Temperature and humidity sensors monitor conditions inside the greenhouse in real time. Collected data is displayed on a local LCD display and sent to the Blynk platform for remote viewing. Soil ...

Project Overview: Developed a smart greenhouse system using IoT-based automation to monitor and control environmental factors such as temperature, humidity, CO₂ levels, and soil moisture. The system ...

This paper presents a complete strategy to greenhouse monitoring using the Internet of Things (IoT). The need for advanced monitoring systems that ensure ideal conditions in greenhouse settings is ...

3. Methodology. The block diagram below contains temperature monitoring system, humidity monitoring system, fire detection system, CO 2 detection system, smart lighting system, moisture monitoring ...

This project leverages IoT and Edge AI to create an Intelligent Farming System designed to enhance farming practices. It automates critical tasks like irrigation and animal detection while optimizing ...

This article outlines the development and implementation of a smart greenhouse system using IoT technologies. This comprehensive solution integrates automation, precise growth parameter fine-tuning, ...

One greenhouse IoT application involves using internet-connected devices so that multiple growers can communicate among themselves and with researchers to share information. For example, Krishna ...