Mention the space economy, and most investors immediately picture missiles, surveillance satellites, military communications, and governments competing for control of the ultimate high ground.

That reaction is understandable because space has become central to modern warfare. 

Satellites guide weapons, track troop movements, detect missile launches, transmit intelligence, and keep military units connected across continents. 

And as governments increase defense spending and build new constellations, the military side of the space economy is becoming more visible by the year.

But visibility isn’t the same thing as size…

You see, the commercial space economy is already considerably larger than the government and military market most people associate with the industry. 

And as launch costs fall, satellite manufacturing accelerates, and space-based services spread into nearly every major industry, that gap is likely to become much wider.

Because space may be the next battlefield. But it’s also becoming the next layer of civilian infrastructure.

A Commercial Economy Hiding in Plain Sight

The global space economy reached approximately $686 billion in 2025, representing roughly 12% growth from the previous year. 

And commercial activity accounts for the overwhelming majority of that market… 

In fact, one industry estimate found that commercial satellite businesses alone generated 71% of worldwide space-related revenue during 2025.

That means the space economy is no longer a collection of government programs…

It’s already a commercial marketplace.

Most people simply don’t recognize it because they interact with space infrastructure without thinking about it. 

They use Google Maps to find a restaurant, check the Weather app before leaving home, follow an Amazon shipment across the country, make a credit card purchase, watch live television, or place a phone call from an isolated area.

Many people don’t realize it, but all of those activities depend, directly or indirectly, on satellites…

Space-based infrastructure helps farmers decide where to irrigate and it helps airlines choose more efficient routes. 

It helps energy companies inspect pipelines, governments respond to natural disasters, insurance companies estimate property damage, and shipping companies track vessels across the oceans.

But the customer usually isn’t buying “space.” 

The customer is buying connectivity, navigation, imagery, data, efficiency, or greater visibility into something happening on Earth.

And that distinction is important because it reveals where the industry is heading…

The largest space companies of the future may not make most of their money selling rockets or satellites. 

They may make it by selling ordinary businesses better information and better services that happen to originate hundreds of miles above the planet.

From Hardware Industry to Information Industry

The first phase of the commercial space economy was largely about building the physical infrastructure…

Companies manufactured satellites. Rocket operators launched them. Ground stations communicated with them. And telecommunications providers sold access to their networks.

And those industries will continue growing, particularly as the number of satellites increases. 

A record 4,434 satellites were deployed in 2025, 65% more than in 2024, while the total number of active satellites surpassed 14,000 in early 2026.

But the more consequential shift is happening one layer above the hardware…

You see, as satellites become cheaper, smaller, more capable, and more numerous, the data they produce becomes easier to collect and more valuable to process. 

Artificial intelligence can examine millions of images, signals, weather observations, and geographic measurements far faster than human analysts ever could.

And that transforms satellites from specialized pieces of aerospace equipment into components of a global information network…

An Earth-observation company, for example, doesn’t merely sell pictures of the planet. 

It can help a mining company identify geological features, tell a retailer how many cars are parked outside competing stores, estimate agricultural production, detect methane leaks, track illegal fishing, or measure activity at ports and factories.

And a navigation satellite doesn’t merely tell someone where they are. 

Its timing signal helps synchronize telecommunications systems, electrical grids, bank transactions, and data networks.

A communications satellite doesn’t merely beam television programming, either… 

It can connect aircraft, ships, farms, mines, factories, autonomous vehicles, emergency crews, and communities located far beyond the reach of terrestrial broadband.

The hardware enables the service. But the service is where the much larger economy develops.

The Road to $1.8 Trillion

The World Economic Forum and McKinsey estimate that the global space economy could reach $1.8 trillion by 2035, up from approximately $630 billion in 2023. 

And their forecast suggests that much of the expansion will come not just from traditional space businesses, but from “reach applications.”

Those are industries that use space technology to create products, services, and revenue here on Earth.

That could include agriculture, transportation, telecommunications, insurance, financial services, mining, energy, construction, logistics, climate monitoring, and consumer electronics.

In other words, the space economy is likely to grow the same way the internet economy grew…

At first, investors focused on the companies building computers, laying fiber-optic cable, and operating networks. 

Eventually, however, the largest opportunities emerged among businesses that used that infrastructure to reinvent advertising, retail, entertainment, banking, transportation, and communications.

Space is likely to follow a similar progression…

Rocket companies and satellite manufacturers are creating the underlying network. And the next generation of companies will build applications on top of it.

Now, some of those applications are already obvious… 

Satellite broadband can connect populations that terrestrial networks can’t economically reach. 

Direct-to-device networks could eventually allow ordinary phones to communicate with satellites when cellular service disappears. 

Amazon, for example, has proposed a constellation of more than 5,000 satellites designed to support global voice, messaging, data, and emergency communications.

And other applications will emerge as the infrastructure improves…

Continuous Earth observation could give businesses a near-real-time view of global economic activity. 

Satellite-connected machines could operate in deserts, oceans, forests, and agricultural regions where terrestrial communications remain unreliable. 

Space-based sensors could detect wildfires, floods, crop disease, maritime pollution, and infrastructure failures earlier than existing systems.

You see, the value won’t come from simply placing more objects in orbit… 

It’ll come from turning the information those objects gather into something people and businesses are willing to pay for.

Launch Is Becoming Transportation

But the thing is that every part of this growth trajectory depends on access to orbit.

And historically, launching a satellite requires a large rocket, a government-sized budget, and years of planning. 

That has made space available primarily to nations, defense contractors, telecommunications giants, and a small number of extremely well-funded organizations.

But that barrier is falling, thanks to innovative new companies and ideas…

The satellite industry completed a record 296 launches in 2025, and U.S. regulators approved 204 commercial space operations during the year. 

And the growing launch cadence reflects a market that is gradually moving away from one-off missions and toward something resembling scheduled transportation.

But that small change could be as important as any individual satellite technology…

Because industries expand when transportation becomes cheaper, faster, and more dependable. 

Railroads opened continents. Container ships globalized manufacturing. Commercial aviation connected markets that once took weeks to reach.

Reliable launch services will do something similar for orbit…

More frequent launches allow companies to deploy smaller constellations, replace damaged satellites, update technology faster, and design missions around business requirements rather than rocket availability. 

They also make space accessible to universities, startups, research institutions, regional governments, and companies that could never have funded an entire launch themselves.

And different missions will require different launch systems… 

Large rockets will carry entire constellations and heavy infrastructure. 

Smaller rockets can provide dedicated delivery. 

Air-launched systems may offer speed, flexible launch locations, and the ability to place smaller payloads into specific orbits without waiting for a traditional launch schedule.

You see, the opportunity isn’t necessarily to replace the largest rockets. It’s to fill the growing transportation gaps around them.

An Economy That Eventually Moves Off Earth

Most commercial space revenue today is generated by services delivered back to Earth. And that will remain the industry’s economic foundation for years.

But it probably won’t remain the limit…

Once transportation becomes frequent enough and orbit contains enough infrastructure, companies can begin conducting more business in space itself.

Private space stations could host scientific research, pharmaceutical development, tourism, manufacturing, and astronaut training. 

Microgravity may enable materials, biological products, and industrial processes that are difficult or impossible to produce under Earth’s gravity.

Satellites will require maintenance, refueling, inspection, and eventual removal. 

That could create markets for orbital servicing vehicles, fuel depots, debris-removal systems, repair platforms, and space-based logistics.

Lunar activity could eventually generate demand for communications, navigation, energy, transportation, construction, and resource extraction around the Moon. 

Each of those markets would require an entire supporting ecosystem.

Now, that’s not to say we should assume every futuristic business plan will work. Space remains expensive, technically difficult, heavily regulated, and unforgiving of mistakes.

But that was also true of commercial aviation, offshore energy, semiconductors, and the early internet.

The important point isn’t that every proposed space industry will become viable. 

It’s that the basic ingredients of a much larger commercial economy are falling into place…

Lower launch costs, mass-produced satellites, private capital, improving communications, artificial intelligence, reusable hardware, and a rapidly expanding customer base.

More Main Street Than Star Wars

Military spending will remain an important part of the space economy. 

And in some areas, government contracts will help finance technologies that later find civilian customers…

Communications, navigation, remote sensing, and launch capabilities have always moved back and forth between public and private markets.

But defense isn’t the entire space story, and it may eventually become a relatively small part of it.

The larger opportunity is a world in which space infrastructure becomes embedded in ordinary economic activity.

It’ll help farmers grow more food, communications companies reach more customers, manufacturers manage their supply chains, insurers better understand risk, ships navigate more efficiently, emergency crews respond faster, and consumers stay connected almost anywhere on Earth.

And later, it may support factories, research laboratories, hotels, fuel depots, and transportation networks operating beyond the planet.

That is how the space economy ultimately becomes far larger than the military market that captures most of today’s attention.

The rockets may be the most dramatic part and the defense contracts may generate the biggest headlines…

But the enduring economic opportunity will be built from thousands of civilian services quietly becoming faster, cheaper, safer, and more capable because they’ve gained access to space.

That’s why the future of the space economy won’t look only like a missile warning system or a science-fiction battle.

It’ll look like infrastructure. And eventually, it’ll be almost everywhere.