The basin in 2075: the grown city under a ring of light, the Moon over the range.

TAPROOT

Rooted here. Ready for anything.

Arrow keys or drag to move through the years

2026. Basin, day one. Fixed camera, 2,500 m.

Move across the basin to look through to 2075

A surveyor walks alone along a dry wash on the untouched plain, the mesa cliffs behind her.

If we started from scratch

Most installations are dropped onto land and fight it for a century. TAPROOT begins the other way: a year of reading one coastal basin before anything is built. The washes are flagged and kept, the topsoil and plants are salvaged, and the first wall is printed from the ground it stands on.

The canvas

One fixed witness over an untouched desert coast. Everything after is measured against this frame.

Read the land

A hex lattice of sensor stones, a murmuration of survey drones, a pioneer camp and two trailer microreactors. Machines first, a handful of people supervising; the washes stay untouched.

Its own power, water, compute

Spiral solar rosettes on the salt; compute in the cliff, breathing through termite chimneys, its heat making fresh water; the first green runs down the wash.

A working base

A real town and a good neighbour: cell-like districts, farm towers by the wetland, brine terraces graded like a swatch, and the first launch from the headland.

A city that runs itself

The Vein carries every trip, cable-hung masts print whole districts, a brain-coral harbour holds wing-sailed ships, and launches go weekly.

Grown, not built

Taproot towers rise at the wash confluences, power arrives from orbit, and a tether roots the headland into the sky.

The network node

A tether rises from the headland to an orbital ring, launches go daily, and the first living shells grow among the towers while the green keeps spreading.

Advanced enough to be quiet

The same city, matured: living shells among the groves, a lattice of light above, and the seeds gathered in 2027 bound for a settlement on the Moon.

2026

The Lantern ring half built: gantry printers lay banded walls while drones plant the roof. — The Lantern, half printed

The finished Lantern courtyard full of people. — The Lantern, lived in

A walking crane lowers the next timber arcade module onto the Spine at first light. — The Spine, one module a morning

The heart of the installation at blue hour: the Lantern, the Root Hall lens, solar trees and the Spine, all lit from within.

It all comes together

Nothing arrives finished. Printers lay walls from the basin's own soil, drones plant the roofs, cranes walk the arcade into place a module at a time, and each building is lived in while the next one rises beside it.

How it works

Ten systems, cut open. Each drawing lifts off the table and the built thing grows out of it, so you can see what goes in, what comes out, and how it connects to the rest.

Built, step by step

Nothing here arrives finished. Scroll through how a house is printed from the ground it stands on, how a tower is grown, and how a ribbon to orbit is anchored to rock.

Vehicles, broken down

One family, every scale: from the pod you ride to work to the craft that carries seeds to the Moon. Each is opened up so you can see what moves it.

Within reach

Every system in TAPROOT starts from something that already exists. The leap is putting them together in one place, on purpose, and letting AI and robotics compress decades into years.

The metabolism

A closed loop drawing on sun, sea, rock and air. Waste from one system is the input of the next, so nothing leaves the basin that it could still use.

PowerWaterHeatData

Hover a node to read the system.

Study models of how TAPROOT architecture evolves from 2027 to 2075: printed domes, termite-stack districts, grown Taproot towers and opening nacre shells.

Architecture of the land

Buildings here do not sit on the land; they grow from it. Walls are printed from site soil in layers banded like the cliffs, shells are grown from mycelium composite, roofs carry native grasses, and solar trees shade the plazas. Nothing on the plain rises above three storeys, so the mesa stays the tallest thing in view.

Blueprints

Every building and machine is drawn before it is printed. The drawings are as much a part of the vision as the pictures.

Drag to compare the drawing with the built place

Exploded axonometric of the Root Hall: planted roof, timber structure, light shafts, terraces, cooling floor and rooted foundations. — The Root Hall, pulled apart: roof, structure, light, people, cooling, roots.

The machine family

One unmarked family of quiet machines builds, carries and tests: river-stone shells in sand ceramic, one warm lightline each, electric and mostly uncrewed.

Gantry printerPrints walls from the basin's own soil · layer by layer, banded like the cliffs

The robot family lined up with the people they work beside: humanoids, walking machines and builders on the salt flat. — The robot family works beside people from the first survey: humanoids for skilled work, walking machines for heavy lifting, swarms for survey and planting. One unmarked family, one warm lightline each.

How the vision was made

Eight disciplines designed the world before a single picture was made. Their work became design sheets, and every frame was built from them, so a building, a machine or a face looks the same wherever it appears.

Futurist
Architect
Energy
Food + water
Minerals
Robotics
Aerospace
Photographer

The basin seen through the window of an orbital craft at dusk, the tether rising from the headland.

One of many

Each basin is self-sufficient, and none is alone. The template is copied coast by coast across the country; installations share what they learn, test for each other, hold each other up when one goes quiet, and reach orbit together.

The same seeds gathered in 2027, packed for the Moon.

The future of installations starts now.

Watch it grow again