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Georgia Tech Advanced Technology Development Center (ATDC), USA
Serverless Edge Computing
What growth gaps can your business effectively address by adopting serverless computing solutions?
EV Batteries and Single-chip LiDAR
What are the key growth prospects in single-chip light detection and ranging (LiDAR), shaping the automotive industry?
Medical Imaging and Diagnostic Solutions
How can AI-based image analysis and enterprise-based radiology software accelerate innovation and growth?
Edge Computing, Cloud, and AI
How can you capitalize on AI-powered tools shaping automation and personalized marketing to stay ahead of the curve?
Nanotechnology for Surface Coatings and Pollution Remedies
What steps should you take to harness nanocomposite materials to enhance sustainability and achieve growth?
Carbon Capture, Methane Pyrolysis, and Waste Upcycling
How can you leverage growth with the adoption of plastic waste valorization and gain a competitive edge?
Additive Manufacturing, 3D Printing, and Robots
How are technological advancements like autonomous mobile robots transforming the manufacturing industry?
Sustainable Packaging and Bio-based Pigments
Is your team equipped to adopt bio-based wood foam technology and recycled fiber solutions, driving sustainability?
Scaling the Future of Manufacturing: Technology-led Growth in 2025
In today’s dynamic landscape, manufacturers are under mounting pressure to boost efficiency, reduce waste, and deliver personalized output at scale. Frost & Sullivan’s Top 50 Technologies of 2025 for the Advanced Manufacturing & Automation cluster offers a technology-forward view of how digital intelligence, automation, and sustainability are redefining the factory floor and beyond.
Driving Scalable Intelligence: Edge AI’s Role in Shaping Industry 4.0
Edge artificial intelligence (Edge AI) is rapidly emerging as the backbone of Industry 4.0. As industrial operations shift toward decentralization, real-time responsiveness, and hyper-automation, Edge AI bridges the gap between centralized cloud processing and on-device intelligence. The result? Faster decision-making, enhanced privacy, and reduced energy consumption — across industries such as manufacturing, automotive, consumer electronics, and energy.
Unlocking Longevity: Growth Opportunities in Emerging Anti-aging Strategies
As the global population ages, the pursuit of extended healthspan is becoming a critical health and economic imperative. Innovations in the anti-aging industry are progressing rapidly, driven by genomic and cellular rejuvenation, precision medicine, and artificial intelligence (AI)-powered interventions.
Advanced Battery Technologies Driving Growth in Energy & Utilities
As the energy and utilities industry pushes toward decarbonization, lithium (Li)-ion batteries are emerging as a core technology for enabling electrification at scale. From powering electric vehicles (EVs) and electric vertical take-off and landing (eVTOL) aircraft to supporting industrial processes and grid-level storage, batteries are expected to deliver more capacity, longer life, and enhanced safety.
The Emergence of Cognitive CEO Factories: Institutionalizing Strategic Intelligence Through AI-powered Thinking Layers
In today’s fast-evolving, volatile environment, business leaders are recognizing that transformation goes far beyond implementing tools. It’s about changing how decisions are made — not just by executives, but across the entire organizational fabric.
This is where the idea of the “Cognitive CEO Factory” enters. First coined in the context of MetaBrain, this concept captures how AI isn’t simply assisting decision-makers but architecting a shared cognitive infrastructure: an institutional “brain” capable of real-time reasoning, learning from itself, and coordinating strategy across functions.
Growth Opportunities in Next-gen Materials Discovery
As industries shift toward agile, intelligent, and sustainable solutions, materials science is experiencing a foundational transformation. Artificial intelligence (AI) and quantum computing —once seen as future enablers —are now critical tools reshaping the way chemicals and advanced materials are discovered, designed, and deployed.
AI is fueling data-driven experimentation, while quantum computing allows for the simulation of complex molecular systems previously beyond reach. The result: faster R&D, lower costs, and entirely new material classes with transformative potential across industries like energy, electronics, transportation, and healthcare.
Frost & Sullivan’s recent Growth Opportunity Analytics webinar unpacked this evolving landscape through its session on “Growth Opportunities in Next-gen Materials Discovery: AI and Quantum Computing as Catalysts for High-value Innovation and Industry Leadership.”
Growth Opportunities in Edge AI: How Sensor-AI Synergy Is Powering Smarter Devices
With the surge in data generated by smart devices, traditional cloud computing is struggling to keep pace, both in speed and efficiency. Edge AI is bridging this gap by combining sensors, microcontroller units (MCUs), and artificial intelligence to bring intelligence closer to the source. It’s redefining how machines perceive, process, and respond in real time.
To explore the immense potential and challenges of this shift, Frost & Sullivan hosted a webinar titled “Growth Opportunities in Next-gen Intelligence at the Edge: Harnessing Sensor-AI Synergy in MCUs for Smarter, Scalable Edge Intelligence.”
TechVision
Check out the on-demand TechVision growth webinars
- Growth Opportunities in Next-gen Intelligence at the Edge
- Growth Opportunities in Next-gen Materials Discovery
- Smart and Sustainable Manufacturing
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Nokia Executive Experience Center, Dallas, TX
Powering Organic Growth through Product Innovation
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Marriott Harbor Beach Resort and Spa, Fort Lauderdale, FL
A Frost & Sullivan Executive MindXchange
