Space Revolution: How Serviceable Satellites Can Transform Life on Earth

What we talked about.

In this episode of The Sunny Ray Show, host Sunny Ray talks with Steve Kwast, founder of Space Belt, about the space revolution reshaping life on Earth. Kwast, an astronautical engineer who flew fighter jets for decades and later commanded Air Education and Training Command, explains how satellites are shifting from disposable, single use hardware to modular, serviceable infrastructure that can be refueled, repaired, and upgraded in orbit. He argues that combining robotics, AI, supercomputing, and network style delivery turns Earth's linear systems of energy, information, and resources into abundant, low cost networks accessible anywhere on the planet, even in the remote Cameroonian village where he grew up. Kwast traces his path from childhood in West Africa through the Air Force to becoming an early advocate for the Space Force, and describes how his earlier company, Genesis Systems, pulls affordable water from humidity in the air, a technology now being adapted for lunar and Martian habitats. Throughout, he connects space commerce to peacemaking, arguing that shared prosperity reduces conflict and that decentralizing power to individuals, through tools like Bitcoin and space based infrastructure, can usher in an age of abundance.

A former fighter pilot turned space entrepreneur explains how reusable, serviceable satellites could deliver abundant energy and water to everyone on Earth.

The questions, and the answers.

What's changing in space right now and why should people on Earth care?

The human race needs more information, resources, and energy to be prosperous, healthy, and secure. We have a secular slowdown in the global economy, but combining robotics, AI, and supercomputing in a trustless environment lets us deliver almost infinite energy, information, and resources to any point on the planet for the same price as today, or less, once the infrastructure is built. That's the promise, a period of abundance instead of scarcity.

You graduated in astronautical engineering in 1986 and then flew fighters for decades. When did space come back to the front of your thinking?

It's always been there. I grew up in a small tribe in Cameroon, West Africa, with no technology, running water, or electricity, where my father was a cultural anthropologist. Even as a child I dreamt about space and flying. Becoming a fighter pilot let me become a commander and help usher in the Space Force, defending American interests while championing the idea that every person deserves an equal chance to pursue happiness.

What did commanding Air Education and Training Command teach you about how institutions actually change?

You change the future by teaching the young generation new possibilities and helping them think outside the paradigm they live in. Right now we assume electricity only comes from plugging into the wall through power plants and lines that are dangerous, inefficient, expensive, and unsustainable. Teaching people there's a new way to deliver energy, and showing how technology can change fate, is what really shifts institutions over time.

You were one of the loudest early voices for a Space Force. What were you seeing that others were not?

Security comes from economic security, and the space economy was going to dwarf air, land, and sea combined. Earth runs on linear infrastructure, like mailing individual letters, while space enables network infrastructure, like sending one email to millions. That shift gives everyone the same market cost per watt, bit, or resource, letting people in remote places compete economically with someone living in a big city.

Genesis Systems came before Space Belt. What did that build teach you?

Genesis Systems draws water out of humidity in the air affordably, as cheap as tap water, and it's also designed as a water source for space habitats. Fifty percent of Earth's illnesses come from inadequate water, so a machine the size of an air conditioner, powered by solar, can produce enough water to grow food and support health anywhere. We're now applying that same technology to habitats on the Moon and Mars.

Satellites today are built to be disposable. What made you decide that assumption was the problem?

Building disposable satellites is like buying a car, driving it until it runs out of gas, then burying it and buying another one. It's uneconomical and wasteful. Instead we can build fully reusable satellites, swapping in new circuit boards, refueling with a cartridge, or snapping on a new solar panel like LEGO blocks. That modular approach cuts the cost of communication, energy, and resource delivery from space dramatically.

Where do robotics and autonomy have proof for on orbit assembly to scale?

It starts with the brain, the hardware and software that can supercompute and run AI reasoning models, and soon quantum models, on the edge. We couldn't have done this in the sixties because we lacked that compute power. Combining robotics, AI, machine learning, and supercomputing now lets us build an affordable space economy that delivers energy, information, and resources back to Earth for people who need them most.

Tell people where they can learn more about you and the company you're building in space.

You can go to spacebuilt.com to see videos and learn about our leadership and what we're doing, and connect with us there. When I left the military I decided to dedicate my life to bettering humanity, and space is the ultimate high ground for economic benefit. My request is that people start learning about space, and start investing in companies taking us to this new high ground.