Streamlining Indoor Farming with
AI-driven Tools

Empowering a New Generation of Efficient, Optimized & Automated Farming

VF’s precision farming technology combines the mastery of agriculture with the newest advances in technology, growing higher yields, premium-quality crops, and faster production than conventional farming.

Precision Farming Innovations
Computer & Data-Science
Robotic Platforms

VF's Smart Farming Software

Pando

Cluster Control Management System

Software for managing, implementing and operating the controlling architecture on the farm, including:

Develop & Integrate Controller Systems in the Hub
Monitor and Control All Farm Inputs and Parameters
Create Work Plans
Create Alerts
Our 3 proprietary software platforms

Sequoia

SMART MONITORING & CONTROL SYSTEM

A comprehensive farm management platform that monitors and controls all farm elements, and includes:

Climate, Irrigation, PH, Energy
An Alert System
Real-Time Display of Crops
Planning Area for Crop Growth
Daily Tasks
Our 3 proprietary software platforms

Proco

FARM OPERATOR’S APP

A functional app designed for farm operators to:
    • Receive agricultural and operational tasks
    • Report on all crop-related activities conducted within the farms

Sowing
Planting
Harvesting
Waste
Our 3 proprietary software platforms

Benefits of Growing Platforms & Surrounding Systems

Automated
Cultivation Techniques
Data-driven
Optimization
Customizable to suit small & medium-sized clientele
Streamlined Operation:Production, harvest & packing
Enhanced
Spatial Efficiency
Cost savings
Labor & Operational Efficiency

Our Next Generation Automated Growing Facility

Has been uniquely engineered to maximize efficiency and enhance crop quality, density, and yield.

Pioneering Crop Science

The crop science department focuses on enhancing:

Yield Quality
& productivity
Crop
Varieties
Input
Efficiency
Our Experience

Agronomic Optimization & Adaptation

Revolutionizing Indoor Agriculture with Data-Driven Precision

Our Crop Science Department is at the forefront of agricultural innovation, dedicated to transforming agricultural success in indoor environments with advanced technology and data-driven research

Leveraging years of experience and continuous optimization, VF ensures that crops achieve unparalleled quality and yield.

Streamlined
Autonomous
Optimized
Data-Driven
Research
Yield
Optimization
Variety
Selection
Precision
Inputs
Innovative
Techniques

Innovative Techniques

Leveraging cutting-edge modules and fixed-climate zones, VF’s technology reduces capital and operational expenses while enhancing energy efficiency.

Data-Driven Research

Constant data retrieval informs adaptive agronomic machine learning, maximizing resource utilization and refining crop protocols for optimal efficiency.

Yield Optimization

VF’s innovative design minimizes non-productive operational areas (enhancing plant density) and ensures plants constantly receive ideal climate conditions to thrive.

Variety Selection

VF’s agronomy department actively adapts plant varieties for both: optimal performance in indoor environments and to meet the unique and dynamic needs of clients.

Precision Inputs

By utilizing AI-driven processing & monitoring modules, our system delivers precise inputs, ensuring crops achieve maximum quality and are harvested at peak ripeness.

VF’s expert agronomy team is developing data-driven protocols to maximize the potential of our indoor farms, leveraging innovative techniques to create a robust foundation for hyper-efficient and hyper-optimized farming.

We Customize Crops to Fit the Needs of Clients

Our R&D Goals
High yield per unit area
Longer shelf life
Better performance
Appealing aeshetic
Resistant to diseases
Consumer standards
The best varieties
for high yield
Reduced labor costs
Reduced energy costs

Our Strategic Partners

Construction & Planning

Biopharmax’s holistic and biological clean-room capabilities ensure a sterile, balanced, and healthy crop ecosystem.

Robotic Manufacturing Platforms

Beth-El specializes in AI-driven robotic manufacturing methods tailored for industrial growing facilities.