Wick-Based Hydroponics System with Mobile Application

The proposed system is designed to address resource efficiency, cost-effectiveness, and user convenience, thereby promoting accessible and eco-friendly agricultural practices. Employs readily available and reusable materials, emphasizing sustain ability and afford ability. Utilizing wick-based technology relying on capillary action to deliver nutrient-rich water directly to plant roots. The thyme seedlings are placed inside pots that are filled with an inert growing medium to support the plant, and a wick material is used for optimal nutrient absorption. The wick facilitates capillary action, delivering nutrient solution directly to the plant roots, thereby minimizing water wastage. The system utilizes sensors to measure key parameters such as pH, EC, and humidity to measure the nutrient concentration in the hydroponics solution. A mobile application serves as the central control interface, authorizing users to monitor nutrient levels, and water levels remotely. Through real-time data analysis by utilizing the sensor measurements, the application displays the nutrient delivery graph, humidity level, and water level parameters automatically for the user to monitor the plant growth.