This repository is for learning NodeMCU (ESP8266).

Samraksh - IoT Based Women Safety Device! ( Anveshana 2021-2022 Mini Project )

Projeto de irrigação automático IOT com Arduino NodeMCU ESP8266 com suporte Alexa

We proposed a 24/7 health care surveillance system through which the vital human organ activities are first sensed by the pulse and temperature wearable sensors, then this data is processed by passing through a microcontroller (Arduino UNO) and hardware high pass – filters, after that the meaningful data from the microcontroller in real-time is …

An Indoor air quality and temperature monitoring project with ventilation management

This project was made in 2021 during post-COVID period for an startup named Greener Grow, to test air quality improvement in presence of indoor plants which improve air quality.

An IoT Based crop prediction System embedded with Machine Learning.

💧 An IoT-based Smart Water Meter system for real-time monitoring of water quality (pH, TDS) and flow rate using ESP32 and Arduino UNO. It includes automatic motor control, cloud logging via ThingSpeak, and a web dashboard for remote access.

Development of a personal intelligent weather station based on ESP32 and large language model

Body Area Network (BAN) This repository implements a machine learning model for anomaly detection in body sensor data collected through a Body Area Network (BAN). The model analyzes heart rate and body temperature readings to identify potential health concerns.

Final Year Project

Smart IoT-based safety and monitoring system for real-time worker health and location tracking using ESP32, sensors, ThingSpeak, and Twilio alerts.

This GitHub repository contains my cloud connectivity code for IoT devices and applications. It focuses on establishing secure and efficient communication between IoT devices and the IoT cloud network. The code aims to optimize real-time operations, data processing, and storage within the IoT cloud infrastructure.

Live Radiation Data from Accrington Lancashire United Kingdom 2025 Using: esp8266 & sbm-20 tube

The development of an IoT-enabled automation system for microgreen farming aims to improve efficiency and productivity, reduce manual effort, and increase yield and quality of microgreens using hydroponic method.

This project was done during my internship period. Project is "UART-Based IoT Data Transmission and Cloud Storage System Using STM32 Nucleo board, NodeMCU ESP8266, and MQTT".

ESP32-S3-Nano Environmental Monitoring System

This will automatically generate the report of machine

A 7-day IoT workshop resource for Educators willing to introduce IoT systems to school kids and high school students. It highlights Basic Arduino and Web server concepts using Thingspeak Platform.