CONTROLLED-ENVIRONMENT AGRICULTURE

Growing a
better future.

HYGROW combines hydroponics, vertical farming, automation and environmental intelligence to create smarter, more productive and sustainable growing environments.

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THE HYGROW APPROACH

Agriculture reimagined.

The future of food production requires a different relationship with resources, technology and the environment.

HYGROW develops controlled-environment agriculture solutions that allow crops to be grown with greater precision, consistency and resource efficiency.

By combining plant science with engineering, automation and data, we create growing systems designed for the demands of modern agriculture.

HYGROW — Growing tomorrow, today.
Our leadership

Mudit Jain

Chief Executive Officer

Joining the business at the age of 21, Mudit Jain’s resourcefulness and initiative soon helped him take charge. His business foresight came to the fore with the launch of the world’s most expensive pan masala, redefining the category.

He then diversified into other sectors, launching tea and confectionery brands that became leading market players. He also added new hotels to the group’s hospitality business.

He played a pivotal role in expanding DJ Group’s tea portfolio and taking it to a global audience. Later, he focused on the FMCG division, streamlining traditional and emerging distribution channels to significantly increase its reach.

His global vision and outlook have driven growth and helped establish DJ Group as a reputed and credible global entity. His leadership continues to guide the group towards greater success.

WHY CONTROLLED ENVIRONMENTS

More control.
More consistency.
More possibilities.

Controlled-environment agriculture gives growers the ability to manage the variables that matter — light, temperature, humidity, irrigation, nutrients and airflow — throughout the entire crop cycle.

OUR SOLUTIONS

Systems built for
modern agriculture.

From individual growing systems to complete commercial facilities, HYGROW brings together the technologies required to build productive controlled environments.

Basil growing in a hydroponic system
01 / HYDROPONICS

Hydroponic Systems

Precision water and nutrient delivery systems designed to create optimized root environments.

Leafy greens growing on vertical farming racks
02 / VERTICAL FARMING

Vertical Farms

Multi-layer cultivation systems that maximize production capacity within a compact footprint.

Rows of crops under greenhouse cover
03 / CEA

Controlled Environments

Integrated climate, lighting, irrigation and environmental control for year-round cultivation.

HYGROW TECHNOLOGY

Nature powered by precision.

Every HYGROW system is designed around the principle that better information leads to better growing. Our technology continuously monitors and manages the conditions that influence crop performance.

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Environmental Control

Temperature, humidity, CO₂ and airflow management.

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Precision Irrigation

Accurate delivery of water and nutrients to every growing zone.

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Intelligent Lighting

Crop-specific lighting strategies designed around plant requirements.

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Monitoring & Data

Real-time operational visibility and data-driven optimization.

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Automation

Integrated systems that reduce repetitive operational requirements.

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Scalable Architecture

Modular systems designed to grow with production requirements.

Greenhouse structure and cultivation benches
INTELLIGENT GROWING ENVIRONMENT DATA → DECISION → GROWTH
RESOURCE EFFICIENCY

Designed to produce more with less.

Controlled growing environments can significantly reduce dependency on traditional agricultural inputs while enabling consistent production.

90% Potential water savings*
95% Potential land efficiency*
365 Days of cultivation
24/7 Environmental monitoring
APPLICATIONS

Designed for different growing ambitions.

HYGROW technologies can be configured for different crops, facilities and production environments.

Commercial greenhouse crop rows

Commercial Farms

High-efficiency production at commercial scale.

Fresh lettuce close-up

Fresh Produce

Consistent supply of fresh, high-quality crops.

Leafy greens growing in a compact indoor tower

Urban Agriculture

Production closer to consumers and cities.

Microgreens growing in cultivation trays

Research & Innovation

Controlled environments for testing and development.

FROM CONCEPT TO HARVEST

A complete approach.

01 — UNDERSTAND

Define

We understand your crops, production goals, facility and operational requirements.

02 — DESIGN

Engineer

We design the growing environment, technology architecture and operating model.

03 — BUILD

Implement

Systems, infrastructure, controls and cultivation technologies are integrated.

04 — OPTIMIZE

Improve

Monitoring and operational data enable continuous optimization over time.

HYGROW PROJECTS

Building the next generation of farms.

HYGROW solutions are designed to be modular, scalable and adaptable — from compact cultivation environments to large commercial production facilities.

Discuss your project →
SUSTAINABILITY

Better agriculture for a changing planet.

Sustainability is not a feature added to our technology. It is part of how HYGROW systems are designed — from water management and energy efficiency to land utilization and proximity to markets.

01

Water Efficiency

Recirculating systems can dramatically reduce water consumption.

02

Land Efficiency

Vertical production enables more output from a smaller footprint.

03

Local Production

Growing closer to consumers can shorten supply chains.

04

Resource Intelligence

Data helps growers understand and optimize resource utilization.

Careful harvesting of fresh microgreens
FREQUENTLY ASKED

Questions about HYGROW.

Learn more about our approach to controlled- environment agriculture and how HYGROW can support your growing operation.

HYGROW specializes in hydroponic systems, vertical farming and controlled-environment agriculture solutions, integrating cultivation infrastructure, environmental control, irrigation, lighting and monitoring technologies.
Yes. HYGROW can be positioned as a complete solution partner, from concept and system design through implementation, commissioning and ongoing optimization.
Controlled environments can support a wide range of crops. The optimal system depends on crop characteristics, production goals, climate and facility requirements.
HYGROW's modular approach is intended to support projects ranging from specialized growing environments to larger commercial production facilities.
Depending on the facility, existing agricultural infrastructure can potentially be integrated with new environmental controls, irrigation, monitoring and automation technologies.
GET YOURS TODAY

Fresh thinking. Better growing.

Planning a new vertical farm, exploring hydroponics or looking to improve an existing growing operation? Talk to HYGROW about your next project.

+971 56 997 5459