IOT Based Hydroponic Agriculture Monitoring System
Abstract
The word hydroponics has its derivation from the combination of two Greek words, hydro meaning water and ponos meaning labor, i.e., working water. Hydroponics used to be considered a system where there was no growing media at all, such as the nutrient film technique in vegetables. But today it’s accepted that a soilless growing medium is often used to support the plant root system physically and provide for a favorable buffer of solution around the root system. The system that is used will be automated to prevent many disadvantages that we have in a manual system. Hydroponic agriculture offers a sustainable solution to traditional soil-based farming, utilizing water-efficient methods for plant growth. However, ensuring optimal conditions for plant growth and monitoring environmental parameters in hydroponic systems is crucial for maximizing yields. This abstract presents an IOT-based monitoring system designed specifically for hydroponic agriculture. The system integrates various sensors to measure key parameters such as, temperature, humidity, and light intensity in real-time. These data points are collected and transmitted wirelessly to a central hub, where they are processed and analyzed. Through a user-friendly interface, farmers can remotely monitor the conditions of their hydroponic setup and receive alerts for any deviations from the desired parameters. By providing insights into the environmental conditions and enabling timely interventions, this IOT-based monitoring system empowers farmers to optimize resource utilization, enhance crop yields, and ensure sustainable hydroponic agriculture practices.
