Global Internet of Robotic Things Market Analysis and Forecast (2016-2024) – by Software (Remote Monitoring Systems, Real-Time Streaming Analytics, Data Management, Network Bandwidth Management, Security Solutions) – Services (Managed Services, Professional Services) – Components (Control Systems, Sensors, Power Sources, Actuators, Others) – Platforms (Application Management Platform, Network Management Platform, Device Management Platform) – Applications (Service Robots, Collaborative Industrial Robots) – Region (North America, Europe, Asia Pacific, Middle East & Africa and Latin America)

Market Scenario

Global Internet of Robotic Things Market is expected to grow at a CAGR of 35% to reach USD $ 29.67 billion in 2024. The rising investment on additional and advanced production capacities in the various industries or manufacturing units of automobiles in developing countries such as India, China, Brazil, etc. primarily drive the market for Internet of Robotic Things market. As the automobile production increases, the number of robot’s installation in automobile industry also increases. According to international federation of robotics (IFR), the automobile industry held around 42% share in total robot supply in all industries which was around 102,600 units of robots in automobile industries in 2017. Whereas, the increasing demand for automation of automobile production facilities is expected to boost the demand for Internet of Robotic Things market in the forecast period. The electronics industry is the second largest industry which are using internet of robotic things. The electronics industry held around 29% of total robot’s supply as per IFR. Hence, the increasing adoption of industrial robots across the application areas such as manufacturing units due to incorporation of robots with numerous technologies such as monitoring of events, etc. is driving the growth in the global internet of Global Internet of Robotic Things Market . Global Internet of Robotic Things Market The key driving factors for the growth of internet of robotic things includes rising adoption of IoRT by e-commerce industry and increasing application areas owing to integration of robots with various technologies. Other factors including increasing demand for robots in the education sector, and healthcare sector also drive the market through the forecast period. Next generation sensors are gaining traction in the global market. They are capable of handling superior efficiency in the IoT which assist the technology to work successfully and thus, they are gaining higher demand in the Global Internet of Robotic Things Market . Such increasing demand of next generation sensors in the global market is driving the growth for IoRT through the forecast period. Device management platform had the highest market share in 2017. The market demand is coupled with growing surge for access and control. Maximize Market Research has undertaken extensive research about the current Global Internet of Robotic Things Market outlook with respect to its applications as well as the assuring future of the technology in this sector. Notably, the report delivers a deep insight on the drivers, opportunities and restraints that exist in the Global Internet of Robotic Things Market. Report also forecasts the future market opportunities that shall exist in this sector. Based on the analysis, report segments the market broadly -by Software -by Service –by Component -by Platforms -by Application -by Region. North America accounts highest market share in 2017. The Global Internet of Robotic Things Market  is driven by the factors including rising concern for high quality of products, enhanced productivity and reduction in labor cost. According to robotic industry association, in 2016, North American business has ordered around 35,000 robots. The order of robots in North America experience 10% increase from 2015 which was around 31,500 robots in 2015. The rising concern for automation and requirement for high quality output is rising the demand for industrial robots in North American region. Hence, the increasing demand for industrial robots is contributing towards the growth of North America internet of robotic things market. Asia Pacific is expected to grow at higher rate in the forecast period. The growth rate is driven by the rising adoption of industrial robots across industries such as automobile. According to international federation of robotics, In Asia Pacific only, around 175,760 robots were sold in 2017. The robot’s sales in Asia Pacific region has experienced the rise of 18% from 2016. Hence, the rise in adoption of robots in industries is contributing towards growth of Asia Pacific internet of Global Internet of Robotic Things Market . Scope of the Report: Global Internet of Robotic Things Market , by Software: Remote Monitoring Systems, Real-Time Streaming Analytics, Data Management, Network Bandwidth Management, Security Solutions Global Internet of Robotic Things Market, by Services: Managed Services, Professional Services Global Internet of Robotic Things Market , by Components: Control Systems, Sensors, Power Sources, Actuators, Others Global Internet of Robotic Things Market, by Platforms: Application Management Platform, Network Management Platform, Device Management Platform Global Internet of Robotic Things Market, by Applications: Service Robots, Collaborative Industrial Robots Key Players ABB LTD. FANUC CORPORATION KUKA AG CISCO SYSTEMS INC. SAMSUNG ELECTRIC CO. LTD. AETHON INC. IROBOT CORPORATION INTEL CORPORATION ROBERT BOSCH GMBH AMAZON.COM, INC. NORTHROP GRUMMAN CORPORATION HONDA MOTORS CO. LTD. GECKOSYSTEMS INTL. CORPORATION YASKAWA ELECTRIC CORPORATION GOOGLE INC. BLUEFIN ROBOTICS CORPORATION. SAMSUNG ELECTRONICS CO. CISCO SYSTEMS, INC. OMRON ADEPT TECHNOLOGIES, INC. MIDEA GROUP Success Stories / Case Studies IROBOT CORPORATION BLUEFIN ROBOTICS CORPORATION. AMAZON.COM, INC. HONDA MOTORS CO. LTD. Global Internet of Nano Things Market – Industry Analysis and Forecast (2016-2024)

Table of Contents

1. INTRODUCTION 1.1 Report Description 1.1.1 Objectives of the Study 1.1.2 Market Scope 1.1.2.1 Years considered in the study 1.1.3 Currency 1.1.4 Key players / Stakeholders Target Audience 2. RESEARCH METHODOLOGY 2.1 Research Methodology 2.2 Market Definition 2.3 Assumptions and Acronyms Used 2.4 Data Sources 2.4.1 Secondary 2.4.1.1 Paid 2.4.1.2 Unpaid 2.4.2 Primary 2.5 Analyst tools and models 3. EXECUTIVE SUMMARY 3.1 Global Internet of Robotic Things Market Overview 3.1.1 By Software 3.1.2 By Services 3.1.3 By Components 3.1.4 By Platforms 3.1.5 By Application 3.1.6 By Region 4. HISTORICAL PERSPECTIVE AND CURRENT TRENDS 4.1 Global Internet of Robotic Things Landscape 4.1.1 Emergence and Evolution 4.1.2 Technological Transformations 4.1.3 Global Internet of Robotic Things Outlook by Region 4.1.3.1 North America 4.1.3.1.1 Key Economic Indicators 4.1.3.1.1.1 GDP Growth Forecast 4.1.3.1.2 Global Standing in Internet of Robotic Things Market 4.1.3.1.2.1 Market size and share 4.1.3.2 Europe 4.1.3.2.1 Key Economic Indicators 4.1.3.2.1.1 GDP Growth Forecast 4.1.3.2.2 Global Standing in Internet of Robotic Things Market 4.1.3.2.2.1 Market size and share 4.1.3.3 Asia Pacific 4.1.3.3.1 Key Economic Indicators 4.1.3.3.1.1 GDP Growth Forecast 4.1.3.3.2 Global Standing in Internet of Robotic Things Market 4.1.3.3.2.1 Market size and share 4.1.3.4 Latin America, Africa and Middle East 4.1.3.4.1 Key Economic Indicators 4.1.3.4.1.1 GDP Growth Forecast 4.1.3.4.2 Global Standing in Internet of Robotic Things Market 4.1.3.2.1 Market size and share 5 GLOBAL INTERNET OF ROBOTIC THINGS MARKET OUTLOOK 5.1 Market Definition, Segmentation and Scope of Study 5.2 Market Dynamics 5.2.3 Drivers 5.2.3.2 High speed data connectivity and seamless web connectivity 5.2.3.3 Rising use of smart devices 5.2.4 Restraint 5.2.4.2 Lack of awareness of Internet of robotics technology 5.2.4.3 High cost of research and development activities 5.2.5 Opportunities 5.2.5.2 Technological Advancements 5.2.5.3 Competitive Advantage 5.3 Market Share Analysis 5.3.3 By Software 5.3.4 By Services 5.3.5 By Components 5.3.6 By Platforms 5.3.7 By Application 5.3.8 By Geography 5.4 Competitive Analysis 5.4.3 Key Strategic Initiatives 5.4.4 Regional Presence 5.4.5 Product Overview 5.5 Porter’s Analysis 5.6 PESTEL Analysis 5.7 Product Benchmark Analysis 5.8 Company Market Share Analysis 5.9 Key Findings 5.9.3 Top Wining Strategies 5.9.4 Top Investment Pockets 5.9.5 Top Impacting Factors 6 GLOBAL INTERNET OF ROBOTIC THINGS MARKET, BY SOFTWARE 6.1 Software Segment Type Analysis & Market Share 6.2 Remote Monitoring Systems 6.2.3 Overview 6.2.4 Market Size and Forecast 2016-2024 6.3 Real-Time Streaming Analytics 6.3.3 Overview 6.3.4 Market Size and Forecast 2016-2024 6.4 Data Management 6.4.3 Overview 6.4.4 Market Size and Forecast 2016-2024 6.5 Network Bandwidth Management 6.5.3 Overview 6.5.4 Market Size and Forecast 2016-2024 6.6 Security Solutions 6.6.3 Overview 6.6.4 Market Size and Forecast 2016-2024 7 GLOBAL INTERNET OF ROBOTIC THINGS MARKET, BY PLATFORM 7.1 Platform Segment Analysis & Market Share 7.2 Device Management Platform 7.2.3 Overview 7.2.4 Market Size and Forecast 2016-2024 7.3 Application Management Platform 7.3.3 Overview 7.3.4 Market Size and Forecast 2016-2024 7.4 Network Management Platform 7.4.3 Overview 7.4.4 Market Size and Forecast 2016-2024 8 GLOBAL INTERNET OF ROBOTIC THINGS MARKET, BY SERVICES 8.1 Service Segment Analysis & Market Share 8.1 Managed Services 8.1.3 Overview 8.1.4 Market Size and Forecast 2016-2024 8.2 Professional Services 8.2.3 Overview 8.2.4 Market Size and Forecast 2016-2024 9 GLOBAL INTERNET OF ROBOTIC THINGS MARKET, BY COMPONENTS 9.1 Component Segment Analysis & Market Share 9.2 Control Systems 9.2.3 Overview 9.2.4 Market Size and Forecast 2016-2024 9.3 Sensors 9.3.3 Overview 9.3.4 Market Size and Forecast 2016-2024 9.4 Power Sources 9.4.3 Overview 9.4.4 Market Size and Forecast 2016-2024 9.5 Actuators 9.5.3 Overview 9.5.4 Market Size and Forecast 2016-2024 9.6 Others 4.1.3 Overview 4.1.4 Market Size and Forecast 2016-2024 10 GLOBAL INTERNET OF ROBOTIC THINGS MARKET, BY APPLICATIONS 10.1 Application Segment Analysis & Market Share 10.2 Service Robots 10.2.3 Overview 10.2.4 Market Size and Forecast 2016-2024 10.3 Collaborative Industrial Robots 10.3.3 Overview 10.3.4 Market Size and Forecast 2016-2024 11 GLOBAL INTERNET OF ROBOTIC THINGSMARKET, BY REGION 11.1 Geography Type Segment Analysis & Market Share 11.2 North America 11.2.3 Overview 11.2.4 Global Standing in Internet of Robotic Things Market 11.2.4.2 By Application 11.2.4.2.1 Service Robots 11.2.4.2.2 Collaborative Industrial Robots 11.2.5 Market Size and Forecast 2016-2024 11.3 Europe 11.3.3 Overview 11.3.4 Global Standing in Internet of Robotic Things Market 11.3.4.2 By Application 11.3.4.2.1 Service Robots 11.3.4.2.2 Collaborative Industrial Robots 11.3.4.3 Market size and share 11.3.5 Market Size and Forecast 2016-2024 11.4 Asia Pacific 11.4.3 Overview 11.4.4 Global Standing in Internet of Robotic Things Market 11.4.4.2 By Application 11.4.4.2.1 Service Robots 11.4.4.2.2 Collaborative Industrial Robots 11.4.5 Market Size and Forecast 2016-2024 11.5 Latin America, Middle East and Africa 11.5.3 Overview 11.5.4 Global Standing in Internet of Robotic Things Market 11.5.4.2 By Application 11.5.4.2.1 Service Robots 11.5.4.2.2 Collaborative Industrial Robots 9.4.3 Market Size and Forecast 2016-2024 12 COMPITITIVE LANDSCAPE 12.1 Market Share/ Positioning Analysis 12.2 Key Innovators 12.3 Company Profiles 12.3.3 ABB LTD. 12.3.3.2 Overview 12.3.3.3 Service Portfolio 12.3.3.4 Global Geographical Footprint 12.3.3.5 Strategic Initiatives 12.3.3.6 SWOT Analysis 12.3.3.7 Competitive Assessment 12.3.4 FANUC CORPORATION 12.3.4.2 Overview 12.3.4.3 Service Portfolio 12.3.4.4 Global Geographical Footprint 12.3.4.5 Strategic Initiatives 12.3.4.6 SWOT Analysis 12.3.4.7 Competitive Assessment 12.3.5 KUKA AG 12.3.5.2 Overview 12.3.5.3 Service Portfolio 12.3.5.4 Global Geographical Footprint 12.3.5.5 Strategic Initiatives 12.3.5.6 SWOT Analysis 12.3.5.7 Competitive Assessment 12.3.6 CISCO SYSTEMS INC. 12.3.6.2 Overview 12.3.6.3 Service Portfolio 12.3.6.4 Global Geographical Footprint 12.3.6.5 Strategic Initiatives 12.3.6.6 SWOT Analysis 12.3.6.7 Competitive Assessment 12.3.7 SAMSUNG ELECTRIC CO. LTD. 12.3.7.2 Overview 12.3.7.3 Service Portfolio 12.3.7.4 Global Geographical Footprint 12.3.7.5 Strategic Initiatives 12.3.7.6 SWOT Analysis 12.3.7.7 Competitive Assessment 12.3.8 AETHON INC. 12.3.8.2 Overview 12.3.8.3 Service Portfolio 12.3.8.4 Global Geographical Footprint 12.3.8.5 Strategic Initiatives 12.3.8.6 SWOT Analysis 12.3.8.7 Competitive Assessment 12.3.9 IROBOT CORPORATION 12.3.9.2 Overview 12.3.9.3 Service Portfolio 12.3.9.4 Global Geographical Footprint 12.3.9.5 Strategic Initiatives 12.3.9.6 SWOT Analysis 12.3.9.7 Competitive Assessment 12.3.10 INTEL CORPORATION 12.3.10.2 Overview 12.3.10.3 Service Portfolio 12.3.10.4 Global Geographical Footprint 12.3.10.5 Strategic Initiatives 12.3.10.6 SWOT Analysis 12.3.10.7 Competitive Assessment 12.3.11 ROBERT BOSCH GMBH 12.3.11.2 Overview 12.3.11.3 Service Portfolio 12.3.11.4 Global Geographical Footprint 12.3.11.5 Strategic Initiatives 12.3.11.6 SWOT Analysis 12.3.11.7 Competitive Assessment 12.3.12 AMAZON.COM, INC. 12.3.12.2 Overview 12.3.12.3 Service Portfolio 12.3.12.4 Global Geographical Footprint 12.3.12.5 Strategic Initiatives 12.3.12.6 SWOT Analysis 12.3.12.7 Competitive Assessment 12.3.13 NORTHROP GRUMMAN CORPORATION 12.3.13.2 Overview 12.3.13.3 Service Portfolio 12.3.13.4 Global Geographical Footprint 12.3.13.5 Strategic Initiatives 12.3.13.6 SWOT Analysis 12.3.13.7 Competitive Assessment 12.3.14 HONDA MOTORS CO. LTD. 12.3.14.2 Overview 12.3.14.3 Service Portfolio 12.3.14.4 Global Geographical Footprint 12.3.14.5 Strategic Initiatives 12.3.14.6 SWOT Analysis 12.3.14.7 Competitive Assessment 12.3.15 GECKOSYSTEMS INTL. CORPORATION 12.3.15.2 Overview 12.3.15.3 Service Portfolio 12.3.15.4 Global Geographical Footprint 12.3.15.5 Strategic Initiatives 12.3.15.6 SWOT Analysis 12.3.15.7 Competitive Assessment 12.3.16 YASKAWA ELECTRIC CORPORATION 12.3.16.2 Overview 12.3.16.3 Service Portfolio 12.3.16.4 Global Geographical Footprint 12.3.16.5 Strategic Initiatives 12.3.16.6 SWOT Analysis 12.3.16.7 Competitive Assessment 12.3.17 GOOGLE INC. 12.3.17.2 Overview 12.3.17.3 Service Portfolio 12.3.17.4 Global Geographical Footprint 12.3.17.5 Strategic Initiatives 12.3.17.6 SWOT Analysis 12.3.17.7 Competitive Assessment 12.3.18 BLUEFIN ROBOTICS CORPORATION. 12.3.18.2 Overview 12.3.18.3 Service Portfolio 12.3.18.4 Global Geographical Footprint 12.3.18.5 Strategic Initiatives 12.3.18.6 SWOT Analysis 12.3.18.7 Competitive Assessment 12.3.19 SAMSUNG ELECTRONICS CO. 12.3.19.2 Overview 12.3.19.3 Service Portfolio 12.3.19.4 Global Geographical Footprint 12.3.19.5 Strategic Initiatives 12.3.19.6 SWOT Analysis 12.3.19.7 Competitive Assessment 12.3.20 CISCO SYSTEMS, INC. 12.3.20.2 Overview 12.3.20.3 Service Portfolio 12.3.20.4 Global Geographical Footprint 12.3.20.5 Strategic Initiatives 12.3.20.6 SWOT Analysis 12.3.20.7 Competitive Assessment 12.3.21 OMRON ADEPT TECHNOLOGIES, INC. 12.3.21.2 Overview 12.3.21.3 Service Portfolio 12.3.21.4 Global Geographical Footprint 12.3.21.5 Strategic Initiatives 12.3.21.6 SWOT Analysis 12.3.21.7 Competitive Assessment 12.3.22 MIDEA GROUP 12.3.22.2 Overview 12.3.22.3 Service Portfolio 12.3.22.4 Global Geographical Footprint 12.3.22.5 Strategic Initiatives 12.3.22.6 SWOT Analysis 12.3.22.7 Competitive Assessment 13 SUCCESS STORIES: KEY INDUSTRY PLAYERS 13.1 IROBOT CORPORATION 13.2 BLUEFIN ROBOTICS CORPORATION. 13.3 AMAZON.COM, INC. 13.4 HONDA MOTORS CO. LTD. 14 CONSOLIDATION 14.1 Mergers and Acquisitions 14.2 Partnership, Joint Ventures and Strategic Alliances/ Sales Agreements 14.3 Patent Analysis 15 LIST OF TABLES 16 LIST OF FIGURES

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