Model Training

Developing AI for dynamic nutrient delivery in vertical farming.

A person stands in a field next to an agricultural robot. The field has rows of young plants, and the horizon shows a soft gradient of blue and warm tones from an early sunset or sunrise. Trees line the edge of the field under the vibrant sky.
A person stands in a field next to an agricultural robot. The field has rows of young plants, and the horizon shows a soft gradient of blue and warm tones from an early sunset or sunrise. Trees line the edge of the field under the vibrant sky.
Data Collection

Utilizing robots for capturing root growth images continuously.

Rows of lush, green leafy vegetables are growing in a neatly organized garden or farm. The vibrant shades of green indicate healthy and thriving plants. Irrigation pipes and pathways are visible, suggesting a well-maintained agricultural setup.
Rows of lush, green leafy vegetables are growing in a neatly organized garden or farm. The vibrant shades of green indicate healthy and thriving plants. Irrigation pipes and pathways are visible, suggesting a well-maintained agricultural setup.
Several small green plants are growing on a flat, dark surface, likely part of a hydroponic or indoor garden setup. The plants are arranged in neat rows and are well-lit, highlighting their healthy green leaves.
Several small green plants are growing on a flat, dark surface, likely part of a hydroponic or indoor garden setup. The plants are arranged in neat rows and are well-lit, highlighting their healthy green leaves.
A greenhouse interior featuring rows of lush, green leafy plants growing in a controlled environment with soft natural light filtering through the translucent structure above.
A greenhouse interior featuring rows of lush, green leafy plants growing in a controlled environment with soft natural light filtering through the translucent structure above.
System Integration

Connecting AI outputs to IoT for efficient nutrient delivery.

Our IoT control system seamlessly integrates with AI models for precise nutrient delivery, enhancing crop yield and resource efficiency in vertical farming environments through real-time data processing and automation.

The model output connects directly to our IoT system, enabling dynamic nutrient delivery based on real-time environmental data and crop needs, ensuring optimal growth conditions and resource management.

System Integration

Integrating AI for optimized nutrient delivery in vertical farming.

IoT Control
Model Output
A person tending to rows of potted plants under yellow-hued lighting, likely indoors. The setup includes numerous plants with serrated leaves, and white wires are visible, indicating a controlled environment.
A person tending to rows of potted plants under yellow-hued lighting, likely indoors. The setup includes numerous plants with serrated leaves, and white wires are visible, indicating a controlled environment.
Innovation

Transforming agriculture with AI-driven nutrient delivery.

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