Space: The Quiet Engine Behind Forbes’ Hottest Industries of 2035
When I read Forbes’ recent piece outlining the Hottest Industries of 2035, The Hottest Industries Of 2035, I couldn’t help but notice something. Each of the ten industries-while compelling on their own-is already being shaped, tested, and in many ways accelerated by one overarching ecosystem: space.
That is the thing about the space economy (Starconomy). To the casual observer, it is just rockets, satellites, and astronauts in bulky suits. But to those of us watching closely, space is the crucible where the technologies that will define the next 50 years are being forged. It is both a laboratory and a proving ground, where the constraints of gravity, atmosphere, and distance force innovation faster than Earth alone ever could.
Let us take a walk through those ten “hottest” industries and look at them through the lens of space.
Table of Contents
Next-gen Computing Leaves the von Neumann Lane
Quantum, neuromorphic, and AI-based systems are headline drivers of change. But space is the stress test. Satellites need computers that can process massive datasets in real-time while resisting radiation. Orbital platforms and lunar bases will demand processors that sip power, run autonomously, and survive conditions no Earth-based data center would endure. In space, next-gen computing is not a luxury. It is survival.
Space Becomes a Middle-Class Experience
Here is the most obvious overlap: space is already on Forbes’ list. Reusable launch vehicles, orbital factories, and space hotels are not science fiction anymore-they are on the whiteboards of venture-backed companies from Austin to Berlin. The tipping point is not just the selfie in zero-G. It is when routine space travel becomes as normal as flying across the Atlantic. And that is coming faster than most realize.
Medicine Gets Personal-at the Code Level
CRISPR, gene therapies, programmable proteins—all will benefit from research in microgravity. We already know that proteins crystallize more purely in orbit, opening doors to new drug designs. Space also provides insight into radiation, immunity, and the body’s stress responses-knowledge that feeds directly into personalized medicine back on Earth. If health is personal, space is the ultimate personal test environment.
Spatial Computing & BCI: Programmable Reality
AR and VR are already indispensable in astronaut training. Soon, they will be part of live mission operations, with engineers on Earth “standing beside” technicians in orbit through persistent spatial environments. Brain-computer interfaces could one day let a surgeon on Earth guide a robotic counterpart in a lunar hospital. If the metaverse ever needed a killer app, space exploration is it.
Cities Become Farms
Urban agriculture is borrowing heavily from space. Every hydroponic system, every closed-loop farm, owes its lineage to decades of research aboard the ISS. Designing food systems for Mars or the Moon has forced us to rethink farming as self-contained, resource-efficient, and AI-managed. The vertical farms of 2035? They are the children of space agriculture.
The Sky Becomes a Managed Highway
Drones, flying taxis, autonomous cargo carriers – all will depend on satellite constellations for navigation, communication, and weather monitoring. The same tools that manage orbital traffic today are laying the groundwork for safe, high-density skies tomorrow. The drone revolution and the space revolution are, in fact, the same story – two halves of the same managed airspace puzzle.
Water Moves from Scarcity to Solvable Problem
The ISS recycles 98% of wastewater. That closed-loop system, refined over decades, is now migrating into Earth-based desalination, purification, and atmospheric water harvesting. Space did not just prove it is possible. It proved it is scalable. The world’s next water breakthrough may trace its roots to a spacecraft’s air scrubber.
Entertainment Outgrows Venue Physics
It is only a matter of time before the first global concert is broadcast live from orbit. Artists performing in zero-G, streamed holographically to millions, are no longer an impossible dream. Satellites already make worldwide synchronous entertainment possible; space will add new dimensions of experience. The cultural shift will be profound; the stage, quite literally, is cosmic.
Organs on Demand
Microgravity bioprinting avoids one of the key challenges of tissue engineering on Earth: collapse under gravity. Companies are already experimenting with printing vascular structures in orbit. By 2035, “Made in Space” may not mean a spacesuit or a solar array. It may mean a transplant-ready organ.
Robots Become Colleagues
Space is the ultimate laboratory for human-robot collaboration. From Canadarm to robonauts, machines already work alongside astronauts in hostile environments. As we push deeper into space, robots will build habitats, mine regolith, and repair satellites, complementing rather than replacing humans. The lessons learned in orbit will shape how robots integrate into warehouses, factories, and even hospitals on Earth.
War: The Wild Card
Here is the part no one wants to say aloud: war has the power to derail, or accelerate, this timeline.
History proves it. World War II turbocharged aviation, rocketry, and nuclear science. The Cold War put humans on the Moon. Conflict, for better or worse, has always bent the arc of technology.
If geopolitical rivalries spill into open conflict, the space ecosystem becomes both target and tool. Satellites will be the high ground. Quantum-secured comms, robotic systems, and AI-driven logistics may move from civilian markets to defense first. And innovations born under pressure will eventually flow back into the industries Forbes named.
War is the wild card: unpredictable, disruptive, and often tragic. But if it comes, it will reorder which industries mature first, and which nations set the pace.
The Common Thread
The Forbes article is right: these industries will define 2035. But what it does not say loudly enough is that space is the enabling layer beneath them all. Space is where computing gets hardened, medicine gets tested, farming gets reinvented, and robots earn their stripes.
We are not just passengers on the timeline of technology, as Forbes notes. But neither are we confined to Earth as we shape it. The builders of tomorrow’s industries are already looking up because in the end, space is not just another industry on the list.
It is the ecosystem making all the others possible.
About the Author
Michael Daily, APR, has been providing strategic communications and branding strategy expertise and support to organizations since 1996. He is the owner of NewSpace Brand Builders, a firm specializing in strategic communications and brand design, strategy, and management within the Space and Defense Industry. You can reach Mike at mike.daily@newspacebb.com