When tech leaders and titans of high finance debate the future of artificial intelligence, they inevitably reach the same tantalizing conclusion: intelligent automation and robotics will soon unleash an era of unprecedented global expansion. In this near-future world, the cost of producing goods, energy, and services drops toward zero.
Yet during a high-profile exchange at the World Economic Forum in Davos between Elon Musk and Larry Fink, CEO of BlackRock, a critical fault line emerged. While Musk pointed to exponential productivity as the solution to global poverty, Fink zeroed in on the structural question mainstream visionaries routinely gloss over:
Larry Fink:
“Elon, can that expansion be broad? Or is it narrow? And how can that be created? How can it broaden the global economy?”
When asked directly how it broadens the economy, Musk answered that economic output will scale exponentially with robotic labor:
“The way to think of it is that if you have a large number of humanoid robots, the economic output is the average productivity per robot times the number of robots.”
He argued that in a benign scenario, automated production will eventually saturate all human material needs to the point where people won’t even be able to think of new tasks to ask a robot to perform.
But Fink’s point strikes at the very foundation of our economic system, wondering if this expansion will benefit everyone or just a few. If automated systems become the sole engine of wealth creation, who actually owns the engine? A few hyper billionaires, or humanity as a whole?
The Flaw in the Market Solution
Musk’s answer to Fink’s concern relies on traditional market dynamics: scale, open-source competition, and plummeting marginal costs. In Musk’s view, because tech companies naturally seek the largest possible customer base, market competition will force AI and robotics out to billions of people, making abundance broad by sheer volume.
However, this logic contains a massive blind spot.
Lowering the cost of production does not solve the fundamental problem of access if the underlying mechanisms of income, capital, and private title remain unchanged. If a tiny fraction of corporate entities and private individuals own the algorithms, data centers, energy grids, and robotic factories, then even hyper-cheap abundance remains bottled up behind a legal gatekeeper.
Traditional market thinking tries to patch this hole with ideas like Universal Basic Income (UBI) or Universal High Income(UHI). But these are merely temporary band-aids—scaffolding designed to pump financial purchasing power into the hands of consumers so they can continue buying goods from capital owners and thus pump the financial power back to the capital owners. It attempts to maintain the illusion of a market exchange long after the necessity of human labor in production has evaporated.
Furthermore, these universal income models assume a tax base that is rapidly disappearing. In our current framework, state tax revenue relies completely on citizens—through income taxes, payroll taxes, and wage-driven consumer spending. But if AI and robotics displace human labor at scale, the primary engine of public revenue dries up. Where does the state draw the funds to distribute a UBI or UHI if the taxable working class no longer exists? Proponents point to “robot taxes” or corporate AI levies, but this creates an absurd circular loop: taxing corporate capital to fund state payouts, so citizens can hand that money right back to the corporate capital owners. The logic completely falls apart. The only true resolution is to stop trying to patch a broken loop and instead replace the monetary system itself, making the shift from ownership to stewardship our main foundational change.
If we want true, broad abundance, we cannot simply adjust the distribution of money. We have to fundamentally rethink the concept of ownership itself.
From passive Ownership to Active Stewardship
Our current economic framework is anchored in private property rights—a system designed to manage artificial scarcity by granting an owner the legal right to exclude others, extract rent, and maximize short-term capital returns.
When applied to an automated world, exclusive ownership becomes an even tighter artificial bottleneck that enforces artificial scarcity.
Crucially, our economy is fundamentally powered by human activity, not machines. The entire monetary engine—from taking out and repaying loans to paying taxes, settling monthly bills, and earning wages—relies on billions of people earning an income to cycle capital back through the system. If intelligent automation and robotics displace human labor at scale, the conventional flow of money collapses; without workers earning, there are no consumers spending or taxpayers funding public infrastructure. The rise of AI does not just present a disruption to jobs—it forces an inescapable reality upon us: when human labor is no longer the foundational fuel of production, the entire monetary system breaks down, compelling us to fundamentally rethink the necessity of money, trading, and ownership itself. Thus, UBI/UHI would not last very long or be much of a point at all as soon as the technology has come far enough.
To bridge the gap between technological capacity and universal human flourishing, society must transition from a paradigm of Ownership to a paradigm of Stewardship.
1. Access Over Exclusion
Under stewardship, the goal of economic infrastructure is not asset appreciation, but functional access. When AI and automated systems manage agricultural yield, energy lproduction, and goods manufacturing, the legal right to “own” the production capacity becomes redundant. Assets are treated as shared public infrastructure—much like the air we breathe or open-source protocols—where access is granted based on need and utility rather than account balances.
2. Sustainable Abundance with Ecological Limits
The word “abundance” on its own can imply reckless, endless consumption. Coupling it with sustainability requires stewardship. Private ownership incentivizes the rapid liquidation of natural capital because balance sheets do not account for planetary depletion. Stewardship bakes ecological boundaries directly into the system, using AI non-monetary to monitor resource pools, closed-loop recycling, and carrying capacities in real time.
3. Dissolving the Gatekeeper Class
So long as capital accumulation dictates who survives, technological advancement will run the risk of creating an ever-narrower elite. Replacing ownership with stewardship removes the leverage of the gatekeeper class. No one own anything. We all optimize and share everything based on need. When production assets are managed as a trust for all humanity, technology stops being a mechanism for extracting wealth and becomes what it was always meant to be: a tool for human liberation.
The Horizon Beyond Money
The debate between Larry Fink and Elon Musk reveals that even the highest tiers of global finance and technology recognize that a massive transition is underway. Yet they remain bound by the language of the old world—debating how market mechanisms or asset portfolios will adjust.
True sustainable abundance is not just about producing more stuff faster with robots. It is about outgrowing the archaic game of tokenized exchange altogether.
By shifting our foundational logic from who owns the world to how we responsibly steward our shared resources, we pave the way for a true post-scarcity future—a world where technology serves human purpose rather than financial accounting.
Beyond the Paradigm of Ownership
It is crucial to recognize that transitioning from ownership to stewardship is not a push to revive 20th-century state-collectivism or government control. Replacing private ownership with state ownership merely transfers exclusive authority from a corporate board or private individual to a bureaucratic government. Both models operate on the exact same underlying logic: the assumption that someone—an individual, a company, or a state—must possess the Earth and dictate access.
Transcending Ownership
Stewardship transcends the concept of ownership altogether. In nature, no forest owns the rain, and no river issues an invoice for its water; ecosystems operate through open, interconnected relationships rather than title deeds. Transforming our mindset means recognizing that humans are not masters or owners of the planet, but temporary caretakers.
When we step away from “mine versus state-owned” and move toward stewardship, access is no longer mediated by legal title or purchasing power. Instead, societal assets, technological infrastructure, and natural resources exist to be maintained, optimized, and shared directly for human well-being and ecological health. It is not a shift in who owns the property—it is the maturation of human consciousness past the need to own at all.
Operationalizing Stewardship: How Non-Monetary Resource Management Works
If money is no longer used as a proxy for access, and state bureaucratic allocation is rejected, how does a society actually coordinate the flow of goods, energy, and raw materials?
In a stewardship model, non-monetary resource management replaces speculative market pricing with real-time physical feedback loops and dynamic allocation protocols.
1. Direct Physical Feedback Over Price Signals
Under traditional economics, price is an indirect, highly distorted signal that measures purchasing power rather than actual human need or environmental health. In a non-monetary stewardship framework, interconnected sensor and AI networks track direct physical parameters—crop yields, regional water tables, energy grid storage, material depletion, human input and atmospheric boundaries—in real time. Supply chains shift from chasing financial profit margins to maintaining biological and operational equilibrium.
2. Algorithmic Commons and Universal Access
Instead of purchasing goods through monetary debt or tokenized exchanges, access is coordinated via an open algorithmic commons. Essential foundations of human welfare—clean energy, nutritious food, shelter, healthcare, and educational tools—are provisioned unconditionally as public infrastructure. When physical constraints arise for localized or rare resources (such as prime physical locations or unique craftsmanship), allocation is governed by transparent scheduling, shared usage cycles, or community-agreed priority frameworks rather than financial bidding wars.
3. Thermodynamic and Ecological Accounting
Monetary balance sheets record financial growth while treating environmental destruction as an “externalities” line item. Non-monetary resource management relies on strict physical accounting: tracking energy efficiency, material recyclability, and ecological carrying capacity. Automated manufacturing systems are programmed to execute projects only when raw materials can be sourced, used, and recycled within planetary boundaries.
4. Polycentric, Transparent Governance
To prevent automated networks or administrative boards from becoming centralized gatekeepers, governance is structured polycentrically. Local communities retain direct democratic authority over their immediate environments and social priorities, while open-source, auditable protocols coordinate larger-scale logistical distribution across regions.
By grounding economic coordination in tangible physical reality rather than symbolic monetary exchange, non-monetary stewardship replaces structural scarcity with a system designed for real sustainable abundance.
Experience the Future Beyond Money
If you want to explore what this transformation looks like in practice, the novel Waking Up: A Journey Towards a New Dawn for Humanity paints a vivid picture of a world where ownership, money, and trade have truly become relics of the past. Seen through the eyes of Benjamin Michaels—a bewildered billionaire who wakes up into this post-scarcity reality—the story allows readers to experience the daily life, culture, and human dynamics of a society grounded entirely in stewardship and abundance. The book is not a manifesto or instruction manual. Rather, it is a story meant to inspire and show what can be possible in a future like this. For Benjamin, waking up after 100 years in cryonic preservation is of course a shock. But what will he experience in this new world?
Will he survive? Will he thrive? Or will he succumb to the temptation of another wake-up trying to bring the world back to what it was…? Back to money, war and ownership…?