IOT Based Environment Monitoring System Using

TL;DR

This paper presents an IoT-based environmental monitoring system utilizing ESP32 and Blynk app to measure and access temperature and humidity data remotely, aiding health and environmental awareness.

Contribution

It introduces a modern IoT approach using ESP32 and Blynk for real-time environmental data monitoring, emphasizing health and environmental management.

Findings

Efficient data retrieval from environmental sensors.

Remote access via mobile app and web interface.

Real-time monitoring of temperature and humidity.

Abstract

In this project a modern approach and technology are adopted for monitoring the environmental conditions in a particular location. This system is efficient in retrieving the environmental data from the device because the environmental conditions change spontaneously based on different atmospheric conditions. There is a need for us to pay close attention to our environment as human beings the weather has an effect on our physical and psychological health conditions. Even if we do not consider any reason to monitor our environment our health condition is enough to motivate us to be concerned about our environmental situation. So environmental monitoring system makes it easier for us to have access to this data at will by updating us about current environmental conditions and information from the weather station using apps or web pages. IoT is known as a system that connects the world together and is the way to disseminate information so we build the system on IoT and use it as a central point for monitoring collating and managing our data. This project has designed an environmental system based on a microcontroller Board EPS32 and Blynk app. This is an IoT-based project that measures environmental data on temperature and humidity.