9th International Conference on ICT for Sustainable Development

Authors - Priyanka Devi S, Bharath K R, Bandla Vishnu Swaroop, Daniel Steve Gladson S, Heartlin Maria H
Abstract - In response to the uncertainties facing the future of agriculture, this research addresses the crucial need for sustainable and efficient crop management by introducing an innovative indoor farming system. Positioned as a compelling alternative to traditional outdoor farming, indoor agriculture ensures year-round crop cultivation independent of unpredictable weather and diminishing arable land. The project focuses on overcoming key challenges in vertical farming, such as insufficient monitoring, limited precision, resource optimization, crop health, and the imperative for remote management. The proposed system integrates IoT sensors and advanced remote sensing technologies to enable continuous monitoring of critical parameters like pH, TDS, water humidity, temperature, UV, and FR light exposure in a synchronized manner. This approach not only enhances precision but also promotes sustainability and environmental friendliness. Notably, the incorporation of FR lights and UV light addresses shadowing effects, contributing to improved plant growth within controlled environments. In conclusion, this work offers a comprehensive solution for advancing indoor agriculture, emphasizing sustainability and efficient crop management, with potential implications for the future of global food production.