FYTO

Intelligence, grown.

Plants make electricity every hour of the day. Fyto uses it to run AI.

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Pl. I — Nautilus pompilius

Designed by selection.

Every form here survived millions of tests. We study what lasted, and build on it.

Pyrus communis, antique illustration — Pl. IIPyrus communisThe original solar panel.

Capra ibex, antique illustration — Pl. IIICapra ibexFour billion years of revisions, still running.

Every leaf is a power plant.

Plants feed soil microbes around the clock. Those microbes release electrons.¹ We collect them to run small AI models in the field, with no batteries and no grid.²

Geobacter sulfurreducens, described by Caccavo et al., 1994. Electron transfer through microbial nanowires: Reguera et al., Nature, 2005.
Plant microbial fuel cells: Strik et al., International Journal of Energy Research, 2008.

Four billion years of evolution. One more step.

01 / 04

01 · 3.5 billion years ago

Microbes

Bacteria learn to breathe out electrons.

02 · 470 million years ago

Plants

Leaves turn light into sugar and feed the soil.

03 · 2026

Measurement

We plot the current a living plant can give.

04 · Next

Network

Nodes spread across fields, powered by what grows there.

I think.

After C. Darwin, Notebook B, 1837

Every branch is an experiment that kept what worked.

Life never stopped branching. Fyto is the next branch: living things that think.

Fig. — The tree of life, 3.8 billion years to today

Wherever plants grow.

01 · Agriculture

Crop stress, caught early.

02 · Wildfire

Forests that raise the alarm.

03 · Wetlands

Carbon, measured in place.

04 · Infrastructure

AI that never needs charging.

From one leaf to living infrastructure.

Phase I · 2026

The Node

One plant runs one AI model.

Phase II · 2027

The Field

Arrays across farms.

Phase III · 2028

The Network

Forests and wetlands at scale.

Horizon

Living infrastructure

Biology as a power layer.

A letter

Every AI model runs on electricity from a grid or a battery. Out in the world, where the grid ends, that means batteries someone has to replace, collect and throw away.

Plants already make power, day and night, wherever they grow. The amount is small, but it is enough to run an AI model with no battery and no wire.

We are starting there: one plant running one model, measured in the open. If the numbers hold, we grow it into fields, forests and wetlands. Computers that grow.

Arhaan KhanFounder, Fytoarhaankhan7b@gmail.comLinkedIn ↗