2019 Top 50 Emerging Technologies: Spawning Growth Opportunities of Strategic Imperative - Interactive Deliverable Access
2019 Top 50 Emerging Technologies: Spawning Growth Opportunities of Strategic Imperative - Interactive Deliverable Access Updated Research Available
Multi-billion dollar technologies ready to propel industries and transform our world
29-Mar-2019
Description
The Top 50 Emerging Technologies research is a comprehensive analysis of the most disruptive technologies that will impact multiple industries, applications, and regions. This extraordinary and comprehensive research will deliver strategic guidance and actionable ideas on the hottest technologies that pack maximum potential to fuel global innovation and drive commercial growth. The convergence of several of these 50 technologies will open up unprecedented opportunities for new revenue models and spawn next generation of innovative products and services.
This research emphasizes several imminent growth opportunities of strategic imperative embedded in the following nine technology clusters - Microelectronics, Information and Communication Technologies, Health and Wellness, Medical Devices and Imaging, Sensors and Instrumentation, Chemicals and Advanced Materials, Advanced Manufacturing and Automation, Environment and Sustainability, and Energy and Utilities.
The study offers in-depth strategic analysis of 50 emerging technologies, including Hybrid Blockchain, Microbiome Enablers, Telerobotic Surgery, Nanohybrids, Collaborative Industrial Robots, Battery Recycling Technologies and many more.
TechVision group’s technology experts continuously gather and analyze deep-dive intelligence on several emerging and disruptive technologies through a vast network of innovators, technology developers, funders, and other players in the technology ecosystems around the globe. The technologies are spread across nine technology clusters that represent the bulk of R&D and innovation activity today. Each cluster consists of a unique group of game-changing technologies that are attracting huge investments, powering cutting-edge developments, and driving the creation of new products and services through convergence. This constant research effort spread across numerous technologies, countries, organizations, applications, and industries forms the core of the process used to generate an annual list of top 50 technologies.
This year, over 600 technologies were rated across several criteria, such as regional and industry adoption rates, global IP activity, private and public funding, global market potential, and others to create an innovation index. The top 50 technologies selected for 2019 have the power to drive unique convergence and catalyze wide-scale industry disruptions. This research will empower you with ideas and strategies to leverage disruptive technologies and innovations to drive transformational growth in your organization.
Table of Contents
Advanced Manufacturing and Automation
Chemicals and Advanced Materials
Energy & Utility
Environment & Sustainability
Health & Wellness
Information and Communication Technologies
Medical Devices and Imaging
Microelectronics
Sensors
Automated Optical Metrology
Collaborative Robots are Expected to Intelligently Function in the Manufacturing Industry
Low Cost, Ease of Installation, and Increased Flexibility Features Drive Adoption
Automation in the Manufacturing Sector Has Encouraged Cobot Adoption
Patenting Trend will be Driven by Government and Corporate Initiatives
Stakeholder Ecosystem
Government Agencies are Investing Heavily to Boost Technology Development
Manufacturing, Construction, Agriculture, Law Enforcement, and Healthcare are High Impact Sectors
Advanced Deep Learning and Vision Systems Integration will Drive Future Cobots
Artificial Intelligence Enables Developments in Cognitive Manufacturing
Human Collaboration, Machine Learning, Cognitive Insights, and Autonomous Capabilities Drive Growth
Collaboration Strategy is Accelerating Commercialization Activities
Patenting Activities Indicate Parameter Prediction and Intelligent Factory Systems are Some of the Key Research Focus Areas
Stakeholder Ecosystem of Companies Encouraging Development of Cognitive Manufacturing
Government Initiatives to Boost Industrial Automation has Encouraged Key Investments
Oil and Gas, Food and Beverages, Healthcare, Automotive, Aerospace and Defense are High Growth Sectors
Cognitive Manufacturing is Expected to Revolutionize Manufacturing Functionalities
Miniaturization and Flexible Design Requirements will be the Major Drivers for the Advancement of EUV Lithography
The Requirement for Advanced and Miniaturized Electronics Impacts Technology Development
Patenting Activities Indicate Development of the Reflective Mask and Exposure Tool as Key Research Focus Areas
With the Rise in 5G Communication, the Market Revenue of EUV Lithography is Expected to Increase by 2023
Funding from Semiconductor Manufacturers Fuels the Advancement of EUV Lithography
Stakeholder Ecosystem Boosting the EUV Lithography Industry
The Consumer Electronics and Semiconductor Industries will have the Highest Impact in the Near Term
Large-volume Manufacturing of ICs is Anticipated by 2021
Industries Will Be Able to Manufacture Metal Components that are upto 60% Lighter By Adopting Metal 3DP
Lightweighting and Design Freedom are Driving Technology Adoption
Increase in Patent Publications with Regard to Metal 3DP Methods and Materials
Though China Has the Highest Number of Patents Filed, the North American Region Is the Leader in Technology Development
The Revenue of the Industry is Anticipated to Radically Increase When the Technology is Scaled for Manufacturing High-volume Components
Metal 3D Printer and Technology Developers have Received High Investments
Key Participants in the Ecosystem Are Focusing on Scaling the Technology to Current Industry Requirements
Automotive and Aerospace Industry will Have the Highest Impact by 2023
Metal 3D Printing Is Expected to Be Used for Low-volume Series Production by 2023
Advanced Ceramics
Demand for Natural and “Free-from” Ingredients Expected to Rise Across the Globe
Increasing Awareness Towards Health and Wellness Driving Adoption of "Clean" Ingredients
"Clean" Ingredients Facilitate Development of Smarter and Sustainable Products
Patent Filings are Focused on Developing Sustainable Processing Aids
Boost in Governmental Funding can Hasten Development of “Newer” Ingredients
Agriculture, Paints and Building & Construction are Emerging Industries of Interest
Companies Predominantly Focus on Development of Ingredients with Increased Functionality
Startups and Spin-offs Focused on Plant-based Extracts and Ingredients
Increasing Focus on Developing Alternative Proteins and Plant-based Extracts
High Performance Polymers Likely to Replace Metals Across Industries
Need for Enhanced Performance Characteristics Govern Research Efforts
Enhanced Performance Characteristics Compared To Traditional Polymers Drive Adoption
Collaborative Efforts Between Material Developers and OEMs, Especially in Automotive Sector Witnessed Globally
IP Filing Focus on Tailoring Functionalities and Development of Polymer Hybrids
Transportation, Consumer Electronics and Energy Industries Lead in Technology Adoption
Companies Focus in Development of New Polymers and Application Extension of Existing Ones
Startups and Spin-offs Focused on Developing Polymers With Unique Functionalities
Changing Polymer Chemistries to Incorporate Multifunctionality is of Focus
New Class of Smart Materials Enabling Industries Meet Sustainability and High Performance Requirements
Unifying Nanomaterial Strengths to Unlock Novel Functionalities
Four Categories of Nanohybrids Gaining R&D Focus
North America and Europe Front Runners in Technology Adoption
Government Funding and Research Programs Nurturing New Ideas
Patent Grant Rate in USPTO Leads the Rest of the World
Sectors Exposed to Low Carbon Economy Standards and Digitization to Experience High Impact in Short-Term
Major Corporations Focus on Optoelectronic and Energy Storage Applications
Academia and Start-ups Focus on Disruptive Innovations in Niche Areas
Removing Barriers Related to Health and Environmental Risks is Vital for Increasing Adoption
Self-healing Materials Redefine Sustainability by Extending Useful Life of Products Across Industries
Need for Autonomous Self-healing Functionality Driving Innovation
North America and Europe Front Runners in Technology Adoption
Research Initiatives Well Supported by Federal Grants and Private Funding
USPTO Leads in Patent Filing Volume while Patent Grant Rates are High in Europe
Sectors Focusing on Saving Lives and Building Resilience Adopt Faster
Major Corporations Adopt Self-healing Technologies to Improve Performance
Emerging Players and Academia Target Next-Gen Self Healing Materials
Autonomous Healing and Functional Restoration Becomes Imperative
Promoting Recycling and Low-waste Generation through Sustainable Packaging
Regulation Changes and Labeling Trends Drive Demand for Sustainable Packaging
Biodegradable Polyesters and Recyclable Packaging Generate Major IP Activity
Companies Focusing on Reducing Material Usage and Promoting Recycling
Emerging Companies are Developing Sustainable Packaging Using Indigenous Materials
Government Support is High in Europe, while Adoption in North America is Fueled by Large Corporations
Food & Beverages and FMCG Industries Expected to be High Growth Industries
Technology Development Focused toward Functional Packaging and Material Disposal Reduction
“Ulti-Metals” Offer Improved Properties and Enhanced Functionality Compared to Traditional Metals
Improved Performance Characteristics to Meet Industry Requirements
Lightweighting and Improved Performance Facilitate Adoption in Automotive, Aerospace, and Defense Sectors Globally
APAC Emerges as a Global Leader in IP Filings with China Leading the Way
Collaborative Efforts between Material Developers and OEMs are Witnessed Especially in the Automotive Sector
Automotive, Aerospace, and Construction Industries Have Highest Impact in the Short Term
Industrial Stakeholders Focus on the Development of Ultra High Strength Steel, Aluminum, and Metal Matrix Composites
Research Institutes and Start-ups Focus on Improving Manufacturing Techniques and Specialty Applications
Advances in Manufacturing and Material Characterization Likely to Increase Adoption
Agriculture 4.0
Battery Recycling Technologies Relieve the Demand for Valuable Metal Resources while Preserving the Environment
Favorable Policies Make EU an Attractive Market for Battery Recycling
Substantial Growth of Electric Vehicles Drives the Need to Develop Battery Recycling Technologies
Boom of Electric Vehicles in China has a Significant Impact on the Patent Landscape
Government Funding Drives R&D of Battery Recycling Technologies
Key Innovators of Battery Recycling Technologies
Advancements in Battery Chemistries will Play a Major Role in Deciding the Potential for Battery Recycling
Key Questions for Strategic Planning
Carbon Upcycling Enables Emission Reduction Along with Additional Revenue Streams
Strong Supportive Policies and Incentives are Expected to Drive the Carbon Upcycling Market
Increased Use of Recovered Carbon in Chemicals and Building Materials is being Witnessed
Carbon Capture Mechanisms are the Key Focus Areas for the Global R&D scenario
Government Financial Aids are Vital for the Realization of Carbon Upcycling’s Potential to Mitigate Climate Change
Key Innovators of Carbon Upcycling Technologies
Advancements in Catalysts and Mineralization Processes will have a Significant Impact on Carbon Upcycling
Key Questions for Strategic Planning
CCT Facilitiates Efficienct Burning of Coal with Reduced Emissions
APAC will Drive CCT Market Owing to the Rapid Industrialization and Associated Energy Demand
Clean Coal Technologies Higher Efficiency and Low Emission (HELE) Coal Power Plants
Government Support has a Significant Impact on the Patent Landscape
Collaboration Between Developed and Emerging Countries Enables Easy Commissioning of Clean Coal Technology-based Power Plants
Proprietary Technologies Enhance Production of Value Added Products from Coal
Improved Processes Increases the Performance Efficiency of Coal Fired Power Plants
Advanced Coal Conversion Processes will be used for High Efficiency Clean Power Generation
Next Gen Desalination Technologies have a Positive Impact on the Environment
Advancements in Desalination Technologies Reduce Energy Consumption, Membrane Fouling, and Brine Generation
Cost-effective Desalination Technologies have a Positive Impact on New Business Models and Future Infrastructure Development
Reduced Energy Consumption in Desalination Decreases the Emission of Greenhouse Gases
Collaboration of Governments with Private Investors Drives Commissioning of Futuristic Desalination Technologies
China Dominates the List of Patents Published
Patented Membrane Solutions Enhance the Development of Innovative Desalination Technologies
Sustainable Solutions Increase the Efficiency and Shelf Life of Membranes Used in Desalination Technologies
Adsorption Desalination and Forward Osmosis Technologies Will Soon Provide Cost Effective Desalination Solutions
BIPV
Digital Oil Fields Facilitates Decision Making for Oil and Gas Operators
Lower Oil Prices Fuel Growth of Digital Oil Fields Market
US Companies Lead Global Patent Applications
Efficiency Improvement in Other Sectors
Engineering Simulation Improves Predictive Maintenance
Heavy Investment in ICT Infrastructure Development
Distributed Energy is Crucial in Ensuring Clean Energy Production, Grid Stability, and Energy Security
The Main Contributions to the Distributed Energy Market Growth Come from Solar Photovoltaics
Distributed Energy Enables Diversification of the Energy Mix with Clean Energy Solutions
Worldwide Funding Activities are Focused on Renewable Energy Projects
Technology Developers are Focused on Providing Access to Clean Energy and Smart Energy Management Solutions
Future Trends Toward Network-wide Analytics to Enable Integration of Disparate Resources
Development of Distributed Energy Technologies Has a Positive Impact on the Global Energy Scenario
Grid Scale and Grid Edge Storage Solutions are Key to Strengthen Power Infrastructure
Developments in Europe and APAC Promise Encouraging Adoption Scenario
Grid-scale Storage has the Potential to Enable New Revenue Models for End Users
Load Management and Renewable Integration are Key Areas of Patent Activity
South Australia’s Participation in Encouraging Grid-scale Storage is Key within Australia and APAC
Companies Focus on Wide Variety of Energy Storage, not Just on Battery and Pumped Hydro
Contribution of the Residential Sector Will be Crucial in the Future
Cost of Grid-scale Storage an Important Challenge in Renewable- Storage-based Energy Projects
Thermal Energy Storage Provides Impetus to Development of Renewable Energy
Ice-based Thermal Storage is Attractive for HVAC Applications
China and the US Lead Patent Activity with a Focus on Phase Change Materials
Public Funding Initiatives Facilitate Development of Innovative Energy Storage Concepts
Israeli and US Companies Pioneer Commercialization of Thermal Energy Storage Solutions
Development of New Materials to Drive the Growth of Thermal Energy Storage
Focussing on Distinct Applications Help Companies Stay Differentiated
Biomanufacturing
CRISPR Likely to be the Most Effective Gene Editing Platform
Gene Editing Market to Grow at 14.52% Cumulative Annual Growth Rate
US Accounts for About 43% of Global Patent Publications
Potential of CRISPR Reflected in Rising Funding Landscape
Key Companies Leading the CRISPR Revolution
Strategic Insights for CRISPR across the Pharmaceutical Industry
Adoptive Cell Transfer CAR-T Cells and TCR Therapies
Global Immuno-oncology Market Expected to Advance at a CAGR of 19.0% During 2019-2024
Billion Dollar Deals in the Recent Past for Immuno-oncology
North America Dominates the Global Immuno-oncology Market
Standardization of Clinical Environments that can Accommodate the Introduction of New Targets and Products
The Road Ahead for Immuno-oncology Developments
Technologies Enabling the Growth of Commensal Microflora
Enabling Microbiome Platforms to Drive Future Market Growth
Rising Patent Publications Likely to Fuel New Microbiome Technologies
Empowering Global Healthcare Through Rising Clinical Research
Overview of the Global Innovation Landscape
Predicting the Future Outlook for Microbiome Enablers
Enabling Multiomics Revolution for Disease Management
Global Multiomics Market Expected to Advance at a CAGR of 16.5% During 2019-2023
Strong Exhibition of Novel Systems and Methods to Introduce Multiomics Data Analysis in Precision Medicine Initiatives
Regional Multiomics Data Analysis for Precision Therapeutics
Cutting-edge Technologies Rapidly Energizing the Multiomics Sector
Deciphering the Key Aspects for Leveraging Multiomics Innovations
Designer Proteins
Rising Market Potential for Protein Engineering Platforms
Overview of Regional Market Trends
Surge in the Start-up Landscape
Therapeutic Proteins Dominate the IP Landscape
Protein Engineering Outlook
FDA-approved RNAi Drugs Finally Commercialized in 2018
RNA Technology Leveraged for Developing Cancer Vaccines
The US Continues to Lead RNA Innovation Portfolio
Biopharmaceuticals Developing RNA Drugs Secure Steep Funding
Major Biopharmaceuticals Advancing RNA-based Drug Development
RNA Technology May Hold the Key to Important Therapies and Cures
Augmented Analytics
Cognitive Security Solutions Are Helping Companies Combat a Variety of Threats Emerging from Increasing Complexity of Enterprise Networks
Companies in the US and China are the Leading Patent Owners Globally and Regulatory Pressure in Europe is Making Companies Reinvent their Security Processes
Security Teams in Companies are Facing Acute Talent Shortage, Hindering the Adoption of Advanced Security Practices and Solutions
Next-gen Security Solutions will Help Companies Gain Real-time Insights from Machine Generated Data
Leveraging AI and ML, Behavioral Analysis Techniques have Matured over the Years to Become an Important Component of Cognitive Security Approaches
The Shift of Security Approaches from Being Reactive to Proactive Will Drive Adoption of Cognitive Security Solutions
ConvNets Bring out Accurate Outputs in Image Analysis and Natural Language Processing Workloads by Leveraging the Superior Processing Capabilities of GPUs
American Tech Conglomerates and Chinese Universities Have Been the Top Patent Holders Globally
Autonomous Cars and Conversational Computing Applications are Expected to Drive the Adoption of ConvNets Globally
ConvNets Will be Instrumental in Driving Automation Efforts Across a Wide Range of Industries
Conglomerates Across the Globe are Taking the Lead in Developing Applications Based on ConvNets
Companies will have to Develop and Nurture In-House Talent in Data Science and Computing to Implement ConvNets in their Products and Solutions
Making Immersive Experiences Commonplace
China has Become a De-facto Test Bed for Product Launches in the Field of XR
Reducing Costs with Economies of Scale Driving XR Adoption
Venture Capitalists and Strategic Investors Continue to Aggressively Fund XR Startups at a Rapid Pace
Expanding Focus on Immersive Medical Education, Personalized Retail, and Training are Driving New Business Opportunities
Innovations are Widespread Across the Value Chain, from Customer Experience to Building Next Gen Mobile XR Processing Capabilities
Extended Reality is Only as Good as the Information or Data that Fuel it
Proliferation of IoT Devices, Need for Reduced Latency and Real-Time Analysis of Data at the Source Accelerates the Adoption of Fog Intelligence
North America Leads in terms of Commercial Adoption while Government Initiatives and Efforts by Consortiums Drive Adoption in Europe and APAC
China Leads in IP Filings while Funding from Emerging players is Prominent across Regions
Apart from Manufacturing, Fog Intelligence is expected to Gain Traction in the Automotive, Healthcare, and Retail Sectors
Innovations in Fog Intelligence Solutions Brings Bandwidth-intensive and Latency-sensitive Applications Closer to the Data Source
Integration of Edge Networks into Multi-Cloud Environments and Increased Security Threats are the Challenges Hindering Adoption
Hybrid Blockchain to Open New Revenue Streams for Enterprises through the Sharing Ecosystem
Proliferation in the Number of Blockchain Patents Filed will have a Significant Impact on Innovation, Collaboration, and Technology Interoperability Standards
Hybrid Blockchain is Creating a Significant Impact on the Media, Retail, and Supply Chain Management Space
Governments across the Globe need to Play a Crucial Role in Devising a Working Framework for Hybrid Blockchain
Companies should Explore Shared Investments Opportunities with all the Participants in the Ecosystem
Tech Startups in Collaboration with Large Participants Likely to Drive Blockchain Adoption
Companies should Identify the Business Needs and Value Prior to Technology Implementation
The Pervasiveness of Disruptive Technologies such as IoT, Machine Learning and Big Data analytics Continue to Drive Cloud as an Enabler
Platform-itization has Emerged as New Approach in Offering Key Computing Resources and Technologies as Services Rather than as Products
Increased Efforts by Companies in Offering Technologies via As-a-Service Model will Result in Exponential Rise of Patents in the Next 5 Years
Platform-itization of Technologies and Services Will Enable Higher Performance and Automation to the Existing Systems Across Verticals
Key Players such as AWS, Microsoft and Google are Leading The Cloud Market with Focus on Offering Advanced Technologies to Solve Business Challenges
Security and Skill Shortage are Still Considered as Key Challenges Hindering Adoption of Cloud
Electroceuticals
Magnetic Resonance Elastography
Molecular Radiotherapy
Radiomics
Telerobotic Surgery
5G Chipsets
AI Accelerators
GaNtronics
Multi-core SoC
Non-volatile Memory Express over Fabric (NVMe-oF)
Millimeter Wave Sensors
Printed Sensors
Sensor Fusion
Solid State LiDAR
Related Research
Popular Topics
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Table of Contents | |Executive Summary~ ||Advanced Manufacturing and Automation~ ||Chemicals and Advanced Materials~ ||Energy & Utility~ ||Environment & Sustainability~ ||Health & Wellness~ ||Information and Communication Technologies~ ||Medical Devices and Imaging~ ||Microelectronics~ ||Sensors~ |Advanced Manufacturing and Automation~ ||Automated Optical Metrology~ |||High-precision Inspection of Low-volume Components will Drive Adoption~ |||Demand for High-precision Components from the Automotive and Aerospace Sectors Influences Development~ |||Key Participants in the 3D Printing Industry are Very Active in the Ecosystem with the Use of 3D Scanners~ |||The Automotive and Aerospace Industries hold the Highest Market Share of the Automated Optical Metrology Equipment Market~ |||Quality Control, an Integral Part of Manufacturing Processes, is Fueling Investments in the Technology~ |||Key Participants are Focusing on Reducing the Overall Implementation Cost and Scaling up the Technology for Current Industry Requirements~ |||Automotive and Aerospace are High-impact Sectors~ |||By 2023, the Technology is Anticipated to Inspect Small Components in High Volumes~ |Collaborative Industrial Robots~ ||Collaborative Robots are Expected to Intelligently Function in the Manufacturing Industry~ ||Low Cost, Ease of Installation, and Increased Flexibility Features Drive Adoption~ ||Automation in the Manufacturing Sector Has Encouraged Cobot Adoption~ ||Patenting Trend will be Driven by Government and Corporate Initiatives~ ||Stakeholder Ecosystem~ ||Government Agencies are Investing Heavily to Boost Technology Development~ ||Manufacturing, Construction, Agriculture, Law Enforcement, and Healthcare are High Impact Sectors~ ||Advanced Deep Learning and Vision Systems Integration will Drive Future Cobots~ |Cognitive Manufacturing~ ||Artificial Intelligence Enables Developments in Cognitive Manufacturing~ ||Human Collaboration, Machine Learning, Cognitive Insights, and Autonomous Capabilities Drive Growth~ ||Collaboration Strategy is Accelerating Commercialization Activities~ ||Patenting Activities Indicate Parameter Prediction and Intelligent Factory Systems are Some of the Key Research Focus Areas~ ||Stakeholder Ecosystem of Companies Encouraging Development of Cognitive Manufacturing~ ||Government Initiatives to Boost Industrial Automation has Encouraged Key Investments~ ||Oil and Gas, Food and Beverages, Healthcare, Automotive, Aerospace and Defense are High Growth Sectors~ ||Cognitive Manufacturing is Expected to Revolutionize Manufacturing Functionalities~ |Extreme UV Lithography (EUVL)~ ||Miniaturization and Flexible Design Requirements will be the Major Drivers for the Advancement of EUV Lithography~ ||The Requirement for Advanced and Miniaturized Electronics Impacts Technology Development~ ||Patenting Activities Indicate Development of the Reflective Mask and Exposure Tool as Key Research Focus Areas~ ||With the Rise in 5G Communication, the Market Revenue of EUV Lithography is Expected to Increase by 2023~ ||Funding from Semiconductor Manufacturers Fuels the Advancement of EUV Lithography~ ||Stakeholder Ecosystem Boosting the EUV Lithography Industry~ ||The Consumer Electronics and Semiconductor Industries will have the Highest Impact in the Near Term~ ||Large-volume Manufacturing of ICs is Anticipated by 2021~ |Metal 3D Printing~ ||Industries Will Be Able to Manufacture Metal Components that are upto 60% Lighter By Adopting Metal 3DP~ ||Lightweighting and Design Freedom are Driving Technology Adoption~ ||Increase in Patent Publications with Regard to Metal 3DP Methods and Materials~ ||Though China Has the Highest Number of Patents Filed, the North American Region Is the Leader in Technology Development~ ||The Revenue of the Industry is Anticipated to Radically Increase When the Technology is Scaled for Manufacturing High-volume Components~ ||Metal 3D Printer and Technology Developers have Received High Investments~ ||Key Participants in the Ecosystem Are Focusing on Scaling the Technology to Current Industry Requirements~ ||Automotive and Aerospace Industry will Have the Highest Impact by 2023~ ||Metal 3D Printing Is Expected to Be Used for Low-volume Series Production by 2023~ |Chemicals and Advanced Materials~ ||Advanced Ceramics~ |||Advanced Ceramics Offer Improved Functionality and Enhanced Durability Compared to Conventional Ceramics~ |||High Mechanical Strength and Wear Resistance Drive Market Adoption~ |||China Leads in IP Filing Followed by the US~ |||Both Public and Private Funding are Prevalent across the Globe~ |||Automotive, Aerospace, and Electronics are High Impact Sectors in the Near Term~ |||Stakeholders Focusing on Increasing Durability and Functionality of Advanced Ceramics~ |||Start-ups and Academia Active in Developing Multi-functional Advanced Ceramics~ |||Development of Multi-functional Ceramics Expected to Drive Commercial Adoption~ |“Clean” Ingredients~ ||Demand for Natural and “Free-from” Ingredients Expected to Rise Across the Globe~ ||Increasing Awareness Towards Health and Wellness Driving Adoption of "Clean" Ingredients~ ||"Clean" Ingredients Facilitate Development of Smarter and Sustainable Products~ ||Patent Filings are Focused on Developing Sustainable Processing Aids~ ||Boost in Governmental Funding can Hasten Development of “Newer” Ingredients~ ||Agriculture, Paints and Building & Construction are Emerging Industries of Interest~ ||Companies Predominantly Focus on Development of Ingredients with Increased Functionality~ ||Startups and Spin-offs Focused on Plant-based Extracts and Ingredients~ ||Increasing Focus on Developing Alternative Proteins and Plant-based Extracts~ |High Performance Polymers~ ||High Performance Polymers Likely to Replace Metals Across Industries~ ||Need for Enhanced Performance Characteristics Govern Research Efforts~ ||Enhanced Performance Characteristics Compared To Traditional Polymers Drive Adoption~ ||Collaborative Efforts Between Material Developers and OEMs, Especially in Automotive Sector Witnessed Globally~ ||IP Filing Focus on Tailoring Functionalities and Development of Polymer Hybrids~ ||Transportation, Consumer Electronics and Energy Industries Lead in Technology Adoption~ ||Companies Focus in Development of New Polymers and Application Extension of Existing Ones~ ||Startups and Spin-offs Focused on Developing Polymers With Unique Functionalities~ ||Changing Polymer Chemistries to Incorporate Multifunctionality is of Focus~ |Nanohybrids~ ||New Class of Smart Materials Enabling Industries Meet Sustainability and High Performance Requirements~ ||Unifying Nanomaterial Strengths to Unlock Novel Functionalities~ ||Four Categories of Nanohybrids Gaining R&D Focus~ ||North America and Europe Front Runners in Technology Adoption~ ||Government Funding and Research Programs Nurturing New Ideas~ ||Patent Grant Rate in USPTO Leads the Rest of the World~ ||Sectors Exposed to Low Carbon Economy Standards and Digitization to Experience High Impact in Short-Term~ ||Major Corporations Focus on Optoelectronic and Energy Storage Applications~ ||Academia and Start-ups Focus on Disruptive Innovations in Niche Areas~ ||Removing Barriers Related to Health and Environmental Risks is Vital for Increasing Adoption~ |Self-healing Technologies~ ||Self-healing Materials Redefine Sustainability by Extending Useful Life of Products Across Industries~ ||Need for Autonomous Self-healing Functionality Driving Innovation~ ||North America and Europe Front Runners in Technology Adoption~ ||Research Initiatives Well Supported by Federal Grants and Private Funding~ ||USPTO Leads in Patent Filing Volume while Patent Grant Rates are High in Europe~ ||Sectors Focusing on Saving Lives and Building Resilience Adopt Faster~ ||Major Corporations Adopt Self-healing Technologies to Improve Performance~ ||Emerging Players and Academia Target Next-Gen Self Healing Materials~ ||Autonomous Healing and Functional Restoration Becomes Imperative~ |Sustainable Packaging~ ||Promoting Recycling and Low-waste Generation through Sustainable Packaging~ ||Regulation Changes and Labeling Trends Drive Demand for Sustainable Packaging~ ||Biodegradable Polyesters and Recyclable Packaging Generate Major IP Activity~ ||Companies Focusing on Reducing Material Usage and Promoting Recycling~ ||Emerging Companies are Developing Sustainable Packaging Using Indigenous Materials~ ||Government Support is High in Europe, while Adoption in North America is Fueled by Large Corporations~ ||Food & Beverages and FMCG Industries Expected to be High Growth Industries~ ||Technology Development Focused toward Functional Packaging and Material Disposal Reduction~ |“Ulti-Metals”~ ||“Ulti-Metals” Offer Improved Properties and Enhanced Functionality Compared to Traditional Metals~ ||Improved Performance Characteristics to Meet Industry Requirements~ ||Lightweighting and Improved Performance Facilitate Adoption in Automotive, Aerospace, and Defense Sectors Globally~ ||APAC Emerges as a Global Leader in IP Filings with China Leading the Way~ ||Collaborative Efforts between Material Developers and OEMs are Witnessed Especially in the Automotive Sector~ ||Automotive, Aerospace, and Construction Industries Have Highest Impact in the Short Term~ ||Industrial Stakeholders Focus on the Development of Ultra High Strength Steel, Aluminum, and Metal Matrix Composites~ ||Research Institutes and Start-ups Focus on Improving Manufacturing Techniques and Specialty Applications~ ||Advances in Manufacturing and Material Characterization Likely to Increase Adoption~ |Environment and Sustainability~ ||Agriculture 4.0~ |||Machine Learning, Blockchain, and Mixed Reality Enable Development of Agriculture 4.0 Technologies~ |||Advancements in Agriculture 4.0 Enable the Creation of Profitable Modern Farms and Efficient Agricultural Operations~ |||Modern Agriculture Practices Focus on the Integration of Digital and other Precision Agriculture Technologies~ |||Utilization of ICT and Synthetic Biology-based Technologies Will have a Positive Impact on Agriculture~ |||Government-based Funding Provides More Security to Farmers to Enhance Yield through Precision Agricultural Technologies~ |||The APAC Region Dominates the List of Patents Published~ |||Companies Specializing in Developing Innovative Technologies Facilitate High Return on Investment for Local Farmers~ |||Agriculture 4.0-based Smart Farming Technologies Will Enhance Crop Planting and Desert Farming and Enhance Food Security~ |||Formulation of Regulatory Guidelines by the Governments can Aid in the Development of New Business Models in Agriculture~ |Battery Recycling Technologies~ ||Battery Recycling Technologies Relieve the Demand for Valuable Metal Resources while Preserving the Environment~ ||Favorable Policies Make EU an Attractive Market for Battery Recycling~ ||Substantial Growth of Electric Vehicles Drives the Need to Develop Battery Recycling Technologies~ ||Boom of Electric Vehicles in China has a Significant Impact on the Patent Landscape~ ||Government Funding Drives R&D of Battery Recycling Technologies~ ||Key Innovators of Battery Recycling Technologies~ ||Advancements in Battery Chemistries will Play a Major Role in Deciding the Potential for Battery Recycling~ ||Key Questions for Strategic Planning~ |Carbon Upcycling~ ||Carbon Upcycling Enables Emission Reduction Along with Additional Revenue Streams~ ||Strong Supportive Policies and Incentives are Expected to Drive the Carbon Upcycling Market~ ||Increased Use of Recovered Carbon in Chemicals and Building Materials is being Witnessed~ ||Carbon Capture Mechanisms are the Key Focus Areas for the Global R&D scenario~ ||Government Financial Aids are Vital for the Realization of Carbon Upcycling’s Potential to Mitigate Climate Change~ ||Key Innovators of Carbon Upcycling Technologies~ ||Advancements in Catalysts and Mineralization Processes will have a Significant Impact on Carbon Upcycling~ ||Key Questions for Strategic Planning~ |Clean Coal Technologies~ ||CCT Facilitiates Efficienct Burning of Coal with Reduced Emissions~ ||APAC will Drive CCT Market Owing to the Rapid Industrialization and Associated Energy Demand~ ||Clean Coal Technologies Higher Efficiency and Low Emission (HELE) Coal Power Plants~ ||Government Support has a Significant Impact on the Patent Landscape~ ||Collaboration Between Developed and Emerging Countries Enables Easy Commissioning of Clean Coal Technology-based Power Plants~ ||Proprietary Technologies Enhance Production of Value Added Products from Coal~ ||Improved Processes Increases the Performance Efficiency of Coal Fired Power Plants~ ||Advanced Coal Conversion Processes will be used for High Efficiency Clean Power Generation~ |Next Gen Desalination Technologies~ ||Next Gen Desalination Technologies have a Positive Impact on the Environment~ ||Advancements in Desalination Technologies Reduce Energy Consumption, Membrane Fouling, and Brine Generation~ ||Cost-effective Desalination Technologies have a Positive Impact on New Business Models and Future Infrastructure Development~ ||Reduced Energy Consumption in Desalination Decreases the Emission of Greenhouse Gases~ ||Collaboration of Governments with Private Investors Drives Commissioning of Futuristic Desalination Technologies~ ||China Dominates the List of Patents Published~ ||Patented Membrane Solutions Enhance the Development of Innovative Desalination Technologies~ ||Sustainable Solutions Increase the Efficiency and Shelf Life of Membranes Used in Desalination Technologies~ ||Adsorption Desalination and Forward Osmosis Technologies Will Soon Provide Cost Effective Desalination Solutions~ |Energy and Utilities~ ||BIPV~ |||BIPV is Considered Crucial for Mass Realization of Global Zero-energy Building Targets~ |||Global Market for BIPV is Projected to Progress at a Promising Pace~ |||BIPVs have a High Impact Primarily on the Energy and Building Sectors~ |||The APAC and NA Regions Dominates the List of Patents Published~ |||Technology Developers and Innovators are Focused on Thin-film, Flexible, Lightweight and Transparent Solar Cells~ |||Future Trends Toward Mass Realization of Nearly Zero-energy Buildings~ |||Innovations in Solar Technologies Continue to Have a Positive Impact on BIPV Market~ |Digital Oil Fields~ ||Digital Oil Fields Facilitates Decision Making for Oil and Gas Operators~ ||Lower Oil Prices Fuel Growth of Digital Oil Fields Market~ ||US Companies Lead Global Patent Applications~ ||Efficiency Improvement in Other Sectors~ ||Engineering Simulation Improves Predictive Maintenance~ ||Heavy Investment in ICT Infrastructure Development~ |Distributed Energy~ ||Distributed Energy is Crucial in Ensuring Clean Energy Production, Grid Stability, and Energy Security~ ||The Main Contributions to the Distributed Energy Market Growth Come from Solar Photovoltaics~ ||Distributed Energy Enables Diversification of the Energy Mix with Clean Energy Solutions~ ||Worldwide Funding Activities are Focused on Renewable Energy Projects~ ||Technology Developers are Focused on Providing Access to Clean Energy and Smart Energy Management Solutions~ ||Future Trends Toward Network-wide Analytics to Enable Integration of Disparate Resources~ ||Development of Distributed Energy Technologies Has a Positive Impact on the Global Energy Scenario~ |Grid Edge Energy Storage~ ||Grid Scale and Grid Edge Storage Solutions are Key to Strengthen Power Infrastructure~ ||Developments in Europe and APAC Promise Encouraging Adoption Scenario~ ||Grid-scale Storage has the Potential to Enable New Revenue Models for End Users~ ||Load Management and Renewable Integration are Key Areas of Patent Activity~ ||South Australia’s Participation in Encouraging Grid-scale Storage is Key within Australia and APAC~ ||Companies Focus on Wide Variety of Energy Storage, not Just on Battery and Pumped Hydro~ ||Contribution of the Residential Sector Will be Crucial in the Future~ ||Cost of Grid-scale Storage an Important Challenge in Renewable- Storage-based Energy Projects~ |Thermal Energy Storage~ ||Thermal Energy Storage Provides Impetus to Development of Renewable Energy~ ||Ice-based Thermal Storage is Attractive for HVAC Applications~ ||China and the US Lead Patent Activity with a Focus on Phase Change Materials~ ||Public Funding Initiatives Facilitate Development of Innovative Energy Storage Concepts~ ||Israeli and US Companies Pioneer Commercialization of Thermal Energy Storage Solutions~ ||Development of New Materials to Drive the Growth of Thermal Energy Storage~ ||Focussing on Distinct Applications Help Companies Stay Differentiated~ |Health and Wellness~ ||Biomanufacturing~ |||Potential Collateral Benefits of Real-time Releasing Testing~ |||Enhanced Biomanufacturing Processes Driving Technology Repurposing~ |||From Batch To Continuous Biomanufacturing Methods~ |||Process Technology Developments as the Core Engines to Increase Productivity and Robustness~ |||Strategic Technology Licensing, Company Acquisition, Collaboration Partnership and Co-development Agreement Insights~ |||Big Pharma Likely to Move Toward Biomanufacturing Companies~ |||Technologies, Products, Services, Processes, and Methods Building The Future Of Biomanufacturing~ |CRISPR Therapies~ ||CRISPR Likely to be the Most Effective Gene Editing Platform~ ||Gene Editing Market to Grow at 14.52% Cumulative Annual Growth Rate~ ||US Accounts for About 43% of Global Patent Publications~ ||Potential of CRISPR Reflected in Rising Funding Landscape~ ||Key Companies Leading the CRISPR Revolution~ ||Strategic Insights for CRISPR across the Pharmaceutical Industry~ |Immuno-oncology~ ||Adoptive Cell Transfer CAR-T Cells and TCR Therapies~ ||Global Immuno-oncology Market Expected to Advance at a CAGR of 19.0% During 2019-2024~ ||Billion Dollar Deals in the Recent Past for Immuno-oncology~ ||North America Dominates the Global Immuno-oncology Market~ ||Standardization of Clinical Environments that can Accommodate the Introduction of New Targets and Products~ ||The Road Ahead for Immuno-oncology Developments~ |Microbiome Enablers~ ||Technologies Enabling the Growth of Commensal Microflora~ ||Enabling Microbiome Platforms to Drive Future Market Growth~ ||Rising Patent Publications Likely to Fuel New Microbiome Technologies~ ||Empowering Global Healthcare Through Rising Clinical Research~ ||Overview of the Global Innovation Landscape~ ||Predicting the Future Outlook for Microbiome Enablers~ |Multiomics~ ||Enabling Multiomics Revolution for Disease Management~ ||Global Multiomics Market Expected to Advance at a CAGR of 16.5% During 2019-2023~ ||Strong Exhibition of Novel Systems and Methods to Introduce Multiomics Data Analysis in Precision Medicine Initiatives~ ||Regional Multiomics Data Analysis for Precision Therapeutics~ ||Cutting-edge Technologies Rapidly Energizing the Multiomics Sector~ ||Deciphering the Key Aspects for Leveraging Multiomics Innovations~ |Protein Engineering~ ||Designer Proteins~ ||Rising Market Potential for Protein Engineering Platforms~ ||Overview of Regional Market Trends~ ||Surge in the Start-up Landscape~ ||Therapeutic Proteins Dominate the IP Landscape~ ||Protein Engineering Outlook~ |RNA Drugs~ ||FDA-approved RNAi Drugs Finally Commercialized in 2018~ ||RNA Technology Leveraged for Developing Cancer Vaccines~ ||The US Continues to Lead RNA Innovation Portfolio~ ||Biopharmaceuticals Developing RNA Drugs Secure Steep Funding~ ||Major Biopharmaceuticals Advancing RNA-based Drug Development~ ||RNA Technology May Hold the Key to Important Therapies and Cures~ |Information and Communication Technologies~ ||Augmented Analytics~ |||Augmented Analytics has Potential to Enhance Process, Consumer Experience, and Business Model~ |||AI Related Innovations are Booming, thereby Shifting from Theoretical Research to Commercial Applications~ |||Ability to Save Time and Resources is the Key Factor which is driving the Adoption of Augmented Analytics~ |||Augmented Analytics Tools enables Personalized Experiences to Drive Customer Engagement across the Industry Sectors~ |||Key Focus Areas for Global Companies are Machine-Learning Technique that Integrates Speech Recognition systems~ |||Ultimate Aim of Augmented Analytics is to Augment the Expertise and Experience across the Supply Chain through Actionable Insights~ |Cognitive Security~ ||Cognitive Security Solutions Are Helping Companies Combat a Variety of Threats Emerging from Increasing Complexity of Enterprise Networks~ ||Companies in the US and China are the Leading Patent Owners Globally and Regulatory Pressure in Europe is Making Companies Reinvent their Security Processes~ ||Security Teams in Companies are Facing Acute Talent Shortage, Hindering the Adoption of Advanced Security Practices and Solutions~ ||Next-gen Security Solutions will Help Companies Gain Real-time Insights from Machine Generated Data~ ||Leveraging AI and ML, Behavioral Analysis Techniques have Matured over the Years to Become an Important Component of Cognitive Security Approaches~ ||The Shift of Security Approaches from Being Reactive to Proactive Will Drive Adoption of Cognitive Security Solutions~ |ConvNets~ ||ConvNets Bring out Accurate Outputs in Image Analysis and Natural Language Processing Workloads by Leveraging the Superior Processing Capabilities of GPUs~ ||American Tech Conglomerates and Chinese Universities Have Been the Top Patent Holders Globally~ ||Autonomous Cars and Conversational Computing Applications are Expected to Drive the Adoption of ConvNets Globally~ ||ConvNets Will be Instrumental in Driving Automation Efforts Across a Wide Range of Industries~ ||Conglomerates Across the Globe are Taking the Lead in Developing Applications Based on ConvNets~ ||Companies will have to Develop and Nurture In-House Talent in Data Science and Computing to Implement ConvNets in their Products and Solutions~ |Extended Reality~ ||Making Immersive Experiences Commonplace~ ||China has Become a De-facto Test Bed for Product Launches in the Field of XR~ ||Reducing Costs with Economies of Scale Driving XR Adoption~ ||Venture Capitalists and Strategic Investors Continue to Aggressively Fund XR Startups at a Rapid Pace~ ||Expanding Focus on Immersive Medical Education, Personalized Retail, and Training are Driving New Business Opportunities~ ||Innovations are Widespread Across the Value Chain, from Customer Experience to Building Next Gen Mobile XR Processing Capabilities~ ||Extended Reality is Only as Good as the Information or Data that Fuel it~ |Fog Intelligence~ ||Proliferation of IoT Devices, Need for Reduced Latency and Real-Time Analysis of Data at the Source Accelerates the Adoption of Fog Intelligence~ ||North America Leads in terms of Commercial Adoption while Government Initiatives and Efforts by Consortiums Drive Adoption in Europe and APAC~ ||China Leads in IP Filings while Funding from Emerging players is Prominent across Regions~ ||Apart from Manufacturing, Fog Intelligence is expected to Gain Traction in the Automotive, Healthcare, and Retail Sectors~ ||Innovations in Fog Intelligence Solutions Brings Bandwidth-intensive and Latency-sensitive Applications Closer to the Data Source~ ||Integration of Edge Networks into Multi-Cloud Environments and Increased Security Threats are the Challenges Hindering Adoption~ |Hybrid Blockchain~ ||Hybrid Blockchain to Open New Revenue Streams for Enterprises through the Sharing Ecosystem~ ||Proliferation in the Number of Blockchain Patents Filed will have a Significant Impact on Innovation, Collaboration, and Technology Interoperability Standards~ ||Hybrid Blockchain is Creating a Significant Impact on the Media, Retail, and Supply Chain Management Space~ ||Governments across the Globe need to Play a Crucial Role in Devising a Working Framework for Hybrid Blockchain~ ||Companies should Explore Shared Investments Opportunities with all the Participants in the Ecosystem~ ||Tech Startups in Collaboration with Large Participants Likely to Drive Blockchain Adoption~ ||Companies should Identify the Business Needs and Value Prior to Technology Implementation~ |Platform-itization~ ||The Pervasiveness of Disruptive Technologies such as IoT, Machine Learning and Big Data analytics Continue to Drive Cloud as an Enabler~ ||Platform-itization has Emerged as New Approach in Offering Key Computing Resources and Technologies as Services Rather than as Products~ ||Increased Efforts by Companies in Offering Technologies via As-a-Service Model will Result in Exponential Rise of Patents in the Next 5 Years~ ||Platform-itization of Technologies and Services Will Enable Higher Performance and Automation to the Existing Systems Across Verticals~ ||Key Players such as AWS, Microsoft and Google are Leading The Cloud Market with Focus on Offering Advanced Technologies to Solve Business Challenges~ ||Security and Skill Shortage are Still Considered as Key Challenges Hindering Adoption of Cloud~ |Medical Devices and Imaging~ ||Electroceuticals~ |||Electroceuticals: Convergence of Pharma, Medical Device, Sensors, and Digital Technologies~ |||Bioelectric Medicine Patents Primarily Targeting Diabetes Care~ |||Electroceutical Research Supported By Growing Venture and Federal Funding~ |||Targeted Therapeutic Electric Stimuli Set to Disrupt the Pharma Industry~ |||Electroceutical Technology Companies Targeting a Range of Diseases~ |||Key Questions for Strategy Planning~ ||Magnetic Resonance Elastography~ |||Magnetic Resonance Elastography Combines Visualization with Tactile Imaging~ |||MRE Establishes Tactile Biomarkers as Crucial Disease Indicators~ |||MRE Caters to Myriad Applications, Providing Great Value to Diagnosis~ |||IP Activity Has Been On A Steady Rise Over the Past 5 Years~ |||MRE Is Being Propelled by Large Imaging Firms and Start-ups~ |||The Future of MRE Will Be Enhanced By Holography and Artificial Intelligence~ ||Molecular Radiotherapy~ |||Inordinate Cancer Incidence Growth Warrants a Powerful Molecular Radiotherapy Tool~ |||Introduction of New Radiopharmaceuticals Expanding Applications~ |||Sustained Demand for Better, More Precise Therapies Assures Market Growth~ |||Pharmaceutical and Biotechnology Firms Lead the IP Race for Molecular Radiotherapy~ |||Comprehensive Public and Private Funding Keeps R&D Efforts on High~ |||Analytics, Instrumentation, and Pharma Companies Constitute MR’s Innovation Ecosystem~ |||Molecular Radiotherapy Lays the Roadmap for Personalized Medicine in Cancer~ ||Radiomics~ |||Precision Medicine Demands the Evolution of Quantitative Imaging to Radiomics~ |||Digitization of Healthcare and Breakthroughs in AI have Unleashed the Radiomics Revolution~ |||Concerted Effort from Data Firms and Imaging Companies to Develop Radiomics~ |||North America is an Innovation Hub, but Asia-Pacific is Fast Catching Up~ |||Radiomics is a Favored Investment Segment, Public and Private Alike~ |||Innovation Ecosystem is Populated by Start-ups and Multi-national Majors Equally~ |||The Road to Predictive Medicine will be Built on Radiomics as the Foundation~ ||Telerobotic Surgery~ |||Improving Healthcare Connectivity and Delivery Across the Continuum~ |||Continuous Funding Stream Supporting Innovations in Robotic Surgery~ |||Rapidly Increasing Patent Activity Showing Quick Technology Development~ |||Telesurgery Enabling Surgical Interventions in Locations with Limited Medical Access~ |||Successful Preliminary Telesurgery Paving the Way for Large Scale Adoption~ |||Key Questions for Strategy Planning~ |Microelectronics~ ||5G Chipsets~ |||Technology Significance and Future Scenario~ |||Lack of Sophisticated Infrastructure Likely to Delay Demand for 5G Chipsets from Mission-Critical Application Areas~ |||Smartphone 5G Chipset Manufacturers to Gain Technology Licensing Opportunities through Patented Technologies~ |||Funding Initiatives in 5G Chipsets Dominated by Semiconductor Giants Globally~ |||5G Chipsets Exhibit Higher Growth Potential in Countries with Higher Dependability on Cellular Networks~ |||Autonomous Applications such as Self-driving Vehicles and Surgical Robots to Drive Adoption of 5G Chipsets in the Long Term~ |||Regulatory Agencies to Play a Vital Role in Adoption of 5G Chipsets for Reliable Connectivity~ ||AI Accelerators~ |||Technology Significance and Future Scenario~ |||Data Bottleneck, High Power Consumption, and High Cost are Major Challenges Hindering Wide-scale Technology Adoption~ |||Patenting Trends Indicate Rapid Adoption of the Technology in Smartphones~ |||Disruptive Chipset Architecture Poised to Gain Attention of OEMs and Venture Capitalists~ |||Semiconductor Giants Aggressively Exploring the AI Accelerator Space to Gain Market Share~ |||Autonomous Applications such as Self-Driving Vehicles and Surgical Robots to Drive Adoption of AI Accelerators in the Long Term~ |||AI Accelerators to Enable Accurate Speech Recognition, Text Recognition, and Image Recognition for Connected Applications~ ||GaNtronics~ |||Technological Significance of GaNtronics – High Switching Frequency, Works at High Voltage and Temperature~ |||Circuit Miniaturization and Energy Efficiency are the Key Drivers Impacting Adoption~ |||A Majority of the Patents Published Focus on GaN Semiconductors~ |||Government Funding and Strategic Collaborations will be Key for Growth of GaNtronics~ |||GaN Semiconductors, GaN LEDs, and RF GaN will contribute to Market Growth~ |||Stakeholder Ecosystem in GaNtronics~ |||Application Diversity – Energy, Lighting, Environment, and Displays are High-impact Sectors~ |||Future Prospects for GaNtronics~ ||Multi-core SoC~ |||Technological Significance of Multi-core SoCs~ |||Evolution of Embedded and Automated Systems Boost the Growth of Multi-core SoCs~ |||Majority of the Published Patents Focus on Circuit Optimization~ |||Venture Funding and Strategic Collaborations will be Key for Growth of Multi-core SoCs~ |||Growing Adoption of SoC in Automotive and Mobile Applications is Driving Multi-core SoC Market~ |||Stakeholder Ecosystem in Multi-core SoCs~ |||Application Diversity – Consumer Electronics, Automotive, and Energy are High Impact Sectors~ |||AI, 5G, and Autonomous Vehicles will Propel Developments in Multi-core SoCs~ ||Non-volatile Memory Express over Fabric (NVMe-oF)~ |||Technological Significance of NVMe-oF~ |||Parallel Processing and High IOPS Capabilities Accelerate Deployment of NVMe-oF-based Storage~ |||A Majority of Patents Published Focus on NVMe-oF Controllers and SSDs~ |||Venture Funding and Strategic Partnerships will be Key for Growth of NVMe-oF Memory Storage Systems~ |||NVMe SSDs will Accelerate Market Growth of NVMe-oF~ |||Stakeholder Ecosystem in NVMe-oF~ |||Application Diversity – BFSI, Education, Gaming, and Healthcare are High Impact Sectors~ |||Datacenters will be the Major Beneficiaries of NVMe-of Technology~ |Sensors and Instrumentation~ ||Millimeter Wave Sensors~ |||Technology Significance and Attractiveness Dashboard~ |||IoT and Increasing Application Use Cases are Expected to Influence Increased Adoption~ |||Patenting Trend Indicates Increased Interest on Aspects such as Compactness, High Accuracy, and Enhanced Sensing Capability~ |||Opportunities in Industrial and Automotive Sectors with High VC Funding~ |||Stakeholder Ecosystem and Emerging Startups Boosting mmWave Sensor Market~ |||Automotive and Industrial Automation are Key Growth Applications Areas~ |||APAC Offers High Market Opportunities with Japan and China Becoming Key Markets for mmWave Sensors~ |||mmWave Sensors Enable Future of Smart City with Smart, Safe, and “Always” Connected Living~ ||Printed Sensors~ |||Printed Sensors Will Disrupt the Healthcare, Consumer Electronics, and Automotive Industries~ |||Light weight, Flexibility, and Applicability are Key Aspects Driving Technology Adoption~ |||APAC Companies Poised to Dominate Printed Electronics Sector in the Long Term~ |||Market Growth is Enabling New Business Trends~ |||Patenting Trend Indicate R&D Focus on Fingerprint Sensors~ |||Venture Capitalists Investing Aggressively in Innovative Printed Sensor Startups to Explore IoT Opportunities ~ |||Application Diversity – Automotive, Consumer Electronics, and Defense are High-impact Sectors~ |||Printed Sensors Advancement will Lead to the Development of Smart Plastics and Flexible Bandages in the Future~ ||Sensor Fusion~ |||Sensor Fusion will Disrupt the Automotive, Consumer Electronics, Military, and Defense Sectors~ |||Autonomous Vehicles Drive Growth Opportunities~ |||Startups from US and Europe are Driving Advancements in Sensor Fusion~ |||Adoption of IoT is a Key Driver for Sensor Fusion Development~ |||Virtual Sensor Fusion Hub and Pattern Recognition Systems are Key Research Focus Areas~ |||Connected Applications of Emerging IoT Trends are Driving Funding Initiatives~ |||Application Diversity – Defense, Automotive, and Consumer Electronics are High-impact Sectors~ |||Advancements in Sensor Fusion will Help Achieve Full Automation in Driverless Vehicles~ ||Solid State LiDAR~ |||Technology Significance of Solid-State LiDAR and Attractiveness Dashboard~ |||3D Imaging and Mapping are the Key Drivers Impacting Adoption~ |||Patent Trends Indicate R&D Focus on Miniaturization and Improved Detection Range~ |||High Investments Driving Commercialization Activities~ |||Stakeholder Ecosystem and Emerging Startups Boosting the SSL Market~ |||Automotive and Industrial Automation are Key Growth Areas~ |||Technology Enhancements Boost New Product Development~ |||Future Prospects for Solid State LiDAR – Industrial and Defense are Near-Term Prospects~ |
Predecessor | D84B-01-00-00-00 |
Author | S Uma |
Industries | Cross Industries |
WIP Number | D8A3-01-00-00-00 |
Is Prebook | No |