LeafTracking System
Autonomous 3D visualization and data collection for optimizing high-yield indoor farming
Advanced metrics for informed decisions:
- ✓ Individual leaf growth tracking
- ✓ Deep hyperspectral analysis
- ✓ Trichome health correlation
- ✓ Plant coloration insights
- ✓ Yield optimization data
3D multispectral imaging of plant growth
Next-generation monitoring technology
Connecting Spectral Data with High-Value Metrics
Our autonomous system correlates hyperspectral imaging with key factors that are traditionally difficult to measure in high-yield crops, providing unprecedented insights.
Trichome Development
Our system's hyperspectral analysis can detect subtle spectral signatures that correlate with trichome density, maturity, and overall health—critical factors for harvest timing and quality assessment.
- •Non-invasive monitoring of trichome development
- •Correlation between spectral bands and trichome maturity
- •Early detection of potential trichome degradation
Coloration Analysis
Advanced spectral imaging reveals subtle color changes invisible to the human eye, providing early indicators of plant health, stress levels, and optimal developmental stages.
- •Detailed analysis of pigment development over time
- •Early detection of color-related stress indicators
- •Optimization of lighting for desired coloration traits
Interactive Data Correlation Visualization
Explore how different spectral bands correlate with key plant metrics in our interactive visualization.
Trichome Density
65% correlation with NIR (750-900nm)
Cannabinoid Production
56% correlation with NIR (750-900nm)
Chlorophyll Content
89% correlation with NIR (750-900nm)
Stress Level
72% correlation with NIR (750-900nm)
Water Content
76% correlation with NIR (750-900nm)
Hover over a metric bar to see detailed insights about spectral correlations...
By correlating spectral data with these hard-to-measure factors, our system provides growers with actionable insights to optimize growing conditions, determine ideal harvest timing, and maximize crop quality and yield.
Discuss Your Specific Crop NeedsAdvanced Technology
Hyperspectral Imaging
Our system captures hundreds of spectral bands beyond the visible spectrum, revealing plant characteristics invisible to the human eye and traditional cameras.
AI-Powered Analysis
Our proprietary algorithms correlate spectral data with key plant metrics, learning from each measurement to provide increasingly accurate insights for your specific crops.
Autonomous Platform
Our mobile system navigates your growing environment autonomously, collecting consistent data without disrupting operations or requiring human intervention.
Features & Benefits
Key Features
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Autonomous Monitoring
The mobile platform navigates through your facility on a programmed schedule.
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Real-time Data Processing
Metrics are processed on-board and transmitted to your dashboard instantly.
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Comprehensive Analysis
Track dozens of plant health and growth metrics in a single pass.
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Historical Trending
Compare growth patterns over time with our advanced analytics platform.
Benefits
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Increased Productivity
Reduce manual monitoring time by up to 90% while collecting more data.
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Early Issue Detection
Identify plant stress and disease before visible symptoms appear.
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Optimized Resource Usage
Make data-driven decisions for watering, lighting, and nutrient application.
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Research Enhancement
Accelerate development cycles with precise, consistent measurements.
Applications
Agricultural Research
Accelerate breeding programs and variety testing with quantitative growth data.
- • Track phenotypic expression across generations
- • Quantify response to different treatments
- • Document growth stages with precision
Commercial Greenhouse Operations
Optimize production and resource use in large-scale growing environments.
- • Monitor thousands of plants daily
- • Adjust climate controls based on plant responses
- • Predict harvest timing with greater accuracy
Vertical Farming
Maximize efficiency in space-constrained indoor growing operations.
- • Fine-tune lighting spectra based on plant responses
- • Optimize plant spacing and arrangement
- • Validate growth models in real-world conditions
University and Institutional Research
Support academic studies with robust, reproducible data collection.
- • Document experiments with consistent methodology
- • Track long-term studies with minimal staff time
- • Share standardized datasets across institutions
Ready to transform your plant monitoring?
Contact our team to learn more about implementing the LeafTracking System in your facility.
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