Top 50 Emerging Technologies: 2022 Edition- Interactive Deliverable Access
Top 50 Emerging Technologies: 2022 Edition- Interactive Deliverable Access Updated Research Available
Technologies Poised to Transform the Future of Organizations
06-Apr-2022
Global
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Description
For more than a decade, Frost & Sullivan’s Emerging Technology experts have provided specific answers to critical questions, guiding organizations through the Top 50 Emerging Technologies Platform. The team has lived technology discovery for decades and understands the science, the technology, and the details. Cutting-edge intelligence on the 50 most valuable and disruptive technologies explains how they are poised to effect change over the next 2 to 4 years.
The 12th edition reveals technology advancements made over the past year as a result of constantly churning technology ecosystems. It provides insight into how these converging technologies will open unprecedented opportunities for new revenue models and innovative solutions that will transform the world in which we live. It is a call to action for chief experience officers and technology, strategy, and innovation executives who focus on explosive growth in the near future.
The 2022 Top 50 technologies program started with the team evaluating more than 3,000 technologies that are at a Technology Readiness Level (TRL) between 3 to 9 across corporate, government, academic, and research organizations worldwide. The technologies span 9 areas: advanced manufacturing and automation, chemicals and advanced materials, energy and utilities, environment and sustainability, health and wellness, information and communication technologies, medical devices and imaging, sensors and instrumentation, and microelectronics. Using proprietary Frost & Sullivan methodology, each technology is evaluated considering market potential, IP activity, funding, Mega Trend impact, regional adoption, sectors of economic impact, and disruptiveness to arrive at the Top 50 emerging technologies.
Engage with our team and our digital interactive platform, and use this work to power your growth potential.
Table of Contents
Advanced Manufacturing and Automation: Key Observations
Chemicals and Advanced Materials: Key Observations
Energy and Utilities: Key Observations
Environment and Sustainability: Key Observations
Health and Wellness: Key Observations
Information and Communication Technologies: Key Observations
Medical Devices and Imaging: Key Observations
Microelectronics: Key Observations
Sensors and Instrumentation: Key Observations
AMR with Integrated Perception of Autonomy is Poised to disrupt wide range of industry sectors
Technological Advancements, Application Diversity, and Strategic Alliances are Driving Market Growth
Navigation Methodologies and Sensor Advancements are the Epicenter of Focus
Market Penetration and Strengthening R&D are Focus Areas for Investments in AMRs
Companies from the US and Europe are Driving Advancements in Autonomous Mobile Robots
Application Diversity – E-commerce, logistics, Healthcare, Security, Manufacturing, and Automotive are High Impact Sectors
Advancements Enable Opportunities in Remote Environments
Growth Opportunities of Autonomous Mobile Robots
Human Collaboration, ML, Cognitive Insights, and Autonomous Capabilities Drive Growth
Advancements in Enabling Technology are Accelerating Growth and Revenues of Collaborative Manufacturing
Patenting Activities Indicate Parameter Prediction and Intelligent Factory Systems are Some of the Key Research Focus Areas
Notable Funding and Government Initiatives Drive Technology Development
An Ecosystem of Companies Encourages Development of Cognitive Manufacturing
Food and Beverage, Healthcare, Automotive, Aerospace and electronics are High Growth Sectors
Increasing Production and Achieving Full Automation are the Main Drivers for Cognitive Manufacturing Technology
developments in AI Driven manufacturing technologies will pave the way for establishing smart and connected factories
Human Collaboration, ML, Cognitive Insights, and Autonomous Capabilities Drive Growth
The Healthcare, Automotive, and Aerospace Industries Are the Main Targets for Robotic Exoskeleton Suits
Most Patents Pertain to Lightweighting and Assembly Methods
Funding and Mergers and Acquisitions Will Accelerate the Adoption of Robotic Exoskeleton Technology
Companies and Organizations from North America and Asia-Pacific are Driving Advancements in Powered Exosuits
A Focus on Increasing Production and Rehabilitation Efficiency is Driving Market Growth
Soft Robotic Exoskeletons with High Performance Capabilities are Anticipated to be Developed in the Future
WAAM Poised to Transform Large-scale Metal Additive Manufacturing
Europe is Poised to Emerge as a Front-runner in Adoption of WAAM
Increasing the Metal Deposition Rate is a Major Innovation Focus Area
Industry Consortia Driving Rapid Innovations in WAAM
Heavy Industries to Provide High Adoption Opportunity for WAAM in the Long Term
Target New Solutions for Producing Parts Across Heavy Industries
Analysis of Potential Growth Opportunities for WAAM
R&D Activities Coupled With Increasing Funding Are Increasing Commercialization Opportunities in 4D Materials
Shape Morphing Ability of Shape Memory Alloys and Polymers Allows Designing Complex Geometries
4D Materials Largely Investigated for Biomedical Applications in North America
US and China Lead in 4D Materials IP Filing
Both Public and Private Funding Are Focused On New Product Development, Especially in Shape Morphing Materials
4D Materials are Ubiquitous in an Internet of Things World
Companies and Academia Focusing on Improving Material Characteristics Using Novel Chemistry Approaches
Start-ups are Focusing on Improving Flexibility Attributes of Materials
4D Materials for Flexible Electronics, Sensors, and Prosthetics Likely to Gain Momentum
Stakeholders Focused on Developing Hydrophobic Protective Coatings with Multifunctional Characteristics and Exploring New Application Horizons
Need for Digitalization Significantly Accelerated by COVID-19 is Driving the Adoption of 5G Networks and Materials
Need for High Frequencies Push Development of Novel Low-loss 5G Materials
Asia Pacific Leads in Research Activity on 5G Materials and 5G Infrastructure Rollout
Strong Patent Activity by Leading Companies in the Consumer Electronics Industry
Funding Is Primarily Witnessed In Private Sector and Is Driven By Key Chemical Companies
Consumer Electronics and Autonomous Vehicles are Expected to be the High-impact Sectors
Stakeholders are Focused on Adjusting their Portfolios to 5G Requirements
Research Institutes' Contributions to the Innovation Ecosystem are on the Rise
5G Materials Are Key Drivers for Adopting mmWaves in 5G Technology
Advances in Materials Properties and Increased Production Capacity Critical to Widescale 5G Deployment
Alternative Proteins Transforming the Global F&B Landscape
Scaling of Extraction and Processing Methods Critical for Increasing Adoption
Market Growth is Fueled by Rising Consumer Awareness Toward Health and Wellness
Food & Beverage Companies Dominate the Patent Landscape to Try Out New Plant Proteins
Public Funding is Focused on Identifying New Sources While Private Funding is more Inclined Toward Expanding Commercial Facilities
Functional and Nutritional Aspects of Alternative Proteins Enable its Adoption in Consumer Specific and Industrial Segments
Key Protein Manufacturers are Expanding Their Protein Ingredient Portfolio to New Applications
Start-ups and Large Ingredient Developers are Focusing On Manufacturing Alternative Proteins For Food and Nutraceuticals
Leading Users across End Industries Likely to Transform the Global Food Landscape
Alternative Protein Manufacturers Need to Enhance Nutritional and Sensory Profiles to Compete with Animal Proteins
Key Opportunities for Technology Developers Towards Identifying Non-allergenic Varieties and Exploring New Application Horizons
Growing Awareness Regarding Viral Infections Is Driving the Need For Antiviral Surfaces
North America and Europe are Frontrunners in Technology Adoption
Companies and Universities in the US are the Leading in IP Filing Globally
Key Funding Activities are Focused on Developing Antiviral Coatings
Healthcare, Building & Construction, and Automotive are High-impact Sectors
Mid-size Companies and Startups Focus on Developing Customized Products Using Antiviral Technologies
Natural Formulations with Long Lasting Antiviral Activity to Play a Vital Role in Successful Adoption of Antiviral Surfaces
Growth Opportunities across Applications for Antiviral Surfaces
Growing Funding Support Attracts Innovators and Increases Commercialization Opportunities
Focus of Consumer Brands to Introduce Recycled Content in their Products Driving Growth of Circular Polymers
Companies in the US and Europe Lead in Patent Filings
Mix of Public and Private Funding Keeps R&D Efforts High
Food and Beverages, Personal Care, and Pharmaceuticals Sectors Have Well Established Circular Polymer Platforms for Packaging
Stakeholders Focusing on Developing Packaging from Circular Polymers
Mergers and Acquisitions as a Technology Strategy Widespread to Decrease Time to Market of Circular Polymers
Regulatory Agencies to Play a Vital Role in Increasing the Adoption of Circular Polymers
Growth Opportunities Across Applications for Circular Polymers
Increasing Research Activities for Developing Cathodic Materials with Low Cobalt Content
While Lithium Cathode Chemistries Such As NMC Dominate the Advanced Batteries Market, They Lack Safety Performance
Alternative Cathodic Chemistries Likely to Gain Traction Due to Better Safety Profile Than Lithium-ion Based Chemistries
Investigation on Cathodic Materials with Good Stability, Durability, And Capacity Is a Key Focus across Geographies
Companies and Universities in China and the US are the Leading in Patent Filings Related to Cathodic Materials
Increasing Funding Availability Promotes Development of New Cathodic Materials
Growth Potential for Cathodic Materials Driven by Electrification Trends
Manufacturers are Adopting Licensing Strategy to Gain Market Share in Cathodic Materials Technology Area
Contributions to Develop Cobalt-free Cathodic Materials from Start-ups and Industry Participants on the Rise
Efforts to Improve Energy Retention of Cathodic Materials through Durable Coatings Likely to Gain Traction in Coming Years
Investment in Battery Recycling to Extract Pure Cathodic Materials Promotes Sustainability in Cathodic Materials for Energy Storage
Phygital Packaging Transforming the Global Consumer Goods Landscape
Need For Smart Electronic Components and Innovative Materials to Design Easy to Use Phygital Packaging
Market Growth is Fueled by Regulations Centered Around Food Safety
Innovation in Printed Electronics and Sensors Boost IP Filings
Exploration of Renewable Materials for Phygital Packaging is of key Focus for Both Public and Private Entities
F&B, Healthcare, and FMCG Industries to Witness Highest Adoption in the Next Three Years
ICT Companies Active in Collaborating with Packaging Companies for Developing Targeted Solutions
North American and European Companies Lead in Adoption of Phygital Packaging
Integration of Smart Sensors and Printed Electronics Can Boost Phygital Packaging Adoption
Connected and Interactive Packaging to Witness Significant Growth and Investment Opportunities
Growth of Electric Vehicles Driving the Need for Battery Recycling
Hydrometallurgy and Pyrometallurgy to Lead the Way Toward Efficient Battery Recycling
Battery Recycling Process Largely Depends upon the Feed Type and Desired Recovery Efficiencies
Co-existence of Reuse and Recycling for Better End-of-Life Battery Management
Asia-Pacific and North America Lead in Battery Recycling Adoption
China and the US Leading R&D Efforts in Battery Recycling Technologies
Innovative Technologies Driving Cost-effectiveness and Efficiency of Battery Recycling Processes
Digitization of Battery Collection Infrastructure and Technological Advancements to Play a Critical Role
Battery Recycling Expected to Solve Emerging E-waste Management Challenges and Solidify Battery Manufacturing Supply Chain
The Transition to a Climate-neutral Economy and the Global Need to Accelerate Decarbonization is Driving Adoption
Carbon Upcycling Technologies Reduce Carbon Intensity of Fossil Fuels
Benchmarking of Key Carbon Upcycling Pathways
Supportive Government Policies Accelerating Large Scale Deployment of Carbon Upcycling Facilities
Energy, Chemicals, and Environment are the High-impact Industries
Government Funding Promoting R&D of Carbon Upcycling Technologies
China has a Significant Impact on the Patent Landscape in Carbon Upcycling
Cross-industry Collaborations Pave the Way for Innovative End-use Applications
Progressive Improvements Will Enable Significant Cost Reductions in the Deployment of Carbon Upcycling Facilities
Decentralized CCU Hubs Reduce Emissions, Provide Additional Revenue Streams, and Enhance Self-sufficiency
Decreasing Cost of Renewable Power Production and Economies of Scale to Reduce Green Hydrogen Production Cost
Green Hydrogen Expected to Play a Critical Role in the Future of Mobility and Zero Carbon Economy
Alkaline and PEM Electrolyzers to Assist Rapid Deployment of Green Hydrogen in the Near Term
Asia-Pacific and North America Lead in Green Hydrogen Adoption
The US and China Leading R&D Efforts in Green Hydrogen Technologies
Efficient Electrolyzer Design and Lower Energy Prices Will Reduce Green Hydrogen Production Costs
Supply Chain Optimization is Critical for Green Hydrogen Advancement
Green Hydrogen Can Play an Important Role in a Distributed and Decarbonized Energy Industry
Stringent Regulations and Circular Economy Transition Needs Driving Technology Adoption
Closed Loop Waste Reforming Processes Enhance Material Circularity
Europe Implements Advanced Thermochemical Techniques to Enhance Material Resource Recovery
Transformation of Existing Waste Reforming Infrastructure is the Key to Sustainable Development
Government Funding and Private Equity Investment Drive the Adoption
China has a Significant Impact on the Patent Landscape in Thermochemical Waste Reforming
Cross-Industry Collaborations Driving Innovations in Thermochemical Waste Reforming
Technological Advancements will Play a Major Role in Accelerating Commercialization of Thermochemical Waste Reforming Plants
Analysis of Growth Opportunities in Thermochemical Waste Reforming
The Convergence of Digital Platforms and a Distributed Grid Infrastructure Lays the Foundation for Technology Development
Smart Generation, Flexible Distribution, and Energy Prosumers to Build a Comprehensive Grid Edge Infrastructure
Grid Edge Technology to Enable Prosumerism in the Energy Sector
Integration of Distributed Energy Resources and Digital Platforms for Effective Energy Management Will Fuel Adoption
Connectivity and Convergence, Future of Energy, and Smart is the New Green Will Be the Primary Mega Trends Impacting Market Growth
North America Dominates the List of Patents Published
Artificial Intelligence, Internet of Things, and Blockchain Platforms Will Transform the Energy Industry
Multinational Conglomerates and Start-ups are Integrating Grid Edge Technologies for Enhanced Energy Network Performance
IT/OT Convergence, Interoperability, and Prosumerism will Pave the Way for the Growth of Grid Edge Technologies
Analysis of Growth Opportunities for Grid Edge
Grid Support Through Load Balancing Ensures Supply Security
Lithium-ion-based Energy Storage Will Strongly Influence Technology Research and Capacity Integration
Long Duration Energy Storage and Rapid Response Times are the Key R&D Focus Areas
Key Application Mapping for Grid Scale Energy Storage Systems
Declining Technology Costs Supported by Favorable Regulatory Initiatives to Drive Technology Adoption
North America Dominates the List of Patents Published
Flow Batteries, Cryogenic Energy Storage, and Novel Pumped Storage Technologies are Gaining Significant Traction
Application Diversity, Enhanced Operational Efficiency, and Safety to Drive Adoption
IT/OT Convergence Will Shape Grid-scale Energy Storage
Analysis of Growth Opportunities for Grid Scale Energy Storage
High-capacity LIBs Hold the Key for Global Decarbonization While Unlocking Multiple Opportunities
Battery Manufacturers are Striving to Strike a Balance Between Energy Density, Cost, and Safety
Formation of Stringent Regulations to Support the Growth of Domestic Supply Chain
Grant Funding from Public Entities Driving R&D of High-capacity LIBs
China Leads in Terms of Patent Filings
Key Innovators Driving R&D of High-capacity Lithium-ion Batteries
R&D Efforts Will be Mainly Focusing on Lithium-ion Battery Supply Chain Risk Mitigation
Growth Opportunities Offered by High-capacity Lithium-ion Batteries
High-performance Fuel Cells Find Applications across Multiple Industrial Segments
Higher Power Densities and Fuel Flexibility Will Drive Adoption of High-performance Fuel Cells
PEMFC and SOFC are Expected to Dominate Fuel Cell Adoption in Near Term
Development of Low-Cost Catalysts is the Key R&D Focus Area
Europe and North America lead in High Performance Fuel Cells Adoption
China and the US Are Leading R&D Efforts in High-performance Fuel Cell Technologies
Lower Cost of Hydrogen Production, Government Subsidies, and Tax Incentives to Drive the Adoption of High-performance Fuel Cells
High Performance Fuel Cells - Key to Realize Hydrogen Economy
Improving Operational Efficiency, Reducing Material Toxicity, and Ensuring Cost Effectiveness are the Key Growth Areas
The Solar Industry Is Transitioning from First Gen to Third Gen Technologies
Ease of Manufacturing and the Ability to Suit Numerous Applications Influence Product Demand
Energy & Environment, Consumer Electronics, and Automotive Sector to Boost Initial Adoption of Perovskite Solar Technology
CHINA Leads in the Number of Published Patents
Research on Perovskite Solar is Expected to Enable Grid Parity, Cost-effectiveness, and Improved Energy Yield
Companies are Utilizing Novel Fabrication Methodologies & Processes for Improving Operational & Commercial Performance
Efficiency and Application Enhancements Along With Novel Material Development to Influence Long-term Industry Dynamics
Analysis of Growth Opportunities for Perovskite Solar
Solid-state Batteries to Play an Important Role in Accelerating EV Adoption
Solid-state Batteries Can Resolve Fundamental Challenges in Lithium-Ion Batteries
Solid-state Batteries Offer Opportunities for Europe to Strengthen its Domestic EV Battery Supply Chain
Public Funding from European Nations Spearheading R&D of Solid-state Batteries
Strengthening Strategic IP Development Remains the Top Priority for Asian Companies Leading the Technology Commercialization Race
Automakers and Battery Start-ups Are Pursuing Innovations
Overcoming Technical Challenges Hindering Mass Production Will be the Key to Solid-state Batteries’ Success in the Long Run
Growth Opportunities Offered by Solid-state Batteries
Fast-paced Adoption of Advanced Biomanufacturing Capabilities Across the Globe
Rising Implementation of Advanced Biomanufacturing Technologies in the US and Asia-Pacific
China and the US are Leading Patent Holders in the Biomanufacturing Landscape
Biomanufacturing 4.0 Driven by Big Data Analytics Collected by Sensors and Process Analytical Technologies
Recent Biomanufacturing Collaborations and Funding Has Increased the Potential of Biomanufacturing Capabilties
Key Companies Leading the Advanced Biomanufacturing Revolution
AI-integrated Platforms and Plug-and-play Automation Systems will Speed Up Biomanufacturing Processes in the Near Future
Advanced Biomanufacturing Industry Growth Opportunities
Non-Viral Vector Drug Delivery Can Empower the Future of Vaccines
Rising Implementation of Advanced Biomanufacturing Technologies in the US and Asia Pacific
Patent Filings Focus on Nucleic Acid and Plasmid DNA
The US Leads in Public Funding Initiatives Related to Non-Viral Vector Drug Delivery
Non-Viral Vector Drug Delivery Platforms Can Create New Collaborative Business Opportunities for Stakeholders Beyond Pharma Industry
Cationic Polymers Have Adoption Potential for Development of Non-Viral Vector Drug Delivery Platforms
Improving Efficacy Will Speed Up Adherence to Non-Viral Vector Drug Delivery
Non-Viral Vector Drug Delivery Is Gaining Momentum in Gene Therapy, Vaccines, and Cancer Treatment
Nutriomics Can Help Develop Next-Generation Therapeutics From Food
Application of Omics across DNA, RNA, Proteins, Lipids, and Microbiome Enables its Adoption in Developing Therapeutic Diets
The US is Leading in the Patent Landscape of Nutriomics with Accelerated Academic and Collaborative Research
Companies Across the Globe are Active in Leveraging Nutriomics for Personalized Nutrition
Nutriomics Can Aid in Reducing the Risks Associated with Diseases and Disorders
AI-integrated Platforms and Plug-and-play Automation System will Speed Up Biomanufacturing Processes in Near Future
Developments in Nutriomics Approaches Help Evaluate the Link Between Diet and Disease
TECHNOLOGY Developments in Single Cell omics will be key to Drive Growth
Market Growth Will be Driven by Technology Developments and the Increasing Need for Noninvasive Diagnostics and Personalized Medicine
The US is the Innovation Hub for Single Cell Omics, with a Major Focus on Building Cell Maps and Developing Non-invasive Diagnostics and Personalized Medicine
Increasing Federal Funding for Single Cell Omics Technologies is Bolstering R&D Intensity and Innovation
Key Instrumentation and Analytics Companies Paving the Way for Advances in Single Cell Omics
Leveraging SCO Analysis for Translational Research & Developing Improved Analytical Tools will Drive Full Fledged Adoption
Growing Developments in Single Cell Omics Platforms Help to Unravel Disease Pathways and Support Precision Medicine Development
Innovation-Intense Smart Drug Discovery is Primed for Steady Growth and Development
Market Growth Will be Driven by Technology Developments and the Increasing Need for Noninvasive Diagnostics and Personalized Medicine
AI-enabled Platforms Are Poised to Transform Every Step of Drug Discovery Pipeline
Top Pharma Companies Hold Patents for AI Drug Discovery
Increased Private Funding Into AI-enabled Drug Discovery Start-ups Will Fuel Therapeutic Innovations
Key AI-Enabling Companies to Watch in Smart Drug Discovery
Big Pharma Integrating AI in Drug Discovery via Partnerships and Internal R&D to Bolster Growth
Leveraging Innovative Business Models Such As Precompetitive Collaborations Is the Way Forward to Accelerate Smart Drug Discovery
COVID-19 Pandemic has Set a Precedent for the Use of AI-enabled Drug Discovery for Drug Repurposing and Investigation for Future Pandemics and Infectious Diseases
Digital Tools and AI/ML Will Continue to Positively Impact the Drug Discovery Industry and Accelerate Drug Development
Technology Advances to Drive Growth Opportunities in Transformative Vaccines
COVID-19 Pandemic Has Led to the Surge in Transformative Vaccine Development
The COVID-19 Pandemic is Driving Collaboration and Licensing Across Pharmaceuticals to Access Vaccine Technologies
Vaccine Development is Powered by Both Private and Public Funding
Anti-COVID-19 Vaccines: Nucleic Acid and Viral Vector Platforms are Dominant
Vaccine Development: Lessons Learned from COVID-19 Pandemic and Megatrend Impact
COVID-19 Pandemic is Accelerating Partnerships Between Public and Private Sectors
New Entrants Driving COVID-19 Vaccine Development
A Stable Innovation Ecosystem and Cost Competitiveness Are Critical for Success of Future Vaccines
Transformative Vaccine Roadmap: Impact in Near Future and Untapped Opportunities
Commercial and Technical Growth Opportunities in Transformative Vaccines
AIOps augments the IT team capability by making the IT operations highly efficient and reliable
AIOps Plays a Key Role in Digital Transformation and Unlocks New Growth Opportunities
Integrate IT Operations Tightly with Security to Provide Reliable Resolution to Issues
Improving IT Operations and Bringing More Reliability to Business Operations
Increased Hybrid IT Infrastructure Adoption by Enterprises is Driving the AIOps Market
China and the US Account for 74% of all AIOps-related Patents, with China Dominating
AIOps Adds Intelligence to IT Operations Across Various Industries and Enables Innovations in the Digital Era
Leaders in AIOps Space are Helping Companies Transform their IT Service Management
AIOps will Evolve from Simple Desk Service Orchestration to Completely Automated NoOps Capabilities
Cognitive radio is becoming a popular paradigm for building next‐ generation wireless systems to provide reliable communication
Cognitive Radio Provides the Ability to Establish Communications Among Users Based on Operating Conditions or User Requirements
Cognitive Radio is an Advanced Wireless Communication Approach to Address Network Congestion Issues
Cognitive Radio Enables Efficient Spectrum Utilization to Drive New Wireless Communication Applications and Services
Rising Deployments in North America with Demand Mainly from Military and Defense
China and the US Account for about 66% of Patents Published
Military and Public Safety Use Cognitive Radio for Critical Communications
Major Telecom Participants are Investing to Ensure Efficient Communication
CR Technology Will Transform Wireless Communications through Efficient Spectrum Utilization
dApps Will Drive New Wave of Innovations Across Industry Sectors
dApps Creates an Innovative Open Source Ecosystem
dApps to Become Mobile-Native in the Near Future
The US is Leading Global Patent Activity with Almost 20% of Total IP Published Globally
Vast Majority of dApps Development Continues to be on the Ethereum Blockchain
Decentralized Finance Has Become a Driving Force for the Blockchain Industry
Elastic Finance to be the Next Wave of Growth in the dApps Ecosystem
Need for automation and service agility to drive the demand for multi-cloud automation in modern cloud environments
Multi-cloud Automation Ensures Optimal Usage of Cloud Resources from Multiple Providers
Automating Complex Multi-cloud Environments is the Imperative Need
Multi-cloud Automation is Expected to Bring over $28 Bn in Revenues in the Next 5 Years
The US and China Dominate the Global Patent Publication Activities with the US alone Contributing 42%
Enterprises in Multiple Industries are Increasingly Embracing Multi-cloud Automation
Leading Enterprises Have Already Started Leveraging Services from Multi-cloud Automation Solution Providers
Edge Computing and AIOps to see Prominence in Multi-cloud Automation Environments
Open RAN is transforming the Mobile network space to be more intelligent, virtualized and fully interoperable
Open RAN Promises Greater Interoperability and More Competition
Open RAN to Disrupt the Telecommunication Space and to Enable Newer Business Opportunities
Open RAN is Expected to Bring close to $10Bn in Revenues in the Next 5 Years
The US Leads the Patent Race in Open RAN Globally, Supported by the Most Ecosystem Participants
Convergence of AI, Cloud, IoT, and 5G Will Empower a New Era of Intelligent Connectivity across the globe
Open RAN Enables a More Competitive and Vibrant Supplier Ecosystem
Open RAN to Lead the Open Mobile Future
Demand of Higher autonomy from Edge Devices resulting in higher adoption of Reinforcement Learning
Reinforcement Learning Enables Continuous Learning and Informed Decision Making
Using Trial and Error, RL Maximizes the Value of the Predetermined Objective to Improve the Efficiency of the System
RL Will Bring In over $120 Billion in Revenues in the Next 5 Years
China Leads Reinforcement Learning Patent Activity Due to the Notable Research Activities of Its Universities
RL-based Personalization Use Cases in Marketing, Automotive, And Gaming Have Been Implemented Successfully
Computing Giants, Such As Google, Microsoft, and Alibaba, Lead In RL Development
RL is Gaining Commercial Traction with Growing Prevalence of Computing Resources
Growing impact of Cyberattacks is fueling the growth of Smart object security market
Smart Object Security Ensures the Security of Connected Devices at Both Hardware and Software Levels
Unprecedented Growth in Smart Objects Increases Security Concerns, Requires Proper Security Measures at Device Level
Compromising Smart Device Security Could Lead to Significant Risks to Businesses, Consumers, and Societies
Proliferation of Smart Manufacturing and Autonomous Cars Is Fueling the Growth of Smart Object Security
China and the US Account for 61% of all Smart Object Security-related Patents, with Major Dominance by China
Smart Object Security is Gaining Prominence Across Multiple Industries Due to a Rapidly Expanding Connected Device Ecosystem
Startups to Play a Key Role in Smart Object Security Vendor Ecosystem
Smart Object Security to Gain More Traction with the Growing IT and OT Converged Environments
Improved Surgical Precision and Clinical Productivity Driving Adoption of Advanced Surgical Visualization Technologies Globally
Strategic Collaborations and Research Activities to Support Uptake of Advanced Surgical Visualization Technologies Globally
Steady Patent Growth Witnessed in the Last 3 Years, with China and the US Accounting for 50% of the Patents Published
Strong Funding from Government Agencies and Private Investors to Boost Technology Development
Large Medical Device Companies, Startups, and Academia Constitute the Advanced Surgical Visualization Innovation Ecosystem
Strategic Partnerships to Fuel Development of Advanced Surgical Visualization Technologies
Advanced Surgical Visualization Technologies Enable Precise Ophthalmology and Neurosurgical Procedures and Facilitate Effective Radiation Therapy Plans
Technology Convergence Facilitates More Personalized and Precise Surgery and Reduces Post Procedural Complications
Incorporation of AI, 5G Technology, and Industry-hospital Collaborations Can Improve Advanced Surgical Visualization Platform Functionality
Increasing Market Demand for Contactless Health Monitoring due to COVID-19 Pandemic
Contactless Health Monitoring Technology will Experience a High Market Demand Across the Globe for Predicting Future Epidemics
Most Innovative Contactless Health Monitoring Technology Patents Are Published In China, US, and Europe
Significant & Increasing Funding in Emerging Start-ups is Driving Innovations in Contactless Health Monitoring Technologies
Contactless Technology, Such as Sound and Video Analysis Enabling Remote Health Monitoring, Is Expected to Create a High Impact in Next 3-4 Years
Contactless Sensor Technology Can Play a Significant Role in the Miniaturization of Advanced Medical Devices to Make them Lightweight and Portable for Better User Experience
Contactless Health Monitoring Technologies Tracks Vital Signs, such as Heart and Respiration Rate, to Enable Healthcare Providers to Make Informed Management Decision
Contactless Health Monitoring of Vital Signs Enables Remote and Home-based Health Monitoring
Contactless Health Monitoring Technologies Enable the Government to Take Precautionary Actions to Avoid Future Pandemics and Healthcare Companies to Conduct Efficient Clinical Trials
Mobile Platform-based Contactless Health Monitoring Technologies to Experience High Adoption Rate Across the Globe
COVID-19, Intensive Research, and Significant Capital Investments Are Driving High Demand for Digital Biomarkers
Digital Biomarkers Will Experience a High Adoption Rate in Major Geographies Due to Their Ability for Continuous Remote Monitoring in a Broad Range of Therapeutic Areas
US Is the Digital Biomarker Innovation Hub with the Majority of Patents Focused On Mental Health, Neurological Diseases, and Fitness
Private and Federal Funding Accelerates R&D of Digital Biomarkers to Understand Complex Diseases; Digital Biomarkers Offer New Business Opportunities to Industry Participants
Digital Biomarkers Can Deliver Low Costs and Other Benefits for All Key Stakeholders
Digital Biomarkers Offer Easier And Less Expensive Access to Continuous And Longitudinal Health Measurements
Large Participants Are Collaborating With Other Industry Participants To Conduct Advanced Research And Develop New Digital Biomarkers
Most Technology Developers Are Enabling Patients to Use Digital Biomarkers Remotely without Supervision or Training
Digital Biomarkers Will Continue to Impact the Healthcare Industry after the COVID-19 Pandemic by Enabling Remote Patient Monitoring and Accelerating Drug Development
Industry Participant Partnerships to Develop Novel Digital Biomarkers for Advanced Research of Drug Discovery Offer a Significant Opportunity for Novel Treatments
Increased Adoption of Digital Therapeutics During the COVID-19 Public Health Emergency
Government Initiatives for Preventative and Quality Care are Driving the Growth of Digital Therapeutics Market Across Geographies
ASIA PACIFIC Countries Push Innovation by Showcasing the Highest Number of Patent Publications
Private and Federal Funding are Accelerating R&D of Digital Therapeutics Across a Range of Indications
Emerging Start-ups with Evidence-based Digital Intervention Drive the Market
The Future of Care Demands a Digital Therapeutic Enabled Care Ecosystem
Digital Therapeutics Decentralizing Healthcare Delivery and Improving Clinical Outcomes
COVID-19 Has Emerged As a Key Enabler for Driving Adoption of Intelligent Medical Triage Platforms in the Hospitals
Collaborations Between Healthcare Providers and Platform Developers, Favorable Industry and Government Initiatives to Support Adoption of Intelligent Medical Triage Globally
Strong Patent Growth in Intelligent Medical Triage Observed in Last 3 Years
Continued Public and Private Funding Drives Intelligent Medical Triage Product Development Programs Globally
Intelligent Medical Triage Will Have Broad Spectrum Application Areas Such As Pulmonology, Ophthalmology, And Oncology
Emerging Start-ups Driving Intelligent Medial Triage Innovation
Intelligent Medical Triage for Detection of Patient Ventilator Asynchronies, Health Risk Calculation, and Assisting During Mass Casualty Incidents
Wearable Use, Channeling Investments for Accessing Patient Data Sets, and Deploying Consumption-based Models by Technology Developers Will Play Pivotal Roles in Improving Functionality and Adoption of Intelligent Medical Triage Platforms
Next-generation Pathology will Soon Be the New Standard of Care in Primary Disease Diagnosis
Increased Prevalence of Diseases and Dwindling Pathologists Drive the Next-generation Pathology Market
Artificial Intelligence Innovations in Pathology Dominate the Global Patent Publishing Landscape
Government and Private Funding Will Be Key for the Growth of Next-generation Pathology
The Stakeholder Ecosystem is Actively Involved in Increasing Throughput and Adopting Advanced Image Analysis
Next-generation Pathology Has a Strong Impact on Its Multitude of Applications
Advancements in Automation and Image Analysis Will Drive the Future of Pathology
Adoption of Advanced Technologies and New Business Models Are Vital for Growth in the Next-generation Pathology Industry
Accelerated Storage Improves Data Transfer Speed in Enterprise Storage Infrastructure
NVMe and NVMe-oF SSDs will Propel the Market Growth of Accelerated Storage
A Majority of Patents Published Focus on SSDs, Controllers, and NVDIMM Arrays
Strategic Partnerships and Venture Funding Drive the Commercialization of Accelerated Storage
Accelerated Storage is Driven by Memory and Networking Companies
BFSI, Media, and Healthcare will Adopt Accelerated Storage to Improve Efficiency
NVMe, New Flash Technologies, and HCI will Drive Opportunities in Accelerated Storage
Evolving Business Models, Particularly Data Center-as-a-Service, will Fuel the Growth of Accelerated Storage
FPGA-based Architecture is Poised to Drive Advancements in Adaptive Computing Solutions
North American FPGA Leaders Dominate Global Market Share
NOC and Machine Learning-enabled FPGAs are Areas of Interest
Government Focus on Semiconductors, Expansion of Product Portfolios, and Enhancements in Analytics Drive Investments
Application Diversity – Automotive, Telecom, Healthcare, Automotive, and Consumer Electronics are High-impact Sectors
Future Perspective and Technology Roadmap: Stay-At-Home Economies Further Triggering Adoption of Adaptive Compute Solutions
Growth Opportunities of Adaptive Computing
Edge AI Chipsets Will Reduce Dependency on Cloud AI Platforms
The US is Poised to Emerge as a Forerunner in the Adoption of Edge Inference Solutions
Top Semiconductor Companies and Technology Providers Dominate Edge Inference Patent Landscape
Venture Funding and Acquisitions are Pivotal to the Growth of Edge Inference
Established Semiconductor Companies and AI Start-ups Actively Pursue Edge Inference
Consumer Electronics, Industry4.0, and Healthcare will Drive the Adoption of Edge Inference Chips
Hardware Innovation and Emerging Applications are Vital to the Growth of Edge AI Chips
Innovations in Edge AI Processors and Software Drive the Growth in Edge Inference
GaN-on-Si is Pivotal in Power Electronics, RF, and Display Domains
GaN Semiconductors, GaN LEDs, MicroLEDs, and RF GaN will Contribute to Market Growth
Majority of the Patents Published Focus on Innovations Around GaN Semiconductors, MicroLEDs, and RF
Government Funding and Strategic Collaborations will Be Key for Growth of GaN-on-Si
GaN-on-Si is Pursued Actively by Established Semiconductor Companies and Semiconductor Start-ups
GaN-on-Si will Be an Integral Component of Power Adaptors, Solar Panels, and RF Amplifiers
High-Power Electronics, 5G, and MicroLED Displays will Drive GaN-on-Si
Supply Chain Collaboration Between Stakeholders is Vital to the Growth of GaN-on-Si
Eyeglass-style Waveguide Technology To Replace Conventional Bulky Waveguides
The COVID-19 Pandemic is a Catalyst for XR Solutions
Strengthening Strategic IP Development and Accumulation of Innovative Assets Remain Top Priorities for Enterprises
Industry Consortiums and Venture Capitalists Aggressively Investing in Waveguide Optics
Waveguide Optics is Poised to Witness Exponential Demand from Automotive and A&D Industries in the Short Term
Industry Focus on Integrating Micro-leds for AR Solutions in the Near Tern
Analysis of Potential Growth Opportunities for Optical Waveguide Stakeholders
Behavioral Biometrics to Reduce False Rejection Rates and False Acceptance Rates for Enhanced Authentication
Technological Advancements, Government Focus on Law Enforcement, and Strategic Alliances Drive Market Growth
Strengthening Strategic IP Development Remains A Top Priority for Enterprises Globally
Government Focus on Security, Fraud Detection, Expansion of Product Portfolios, and Enhancements in Analytics Drive Investments
Companies from the US and Europe are Driving Advancements in Behavioral Biometric Sensors
Application Diversity — Law Enforcement, Cybersecurity, Business and Financial Services, Healthcare, and Defense are High-Impact Sectors
Advanced Machine Vision Systems to Play a Key Role in Wider Adoption of Behavioral Biometric Systems
Analysis of Potential Growth Opportunities for Behavioral Biometric Stakeholders
Flash Lidar Improves Object Identification Capability In Automobiles
The US Leads Flash Lidar Solution Adoption
Patent Trends Indicate R&D Focus on Miniaturization and Improved Detection Range
Venture Funding and Strategic Collaborations are Pivotal to the Growth of Flash Lidar
Flash Lidar is Pursued Actively by Major Automakers and Global Start-ups
Automotive and Industrial Automation Are Key Growth Areas
Advancements in Autonomous Vehicles and Broader Application Portfolio will be Vital for Growth of Flash Lidar
High Resolution 3D Mapping Ability Will Drive Wider Adoption of Flash Lidar
Increasing Funding Attracts Innovators and Boosts Commercialization Opportunities
North America and Europe Are Frontrunners in Technology Adoption
Companies and Universities in the US are the Leading Patent Owners Globally
The US and EU Projects Support Development of Graphene Sensors
Mid-size Companies and Start-ups Focus on Disruptive Innovations in Niche Areas
Healthcare, Building & Construction, and Automotive are High-impact Industries
Miniaturization and Novel Applications to Accelerate Adoption of Graphene Sensors
HSI Enables Early Detection, Diagnosis, and Control of Diseases, Resulting in a Significant RoI for Farm Owners
Development Efforts are Directed Toward Making HSI Systems Cost-efficient
Precision Farming and Environmental Monitoring Remain Key Application Areas of Focus
HSI Adoption for Earth and Planetary Observations are Noted to be on a Rise
Companies and Organizations from the US and Europe are Driving Advancements in HSI
Agriculture & Food, Healthcare, Automotive, and Consumer Electronics are High-impact Sectors
Hyperspectral ImageNet Can Become a Key Driver for HSI Adoption
Hyperspectral Imaging Provides the Ability to See Beyond the Broader Domain of Visible Light
Submillimeter Wave Sensing Poised to Impact the F&B, Security, Defense, Pharmaceuticals, and Medical Imaging Sectors
Strong R&D Drives Market Growth
Submillimeter Wave Sensing-based Biomedical Diagnosis and NDT Remain Priority Focus Areas of Technology Development
Government Funding and R&D will be Key for Growth of Submillimeter Wave Sensing
Companies and Organizations from the US and Europe are Driving Advancements in Spectral Sensing
Food & Beverage, Plastics, Pharmaceuticals, Healthcare, and Security are High-impact Industries
Advancements in Submillimeter Wave Sensing Have Opportunities to Aid in Detection of Product Contamination and in Biomedical Diagnosis
Growth Opportunities of Sub-millimeter Wave Sensing
Top 50 Technologies – Selection Methodology : Explanation
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Author | Aarthi Janakiraman |
---|---|
Industries | Information Technology |
No Index | No |
Is Prebook | No |
Keyword 1 | future technologies |
Keyword 2 | new emerging technologies |
Keyword 3 | emerging technologies 2022 |
Podcast | No |
WIP Number | DA5B-01-00-00-00 |