What Sparked the Shift to Commercial Space?

Dr. Dan Garrison, founder of Orbital Progress, traces the transformation of the launch industry from a government‑centric model to a commercial one. He recalls the early 2000s when questions about the high cost of launch prompted conversations with entrepreneurs like Elon Musk, whose focus on market opportunity helped move the industry toward reusable rockets and new launch services.

How Much Does It Cost to Send a CubeSat?

Garrison explains that launch prices have historically hovered between $1,500 and $3,000 per kilogram, keeping many missions out of reach. Recent estimates for reusable vehicles such as Falcon 9 and the emerging Starship range from $50 to $300 per kilogram, a dramatic reduction that could open the door to more frequent and diverse payloads.

Can We Build Data Centers in Orbit?

When asked about Elon Musk’s vision for space‑based data centers, Garrison outlines the technical hurdles: the mass of solar panels, radiation shielding, and the need for a distributed architecture. He notes that the economics of launching the required hardware remain a major obstacle, even as the potential for unlimited solar power and passive cooling is enticing.

Will the Moon Become a Resource Hub?

Garrison discusses the debate over lunar resources such as water and helium‑3. He points out that while these materials could support future space‑to‑space operations, the challenges of extracting, processing, and transporting them back to Earth are still speculative, and the primary value may lie in in‑orbit applications.

What Does the Future of the Space Stack Look Like?

He highlights the growing roster of launch providers—Blue Origin, Rocket Lab, and others—and the importance of competition for price pressure and innovation. Garrison also touches on geopolitical dynamics, noting that expanding launch capabilities in China and Russia could shift the balance of power in space.