IoT Healthcare Market

Description

The global Internet of Things (IoT) Healthcare market is expected to grow rapidly during the forecast period 2017 to 2025. In the IoT Healthcare market report, the market is segmented based on component, technology, application, and region. The internet of things (IoT) has widespread applications in healthcare domain. Smart sensors, medical device integration along with remote monitoring are some the prime applications of IoT. The application of IoT in healthcare is one of the major revolutionary steps towards healthcare treatment through remote patient monitoring and simplifying access to real-time patient data than conventional paper-based techniques. The impending demand and growing consciousness towards better diagnostics and targeted therapeutic tools are acting as a driving factor for the market globally.

Market Drivers

1- Rising demand for advanced solutions for easy monitoring.
2- Use of IoT solutions also reduces the overall operational cost.
3- Growing concern for data security and patient monitoring in a proficient way

Market Segmentation

1- In terms of component, the market has been segmented as system and software, services and hardware.
2- In terms of technology, the market has been segmented into Bluetooth low energy (BLE), Wi-Fi, zigbee, near field communication (NFC), cellular and others.
3- In terms of application, the market has been divided into clinical operations and workflow management, telemedicine, inpatient monitoring, connected imaging, medication management and others.
4- The geographical segmentation for the global IoT healthcare market includes North America, Asia Pacific, Europe, Middle East & Africa (MEA) and Latin America.

Leading Players

Honeywell Life Care Solutions (The U.S.),
Koninklijke Philips N.V. (The Netherlands),
Medtronic PLC (Ireland),
Cisco Systems, Inc. (The U.S.),
GE Healthcare (The U.K.),
Stanley Healthcare (The U.S.),
International Business Machines Corporation (IBM) (The U.S.),
SAP SE (Germany), Microsoft Corporation (The U.S.) and
Qualcomm Life, Inc. (The U.S.).

 1.     Introduction
 1.1.         Study Objective
 1.2.         Assumptions
 1.3.         Acronyms
 1.4.         Study Stakeholder Analysis, Mendelows Matrix
 1.5.         Research Scope
 1.6.         Market Segmentation
 1.7.         Research Limitations
 2.     Research Methodology
 2.1.         Parameters
 2.1.1. Economic
 2.1.2. Statistical
 2.1.3. Geographic
 2.2.         Data Sources
 2.2.1. Primary Research
 2.2.1.1.          Excerpts of Interview with Key Industry Personnel
 2.2.1.2.          Directory of Some of the Key Industry Personnel
 2.2.1.3.          Primary Interviews, Breakdown
 2.2.1.4.          Primary Data Collection Process
 2.2.1.5.          Primary Data Sources
 2.2.2. Secondary Research
 2.2.2.1.          Secondary Data Collection Process
 2.2.2.2.          Proprietary Databases of Factor & Equilibrium
 2.3.         Research Process
 2.4.         Market Size Estimation Technique
 2.4.1. Top Down Approach
 2.4.2. Bottom Up Approach
 2.4.3. Forecasting Technique
 3.     Executive Summary
 3.1.         Internet of Things (IoT) Healthcare Market Size Estimation, By Component (USD Billion)
 3.2.         Internet of Things (IoT) Healthcare Market Size Estimation, By Technology (USD Billion)
 3.3.         Internet of Things (IoT) Healthcare Market Size Estimation, By Application (USD Billion)
 3.4.         Internet of Things (IoT) Healthcare Market Growth Estimation, By Region (%)
 4.     Market Overview
 4.1.         Market Definition
 4.2.         Product Definition
 4.3.         Industry Evolution Analysis
 4.4.         Key Trends Analysis
 4.5.         Product Lifecycle Analysis, Region
 4.6.         Factor & Equilibrium Vendor Positioning Matrix
 4.7.         Porter Five Force Analysis
 4.7.1. Bargaining Power of Buyer
 4.7.2. Bargaining Power of Supplier
 4.7.3. Threat of Substitutes
 4.7.4. Threat of New Entrants
 4.7.5. Competitive Rivalry
 4.8.         Market Opportunity Analysis
 4.9.         Patent Analysis
 4.10.       Industry Regulations
 4.11.       Market Attractiveness Analysis
 4.11.1.   By Geography
 4.11.2.   By Component
 4.11.3.   By Technology
 4.11.4.   By Application
 4.11.5.   By Region
 5.     Competitive Scenario
 5.1.         Market Share Analysis of Key Players
 5.2.         Competitive Strategies of Leading Players
 5.3.         List of Organic and Inorganic Growth Activities
 6.     Global Internet of Things (IoT) Healthcare Market, By Component (USD Billion)
 6.1.         Overview
 6.2.         Technology Trends
 6.3.         Market Dynamics
 6.3.1. Drivers
 6.3.2. Restraints
 6.3.3. Opportunities
 6.4.         Market Opportunity Heat Map, By Component
 6.5.         System and Software
 6.5.1. Comparative Analysis of major vendors
 6.6.         Services and Hardware
 6.6.1. Comparative Analysis of major vendors
 7.     Global Internet of Things (IoT) Healthcare Market, By Technology (USD Billion)
 7.1.         Overview
 7.2.         Key Trends
 7.3.         Market Dynamics
 7.3.1. Drivers
 7.3.2. Restraints
 7.3.3. Opportunities
 7.4.         Market Opportunity Heat Map, By Technology
 7.5.         Bluetooth Low Energy (BLE)
 7.6.         Wi-Fi
 7.7.         Zigbee
 7.8.         Near Field Communication (NFC)
 7.9.         Cellular,
 7.10.       Others
 8.     Global Internet of Things (IoT) Healthcare Market, By Application (USD Billion)
 8.1.         Overview
 8.2.         Purchasing Trends
 8.3.         Market Dynamics
 8.3.1. Drivers
 8.3.2. Restraints
 8.3.3. Opportunities
 8.4.         Market Opportunity Heat Map, By Application
 8.5.         Clinical Operations And Workflow Management
 8.6.         Telemedicine
 8.7.         Inpatient Monitoring
 8.8.         Connected Imaging
 8.9.         Medication Management
 8.10.       Others
 9.     Global Internet of Things (IoT) Healthcare Market, Component By Application (USD Million)
 9.1.         Overview
 9.2.         System and Software
 9.2.1. Clinical Operations And Workflow Management
 9.2.2. Telemedicine
 9.2.3. Inpatient Monitoring
 9.2.4. Connected Imaging
 9.2.5. Medication Management
 9.2.6. Others
 9.3.         Services and Hardware
 9.3.1. Clinical Operations And Workflow Management
 9.3.2. Telemedicine
 9.3.3. Inpatient Monitoring
 9.3.4. Connected Imaging
 9.3.5. Medication Management
 9.3.6. Others
 10.  North America Internet of Things (IoT) Healthcare Market (USD Billion)
 10.1.       Overview
 10.2.       Pricing Dynamics
 10.2.1.   Drivers
 10.2.2.   Restraints
 10.3.       North America Internet of Things (IoT) Healthcare Market, By Component (USD Billion)
 10.3.1.   System and Software
 10.3.2.   Services and Hardware
 10.4.       North America Internet of Things (IoT) Healthcare Market, By Technology (USD Billion)
 10.4.1.   Bluetooth Low Energy (BLE)
 10.4.2.   Wi-Fi
 10.4.3.   Zigbee
 10.4.4.   Near Field Communication (NFC)
 10.4.5.   Cellular
 10.4.6.   Others
 10.5.       North America Internet of Things (IoT) Healthcare Market, By Application (USD Billion)
 10.5.1.   Clinical Operations And Workflow Management
 10.5.2.   Telemedicine
 10.5.3.   Inpatient Monitoring
 10.5.4.   Connected Imaging
 10.5.5.   Medication Management
 10.5.6.   Others
 10.6.       North America Internet of Things (IoT) Healthcare Market, By Country (USD Billion)
 10.6.1.   The U.S.
 10.6.2.   Rest of North America
 11.  Europe Internet of Things (IoT) Healthcare Market (USD Billion)
 11.1.       Overview
 11.2.       Pricing Dynamics
 11.2.1.   Drivers
 11.2.2.   Restraints
 11.3.       Europe Internet of Things (IoT) Healthcare Market, By Component (USD Billion)
 11.3.1.   System and Software
 11.3.2.   Services and Hardware
 11.4.       Europe Internet of Things (IoT) Healthcare Market, By Technology (USD Billion)
 11.4.1.   Bluetooth Low Energy (BLE)
 11.4.2.   Wi-Fi
 11.4.3.   Zigbee
 11.4.4.   Near Field Communication (NFC)
 11.4.5.   Cellular
 11.4.6.   Others
 11.5.       Europe Internet of Things (IoT) Healthcare Market, By Application (USD Billion)
 11.5.1.   Clinical Operations And Workflow Management
 11.5.2.   Telemedicine
 11.5.3.   Inpatient Monitoring
 11.5.4.   Connected Imaging
 11.5.5.   Medication Management
 11.5.6.   Others
 11.6.       Europe Internet of Things (IoT) Healthcare Market, By Country (USD Billion)
 11.6.1.   The U.K
 11.6.2.   Germany
 11.6.3.   France
 11.6.4.   CIS + Scandinavia
 11.6.5.   Rest of the Europe
 12.  Asia Pacific Internet of Things (IoT) Healthcare Market (USD Billion)
 12.1.       Overview
 12.2.       Pricing Dynamics
 12.2.1.   Drivers
 12.2.2.   Restraints
 12.3.       Asia Pacific Internet of Things (IoT) Healthcare Market, By Component (USD Billion)
 12.3.1.   System and Software
 12.3.2.   Services and Hardware
 12.4.       Asia Pacific Internet of Things (IoT) Healthcare Market, By Technology (USD Billion)
 12.4.1.   Bluetooth Low Energy (BLE)
 12.4.2.   Wi-Fi
 12.4.3.   Zigbee
 12.4.4.   Near Field Communication (NFC)
 12.4.5.   Cellular
 12.4.6.   Others
 12.5.       Asia Pacific Internet of Things (IoT) Healthcare Market, By Application (USD Billion)
 12.5.1.   Clinical Operations And Workflow Management
 12.5.2.   Telemedicine
 12.5.3.   Inpatient Monitoring
 12.5.4.   Connected Imaging
 12.5.5.   Medication Management
 12.5.6.   Others
 12.6.       Asia Pacific Internet of Things (IoT) Healthcare Market, By Country (USD Billion)
 12.6.1.   China
 12.6.2.   Japan
 12.6.3.   Taiwan
 12.6.4.   Latin Korea
 12.6.5.   Rest of the Asia Pacific
 13.  Middle East & Africa (MEA) Internet of Things (IoT) Healthcare Market (USD Billion)
 13.1.       Overview
 13.2.       Pricing Dynamics
 13.2.1.   Drivers
 13.2.2.   Restraints
 13.3.       Middle East & Africa (MEA) Internet of Things (IoT) Healthcare Market, By Component (USD Billion)
 13.3.1.   System and Software
 13.3.2.   Services and Hardware
 13.4.       Middle East & Africa (MEA) Internet of Things (IoT) Healthcare Market, By Technology (USD Billion)
 13.4.1.   Bluetooth Low Energy (BLE)
 13.4.2.   Wi-Fi
 13.4.3.   Zigbee
 13.4.4.   Near Field Communication (NFC)
 13.4.5.   Cellular
 13.4.6.   Others
 13.5.       Middle East & Africa (MEA) Internet of Things (IoT) Healthcare Market, By Application (USD Billion)
 13.5.1.   Clinical Operations And Workflow Management
 13.5.2.   Telemedicine
 13.5.3.   Inpatient Monitoring
 13.5.4.   Connected Imaging
 13.5.5.   Medication Management
 13.5.6.   Others
 13.6.       Middle East & Africa (MEA) Internet of Things (IoT) Healthcare Market, By Country (USD Billion)
 13.6.1.   Israel
 13.6.2.   South Africa
 13.6.3.   Rest of the MEA
 14.  Latin America Internet of Things (IoT) Healthcare Market (USD Billion)
 14.1.       Overview
 14.2.       Pricing Dynamics
 14.2.1.   Drivers
 14.2.2.   Restraints
 14.3.       Latin America Internet of Things (IoT) Healthcare Market, By Component (USD Billion)
 14.3.1.   System and Software
 14.3.2.   Services and Hardware
 14.4.       Latin America Internet of Things (IoT) Healthcare Market, By Technology (USD Billion)
 14.4.1.   Bluetooth Low Energy (BLE)
 14.4.2.   Wi-Fi
 14.4.3.   Zigbee
 14.4.4.   Near Field Communication (NFC)
 14.4.5.   Cellular
 14.4.6.   Others
 14.5.       Latin America Internet of Things (IoT) Healthcare Market, By Application (USD Billion)
 14.5.1.   Clinical Operations And Workflow Management
 14.5.2.   Telemedicine
 14.5.3.   Inpatient Monitoring
 14.5.4.   Connected Imaging
 14.5.5.   Medication Management
 14.5.6.   Others
 14.6.       Latin America Internet of Things (IoT) Healthcare Market, By Country (USD Billion)
 14.6.1.   Brazil
 14.6.2.   Mexico
 14.6.3.   Rest of the Latin America
 15.  Company Profiles
 15.1.       Microsoft Corporation
 15.1.1.   Company Details (Name, Headquarter, Foundation Year, Website and Employee Strength)
 15.1.2.   Primary Business Segment
 15.1.3.   SWOT Analysis
 15.1.4.   Financial Overview
 15.1.5.   Strategy Mapping
 **Similar details would be provided for all the below mentioned companies


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