The home of the thesis — and everything built to move it forward. White papers, web inventions, and playable prototypes that prove the pieces of a sealed, automated world. Built in public, proven on Earth first.
Everything here serves one argument: that the systems for living off-world can be built, validated, and made to pay for themselves on Earth first. Start with the thesis, dig into the research, or go straight to something you can play with.
The full vision — Mars-sim biodome cave cities in the red Western Australian outback, hyperloop-linked, sealed and automated. The argument the whole lab exists to prove.
Enter the thesis →Rigorous R&D documents — the sealed ecology model, Flat Mars doctrine, autonomy architecture, and the economic flywheel. The depth beneath the vision.
Browse papers →Working prototypes that demonstrate a principle in the browser — starting with a tunnel-ring builder modeled on a real TBM segment erector. Proof you can touch.
Open the demos →For SpaceX, Boring, and Tesla teams, and for residents and investors: how to get the brief, join the network, or move a piece of this forward with us.
Get in touch →Each invention isolates one real piece of the thesis and makes it interactive — so the engineering isn't just described, it's demonstrated. Two so far — both built around the part that literally builds the tunnels.
A real tunnel boring machine doesn't dig and walk away — a segment erector assembles curved precast segments into a ring, locks it with a wedge-shaped key segment, then jacks off that ring to drive forward. Place the segments, set the key, close the ring, advance the bore.
The Ring Builder taken into the field. A liner truck delivers segments under a live deadline — beat it to drop them, crane them onto the stack, then step into an augmented-reality bore and physically aim your phone at each red slot until it locks green. Shake to install. Seal all six before the TBM snakes away.
A growing registry of research that moves the thesis forward — each one rigorous enough to stand in front of an engineering team, written to make the case that the frontier can be proven on Earth.
Read the domain and the argument is already there — the five problems a world must solve before anyone can live in it. The thesis lays out how a sealed city solves all five on Earth first, then carries the answer to Mars.
For SpaceX, Boring, and Tesla teams: the integration layer that turns launch, tunneling, and autonomy into a settlement. For residents and investors: a stake in the most advanced sealed cities on Earth — and the bridge to the next world.