Technology Driven Solution for Indoor Farms
The Future of
Agriculture
Key Obstacles in the Industry
Owner
Lack an easy way to kick off a well design indoor farm under financial constraints
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High up-front cost with all required systems
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Unjustifiable system setup for diverse needs
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Inconsistent & unpredictable crop growth
Operator
Lack of technical knowhow to operate a indoor farm with different technology components
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No single view of all technical integration
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Inability to troubleshoot technical issues
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Challenges with system maintenance
Bottlenecks in Mineral Detection
Conventional EC/pH systems and slow lab testing create critical operational bottlenecks
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Fail to identify precise mineral deficiencies.
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Slow offsite testing delays data and blocks 24/7 real-time monitoring
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A lack of live insights prevents targeted, automated nutrient delivery.
Introducing AgriFuture
One-stop, technology-driven solution
for setting up and operating indoor farms.
IoT-Enabled Monitoring
Advanced data collection for precision farming with detailed NPK (nitrogen, phosphorus, potassium) analysis in water to ensure optimal nutrient levels.
Hydroponic System Support
Compatible with various hydroponic methods including DWC and NFT, with optimized water drainage, airflow, and humidity control.
Modular Design
Our scalable grow racks, featuring integrated LED lighting and water-based HVAC systems, are fully customizable to fit your unique indoor farming space.
Adaptive LED Lighting
In-house LED lighting with HR coating for low power consumption and enhanced farmer safety, providing optimal light spectrums for different growth stages.
Nutrients Detection
Spectral Sensor & Nanoporous Silver (NPAg) Sheet
These two IP offers a powerful solution for detecting even minute levels of minerals in water bodies, enabling efficient monitoring of water quality and mineral content.
Experimental results
We performed experiments on two types of nutrient solutions:
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Nutrient A: a mixed solution containing Nitrogen, Phosphorus, and Potassium.
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Nutrient B: a mixed solution containing Nitrogen, Calcium, and Magnesium.
We used the sensor the collect the raw spectral response value on:
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Group A: 100% Nutrient A, 50% Nutrient A, Distilled water
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Group B: 100% Nutrient B, 50% Nutrient B, Distilled water
Results:
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Distinctive results were observed between the two types of solutions and water.
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A linear relationship according to the concentration was found.
Our Core Technology with HKUST IP
Save Time
Automated 24/7 Monitoring: Eliminates laboratory bottlenecks with continuous, real-time adjustments.
Effortless Programming:
Uses a dedicated electrical cabinet per rack for automated, programmable management.
Save Money
Targeted Dosing:
Replaces wasteful EC/pH systems with a multi-spectral detector that addresses precise mineral deficiencies.
Lower Overhead:
Cuts operational costs by removing the need for external lab testing and reducing nutrient waste.
Growth Assurance
Optimal Yields:
Merges custom electronics with plant biology to maintain the perfect nutrient balance around the clock.
Modular Scalability:
Easily and cleanly scales from small urban farms and restaurants to massive commercial growers.
