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Smart Agriculture Platform for a Sustainable Future

Cube Farm provides a stable and efficient agricultural environment based on a high-durability ISO container structure and an automated system.

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01
Cost
01
Cost
Excellent durability eliminates the need for reconstruction
Reduced labor costs with automated control of temperature, humidity, CO₂, and light intensity
High energy efficiency with superior insulation
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Efficiency
02
Efficiency
Operable even in barren land
Easily transportable anytime, anywhere with a compact area of approximately 30㎡
Durable structure designed for over 20 years of operation
High space efficiency with a stackable structure of 5 levels or more
03
Productivity
03
Productivity
Independent from changes in natural environmental conditions
Year-round production enabled by an automated system
Capable of addressing agricultural water shortages and environmental pollution
Fully enclosed structure for the production of high-quality crops

We Are More Than Just a Smart Farm Company

Cube Farm is an intelligent smart agriculture platform that simultaneously achieves efficiency and stability in agricultural production through data-driven environmental control technology.

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Cumulative Installed & Operated Smart Farm Modules

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Average Increase in Cultivation Productivity

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Environmental Control Automation Adoption Rate

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Improvement in Energy Efficiency

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Reduction in Operational Labor Costs

CUBE FARM

Key Agricultural Challenges Solved by CUBE FARM

Consistent and Stable Growing Conditions

CUBE FARM minimizes production instability caused by extreme weather and seasonal changes. Its fully enclosed ISO refrigerated container structure effectively blocks external environmental influences, providing a stable year-round cultivation environment.

Simultaneous Improvement in Productivity and Operational Efficiency

By applying an automated environmental control system, CUBE FARM can achieve up to a 30% increase in productivity compared to conventional agriculture, while reducing labor dependency and maximizing operational efficiency.

Data-Driven Precision Environmental Control

Temperature, humidity, CO₂, and light levels are analyzed and controlled in real time to create an environment optimized for crop growth, ensuring consistent quality and stable production.

Energy Optimization for Sustainable Agriculture

The high-insulation ISO container structure reduces energy consumption by up to 20–25%, while improving water and nutrient efficiency to support sustainable agricultural operations.