Agricultural Drones
Used for seed broadcasting, precision spraying of fertilizers and pesticides, land condition sensing and monitoring, as well as real-time, aerial diagnosis of crop growth.
SEED SOWING (Broadcasting)
Agricultural drones are used to sow seeds evenly and efficiently across a field. Broadcasting technology enables precise seed distribution, saves time and labor, and ensures optimal planting density for maximum crop yields.
PRECISION SPRAYING
The drone is equipped with an automated spraying system for the precise application of fertilizers and pesticides. GPS-based spraying ensures even distribution, reduces chemical waste by up to 30%, and minimizes both environmental impact and agricultural operational costs.
MONITORING & DIAGNOSIS
Drones equipped with multispectral sensors monitor land conditions in real-time (sensing & monitoring). The data collected is used to diagnose plant growth, detect diseases at an early stage, analyze soil fertility, and optimize crop care strategies.
Data-Driven Management (AI)
Automated weather analysis, prediction of optimal harvest timing, and continuous monitoring of crop health to maximize yields and ensure production stability as well as quality
Weather Analysis & Harvest Prediction
Our AI system analyzes real-time weather data to predict the optimal harvest time. By processing meteorological data—including temperature and humidity—the system provides accurate harvest scheduling recommendations to maximize both the quality and quantity of agricultural yields.
Crop Health Monitoring (Yield Optimization)
AI technology continuously monitors the health status of crops through sensors and image analysis. The system provides early detection of signs of disease, nutrient deficiencies, and plant stress, allowing for immediate corrective action to consistently maximize crop yields.
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