AgriLens AI Multi-Spectral Plant Health Monitor
SunBio's AI-powered optical crop analysis and plant health monitoring devices are engineered for precision agriculture, agronomists, research universities, and commercial farm yield optimization.
1-2s
Instant Scan256
Spectral Bands
AgriLens Device (Multi-Spectral Plant Monitor)
The SunBio AgriLens is an AI-powered multi-spectral plant-health monitor designed for precision agriculture and research. It evaluates chlorophyll content, leaf greenness, and vegetation health without damaging leaves or affecting growth, delivering rapid, actionable crop insights in just 1-2 seconds with Android application support.
Multi-Spectral Analysis
Captures reflectance across 18 spectral channels (410-940 nm).
Advanced Indices
Real-time calculation of NDVI, GNDVI, and NDRE.
Non-Destructive Testing
Analyze plant leaves without physical damage.
Android App Support
Simple operation with instant smartphone telemetry.
AgriLens Pro (AI-Powered Multi-Spectral Monitor)
The SunBio Pro upgrade equips AgriLens with an advanced multispectral sensor featuring 18-channel spectral analysis across the visible and near-infrared range (410-940 nm). It captures precise reflectance data to calculate vegetation indices such as NDVI and NDRE, giving farmers and agronomists a fast, non-destructive way to assess crop vigor and canopy stress.
18 Spectral Channels
Covers 410-940 nm visible to near-IR range.
Built-In LED Illumination
Ensures consistent and repeatable reflectance readings.
Pigment Detection
Chlorophyll and plant-pigment response monitoring.
Portable Design
Lightweight handheld device for field use.
AgriLens Pro+ (AI-Powered Hyperspectral & Disease Detector)
For research and lab-grade applications, SunBio Pro+ integrates a high-resolution mini-spectrometer delivering a continuous spectrum from 340-850 nm across a 288-pixel array. It enables precise NDVI, NDRE, and custom vegetation-index calculation, along with AI-assisted early plant disease identification and detailed pigment research.
Hyperspectral Analysis
256 spectral channels across 340-850 nm UV-Vis-NIR.
AI Disease Detection
AI-assisted early plant disease and stress identification.
Lab-Grade Accuracy
High-resolution mini-spectrometer for research teams.
Ultra-Fast Processing
Full spectral capture and results in 100-200 ms.
Advanced Vegetation Indices & Optical Science
Mathematical formulas governing NDVI, GNDVI, and NDRE spectral calculations for crop vigor assessment.
Normalized Difference Vegetation Index (NDVI)
Measures live green vegetation health by comparing near-infrared reflectance with red light absorption.
NDVI = (NIR - Red) / (NIR + Red)
Green Normalized Difference Vegetation Index (GNDVI)
Substitutes green light for red light, offering higher sensitivity to chlorophyll concentration variations.
GNDVI = (NIR - Green) / (NIR + Green)
Normalized Difference Red Edge (NDRE)
Utilizes the red-edge spectral band to detect canopy stress and chlorophyll levels in dense crops.
NDRE = (NIR - RedEdge) / (NIR + RedEdge)
AgriLens Series Comparison Matrix
Compare specifications and features across Basic, Pro, and Pro+ models to choose the ideal plant health monitor for your requirements.
| Feature / Specification | AgriLens Basic | AgriLens Pro | AgriLens Pro+ |
|---|---|---|---|
| Spectral Range | Standard Visible | 410 nm - 940 nm | 340 nm - 850 nm (UV-Vis-NIR) |
| Spectral Channels | Core RGB / Chlorophyll | 18 Channels | 256 Channels (288-pixel array) |
| Sensor Technology | Optical Diode Array | AS7265x Multi-Spectral Sensor | Hamamatsu C12880MA Spectrometer |
| Scan Time | 1-2 Seconds | 1-2 Seconds | 100-200 ms |
| Vegetation Indices | NDVI, GNDVI | NDVI, GNDVI, NDRE | NDVI, GNDVI, NDRE, Custom |
| AI Disease Detection | - | - | Supported |
| Target Application | Field Scouting & Greenness | Agronomy & Precision Farming | Research & Lab-Grade Analysis |
Technical Specifications
Spectral Range (Pro)
410 nm to 940 nm (18 Channels)
Spectral Range (Pro+)
340 nm to 850 nm (256 Channels)
Sensor Technology
AS7265x & Hamamatsu C12880MA
Scan Time
100 ms to 2 Seconds
Communication
USB Type-C Plug & Play
Display & Output
Android App (NDVI, NDRE, GNDVI)
Frequently Asked Questions
Detailed technical answers and clear explanations for agronomists and researchers
AgriLens is an AI-powered optical crop analysis tool that captures reflectance data across multiple spectral bands (410-940 nm). Instead of destructive chemical sampling, it instantly calculates vegetation indices like NDVI, GNDVI, and NDRE to evaluate chlorophyll content, plant vigor, and canopy stress in 1-2 seconds.
AgriLens is available in three powerful variants: Basic (chlorophyll, leaf greenness, NDVI, GNDVI), Pro (18-channel multispectral analysis across 410-940 nm with NDVI, NDRE, and water stress tracking), and Pro+ (hyperspectral mini-spectrometer across 340-850 nm with 256 channels, AI disease detection, and full spectral signatures).
AgriLens uses built-in LED illumination and precise optical sensors to measure light reflectance off leaves without plucking or harming the plant, allowing continuous long-term tracking of the same crop throughout its growth cycle.
AgriLens connects seamlessly via USB Type-C to a dedicated Android application, displaying real-time reflectance spectra, live vegetation index values (NDVI, NDRE, GNDVI), and actionable crop insights within seconds.
AgriLens supports precision agriculture, crop health monitoring, nutrient management, irrigation scheduling, plant disease detection, agricultural research, plant phenotyping, and crop performance analysis.
Yes! The Pro and Pro+ models are specifically engineered for research universities, R&D labs, and field experiments requiring laboratory-grade accuracy and raw spectral data export.