Developed through 5 + years of R&D, our revolutionary CORE technology maximizes crop yield and ensures consistent year-round production.

about the system

CORE:

Climate Optimized Regenerative Environment

Our systems can grow hundreds of acres of produce 365 days a year without the sun or soil.

Each CORE comprises a controlled environment structure integrating vertical, horizontal, or/and volumetric growth technology and penetrating spectrum lights.

vertical farm, vertical green, microgreens, food, urban farm, farmers
85%

Product Quality Index

92%

Energy Generation

leafygreens

Leafy Greens

microgreens

Microgreens

berries

Berries

edibleflowers

Edible Flowers

Fodder

Solutions

Agrotunnels™

Fodder Capsules

Advantages

High Profits

90% Energy Saving
95% Reduction in Water Usage
100% Free From Pesticides
Net Zero Operation
Low Operational Costs
Multi Crop Diversity

High profits

Benefits

  • 90% Energy Saving

  • 95% Reduction in water usage

  • 100% Free for pesticides
  • Net Zero operation
  • Low Operational Costs
  • Multi crop diversity

64%

Reduction in Lighting Energy

33+

Turns per Year

240x

Increased Yield per Square Meter

30%

Faster Plan Growth

Multi Crop Diversity

Best organic food

Polyvarietal Vertical Farming (PVF) systems are a versatile solution for growing diverse crops simultaneously in a single controlled environment. Grow over 80+ plant varieties at the same time, using the same operational protocols.

Competitive Advantages

This matrix compares Cultivatix with its industry counterparts, Container Farming and large-scale Vertical Farming, across a range of critical operational and sustainability metrics.

microgreens farming, vertical fertigation, grow walls, sustainable agriculture, modern farming techniques, urban farming, nutrient-rich greens, efficient farming, environmental sustainability, economic growth

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CRITERIA

CONTAINER FARMING

LARGE SCALE
VERTICAL FARMING

NET ZERO OPERATIONS

Yes

No

No

SUPERIOR YIELD

142 KG per m2 / year  29 LB per sq ft / year

Moderate

High

AFFORDABLE SETUP

Yes

No

No

EASY MAINTENANCE

Yes

Yes

No

SCALABILITY

High

Low

Moderate

ENERGY EFFICIENCY

High

Low

Moderate

CROP DIVERSITY

High

Moderate

High

WATER EFFICIENCY

Up to 95% less 

Moderate

Low

SPACE EFFICIENCY

High

Moderate

Low

HIGHER YIELDS

Yes

No

Yes

Comparative Analysis of Power Consumption for Food Production Systems

(including HVAC, Lights, Pumps, and Auxiliary equipment)

To grow 11,424 plant ports requires:

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System 

Units

Light type

Power consumption per Oz (watts)

Power Cost per Oz (USD)

1 Capsule 10

Penetrative Spectrum Lights

322

0.04

SHIPPING CONTAINER FARMS 

5.88

Led Strip

2,010

0.24

ZIP GROW TOWERS

78.4

Led Racks

891

0.11

TOWER GARDENS

441

Led Lights on octopus caps

1,320

0.16

This table provides a comprehensively compares power consumption and cost per ounce (oz) for various indoor farming systems. By examining the power use and associated costs per oz of product produced, this analysis highlights the remarkable efficiency and cost-effectiveness of the Cultivatix system.

The data presented here reveal Cultivatix as a standout option for growers seeking optimal power efficiency and economical production. This information is valuable for growers and investors looking to capitalize on sustainable and high-yielding indoor farming solutions.

Get Involved

Join the Cultivatix community and start your urban farming journey today. Whether you’re a business decentralizing food systems or a school looking to educate students on sustainability, our solutions are designed to fit every scale. Contact us, and let’s grow together.

Together, we can cultivate greener cities and healthier futures.