Company — Our Agritech Model

The structural shift to controlled environments.

Traditional agriculture asks investors to underwrite the weather. Controlled Environment Agriculture replaces that exposure with engineering — precision hydroponics, year-round harvest, and standardized chemical profiles.

The problem

Climate volatility

Drought, frost, and heat waves make open-field yield a gamble — and yield is the asset.

The Efarms answer

Precision hydroponics

Temperature, humidity, light, and nutrient dosing held within engineered tolerances, every hour of the year.

The problem

Supply-chain fragmentation

Seasonal gaps and broker chains between grower and buyer erode margin and traceability.

The Efarms answer

Year-round harvest

Continuous production cycles feed off-take agreements directly, seed to shipment, without intermediaries.

The problem

Adulteration

Pharmaceutical buyers cannot build on botanical inputs whose chemistry varies batch to batch.

The Efarms answer

Standardized profiles

Verified, consistent chemical profiles certified under Good Agricultural Practices (İyi Tarım).

The CEA Stack

Four layers of engineered control.

Layer I

Climate envelope

Climate-controlled greenhouses isolating the crop from external weather.

Layer II

Hydroponic root zone

Patented NFT systems delivering nutrients in a closed recirculating loop.

Layer III

Sensing & telemetry

Humidity, temperature, and pH sensors streaming live production data.

Layer IV

Automation

Automated irrigation, fertilization, and lighting control for consistent output.

96%
Less water than open-field
12
Harvest cycles per year
0
Agricultural runoff
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