Most design-AI for 3D-printed construction is cloud-bound and locked to one machine. Vitruvius is the opposite: the design layer of Collab-Foundry’s sovereign stack — printer-agnostic, and able to run offline on hardware as small as a Raspberry Pi — aimed at the hardest case: remote and social housing built from local materials. It is being built to generate structurally-valid, print-ready homes with the structural and building-code checks as a hard gate, and a real architect correcting it so each design improves. The sovereign AI brain already runs on commodity hardware; the construction pipeline is what we’re building.
Three stages on one sovereign stack — the design, the proof, and the print.
From a brief — site, budget, constraints, building code — Vitruvius generates real, buildable designs on your own hardware. Not mood-boards: geometry meant to be poured.
Firmitas first. Every design is built to pass structural and code checks, then to be reviewed and signed off by a real architect — with every correction flowing back in, so the next design is better. A building it can’t prove safe, it won’t print.
Validated geometry will be exported to a 3D-printing construction machine — toolpaths, not renders. Bits become a poured structure you can walk into.
Building a house is slow, labour-heavy and wasteful — and a home is out of reach for millions. 3D-printed construction changes that economy, and Vitruvius is the intelligence built to design for it.
A printer lays the structure a crew would raise by hand — fewer trades, fewer hours, a shell in days rather than months.
Material is extruded exactly where the design needs it — no off-cuts, no over-ordering. You pour what you use, and not a bag more.
Vitruvius optimises every design for material, span and printability from the first line — the cheapest sound way to build the brief, not the prettiest render.
Lower cost and a faster build mean shelter for more people — the humanity-first point of the whole exercise: dignity and a roof, not luxury.
The whole project in one line: a home that makes its own power and water, thinks for itself, and keeps going through whatever comes — grid down, network down, drought or heat. And because it makes its own power and runs its own AI, the home becomes your sovereign, off-grid AI datacenter — your compute lives where you live, on sunlight, with no cloud. One simple idea; everything else is an organ of it.
None of the parts is new — solar, water, mesh, all of it works today. The intelligence is in connecting them into a single home that looks after itself.
Vitruvius doesn’t just design a building that stands — it designs one that runs itself. Each home makes its own power, banks it, catches its own water, and holds its own temperature — off-grid by design, not by upgrade. The AI solves for it from the first line, not as a finish bolted on at the end.
Every design is planned around on-site solar, then stores what it makes — battery plus the structure’s own thermal mass — so the house carries itself through night and cloud. A home that is its own power bank.
Rainwater capture is designed into the roof and form for the bulk supply — and when the sky runs dry, a solar-driven atmospheric generator pulls clean drinking water straight from the air. Water from rain when it falls, from air when it doesn’t — and the home decides which, on its own.
Orientation, mass and shading are optimised for passive comfort, and the home’s own stored energy handles the rest — so heating and cooling are solved by design, not by a power bill.
Designs favour recycled and reclaimed inputs — reused aggregate in the print mix, salvaged material where it’s sound. Circular, not extractive: a home that takes less from the world to stand.
A Vitruvius home doesn’t just stand and sustain itself — it senses, thinks and helps. The brain has eyes, ears and a voice: it watches the door, hears what matters, and answers what you ask — about the house, or anything you need to know, with on-device knowledge across hundreds of fields. Nothing leaves the walls.
The brain orchestrates power, storage, water and climate moment to moment — balancing solar, battery and comfort so the home looks after its own resources without you thinking about it.
Security is built in, powered by Aegis: the home watches over itself, recognises trouble and acts — all processed inside the house, never streamed to a stranger’s cloud.
Homes mesh together over Meshtastic — long-range LoRa radio, ground to ground, with no internet or cell tower. A street of Vitruvius homes stays connected when the grid and the network go down. And so do you: internet gone, you’re still in reach of your own home.
The same on-device stack behind Aegis, Neuron AI and Cipher lives in the walls — your home’s intelligence is yours alone. Private by default, resilient with no internet, owned outright.
Two thousand years on, Vitruvius’ order still holds — and it’s the system’s spine.
I build sovereign AI systems and I ship them. A multi-persona assistant, an AI workspace, and a self-hosted compute platform — all running on my own hardware, on my own cluster.
Vitruvius points that same engine at the hardest physical problem I know: a house that designs, builds and runs itself. The AI is mine to build. What I need is the architect, the builder and the lab to prove it with.
If you build with a construction printer, Vitruvius makes every job cheaper and faster to design — and we’d rather prove that with you than pitch you.
An AI that designs for your printer from the first line — material, span and printability optimised — so more of the pipeline comes out buildable and profitable, not redrawn by hand.
Grant programs exist for exactly this kind of pilot (NSW housing-innovation, CRC-P). We pursue them together — the grant funds the build, not your margin.
Start small: one real house, designed by Vitruvius, printed on your machine. You shape the pipeline around how you actually build; we earn the proof together.
AI-designed, self-sufficient homes are coming. Be the printer that builds the first one — the firm the grants, the architects and the press point to.
Vitruvius is the proof of the Collab-Foundry model: we build the system, a domain expert brings the truth we can’t. We’re inviting an architectural firm — or an independent architect — to co-create the first real Vitruvius build: design and 3D-print one real house with us, at no cost. You help shape the tool and you’re first to use it; we earn the proof. Structural engineers, construction-tech teams and 3D-printing builders who want in are welcome too.
Architect, firm or builder — let’s build it together