Underground botanical vault with neon-lit tropical plants growing between concrete pillars

VAULT PROTOCOL 7.2 — ATMOSPHERIC SEAL ACTIVE

Breathe Deep.
The Vault
is Open.

Where brutalist architecture meets living ecosystems. We engineer underground botanical vaults with optimal atmospheric conditions — controlled humidity, purified airflow, and monitored growth cycles.

Enter the Vault →

Scroll

Biosensor clipped to a monstera leaf with mercury-like water droplets

02 — Infrastructure

Modular
Breathe Cells

Each vault module is a self-contained biome. Brushed-steel biosensors monitor every leaf, every droplet, every breath of air cycling through the system.

Module Dimensions 4.2m × 3.8m × 2.9m
Air Exchange Rate 12.4 ACH
Biosensor Array 48 Nodes / Cell
Growth Medium Sphagnum / Pumice / Steel Mesh
UV Spectrum 380–420nm (Controlled)
Seal Rating IP68 / NEMA 4X

Carbon Dioxide

412ppm

Optimal Range

Relative Humidity

78.3%RH

Target Sustained

Core Temperature

23.7°C

Stable ±0.2°

Moss growing inside a steel safe deposit box with neon light trails

Deposit Box 4A

Sphagnum Colony — 14 weeks

001

Aerial view of underground botanical vault

Vault Chamber B

Primary Atrium — Operational

002

Neuro-Monstera

Biosensor MOD.01 — Active

003

Airflow Study

Long Exposure — 8s @ ƒ/2.8

004

UV Array Grid

380nm Spectrum — Zone 3

005

Breathe
Space

The vault is always breathing

Breathe Deep.
The Vault
is Open.

Modular
Breathe Cells

Vault Telemetry

Inside the Tunnel

Breathe Deep.The Vaultis Open.

ModularBreathe Cells

Vault Telemetry

Inside the Tunnel

Breathe Deep.
The Vault
is Open.

Modular
Breathe Cells