Many people mistakenly view the current AI paradigm as “another new industry.”
This view is limiting and misses a key point: the current AI paradigm is not “an industry” or just a technology.
Rather, that is a convergence or a tipping point, which is making, at once, many industries expanded, enhanced, and viable for the first time in decades!
Thus, we should adjust our lenses to view it in multiple ways. Only this multi-layered approach will give a full picture of the total value AI will bring to the market.
In short, the current AI paradigm works as a connector tissue that’ll make existing, developing, and new industries viable through existing technologies.
Thus, enhancing each field’s capabilities and possibilities can create a new paradigm.
In that respect, my thesis is we’ll see this across three spectra:
Phase 1: A layer on top of every existing industry (known knowns) - defined by linear technology and market expansion.
Phase 2: An enhancer for many developing/complementary industries (known unknowns) - defined by linear technology expansion, only partially linear market expansion, and non-linear market expansion.
Phase 3: The foundation for creating whole new emerging industries viable (unknown unknowns) - defined as fully non-linear technology/market expansion.
The combined effect of the above is developing a whole new set of business categories that might be worth dozens of trillions.
How?
Follow me along…
The Current AI Business Paradigm
In the three layers of AI theory in the AI Business Models book, I explained in detail what the AI business ecosystem looks like.
There, I explained how, on the software side, the industry is developing according to three layers (on the software side):
Foundational Layer: General-purpose engines like GPT-3, with features such as being multimodal, driven by natural language, and adapting in real-time.
Middle Layer: Comprised of specialized vertical engines replicating corporate functions and building differentiation on data moats.
App Layer: The rise of specialized applications built on top of the middle layer, focusing on scaling up the user base and utilizing feedback loops to create network effects.
This enabled a whole new Business Ecosystem.
In short:
In Software, we moved from narrow and constrained to general and open-ended (the most powerful analogy at the consumer level is from search to conversational interfaces).
In Hardware: we moved from CPUs to GPUs, powering up the current AI revolution.
In Business/Consumer: we're moving from a software industry that is getting 10x better as we speak just by simply integrating OpenAI's API endpoints to any existing software application. Code is getting way cheaper, and barriers to entering the already competitive software industry are getting much lower. At the consumer level, first millions, now hundreds of millions of consumers worldwide, are getting used to a different way to consume content online, which can be summarized as the move from indexed/static/non-personalized content to generative/dynamic/hyper-personalized experiences.
If you understand the above, we can examine the current AI paradigm and how it influences every mature, developing, or about-to-develop industry!
Where are we right now with the commercial development of AI?
Since the launch of GPT-2 in 2019, the Gen AI paradigm has been based on prompting in the last five years.
In short, the LLM completed any task based on a given instruction. The quality of the output highly depended upon the quality of the input (prompt).
However, in the last few weeks, we’ve finally seen the rise of Agentic AI, a new type of artificial intelligence that can solve complex problems independently using advanced reasoning and planning.
Unlike regular AI, which responds to single requests, agentic AI can handle multi-step tasks like improving supply chains, finding cybersecurity risks, or helping doctors with paperwork.
It works by gathering data, devising solutions, carrying out tasks, and learning from the results to improve over time.
What are the critical features of Agentic AI vs. Prompting?
• Autonomous Problem-Solving: Agentic AI uses sophisticated reasoning and iterative planning to solve complex, multi-step tasks independently.
• Four-Step Process: Perceive (gathers data), Reason (generates solutions), Act (executes tasks via APIs), and Learn (continuously improve through feedback).
• Enhanced Productivity: Automates routine tasks, allowing professionals to focus on more complex challenges, improving efficiency.
• Data Integration: This technique uses techniques like Retrieval-Augmented Generation (RAG) to access a wide range of data for accurate outputs and continuous improvement.
I covered all about AI Moats and AI Business Models in the linked resources.
Let’s now move back so I can present my thesis about how AI will influence the whole business landscape.
A layer on top of every existing industry (known knowns) - defined by linear technology and market expansion
The first layer of this market expansion is within the knowns-knowns, or what I love to call linear market expansion.
That can be summarized as “take any industry that has been Internet/Web-native, add AI on top, and you get a whole new enhanced experience that boosts adoption and expands the market by many times over.”
This market expansion is the fastest and relatively easy to foresee in terms of potential impact (though it’s impossible to know which players will adapt best in this new paradigm). It’s the first step happening as we speak, and it might mature anywhere in the next 5-10 years.
A quick example is if you’re Meta. You integrate AI into your Ad ecosystem to improve the delivery, quality, and personalization of ads, and right out of the box, you’ve created an AI engine capable of bringing in a hundred billion in added revenue on top of your existing business model in the coming years.
Same. You’re Google. You enhance search via AI features (like AI overviews), you start selling ads within that ecosystem, and out of the box, you’ve added a few hundred billion market cap on top!
This phase, I’ll call it, of linear improvements.
It will be straightforward for everyone to know how AI will be integrated into the existing ecosystem; there will be a lot of buzz around it. However, this phase will also generate the most confusion for many people, especially experts in these existing industries, as they’ll believe it’s all that is, and that’s that major misunderstanding!
As these experts see these linear improvements coming in, they will assume that all we’ll see is an AI integrated into the current ecosystem to enable existing players or new players to emerge.
For instance, according to this view, existing search engines fiercely compete for this expanding market, and new search engines coming in.
According to this view, existing social media platforms will fiercely compete for this expanding market, and new social media platforms will rise.
While this is true, it misses that this is only a transitional phase. Indeed, at the end of it, we’ll no longer have a “search industry” or a “social media industry,” as these will be redefined according to the new AI paradigm. In short, the Web will incorporate the latest AI paradigm and expand on top of it. But in the next decade, the new AI paradigm will swallow the existing web paradigm and transform it into something completely different!
That starts by adding AI as a layer on top of every industry created during the Commercial Internet.
Gen AI as A Layer on top of every existing industry (The Web²)
When the commercial internet came about, we witnessed a transition from supply-side economics to a demand-side one, bringing us to “customer obsession.”
Companies like Netscape redefined the whole industry, breaking the wall of existing players like AOL. This opened the way to search engines first with the rise of Google.
The rest is history.
Yet, a key take here is that with the internet, we moved from walled gardens to a more open commercial internet and back to Big Tech in a full cycle that has lasted thirty years.
That teaches us that, as usual, the impact of transformative technologies like the Internet is overhyped in the short term while underrated in the long run!
The same is true for the current AI parading.
To be sure, what we call “AI” in the current business context is actually a branch of artificial intelligence called machine learning. Within machine learning, a new architecture (transformer) enabled us to build a whole new paradigm for AI (what we call “Generative AI”), which is based on a type of computational model called a large language model (LLM).
Well, that determined a paradigm shift: In 2022, when OpenAI had put an impressive UX around its existing GPT models, the so-called “ChatGPT Moment” occurred.
From there, a Cambrian business explosion created “The AI Convergence,” or an AI paradigm with such general-purpose capabilities that it simultaneously enables the explosion of multiple industries (from AR to robotics).
To get there, we had to go to various AI winters.
The Internet has transformed the business world to its fundamentals.
And just like the Internet has worked to enable any business digitally (you could start selling online), it has also redefined the whole paradigm of how you build a business model in the first place (with platforms like Uber and Airbnb) and created ecosystems never seen before (with the iPhone becoming by itself a business ecosystem, which has spurred a multi-trillion market).
AI will undergo a similar process. Yet, since AI is coming right after the development of the commercial Internet (and we could say the two waves are intertwined), they are working to reinforce each other in a loop that we might call “Internet².”
Where everything possible thanks to the Internet, it will be further amplified by AI.
Thus, take every single industry enabled, amplified, and transformed by the Internet, add AI, and you already have an expanded digital market!
What does that mean practically?
Well, what industries are Internet-native? These will be the first to be integrated within the AI ecosystem.
That is already happening since companies like Apple, Google, Meta, and Amazon are all transitioning to AI-first companies.
This isn’t just a buzzword. Indeed, these companies will invest hundreds of billions in the upcoming quarters to ensure their presence at the AI table.
For instance, if you think of just a few segments where AI can sit as a layer on top of these existing industries to increase their adoption and ability to create value, you’ll get a commercial Web that, out of the box, will be 5-10x in market value in the next 5-10 years.
As a quick glimpse into this potential:
Where will we see this linear progression?
E-commerce
Top Players: Amazon, Alibaba, eBay, Shopify, JD.com (+ emerging players)
Potential AI Impact in the Coming Decade:
Hyper-Personalization: AI will analyze customer data to offer personalized product recommendations, emails, and advertisements, enhancing user experience and increasing sales.
Advanced Chatbots and Virtual Assistants: Generative AI will power more sophisticated customer service bots capable of understanding and resolving complex queries in real-time.
Inventory and Supply Chain Optimization: AI algorithms will predict demand trends and optimize inventory levels, reducing costs and improving efficiency.
Visual Search and Augmented Reality (AR): AI-enabled visual search will allow users to find products using images, and AR will let customers virtually try products before buying.
Fraud Detection: AI will enhance security by identifying fraudulent transactions through pattern recognition.
Social Media
Top Players: Facebook (Meta Platforms), Instagram, TikTok, X (formerly Twitter), Snapchat
Potential AI Impact in the Coming Decade:
Content Creation and Enhancement: Generative AI will help users create high-quality content, such as auto-generated videos, images, and text posts.
Personalized Feeds and Ads: AI will refine algorithms to display content and advertisements that are highly relevant to individual users, increasing engagement.
Advanced Content Moderation: AI will more effectively detect and remove inappropriate or harmful content, including deepfakes and misinformation.
Virtual Influencers and Avatars: AI-generated personalities will interact with users, opening new avenues for marketing and engagement.
Enhanced User Interaction: AI will enable new features like real-time language translation and intelligent virtual assistants within platforms.
Streaming Services
Top Players: Netflix, YouTube, Spotify, Amazon Prime Video, Disney+
Potential AI Impact in the Coming Decade:
Personalized Recommendations: AI will offer more precise content suggestions by analyzing viewing habits and preferences.
Content Creation and Curation: Generative AI will assist in scriptwriting, music composition, and even generating visual effects, speeding up production timelines.
Interactive and Adaptive Content: AI will enable content that adapts to viewer choices or adjusts in real-time based on engagement metrics.
Enhanced Accessibility: AI will provide features like real-time captioning, language translation, and audio descriptions.
Optimized Streaming Quality: AI will adjust video and audio quality dynamically to match network conditions and device capabilities.
Digital Marketing and Advertising
Top Players: Google Ads, Facebook Ads, Adobe Marketing Cloud, HubSpot, The Trade Desk
Potential AI Impact in the Coming Decade:
Automated Content Generation: Generative AI will create tailored ad copy, social media posts, and marketing emails for specific audiences.
Predictive Analytics: AI will forecast consumer trends and behavior, enabling proactive marketing strategies.
Real-Time Bidding and Ad Placement: AI algorithms will optimize ad placements and budgets instantaneously to maximize ROI.
Enhanced Customer Segmentation: AI will analyze vast datasets to identify niche audience segments for targeted campaigns.
Conversational Marketing: AI-powered chatbots will engage customers in personalized interactions, gathering data and driving conversions.
Gig Economy Platforms
Top Players: Uber, Lyft, Airbnb, Upwork, Fiverr, DoorDash
Potential AI Impact in the Coming Decade:
Efficient Matching Systems: AI will better match customers with service providers based on real-time data, preferences, and past interactions.
Dynamic Pricing Models: AI will optimize pricing in real-time, balancing supply and demand to increase platform efficiency.
Safety and Trust: AI will enhance user verification processes and monitor for suspicious activities, improving platform security.
Automated Support and Dispute Resolution: AI chatbots will handle common support queries and assist in resolving issues between users.
Predictive Analytics for Demand Forecasting: AI will help service providers anticipate demand spikes, allowing them to position themselves strategically.
Educational Technology (EdTech)
Top Players: Coursera, Khan Academy, Udemy, Duolingo, Byju's
Potential AI Impact in the Coming Decade:
Personalized Learning Experiences: AI will customize educational content to suit individual learning styles, pacing, and knowledge levels.
Intelligent Tutoring Systems: AI tutors will provide instant feedback and explanations, simulating one-on-one instruction.
Content Development: Generative AI will assist in creating educational materials, including lectures, quizzes, and interactive simulations.
Accessibility and Inclusion: AI will offer real-time language translation and assistive technologies for learners with disabilities.
Data-Driven Insights: AI will analyze student performance data to improve curricula and identify areas needing intervention.
Financial Technology (FinTech)
Top Players: PayPal, Stripe, Square, Robinhood, Revolut
Potential AI Impact in the Coming Decade:
Advanced Fraud Detection: AI will identify and prevent fraudulent activities by analyzing transaction patterns.
Personalized Financial Services: AI-driven platforms will offer customized investment advice, budgeting tips, and financial planning.
Automated Customer Service: AI chatbots will handle account inquiries, troubleshoot issues, and provide financial information.
Credit Scoring Innovations: AI will utilize alternative data sources for credit assessments, increasing access to financial products.
Regulatory Compliance: AI will help institutions comply with regulations through real-time monitoring and reporting.
Cloud Computing and SaaS
Top Players: Amazon Web Services (AWS), Microsoft Azure, Google Cloud Platform, Salesforce, Adobe Creative Cloud
Potential AI Impact in the Coming Decade:
AI-as-a-Service (AIaaS): Cloud providers will offer AI tools and platforms that businesses can use without building their own infrastructure.
Enhanced Security: AI will detect and respond to cybersecurity threats in real-time, safeguarding data and services.
Resource Optimization: AI will automatically manage computing resources, scaling them according to demand to improve efficiency.
Simplified User Interfaces: Natural language processing will allow users to interact with complex systems through conversational commands.
Automated Maintenance: AI will predict system failures and perform updates without human intervention.
Digital Content Creation and Influencer Marketing
Top Players: YouTube, Instagram, TikTok, Twitch, Patreon
Potential AI Impact in the Coming Decade:
Content Generation Tools: AI will assist creators by generating ideas, editing content, and enhancing production quality.
Audience Analysis: AI will provide deeper insights into audience demographics and engagement patterns, informing content strategy.
Virtual Influencers: AI-generated personas will collaborate with brands, creating new marketing opportunities.
Monetization Optimization: AI will help creators identify the most profitable channels and methods for revenue generation.
Community Engagement: AI will facilitate better interaction with audiences through personalized messages and automated moderation.
Digital Gaming and eSports
Top Players: Valve (Steam), Epic Games, Activision Blizzard, Tencent Games, Riot Games
Potential AI Impact in the Coming Decade:
Procedural Content Generation: AI will create game environments, levels, and scenarios dynamically, offering unique experiences to players.
Advanced NPC Behavior: AI will make non-player characters more realistic and adaptive, enhancing gameplay.
Personalized Gaming Experiences: AI will tailor game difficulty and content to individual player preferences and skill levels.
Cheat Detection and Fair Play: AI will more effectively detect cheating and enforce rules, maintaining integrity in competitive gaming.
Enhanced Spectator Experiences: AI will provide real-time analytics and interactive features for viewers of eSports events.
Overall Impact of AI in the Coming Decade:
Innovation Acceleration: AI will enable rapid development and deployment of new features, keeping companies at the forefront of technology.
Operational Efficiency: Automation will reduce costs and improve service delivery across industries.
Enhanced User Experiences: Personalization and intelligent systems will increase customer satisfaction and loyalty.
New Revenue Streams: AI will open opportunities for new products and services, expanding market potential.
Data-Driven Decision Making: AI analytics will provide actionable insights, leading to better strategic planning and competitive advantages.
An enhancer for many developing/complementary industries (known unknowns) - defined by linear technology expansion, only partially linear market expansion, and non-linear market expansion
The other key element of this market expansion will move into the known unknowns, or these technologies (which will turn into new industries) that have been waiting to become viable for decades.
And now, thanks to this AI advancement, they’re finally becoming commercially viable.
The key take here is while the technology will follow a linear trajectory (for instance, we might see AR turning viable and going from bulky devices like Apple Vision Pro to potentially being integrated into a pair of contact lenses), the kind of new niches, that will turn into whole new industries will be pretty unpredictable.
Of course, we can linearly assume that each of these new emerging techs, made viable by AI, will indeed expand all the existing industries where AI is already adding value (from e-commerce to digital content); however, this is the phase where we’ll see the emergence of whole new industries.
Like before the 2000s, we didn’t call the digital media industry “streaming,” as we had to wait for the Internet to be fast enough to enable it and for players like Netflix to emerge.
In this phase, we’ll see those emerging technologies becoming commercially viable, thus spurring a whole new set of adoption into new market niches, and which of these niches will turn into an entirely new industry is hard to foresee.
For instance, we can assume that the merging of AR and e-commerce will create something completely new, but it is hard to foresee which, how, and what business model that industry will be based on.
That is why I like to say “technology progression will be linear” because we’ll know what to expect from these technologies to become commercially viable. Yet (while market integration might also be linear), market discovery will be non-linear, as we’ll see emerging whole new commercial niches turning into multi-trillion dollar industries.
And the timeline for that might be in the next 10-30 years.
Where should we look to put a face to this phase? Let me give you some glimpses here…
Autonomous Vehicles (Self-Driving Cars)
Overview: Self-driving technology utilizes AI to enable vehicles to navigate and operate without human intervention.
Viability and Impact:
Sensor Fusion and Perception: Combining data from LiDAR, radar, cameras, and GPS, AI algorithms interpret surroundings in real-time.
Generative AI for Simulation: Generative models create simulated environments and scenarios to train autonomous systems safely and efficiently.
Traffic Optimization: AI can optimize routes, reduce congestion, and improve fuel efficiency.
Safety Improvements: Autonomous vehicles aim to reduce accidents caused by human error.
Internet of Things (IoT)
Overview: IoT involves interconnected devices that collect and exchange data, enabling smarter environments.
Viability and Impact:
Edge AI: Deploying AI algorithms on devices themselves (edge computing) allows for real-time data processing without relying on cloud services.
Predictive Maintenance: AI analyzes data from sensors to predict equipment failures before they occur.
Smart Cities and Homes: IoT devices manage energy usage, security systems, and environmental controls, improving quality of life.
Edge Computing
Overview: Edge computing brings computation and data storage closer to the data sources, reducing latency.
Viability and Impact:
Real-Time Processing: Critical for applications like autonomous vehicles and industrial automation where immediate responses are necessary.
Bandwidth Efficiency: Reduces the need to send vast amounts of data to centralized servers.
Enhanced Privacy: Processing data locally minimizes exposure of sensitive information.
5G and Next-Generation Networks
Overview: 5G networks offer higher speeds, lower latency, and the capacity to connect more devices simultaneously.
Viability and Impact:
Support for IoT and AI Applications: Enables real-time communication essential for autonomous vehicles, remote surgery, and AR/VR.
Network Slicing: Customizes network resources for specific needs, enhancing efficiency.
Enhanced Mobile Experiences: Facilitates high-quality streaming, gaming, and communication services.
Quantum Computing
Overview: Quantum computers use quantum bits (qubits) to perform complex calculations much faster than classical computers.
Viability and Impact:
Accelerated AI Training: Potential to dramatically reduce the time required to train AI models, including generative models.
Complex Problem Solving: Can tackle optimization problems and simulations beyond the capability of classical computers.
Cryptography: Impacts data security by breaking traditional encryption methods and enabling quantum-resistant encryption.
Augmented Reality (AR) and Virtual Reality (VR)
Overview: AR and VR technologies overlay digital information onto the real world or create entirely virtual environments.
Viability and Impact:
Enhanced Experiences with AI: Generative AI creates realistic virtual objects and environments, improving immersion.
Applications in Training and Education: Provides interactive learning experiences in fields like medicine, engineering, and customer service.
Remote Collaboration: Facilitates virtual meetings and teamwork in immersive environments.
Brain-Computer Interfaces (BCIs)
Overview: BCIs enable direct communication between the brain and external devices.
Viability and Impact:
AI Interpretation: Machine learning algorithms decode neural signals to control prosthetics, computers, or other devices.
Medical Applications: Helps restore movement or communication abilities for individuals with neurological conditions.
Future Interaction Paradigms: May redefine how humans interact with technology, moving beyond traditional input methods.
Biotechnology and Synthetic Biology
Overview: Combines biology with technology to design and construct new biological entities.
Viability and Impact:
AI in Drug Discovery: AI accelerates the identification of potential drug candidates by analyzing biological data.
Genetic Engineering: AI helps in designing genetic modifications for improved crops or medical treatments.
Personalized Medicine: Tailors treatments to individual genetic profiles using AI analytics.
Advanced Materials and Nanotechnology
Overview: Involves manipulating matter at the atomic or molecular scale to create new materials with unique properties.
Viability and Impact:
AI-Driven Material Discovery: Machine learning predicts material properties and discovers new compounds faster.
Improved Sensors and Batteries: Advances lead to more efficient energy storage and precise sensing capabilities.
Applications in Electronics: Enables smaller, faster, and more energy-efficient components.
Cybersecurity Advances
Overview: As technology evolves, so do cybersecurity threats, necessitating advanced security measures.
Viability and Impact:
AI for Threat Detection: Machine learning models identify and respond to cyber threats in real-time.
Generative Adversarial Networks (GANs): Used both for simulating attacks to improve defenses and, unfortunately, by attackers to create sophisticated threats.
Zero Trust Security Models: AI helps implement and manage security architectures that assume no implicit trust.
General-Purpose Robotics
Overview: Robotics is evolving from specialized machines designed for specific tasks to general-purpose robots capable of learning and performing a wide range of activities.
Viability and Impact:
AI Integration: Advances in AI enable robots to learn from their environments using machine learning and generative models, improving adaptability and functionality.
Human-Robot Interaction: Natural language processing and computer vision allow robots to understand and respond to human commands more effectively.
Applications: From manufacturing and logistics to healthcare and domestic assistance, general-purpose robots can perform complex tasks, reduce labor costs, and improve efficiency.
The above can work as a compass for the various areas we can look at for the emergence of something exciting due to the current AI paradigm merging with technologies that otherwise would have hardly moved outside the research lab!
The foundation for creating whole new emerging industries viable (unknown unknowns) - defined as fully non-linear technology/market expansion
I wish I could explore this part more and fantasize, but while I’d love to do so (and I do it in private), again, here, I’m talking as a businessperson, not a sci-fi author.
As such, if I had to move into the realm of making any prediction of the next 30-50 years, I’d be called a “visionary,” but since, especially in the tech industry, we have many of these (at least that’s how they define themselves on LinkedIn), I’ll leave them to “envision” that future so far ahead, where none will ask them the bill for their predictions, while they’ll create a lot of buzz to sell whatever makes their bank account grow rich.
Recap: The AI Convergence Thesis
The "AI Convergence Thesis" posits that AI is not just another industry or technology but a transformative force reshaping the entire market landscape.
AI acts as a catalyst across three distinct phases, each expanding and redefining markets in new ways: enhancing existing Internet-native industries, enabling developing technologies to become viable, and forming the foundation for future, uncharted industries.
Each phase has its timeline and distinct impact on market dynamics, pushing AI beyond conventional uses to become an integral, multi-layered component of a digitally amplified "Web²."
This convergence could ultimately drive a redefined, AI-powered economy with significant and lasting growth potential across sectors.
AI Layer on Existing Industries (Linear Market Expansion)
Core Assumption: AI will be added to Internet-native industries (like e-commerce, social media, digital marketing) to improve existing services and experiences, enhancing engagement and user value.
Timeline: Immediate to short-term (next 5-10 years).
Expected Outcome:
Rapid adoption across industries as AI integration expands markets with hyper-personalization and increased efficiency.
Linear revenue growth as AI optimizes user interactions and automates processes, driving existing players to adopt an “AI-first” strategy.
Market confusion among traditional industry experts who may not yet grasp AI's potential to redefine whole sectors (e.g., social media, advertising).
Enhancer for Developing/Complementary Industries (Linear Technology Expansion)
Core Assumption: AI enables developing technologies (like IoT, AR/VR, and autonomous vehicles) to become commercially viable, unlocking potential in new applications.
Timeline: Medium-term (10-20 years).
Expected Outcome:
Steady growth as AI improves the reliability and scalability of these emerging tech applications, supporting gradual industry expansion.
Known technologies progress in a linear, predictable way, yet their market applications will produce non-linear, sometimes unexpected, results.
Creation of new niches or sub-industries, leading to expanded economic opportunities within traditional fields (e.g., autonomous transportation, smart city applications).
Foundation for Emerging Industries (Non-linear Expansion)
Core Assumption: AI acts as a foundational technology that will enable the rise of entirely new, uncharted industries (like brain-computer interfaces and general-purpose robotics), transforming market dynamics unpredictably.
Timeline: Long-term (20-30 years or more).
Expected Outcome:
Non-linear, transformative growth, with AI-driven breakthroughs resulting in entirely new industries.
High economic potential as new sectors and revenue streams emerge, driven by innovations that redefine human-technology interactions and potentially lead to trillion-dollar industries.
Market surprises as unpredictable, AI-dependent sectors (e.g., immersive AI-driven interactions, personalized healthcare) evolve, pushing the boundaries of what’s technologically and commercially possible.
Conclusion
AI’s market impact will unfold over the next three decades in distinct phases, transforming first existing, then developing, and finally entirely new sectors.
In the short term, AI enhances current industries, creating immediate value. In the medium term, it establishes viability for emerging tech applications.
Finally, in the long term, AI will birth entirely new industries, generating a fundamentally restructured economy.
This phased evolution starts from the "Web²," an AI-amplified digital ecosystem that could redefine business and consumer landscapes, potentially resulting in market values worth trillions, before proceeding to a whole new landscape and business ecosystem.
With ♥️ Gennaro, FourWeekMBA
Amazing deepdive !