution
6.1.3 The Result
6.1.4 Author's Note
6.2 Case: High-Value Asset Monitoring
6.2.1 The Challenge
6.2.2 The Solution
6.2.3 The Result
6.2.4 Author's Note
6.3 Case: Propane Monitoring
6.3.1 The Challenge
6.3.2 Ecosystem
6.3.3 The Solution
6.3.4 The Result
6.3.5 Author's Note
7 HEALTHCARE
7.1 Case: Wearable M2M Empowering the Elderly
7.1.1 The Challenge
7.1.2 The Solution
7.1.3 The Result
7.1.4 Author's Note
7.2 Case: Comprehensive Remote Patient Monitoring Solutions
7.2.1 The Challenge
7.2.2 The Solution
7.2.3 The Result
7.2.4 Author's Note
7.3 Case: Remote Cardiac Monitoring Solution
7.3.1 The Challenge
7.3.2 The Solution
7.3.3 The Result
7.3.4 Author's Note
7.4 Case: Breathing Assistance for sleep Apnea Patients
7.4.1 The Challenge
7.4.2 The Solution
7.4.3 The Result
7.4.4 Author's Note
7.5 Case: Self-monitor Key Vital Signs
7.5.1 The Challenge
7.5.2 The Solution
7.5.3 The Result
7.5.4 Author's Note
7.6 Case: Reduce Need for Re-hospitalization
7.6.1 The Challenge
7.6.2 The Solution
7.6.3 The Result
7.6.4 Author's Note
8 MANUFACTURING
8.1 Case: Generate Real-time alerts
8.1.1 The Challenge
8.1.2 The Solution
8.1.3 The Result
8.1.4 Author's Note
9 SUPPLY CHAIN MANAGEMENT (SCM)
9.1 Case: Increase Visibility in Supply Chain
9.1.1 The Challenge
9.1.2 The Solution
9.1.3 The Result
9.1.4 Author's Note
10 PREVENTIVE MAINTENANCE
10.1 Case: Preventive Maintenance using Predictive Analysis
10.1.1 The Challenge
10.1.2 The Solution
10.1.3 The Result
10.1.4 Author's Note
11 RETAIL MANAGEMENT
11.1 Case: ATM Management
11.1.1 The Challenge
11.1.2 The Solution
11.1.3 The Result
11.1.4 Author's Note
11.2 Case: Vending Machine Solution
11.2.1 The Challenge
11.2.2 The Solution
11.2.3 The Result
11.2.4 Author's Note
11.3 Case: M2M to Help Bakers Protect Dough Quality
11.3.1 The Challenge
11.3.2 The Solution
11.3.3 The Result
11.3.4 Author's Note
11.4 Case: Digital Displays for Marketing
11.4.1 The Challenge
11.4.2 The Solution
11.4.3 The Result
11.4.4 Author's Note
11.5 Case: Vending Machine
11.5.1 The Challenge
11.5.2 The Solution
11.5.3 Business Model
11.5.4 The Result
11.5.5 Author's Note
12 TRANSPORT
12.1 Case: Monitor EV Charging Stations
12.1.1 The Challenge
12.1.2 The Solution
12.1.3 The Result
12.1.4 Author's Note
12.2 Case: Transportation Safety
12.2.1 The Challenge
12.2.2 The Solution
12.2.3 The Result
12.2.4 Author's Note
12.3 Case: Fleet Scalability using Application Enablement Platform
12.3.1 The Challenge
12.3.2 The Solution
12.3.3 The Result
12.3.4 Author's Note
12.4 Case: Track and Manage Truck Fleet
12.4.1 The Challenge
12.4.2 The Solution
12.4.3 The Result
12.4.4 Author's Note
12.5 Case: Fleet Management
12.5.1 The Challenge
12.5.2 Ecosystem
12.5.3 The Solution
12.5.4 The Result
12.5.5 Author's Note
13 ASSET TRACKING / FLEET MANAGEMENT
13.1 Case: Global and Secured Fleet Tracking Solution
13.1.1 The Challenge
13.1.2 The Solution
13.1.3 The Result
13.1.4 Author's Note
13.2 Case: Tracking and Monitoring Valuable Assets
13.2.1 The Challenge
13.2.2 The Solution
13.2.3 The Result
13.2.4 Author's Note
13.3 Case: M2M Connectivity for GPS Tracking
13.3.1 The Challenge
13.3.2 The Solution
13.3.3 The Result
13.3.4 Author's Note
14 AGRICULTURE
14.1 Case: Internet of Bees to ensure Adequate Pollination
14.1.1 The Challenge
14.1.2 The Solution
14.1.3 The Result
14.1.4 Author's Note
14.2 Case: Remote Control of Grain Silos
14.2.1 The Challenge
14.2.2 The Solution
14.2.3 The Result
14.2.4 Author's Note
14.3 Case: Bats to Assist in Protecting Crops
14.3.1 The Challenge
14.3.2 The Solution
14.3.3 The Result
14.3.4 Author's Note
14.4 Case: Irrigation Management
14.4.1 The Challenge
14.4.2 The Solution
14.4.3 The Result
14.4.4 Author's Note
14.5 Case: Weather systems
14.5.1 The Challenge
14.5.2 The Solution
14.5.3 The Result
14.5.4 Author's Note
14.6 Case: Monitor Agricultural Produce In-transit
14.6.1 The Challenge
14.6.2 The Solution
14.6.3 Business Model
14.6.4 Connectivity Architecture
14.6.5 The Result
14.6.6 Author's Note
15 MILITARY AND POLICE
15.1 Case: Connecting Police Fleets for Increased Safety
15.1.1 The Challenge
15.1.2 The Solution
15.1.3 The Result
15.1.4 Author's Note
16 ENVIRONMENTAL SCIENCES
16.1 Case: Real-time Water Quality Monitoring Network at the Ganges
16.1.1 The Challenge
16.1.2 The Solution
16.1.3 The Result
16.1.4 Author's Note
16.2 Case: Reduce Waste Water
16.2.1 The Challenge
16.2.2 The Solution
16.2.3 The Result
16.2.4 Author's Note
16.3 Case: Track and Trace Illegally Harvested Timber
16.3.1 The Challenge
16.3.2 The Solution
16.3.3 The Result
16.3.4 Author's Note
17 SAFETY, SECURITY AND SURVEILLANCE
17.1 Case: Tracking Device for Child Safety
17.1.1 The Challenge
17.1.2 The Solution
17.1.3 The Result
17.1.4 Author's Note
17.2 Case: Security Monitoring Solution
17.2.1 The Challenge
17.2.2 The Solution
17.2.3 The Result
17.2.4 Author's Note
18 REMOTE MONITORING
18.1 Case: Remote Monitoring for Hunters and Wildlife Enthusiasts
18.1.1 The Challenge
18.1.2 The Solution
18.1.3 The Result
18.1.4 Author's Note
18.2 Case: Remote Monitoring solution for Wastewater Management
18.2.1 The Challenge
18.2.2 The Solution
18.2.3 The Result
M2M FORECASTS
1 OVERVIEW
2 GLOBAL M2M INDUSTRY SIZE 2014 - 2019
3 GLOBAL M2M MARKET REVENUE 2014 - 2019
4 GLOBAL M2M SERVICE REVENUE 2014 - 2019
5 GLOBAL M2M CONNECTIONS 2014 - 2019
6 GLOBAL M2M DATA TRAFFIC 2014 - 2019
7 M2M IN INDUSTRY VERTICALS GLOBALLY
8 GLOBAL M2M MODULE PRICING
LIST OF TABLES
Table 1: Smart City Analysis
Table 2: Top 15 Companies by Healthcare projects
Table 3: Market Forecast for High-Value Asset Monitoring
Table 4: Five Year Revenue Forecast for High-Value Asset Monitoring
Table 5: Managed Service Revenue for High-Value asset Monitoring
Table 6: Propane Statistics
Table 7: Propane ROI
Table 8: Medical Condition Analysis
Table 9: Cost and Cash Flow Analysis
Table 10: Market Forecast for Vending Machine
Table 11: Five year revenue forecast for Vending Machine
Table 12: Cost Benefit Analysis for Vending Machine
Table 13: Five Year Revenue forecast for Vending Machine
Table 14: Revenue / Savings Opportunity for Vending Machine
Table 15: Cost and Savings Analysis for Fleet Management
Table 16: Cost Analysis for Irrigation Management
Table 17: ROI and NPV Analysis for Agriculture
Table 18: Global M2M Module Pricing by Technology 2014 - 2019
Table 1: Smart City Analysis
Table 2: Top 15 Companies by Healthcare projects
Table 3: Market Forecast for High-Value Asset Monitoring
Table 4: Five Year Revenue Forecast for High-Value Asset Monitoring
Table 5: Managed Service Revenue for High-Value asset Monitoring
Table 6: Propane Statistics
Table 7: Propane ROI
Table 8: Medical Condition Analysis
Table 9: Cost and Cash Flow Analysis
Table 10: Market Forecast for Vending Machine
Table 11: Five year revenue forecast for Vending Machine
Table 12: Cost Benefit Analysis for Vending Machine
Table 13: Five Year Revenue forecast for Vending Machine
Table 14: Revenue / Savings Opportunity for Vending Machine
Table 15: Cost and Savings Analysis for Fleet Management
Table 16: Cost Analysis for Irrigation Management
Table 17: ROI and NPV Analysis for Agriculture
Table 18: Global M2M Module Pricing by Technology 2014 - 2019
LIST OF FIGURES
Figure 1: M2M Value Chain
Figure 2: Lexus Advanced Active Safety Research Vehicle
Figure 3: Smart City Framework
Figure 4: Intelligent Building Monitoring and Control
Figure 5: Intelligent Building Functionality
Figure 6: Proportion of mHealth Solutions
Figure 7: M2M Enabled Pill Jar
Figure 8: Viking Life Saving Equipment
Figure 9: M2M Enabled Vending Machine
Figure 10: M2M Enabled Vending Machine
Figure 11: Typical Smart Home Monitoring for Elderly
Figure 12: Smart Logistics
Figure 13: UBI Solution
Figure 14: SmartBand SWR1O
Figure 15: LG Life Band Touch
Figure 16: LG Heart Rate
Figure 17: BodyMedia FIT
Figure 18: Nike+ Shoes with Embedded Sensors (A)
Figure 19: Nike+ Shoes with Embedded sensors (B)
Figure 20: Heart-rate Chest Strap
Figure 21: MOTOACTV
Figure 22: UHF Architecture
Figure 23: Fleet Management Architecture
Figure 24: Next Generation M2M in the Cloud
Figure 25: Global M2M Industry Size 2014 - 2019
Figure 26: Global M2M Market Revenue 2014 - 2019
Figure 27: Global M2M Service Revenue 2014 - 2019
Figure 28: Global M2M Connections 2014 - 2019
Figure 29: Global M2M Data Traffic 2014 - 2019
Figure 30: Proportion of M2M by Industry Vertical by Year 2019
Figure 1: M2M Value Chain
Figure 2: Lexus Advanced Active Safety Research Vehicle
Figure 3: Smart City Framework
Figure 4: Intelligent Building Monitoring and Control
Figure 5: Intelligent Building Functionality
Figure 6: Proportion of mHealth Solutions
Figure 7: M2M Enabled Pill Jar
Figure 8: Viking Life Saving Equipment
Figure 9: M2M Enabled Vending Machine
Figure 10: M2M Enabled Vending Machine
Figure 11: Typical Smart Home Monitoring for Elderly
Figure 12: Smart Logistics
Figure 13: UBI Solution
Figure 14: SmartBand SWR1O
Figure 15: LG Life Band Touch
Figure 16: LG Heart Rate
Figure 17: BodyMedia FIT
Figure 18: Nike+ Shoes with Embedded Sensors (A)
Figure 19: Nike+ Shoes with Embedded sensors (B)
Figure 20: Heart-rate Chest Strap
Figure 21: MOTOACTV
Figure 22: UHF Architecture
Figure 23: Fleet Management Architecture
Figure 24: Next Generation M2M in the Cloud
Figure 25: Global M2M Industry Size 2014 - 2019
Figure 26: Global M2M Market Revenue 2014 - 2019
Figure 27: Global M2M Service Revenue 2014 - 2019
Figure 28: Global M2M Connections 2014 - 2019
Figure 29: Global M2M Data Traffic 2014 - 2019
Figure 30: Proportion of M2M by Industry Vertical by Year 2019
