Electronic Skin - Advancements and Emerging Opportunities

Innovations in E-skin Create Opportunities in Healthcare, Consumer Electronics, and Robotics Sectors

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Electronic skin, otherwise known as e-skin or artificial skin is an ultrathin electronic material developed by integrating electronic devices on flexible and stretchable substrates. E-skin is an emerging and an advanced technology which is primarily intended for health monitoring and medical applications, such as measuring and sensing of internal vital sign activities in the body. E-skin has created footprint in consumer electronics and robotics markets. In the consumer market, e-skin is expected to replace existing body worn wearable devices, thus leading to creation of a new user interface device for controlling external electronic devices. E-skin has the potential to have high impact on robotics applications

Table of Contents

1.0 Executive Summary1.1 Research Scope1.2 Research Methodology1.2 Research Methodology (continued)1.3 Key Findings – Innovations in E-skin Empowers Healthcare, Consumer Electronics, and Robotics Applications2.0 Technology Landscape2.1 Technology and Market Significance2.2 Technology Evolution2.3 Enabling Technology Landscape2.4 Functional Properties – Electronically Conductive, Flexible, Stretchable and Bendable2.5 Key Players and Innovators in the Value Chain2.6 Key Stakeholders: Technology Developers across the Globe2.7 Electronic Skin Enabled by Flexible Substrate Materials2.8 Dielectrics and Conductive Materials – Core Materials for E-skin2.9 E-skin Supply Chain Key Stakeholders3.0 Key Applications and Innovations Driving Growth Opportunities3.1 Key Trending Markets for E-skin – Healthcare, Robotics, and Consumer Electronics3.2 Expanding Growth, High R&D Activity, and Collaboration will Drive Opportunities in Consumer Electronics Sector3.3 Key Developments for Controlling Electronics and Mobile Gadgets3.4 Key Developments in Enabling Next-Generation Smart Devices3.5 Growth Rate Anticipated to Increase in the Future3.6 Key Developments Provides Sense of Touch in Robots3.7 Key Developments to Obtain Tactile Sensation of Textures in Robots 3.8 E-skin Innovations Facilitates Improved Healthcare 3.9 Innovations Facilitating Vital Signs Monitoring3.10 Key Innovator Profiles in Healthcare Monitoring 3.11 Key Developments in Prosthetics3.12 Key Innovations in Wound and Healthcare Management3.13 Key Developments in Disease/Medical Diagnostics3.14 Key Developments Enabling Timely Drug Delivery System4.0 Impact Assessment of Factors Influencing Adoption4.1 Factors Influencing Adoption – Market Drivers and Restraints4.2 Growing Aging Population, Rise in Funding, and Application Diversity are Key Factors for Industry Growth4.3 Strict Regulations, Insufficient Clinical Evidence, and Awareness are Key Challenges for Market Growth4.4 Factors Influencing Adoption – Technology Drivers and Challenges4.5 Thin, Lightweight Materials, Advanced Microelectronics, and Advent of IoT Key Driving Factors for E-skin4.6 Material Degradation and Complex Designing are Key Challenges Hindering Adoption of E-skins5.0 Funding and Patent Assessment5.1 Opportunities in Healthcare Sector with High VC Funding5.2 Increased Funding by US Department of Health and Human Services for E-skin Research5.3 Government Funding Activities Globally Boosts Opportunities for the E-skin5.4 Partnerships and Collaborations for Faster Technology Development and Commercialization5.5 Global Patent Trend Analysis – By Year and Applicants5.6 US Leads Number of Patents Filed for E-skin Research6.0 Emerging Growth Opportunities6.1 Emerging Technologies Impacting the Future of Electronic Skin6.2 Growth Opportunities for E-skin6.3 Technology Roadmap 6.4 Healthcare is the Most Dominant Application Segment in the E-skin Sector6.5 E-skin – Emerging Technologies Transforming Industrial and Commercial Markets6.6 Strategic Imperatives for E-skin Stakeholders7.0 Companies to Action7.1 Advanced Healthcare Management via Smart Skin Patches8.0 Key Questions for Strategic Planning8.1 Key Questions for Strategic Planning9.0 Key Patents and Contacts 9.1 Key Patents – Artificial Electronic Skin and Skin Worn Display Device 9.2 Key Patents – Tactile Pressure Sensing and Pulse Detection System9.3 Key Patents – Heart Rate Monitoring and Voice Recognition System9.4 Key Patents – Piezoresistive Based Medical Robots and Combined Sensing Features 9.5 Industry ContactsLegal Disclaimer10.0 The Frost & Sullivan Story10.1 The Frost & Sullivan Story10.2 Value Proposition: Future of Your Company & Career10.3 Global Perspective10.4 Industry Convergence10.5 360º Research Perspective10.6 Implementation Excellence10.7 Our Blue Ocean Strategy

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