The Golden Age of Protein.

Farmless is ending land scarcity, by brewing a postbiotic protein from thin air.

Source: Hyde 3.5

Land is the bottleneck.

Agriculture is the largest physical infrastructure humanity has ever built.

51%OF HABITABLE LAND
IS AGRICULTURE

AGRICULTURE51%

NATURE (FOREST + SHRUB)49%

URBAN + BUILT1.0%

drag the year

What if protein didn't need land?

Farmless brews a nutrient-dense postbiotic protein using simple molecules and energy. Decoupled from land, seasons, time and place.

With it, humanity can rewild, build more energy and cities.

World’s most efficient
protein machine.

We convert molecules from air, water and energy into a postbiotic protein through a continuous and modular fermentation.

Landless
feedstock

Air captureSynthesis

Simple molecules, captured from air, water and sunlight, become precise building blocks for life.

Continuous
fermentation

24/7NutrientsPostbioticprotein

A continuous fermentation converts molecules into nutrition, 24/7.

Modular
production

Standardised modules replace megaprojects, unlocking horizontal scaling.

Deflationary protein.

Since 2000, food prices have risen 62% in real terms, while solar modules became 96% cheaper.

For 10,000 years, we’ve relied on photosynthesis to turn sunlight into food. But farmland is finite, and photosynthesis is inefficient.

Meanwhile, we’ve made solar energy extraordinarily cheap. Why not use it to produce food instead?

That’s what Farmless does. We turn energy into a food for high-protein microorganisms, bypassing farmland entirely.

We free life from the limits of land.

The machine behind
the protein.

Most fermentation companies buy a vessel, wire in generic controls and model the process afterward. We designed the physical and digital system as one instrument.

Hardware: BrewControl

Valve 02 opened

Our fermentation moves fast. So we build hardware and controls to keep up.

Software: BrewBase

Live

2.1Bobservations

ML forecast

pH 6.50Temp 34.5°CDO 48%

Every run adds to our data. Every experiment trains the next model and our understanding.

Simulations: Manifold

01 Physical

02 Digital

Simulation

Recommendation

Increase air flow+6%Reduce COGS−€0.05/kg

Build in software first. Build in steel second.

Clear &
Classic.

Our nutrient-dense postbiotic protein comes in two formats. Clear is made for drinks, but also boosts the protein content of bars without influencing taste or texture.

Classic is a more dense, postbiotic protein, with a creamy mouthfeel, that is a great whey protein concentrate successor.

Clear

A clear postbiotic.

Amino-acid complete
Made for ready-to-drink products
Clean, slightly umami taste
Softens bars while boosting protein content

Classic

A creamy postbiotic protein.

Whole postbiotic protein
80% protein content
High in multiple b-vitamins
Great for shakes, bars, sports nutrition and functional proteins.

Build products with us

Free land.

Same kilogram of protein.
Radically less land.

1,636 m²per kg protein

Sunlight -> photosynthesis -> plants -> cow -> protein.

How we got this number

Poore & Nemecek (2018), beef herd: 163.6 m² per 100 g protein
Per kilogram of protein: 1,636 m²
Sample behind it: 38,700 farms, 119 countries

Poore & Nemecek (2018)

Beef≈5,000× more land than Farmless

Per kilogram of protein. Beef, milk & tofu: Poore & Nemecek (2018). Whey: milk land allocated between cheese and whey protein by value, at July 2026 EU prices. Soy: FAOSTAT yields × USDA protein, adjusted for isolate recovery. Farmless: our own process model, on dedicated solar. Open any figure to see the full derivation.