Internet Computer, The Base Layer Of The Fourth Industrial Revolution (Part 1)
Hello friend, this is the introductory article to a very important series I’ll be releasing throughout the next days. It’s focused on how the Internet Computer converges with the vision from a very popular book which presents the future of mankind, society, and technology. I’ve been willing to work on this for a long time, but I feel like now is the right time to do it.
It all started back in 2022 when I got my hands on a book called The Fourth Industrial Revolution, written by Klaus Schwab, who back then was the Chairman of the World Economic Forum. You are probably familiar with this guy, and if not, he is the one who coined the phrase: “You will own nothing, and you will be happy”. I think most people misinterpreted his words and took them out of context, but nonetheless, I am not here to debate whether Klaus Schwab, his work, or if the World Economic Forum is either positive or negative. I am here to talk about his vision, and how the Internet Computer or a similar technology is poised to serve as the base layer for the future it promises. The connections I managed to find are staggering.
So without further ado, please leave your emotions aside for this one, and let’s get right into it.
Buy the book here: The Fourth Industrial Revolution
The Fourth Industrial Revolution
So back in 2016, Klaus Schwab published a book that made a lot of people feel good about themselves, like they understood the future.
The Fourth Industrial Revolution laid out a vision of the world to come: one where autonomous machines negotiate with infrastructure, where your genome powers personalized medicine without ever leaving your control, where votes are recorded on distributed ledgers that nobody can tamper with, where smart contracts execute automatically the moment specific conditions are met. A world where the fusion of physical, digital, and biological technologies transforms not just what we do, but who we are as humans.
The book sold millions of copies. It became required reading in boardrooms, government ministries, and business schools. Davos built entire annual themes around it. The phrase “Fourth Industrial Revolution” entered the standard vocabulary of anyone who wanted to sound like they were thinking seriously about the future.
And then the world handed the infrastructure to Amazon, Google, and Microsoft. Calling this a flop would be a massive understatement.
As of right now, those three companies control roughly 63% of all global cloud infrastructure spending, a market that crossed $400 billion in 2025 and is growing at 25% per year, driven almost entirely by the AI boom Schwab was already anticipating when he wrote the book, so probably long before 2016 when it was published. Every application, dataset, AI model, every connected device that needs to compute or store something almost certainly runs through one of these three corporate “landlords”.
Schwab described a revolution, but what the world got was a more efficient version of the existing power structure, running faster on better hardware, owned by even fewer people than before.
Klaus Schwab’s Vision
It is worth going back to the source, because the book is way more specific than you might think.
Schwab did not just describe self-driving cars and wearable technology in broad terms. He laid out specific transformations with great details across three clusters he called Physical, Digital, and Biological, and then spent his final chapters on Governance and the social questions that would determine whether those transformations benefited humanity broadly or concentrated power in fewer hands.
The Digital Cluster
He wrote directly about blockchain as a “distributed ledger” enabling people who do not know each other to collaborate without going through a neutral central authority. He listed the specific things he expected blockchain to eventually register:
Birth and Death Certificates;
Titles of Ownership;
Marriage Licenses;
Educational Degrees;
Insurance Claims;
Medical Procedures;
Voting Systems;
Etc.
He described smart contracts that self-execute, specifically mentioning a credit derivative that pays out automatically the moment a country or company defaults, without any trader required to process the transaction.
The Biological Cluster
He described a world where your genome can be sequenced in hours for under $1000, where AI matches your specific tumor’s genetic profile to a targeted therapy, where personalized medicine becomes possible because we can process vast amounts of individual health data. He raised these critical questions: who owns that data, who controls access to it, and what happens when insurance companies or employers get their hands on it.
The Physical Cluster
He spoke about machines that do not just operate autonomously but negotiate autonomously: vehicles routing themselves through infrastructure, drones delivering medical supplies in conflict zones, robots accessing shared knowledge through cloud networks and updating each other in real time.
Governance
And across all three clusters, he kept returning to a single underlying concern, which was the “platform effect”. He described how digitally driven organizations create networks that match buyers and sellers and enjoy increasing returns to scale, which produces a concentration of few but very powerful platforms dominating their markets. He argued that to prevent the concentration of value and power in just a few hands, society needed to find ways to ensure openness and opportunities for collaborative innovation.
Vision vs. Reality
Ten years after the book was published, let’s look at where Klaus Schwab’s specific predictions actually landed:
1. Blockchain as a registrar for birth certificates, land titles, and votes?
Largely still a pilot project or a proof of concept. The countries that tried it, Honduras for land and Estonia for identity, made meaningful progress but hit the same wall every time: the data still has to live somewhere, the computation still has to run somewhere, and that “somewhere” is almost always a centralized cloud server that a company controls, and is subject to United States laws. Blockchain became a ledger sitting on top of traditional infrastructure rather than replacing it.
2. Smart contracts that self-execute?
Real, but narrow. The financial DeFi ecosystem built genuinely autonomous contracts, but the applications, the front-ends, the oracles that feed real-world data into those contracts: almost all of it runs on AWS or similar services. The smart contract itself might be decentralized. Everything around it usually is not.
3. Personalized genomic medicine with patient-controlled data?
The sequencing got cheap, exactly as Schwab predicted. The data remained locked inside hospital systems, insurance databases, and research institutions with their own privacy concerns and institutional incentives. The patient still has no portable, sovereign record of their own biology.
4. Autonomous infrastructure that self-reports damage, manages maintenance contracts, negotiates with machines?
The sensors exist, and the deployments are real and growing. But the data those sensors generate flows into corporate platforms like AWS, Azure and Google Cloud, where it is processed, stored, and monetized by the platform operator.
So you can see that the technologies Schwab described actually arrived, the problem is that the ownership structure he was worried about arrived too.
Infrastructure Is Everything
This is the part that in my opinion, most coverage of The Fourth Industrial Revolution gets wrong, because it is easier to write about the applications than to write about the layer underneath them.
Think about what the internet actually is at the physical level: it’s a global network of interconnected computers following common protocols, with no single point of control. Anyone who follows the protocol can participate. The design is open, decentralized, and neutral.
Now think about what you actually use to access that internet. You connect through an internet service provider, you load applications hosted on AWS or Google Cloud, and you store your data on servers owned by Apple, Microsoft or Dropbox. The network itself is decentralized, but everything built on top of it is centralized.
Schwab identified this pattern and called it the “platform effect”. What he did not really name was the specific mechanism that makes it so hard to escape, which is that whoever runs the infrastructure makes the rules. The digital landlords decide what data gets stored, how it gets processed, who gets to access it, what applications are allowed to run, and what applications can be shut down if they become inconvenient.
This is why Dominic Williams, the founder of DFINITY, said that when most blockchains claim to be decentralized, what they actually mean is that the token and the core logic live on-chain, but the application itself runs on Amazon Web Services. The decentralization is real but only partial, as long as the infrastructure underneath still has a “landlord”.
The Internet Computer was built to solve exactly this problem. Not just to create another blockchain for financial transactions, but to build a computing platform that can host entire applications, front-end, back-end, data storage, AI inference, identity verification, all of this without any corporate server sitting underneath it. The Internet Computer is the attempt to build public infrastructure for the digital world: neutral, ownerless, governed by its community, and available to anyone who wants to build on it.
Three Clusters + Governance
The rest of this article series examines what the Fourth Industrial Revolution actually requires at the infrastructure level, to deliver on Schwab’s specific predictions, in a way that is both viable and fair to the whole world. Can this transition be done without a segment of the population influenced by different big industries opposing it? Of course not, because if you read about the Industrial Revolution of the 18-19th centuries, you will notice the same pattern that happens today. So nothing is new under the sun.
But nonetheless, I will take each of his three clusters he describes in the book, plus the governance discussion, and I will do an in depth analysis of why the Internet Computer is positioned to solve all the issues Klaus Schwab presents. One dedicated article for each.
The Physical Revolution requires machines that can transact with each other autonomously. Not just drive themselves, but pay for the road, negotiate the landing clearance, contract for maintenance, verify their own supply chains, and file their own compliance records, without any corporate intermediary taking a cut of every transaction or holding the power to shut them down. That requires a computing layer the machines can trust completely, because it is governed by math rather than by a company’s terms of service.
The Digital Revolution requires data infrastructure that treats humans as owners rather than products. Schwab described the “Internet of Things” as a world where everything generates data. He also described the risk that this data would flow entirely to platform operators who monetize it while the humans who created it receive nothing and control nothing. Building the Digital Revolution properly means rethinking who the data belongs to, who profits from processing it, and how AI gets trained without exposing the underlying private information of the people whose data makes it useful.
The Biological Revolution requires the most sensitive data humanity will ever produce to be handled with controls that no centralized institution can guarantee: your genome, neural activity, or personalized treatment history. The research data that could unlock cures for diseases that have resisted every previous approach. These applications require computation that happens inside verified secure environments, with results you can trust and access you can revoke. Trusted Execution Environments on the Internet Computer, what the ICP ecosystem calls TEE subnets, make this possible. Centralized hospital databases and corporate genomics platforms do not.
The Governance Challenge is about the question of who gets to decide how these technologies work, who benefits from them, and who gets excluded. The ICP answer to this is the Network Nervous System, a fully on-chain governance system where token holders vote on protocol upgrades, subnet configurations, and system-level parameters, with every decision recorded publicly and no board of directors overriding the community.
Trust me, if you read the book, the connection to the Internet Computer is uncanny. It almost feels like they are interconnected at a “molecular” level.
The Timing
We are still very early in the “infrastructure build” for The Fourth Industrial Revolution.
Companies and governments are making infrastructure decisions today that will shape who controls this data for decades. Every hospital that chooses an AWS-hosted electronic health record system, every city that deploys Azure for its traffic infrastructure, every company that stores its supply chain data on Google Cloud is making a long-term commitment to a particular ownership structure.
Once that infrastructure is in place and the switching costs are high, it becomes very difficult to change. The window to build it differently is now, while the deployments are still early and the standards are still being set.
The good news is that a very strong narrative against centralized cloud services is gaining momentum right before our eyes. Switzerland, the European Union, and many other countries already spoke against Big Tech, and it seems like they are looking for neutral alternatives like the Internet Computer.
Pakistan’s recent partnership with the DFINITY Foundation, which involves an MOU to deploy a sovereign subnet, is a sign that governments understand this. They are not outsourcing their digital sovereignty to American hyperscalers, but building infrastructure they can control themselves.
The broader build-out is still very much in progress, and the choices being made right now will determine whether The Fourth Industrial Revolution produces the neutral and autonomous world described in the book, or simply a more efficient version of the existing power structure running on better chips.
What To Expect In This Series
This was only the introduction. I’m sorry if I’m being repetitive at this point, but I want to make sure you get at least half of the excitement I feel when writing about this whole thing.
Over the next four articles, we will go deep into each of Klaus Schwab’s clusters and trace exactly how ICP’s technical capabilities map to the specific transformations he described.
The second article covers the “Physical Revolution”: autonomous vehicles, drones, advanced robotics, 3D printing, and smart infrastructure. We will look at what it actually takes for machines to transact with each other without a corporate intermediary, and why the Internet Computer’s architecture is the only blockchain that can realistically support those interactions at scale.
The third article covers the “Digital Revolution”: the new internet, AI, platform economy, and what data ownership actually means when it is enforced by protocol rather than by a company’s privacy policy. We will look at how canister architecture enables individuals to own their data and negotiate directly with the companies that want to use it.
The fourth article covers the “Biological Revolution”: genomics, personalized medicine, synthetic biology, neurotechnology, and the infrastructure requirements for the most sensitive data ever generated. We will look at vetKeys, TEE subnets, and federated learning as the technical foundation for a world where your biological data works for you rather than for the institution that holds it.
The fifth and final article covers the “Governance” layer that Schwab identified as the make or break question for the entire revolution: who decides, who benefits, and who gets excluded. We will look at the Network Nervous System as the first serious attempt to build governance infrastructure that matches the scale and openness of the technology it governs.
Klaus Schwab was right about what was coming. Whether you like him or not, I think it’s our duty as human beings to keep an open mind, and strive to be critical thinkers.
If this sparked your interest and want to go straight to the source by yourself, feel free to order the book here: The Fourth Industrial Revolution.
If you made it this far, thank you for reading. And if you want more ICP articles like this one delivered straight to your inbox, consider subscribing to my Substack.
Talk to you later. BasedGiant.