The study aims to produce an IoT-based system for precision agriculture farming capable of accurately investigating and monitoring the farming fields. It is from any distant area and evaluates the fundamental conditions like equipment guidance, yield monitoring, remote sensing, and in-field electronic sensors of the ground. It is an exceptional farm management tool that presents and examines information from various sources in a solitary, simple-to-utilize application. Farmers can’t utilize an enormous volume of crude information accessible from sensors, controllers, monitors, and other systems from numerous areas. This paper integrates data into a single, farmer-friendly platform. It is an automated solar-powered system that prevents the over and under-usage of water, and fertilizers. It eliminates the dependency on assumptions and minimizes human interventions. By executing the most recent sensing and IoT advancements in horticulture practices, each part of the traditional cultivating technique can be fundamentally changed. At present, a consistent combination of remote sensors and the IoT in smart farming can raise agribusiness to levels that were already incomprehensible. By following the acts of smart horticulture, IoT can assist with working on the arrangements of numerous customary cultivating issues, like drought response, yield enhancement, land appropriateness, water system, and vermin control. Significant occasions in which advanced technologies are helping at different stages to improve overall efficiency.

Index Terms- Internet of Things (IoT), Smart agriculture, Advance agriculture practices, Precision agriculture, Renewable Energy, Urban farming, site-specific farming.