PRODUCTSANUS PLANT DIAGNOSTIC SYSTEM

Revolutionizing Agriculture with AI-Powered Plant Diagnostics

The First Non-Invasive, Real-Time multi-stress Plant Health Monitoring System

Detect Nutrient Deficiencies 14 Days Before Visible Symptoms

85% Diagnostic Accuracy Using Chlorophyll Fluorescence

Reduce Fertilization Costs by Up to 40%

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How SPDS Works: The Science Behind Plant Diagnostics

Bridging Advanced AI, Machine Learning, and Plant Physiology

1. Non-Invasive Measurement

Our iot sensor uses chlorophyll fluorescence to capture plant health signals without damaging the plant. By measuring the photosynthetic process in real-time, we can detect stress factors before they become visible

2. AI-Powered Analysis

Advanced machine learning algorithms process the fluorescence signals, creating a comprehensive diagnostic profile. Our neural networks, trained on over 5,000 plant samples, can identify specific nutrient deficiencies with 85% accuracy

3. Precision Recommendations

The system generates a detailed fertilization map, recommending exact nutrient types and quantities for different sections of the field. This targeted approach reduces fertilizer use by up to 40% while improving crop yield

4. Comprehensive Insights

It is presented in the attractive interface on a web service with insights about plant health and growth conditions

The Agricultural Challenge: More Than Just Fertilization

Understanding the Complex Ecosystem of Modern Farming

The Current Landscape

35-50% of agricultural production costs spent on fertilization

Up to 20% yield loss due to improper nutrient management

Significant environmental pollution from excess fertilizers

SPDS: Comprehensive Solution

Precise nutrient deficiency detection

Reduced environmental impact

Alignment with EU Green Deal sustainability goals

Solution to current global issues.

We contend that the current moment is opportune for our solution, especially as several of described challenges have escalated to a global scale, affecting sectors like food production expenses, food accessibility, and environmental contamination.

SPDS possesses the potential to confront and mitigate many of these concerns, marking a substantial contribution to the global community.