Living Industries Corporation

Three missions.
One destination.
The future.

Structures engineered for the extreme. Mobility without limits. Living systems built clean, run safe. Three technologies — each remarkable on its own, together a blueprint for life beyond Earth.


Three Vantages

Every problem we solve on Earth
is a prototype for space.

Living Industries operates through three divisions, each addressing a foundational requirement for human life. They are commercially viable independently. Together, they form the R&D foundation for human habitation beyond this planet.

DIVISION 01

LivingDomes

Shelter · Structure · Resilience

Geodesic, modular, and hurricane-proof homes designed for the most vulnerable environments on Earth — starting with the Gulf Coast, scaling internationally. Off-grid capable. Built to withstand the conditions that conventional construction cannot.

Extreme-environment construction engineering developed for Earth's most demanding sites is, by definition, the prerequisite for building anywhere else.

R&D feeds LivingSpace: space habitat construction
DIVISION 02

AnywherePower

Mobility · Access · Independence

Motorized wheelchairs designed to work in the actual world — in rain, on uneven terrain, on the surfaces that existing mobility aids fail on. Millions of people are effectively homebound not because of their condition, but because their equipment stops functioning the moment it meets real conditions.

That is a solvable engineering problem. AnywherePower solves it.

R&D feeds LivingSpace: planetary rovers & off-world mobility
DIVISION 03

LivingAir

Atmosphere · Environment · Health

Plastic-free home systems — air purifiers, dehumidifiers, and vacuums — designed without the materials that off-gas, degrade indoor air, and accumulate in bodies. Built clean in manufacturing, clean in operation.

LivingAir treats the interior atmosphere as a designed element, not an afterthought. The same systems that protect a home are the foundation of life support in a habitat.

R&D feeds LivingSpace: closed-loop life support systems

LivingSpace

The long question — where else can humans live? — is not speculative. It is an engineering problem, and the answer is being developed right now through the first three divisions.

LivingDomes develops the structural and materials science for building in extreme environments. That is also how you build a habitat on another planet. AnywherePower develops all-terrain mobility systems for people on Earth. That is also how you build a rover for another surface. LivingAir develops closed-loop atmospheric systems for human environments. That is also how you keep people alive in space.

None of the three foundational divisions is a detour. Each is the proof of concept. LivingSpace is where they converge — into space habitation, exploration, and ultimately resource extraction in the asteroid belt and beyond.

The premise is not that we will get to space someday. The premise is that we are building toward it with every structure raised, every wheelchair deployed, every clean breath taken.

Technology Pipeline

LIVINGDOMES
Extreme-environment construction
Space Habitat
Structural systems for off-world builds
ANYWHEREPOWER
All-terrain mobility systems
Planetary Rovers
Off-world surface mobility
LIVINGAIR
Closed-loop atmospheric systems
Life Support
Breathable environments beyond Earth
↓   all three converge   ↓
LIVINGSPACE
Habitation · Exploration · Asteroid Mining

In the tradition of

R. Buckminster Fuller Geodesic structure · Design science
·
Carl Sagan Pale Blue Dot · Cosmic obligation
·
Biosphere 2 Closed living system · Learned by doing
·
Walt Disney's EPCOT Experimental community · Living prototype
·
Vostok to the ISS Human in extreme space · The continuous frontier

"In defiance of disaster,
not in defiance
of nature."

— Living Industries · Founding Principle

"Space expansion as ecological restoration — resource reallocation on a solar-system scale."

"The cosmos as
permanent address."

Human ingenuity, applied with genuine respect for how the physical world works, is equal to any challenge the cosmos presents. That conviction — forming across decades of research, systems thinking, and an imagination that builds rather than just describes — is the core of Living Industries.

Three technologies address the most pressing questions of how humans live today: structures engineered for what the climate is becoming, mobility that performs in any condition for any body, living environments built genuinely clean and safe. The same engineering that answers those questions on Earth answers them on Mars, on the Moon, in any pressurized habitat anywhere in the solar system. The work is one work.

Every resource extracted from an asteroid is a mine that never opens on Earth. Every material synthesized in orbit is a factory that never poisons a watershed. Going outward means relocating the burden of extraction to where that burden belongs — into the vastness of the solar system, away from the living skin of this planet. The seas recover. The forests fill in. The insects, the marine life, the full community of organisms that hold the living world together get the room they need. Space expansion as ecological restoration. Resource reallocation on a solar-system scale.

A moon colony designed for life in full — leisure, family, retirement, the long arc of a human story written under a different sky. Mining operations that supply the solar economy from where that abundance already exists. Habitats that carry the full biological inheritance of Earth forward. The cosmos as permanent address.

The conversation Living Industries continues is a long one: Buckminster Fuller, who demonstrated that systems aligned with physical reality do more with less. Carl Sagan, who understood that a species capable of reaching the stars carries an obligation to protect the world it came from. The Biosphere 2 project, which asked what a fully closed living system actually requires — and learned by doing. Walt Disney, who imagined EPCOT — the Experimental Prototype Community of Tomorrow — as a city that was always optimistic, always being updated, a permanent demonstration that the future is a design problem. Living Industries was founded at the intersection of all of it — and from decades of original thinking about what these systems actually have to do to work.

A great big beautiful tomorrow. The work has already begun.


Leadership

Founded by someone
who means it.

Living Industries was founded by Jade Harris Livingston — systems architect and researcher whose work spans AI agent design, environmental risk analysis, and the long question of where and how humans can live well.

The company's foundational questions emerged not from a boardroom but from a life spent navigating the limits of what existing systems could and couldn't provide — including the specific failures of mobility technology in real-world conditions that led directly to the AnywherePower concept.

Living Industries is in active development. Strategic partnerships, early investment conversations, and collaboration inquiries across all four divisions are welcome.

Jade Harris Livingston
Founder & CEO

Systems architect and researcher. Founder of Parallax Horizon (strategic intelligence consulting) and Living Industries Corporation. Work spans AI architecture, environmental risk, and complex systems design.



Active Development · Partnerships Open

Partnerships,
investment,
and collaboration.

Living Industries is in active development across all four divisions. We welcome conversations with partners, investors, engineers, and researchers who share the founding conviction.

If you are working on extreme-environment construction, mobility technology, sustainable materials, atmospheric systems, or space habitation — we want to hear from you.

Email: hello@livingindustries.earth