Drone IOT Data Acquision System
Omkar Bhintade
Electronics and Telecommunication Engineering Department
Atharva College of Engineering,
Mumbai University India
omkarbhintade0103@gmail.com
Mayuresh Bane
Electronics and Telecommunication Engineering Department
Atharva College of Engineering,
Mumbai University India
mayurbane2003@gmail.com
Yugant Kawle
Electronics and Telecommunication Engineering Department
Atharva College of Engineering,
Mumbai University India
yugantkawle@gmail.com
Dhanashree Pannase
Electronics and Telecommunication Engineering Department
Atharva College of Engineering,
Mumbai University India
dhanashreeannase@atharvacoe.ac.in
Abstract
In an era of rapid technological advancement, the integration of Unmanned Aerial Vehicles (UAVs) with Internet of Things (IoT) technology has revolutionized the field of environmental surveillance. This paper presents an innovative approach to real-time environmental monitoring by deploying a UAV drone equipped with IoT-enabled sensors, all controlled by the ESP8266 microcontroller. The system captures vital atmospheric data including temperature, humidity, air quality, atmospheric pressure, distance, and noise levels during flight operations. These data are then wirelessly transmitted to a cloud-based MongoDB database, which serves as a central repository for storage and retrieval. A Flask-based web application provides a real-time interactive dashboard for remote monitoring. This system presents a scalable, affordable, and efficient solution for real-time aerial environmental surveillance, particularly beneficial in applications such as smart city planning, disaster management, industrial site inspections, and agricultural analysis.
Keywords
UAV, Drone, IoT, ESP8266, Environmental Monitoring, MongoDB, Flask Dashboard, Real-Time Surveillance, Sensors, Data Acquisition.
