AUTOMATICALLY CONTROLLED SHED FOR CROP PROTECTION FROM RAINS BY USING RAIN SENSORS

Abstract

As the Fourth Industrial Revolution progresses, technology continues to advance
rapidly, especially in agriculture. From irrigation systems to crop-specific fertilizer
requirements, innovations like artificial intelligence and the Internet of Things (IoT)
have revolutionized farming. One critical issue in agriculture is protecting crops from
heavy rains, which can cause significant damage to crops and soil fertility, leading to
stress for farmers. This project addresses the problem by providing both automatic
and manual control mechanisms.
The motivation behind this work is to protect crops from excessive rainfall while
storing rainwater for future use during water shortages. The "Smart Crop Guardian"
introduces an innovative crop protection system that integrates IoT technology and
the Blynk mobile application. This system is designed to automatically shield
agricultural fields from heavy rains, optimize water usage, and improve overall yield
management. Through its rain-sensing technology, automated protection mechanisms,
and user-friendly interface, the system aims to safeguard crops, enhance resource
efficiency, and promote sustainable farming practices.
As part of the broader Smart Farming movement, this solution tackles contemporary
agricultural challenges and aligns with the principles of Precision Agriculture and
Agriculture 4.0. The scalable, accessible, and sustainable nature of the Smart Crop
Guardian fits within the growing trend of adopting advanced technologies in
agriculture, offering a comprehensive solution for crop protection and yield
optimization.