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Jared Isaacman: NASA's Moon Base by 2028, Optimus Robots on the Moon, and the Truth About UFOs
NASA Administrator Jared Isaacman joins Peter Diamandis and Dave Blundin to lay out a 2028 lunar south-pole landing, a phased plan for a permanent Moon base, and where Optimus-style robots and nuclear propulsion fit on the road to Mars. The conversation closes with Isaacman's on-record response to UAP disclosure questions.
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Isaacman addresses the Fermi paradox, the Department of War's UAP disclosure releases, and direct questions about an alleged decades-long legacy program — on the record, as NASA Administrator.
Where Optimus-style robots enter the timeline — as a "force multiplier" for human crews rather than a replacement for astronauts on the surface.
A phased, step-by-step build-out — near-monthly uncrewed lander missions starting now, a 2028 crewed landing, then a permanent base.
How a $25B agency competes with hyperscaler compute budgets, plus where nuclear propulsion fits into cutting Mars transit time (also covered at 45:18).
Isaacman says he believes China's 2030 lunar landing goal is achievable, and explains why he sees competition as an accelerant rather than a threat.
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0:00The future of NASA and space exploration
Isaacman opens on the lunar south-pole landing target and where humanoid robots fit into it.
Both are being built right now, alongside a plan to run NASA — a $25B agency — more like a startup.
Get back to the Moon, build a permanent base, use nuclear power in space, ignite an orbital economy, and search for life among the stars.
6:23How NASA is using artificial intelligence
AI on board decides what data is most valuable to send home before the probe is destroyed in the atmosphere.
Isaacman says NASA's $25B budget is a fraction of what hyperscalers spend on compute hardware alone.
A White House / OSTP initiative pairing NASA's unique data with Department of Energy compute capacity.
12:55Humanoid robots on the Moon and Mars
Isaacman lays out where robots handle EVA-adjacent tasks before crewed missions extend the model to Mars.
15:29Orbital data centers and the space economy
He frames space-based compute as a commercial opportunity NASA should support, not chase itself.
Isaacman argues the economics of orbital data centers "close" and could help fund broader commercial space ambitions.
20:03Rebuilding NASA for speed and focus
28:25The plan to land on the Moon and build a lunar base
Uncrewed landers and rovers touch down on a near-monthly cadence ahead of the 2028 crewed landing.
Isaacman says he'd be surprised if a demonstration Optimus-style robot didn't ride along on an early test flight.
He's asked directly whether NASA has considered a program for civilians who want to live and work on the Moon.
38:31The new space race with China
45:18Nuclear propulsion and the journey to Mars
50:58Asteroid mining and commercial space exploration
Isaacman says the America's Competes Act lets NASA offer prizes to industry players pursuing asteroid resource extraction.
Commercial appetite for orbital data centers may shift both the timeline and the scale of future Mars missions.
1:00:41Cooperation, competition, and the rules of space
1:08:41Life beyond Earth, UAPs, and NASA's next moonshot
Isaacman on how billions of exoplanets in habitable zones shift the framing of the Fermi paradox.
Isaacman is asked point-blank about alleged government reverse-engineering programs, and cites statutory disclosure requirements dating to 2022.
He references a presidential order behind four tranches of declassified UAP video, photo, and witness evidence.
Isaacman says he takes the question seriously but hasn't personally seen firsthand evidence of the alleged program.