// CLOSED-LOOP LIFE SUPPORT

Engineering LIFE beyond Earth

We build autonomous life-support systems that produce fresh food in space

// THE CONSTRAINT

Every mission is limited by its last resupply.

01

Resupply dependency

Today, every calorie eaten off-world was launched from Earth. Presence is rationed by cargo mass, not ambition.

02

Fresh food matters over months

Stored rations degrade in nutrition and morale. Long-duration crews need food that is grown, not shelved.

03

It compounds with distance

The farther and longer the mission, the more resupply costs – until, past a point, it simply stops scaling.

// THE TIMING - WHY NOW

The infrastructure has to exist before we arrive

A permanent lunar base is being assembled this decade. But you cannot fly a crew to a base that cannot feed them. The food system has to land switch on, and prove itself stable before the first long-duration crew leaves Earth.

  • 00Days
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// THE TIMING - WHY NOW

Autonomous food production, engineered as infrastructure

+

Grows food on-site

Fresh produce harvested where it’s eaten – no shelf life, no resupply lag.

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Regenerate its inputs

Water, nutrients and atmosphere circulate instead of depleting.

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Minimal crew time

Autonomous control balances every loop and flags drift before it matters.

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Modular by design

Fits standard payload rack by rack as the base grows.

// THE PATH

From the first growth module to planetary life support

10%

PHASE 01 - NOW

Earth extreme-environment pilots

Closed-loop growth running in analog conditions that stand in for the surface

PHASE 02

Orbital & lunar modules

Flight-qualified growth modules deploy uncrewed and begin producing

PHASE 03

Integrated regenerative life support

Food, water and atmosphere managed as one closed system for crews

PHASE 04

Moon base infrastructure

Life support for long-term presence on the moon, and beyond it

// GET INVOLVED

Bring the impossible to LIFE with us