There's a prediction that floats around finance and tech circles every few years: who will be the world's first trillionaire? The usual suspects get named. The founder of whichever AI company is dominant that quarter. A sovereign wealth fund manager. Some crypto figure, if you're feeling generous with your definitions.
They're all wrong.
The first trillionaire won't make their fortune in software, semiconductors, or financial engineering. They'll make it off-planet. In orbit. On asteroids. In the logistics layer between Earth and everything the human economy will eventually need from space.
This isn't futurism. The economics are already moving. The question is whether the people who allocate capital for a living are paying attention.
SpaceX is the proof of concept
Let's start with the number that should have reframed every conversation in finance: SpaceX is the most valuable private company on the planet. Over $350 billion in valuation as of its latest secondary transactions. That makes it worth more than every European bank except maybe a couple, depending on the day.
And SpaceX is primarily a logistics company. It moves things from the ground to orbit. That's it. The fact that "moving things to orbit" can generate a $350 billion valuation tells you everything about where value is concentrating.
Starlink alone — one division, one product line — could be worth $200 billion as a standalone entity. It already has over 4 million subscribers. It's generating meaningful revenue in markets that terrestrial telecom operators couldn't reach or couldn't be bothered to serve. Rural America. Maritime shipping lanes. Sub-Saharan Africa. Starlink didn't just create a satellite internet business. It created a global telecommunications utility that happens to operate from 550 kilometers above your head.
But here's what most people in finance miss: SpaceX is the railroad, not the destination. It built the tracks. The wealth that comes from what rides on those tracks will dwarf the value of the tracks themselves.
Asteroid mining: the number that breaks your model
Asteroid 16 Psyche sits in the belt between Mars and Jupiter. It's roughly 226 kilometers in diameter. NASA estimates it contains iron, nickel, and gold worth approximately $10,000 quadrillion. That number is so large it's meaningless in conventional terms. It exceeds global GDP by a factor of roughly 100,000.
Obviously, nobody is mining 16 Psyche tomorrow. But the point isn't the specific asteroid. The point is the category. There are millions of near-Earth objects. Many of them contain platinum-group metals, rare earth elements, and water (which is rocket fuel when you split it into hydrogen and oxygen). The economics of reaching some of these objects are already being modeled seriously.
AstroForge, a company founded in 2022, is building spacecraft designed to mine platinum-group metals from asteroids. They've already launched test missions. TransAstra is developing technology to capture and redirect small asteroids for material processing. These aren't PowerPoint companies. They have hardware in development, contracts with space agencies, and venture backing from people who don't typically throw money at science fiction.
The person or entity that cracks asteroid mining at scale won't just be wealthy. They'll have access to a resource base that makes every terrestrial fortune look like a rounding error.
The historical parallel is obvious and precise. When John D. Rockefeller consolidated oil refining in the 1870s, petroleum was already known to be valuable. What Rockefeller understood was that the fortune wasn't in owning individual wells. It was in owning the infrastructure — the refineries, the pipelines, the distribution networks. Whoever builds the equivalent infrastructure for space resources will occupy the same structural position, except the resource base is functionally unlimited.
Orbital manufacturing is already shipping product
This is the part that surprises people. Orbital manufacturing isn't a concept. It's a business.
Varda Space Industries launched its first orbital factory in 2023 and successfully returned pharmaceuticals manufactured in microgravity. Not prototypes. Actual pharmaceutical products, processed in orbit and returned to Earth for use. The absence of gravity allows for the creation of materials that are impossible or prohibitively expensive to produce on the ground: higher-purity fiber optic cables, perfect protein crystals for drug development, specialized semiconductor materials, unique metal alloys.
Varda has contracts with the US Air Force and pharmaceutical companies. They're not pitching a vision. They're fulfilling orders. And they're just the first mover. The market for microgravity manufacturing is projected to reach tens of billions within the decade as more companies realize that certain high-value processes are simply better in space.
Think about what this means for a moment. We are entering an era where "made in orbit" is a competitive advantage for physical products. The supply chain now extends vertically. The factory floor is in low Earth orbit. And nobody in financial services has a framework for lending against orbital manufacturing assets. It's like the bank of 2030 problem, but in orbit, insuring orbital factory operations, or modeling the depreciation of a spacecraft that doubles as a pharmaceutical production facility.
The Gulf sees it. Europe doesn't.
I spent years working across Qatar and Saudi Arabia. I watched sovereign wealth funds move at speeds that European institutions couldn't comprehend. Not because they were reckless — because they had a different relationship with long-duration bets.
The Gulf states understand something fundamental about resource transitions because they've lived through one. They built their wealth on oil. They know, better than anyone, that resource monopolies create generational fortunes. And they can see that the next resource monopoly won't be underground. It will be in orbit.
Saudi Arabia's space program isn't a hobby. The Saudi Space Agency has committed over $2 billion to space infrastructure. The UAE's space sector is already worth over $6 billion, targeting $10 billion by 2030. The Emirates Mars Mission cost $200 million — less than a single tower in downtown Dubai — and built technological capabilities now being repurposed for commercial applications. The PIF (Saudi's Public Investment Fund) has been making strategic investments in space-adjacent technologies. Mubadala in Abu Dhabi has been quietly building a portfolio that connects aerospace, advanced manufacturing, and AI.
These funds think in 30-year cycles. They see space infrastructure as the next oil: a resource layer that every other economic activity will eventually depend on. And they're positioning now, while the rest of the world debates whether space is "investable."
I watched this pattern firsthand. When the Gulf moves early and quietly into a sector, it usually means the institutional consensus is about five years behind reality.
Meanwhile, European finance treats space as an exotic curiosity. Something for the aerospace team to monitor, not the strategy committee to prioritize. ESA's budget is $7.8 billion split across 22 countries. Italy alone has world-class capabilities through ASI, Avio, Leonardo, and Thales Alenia Space. The engineering talent is there. The capital formation around it is not. The gap between European technical capability in space and European financial engagement with space is embarrassing. It mirrors the gap I see in banking, where Silicon Valley and Europe look at the same opportunity and draw opposite conclusions.
Space infrastructure is the new oil
Here's the thesis in its simplest form. Every major economic era has been defined by a foundational infrastructure layer. Railroads in the 19th century. Oil and electricity in the early 20th. Telecommunications and internet in the late 20th. Each layer created the wealthiest individuals of their era. Vanderbilt. Rockefeller. Gates. Bezos.
The next infrastructure layer is orbital.
Whoever controls orbital logistics — launch, in-space transportation, orbital warehousing, satellite servicing, debris management — controls the backbone of a multi-trillion-dollar economy. It's the same structural position that Standard Oil held, or that AWS holds in cloud computing. A platform that everything else runs on top of.
The railroad barons didn't get rich because trains were interesting. They got rich because everything and everyone needed to move, and they owned the tracks. The oil barons didn't get rich because petroleum was fascinating. They got rich because every factory, every vehicle, every heating system depended on their product. The orbital barons — and that's exactly what they'll be called — will get rich because communications, manufacturing, mining, defense, climate monitoring, and eventually human settlement will all depend on space infrastructure.
This is not a $10 billion market. This is a market measured in the tens of trillions over the coming decades. And the person who owns the critical chokepoints in that infrastructure will be the first trillionaire.
The finance gap is the real opportunity
Here is what keeps me up at night, professionally. The space economy is accelerating. The capital requirements are enormous. And the financial services industry has almost nothing built for it.
No serious risk models for orbital assets. How do you price the probability of a satellite collision when orbital debris models are probabilistic and the number of objects is growing exponentially?
No lending frameworks. Try walking into any bank in London, Milan, or Frankfurt and asking for a loan to finance a satellite constellation. You'll get blank stares followed by polite rejection. The collateral is literally in space. There's no repossession framework. There's no secondary market for orbital assets.
No insurance products worth the name. Global space insurance premiums total roughly $500 million annually. A single Vega launch failure in 2019 wiped out $370 million of that. The premium pool is a fraction of what's needed, and the actuarial models were built for an era of 20 launches per year. SpaceX alone did 96 in 2023.
No investment vehicles. Where is the space economy ETF with real analytical rigor behind it? Where are the private credit funds for space infrastructure? Where are the structured finance products for satellite operators? They barely exist.
The gap between the capital flowing into space and the financial infrastructure supporting that capital is the single largest underserved opportunity in financial services. Whoever fills that gap — with proper risk models, specialized products, and domain expertise — will build a franchise worth hundreds of billions.
Why you should care now, not in ten years
I've watched financial services be late to every major shift of the last two decades. Late to mobile. Late to cloud. Late to crypto. Late to AI — and I say that as someone who spends every working day trying to accelerate AI adoption in finance.
The pattern is always the same. The technology moves. Finance waits for "clarity." By the time clarity arrives, the early movers have locked up the relationships, the expertise, and the deal flow. The late movers get to compete on price for commoditized products.
Space is following the same curve, except the stakes are higher. We're not talking about a new payment method or a new asset class. We're talking about the infrastructure layer for the next century of economic activity. The sovereign wealth funds understand this. The US government understands this. The question is whether European and global financial institutions will figure it out in time, or whether they'll spend the next decade writing research reports while the Gulf and Silicon Valley divide the market between them.
The railroad barons. The oil barons. The tech barons. Now the orbital barons.
History doesn't repeat, but it rhymes. And right now, the rhyme is loud enough that anyone paying attention can hear it.
The first trillionaire will make their fortune off-planet. The only question is whether the financial system is ready to finance the journey, or whether it will be rebuilt from scratch by someone who doesn't wait for permission.
I know which outcome I'd bet on.
