💡An amazing spot of 80+ projects to step your foot into this ocean of "Internet Of things". Dive deep and explore the fiesta of electronics. Broaden your vision at a single go.😎✔

Kickstart your journey into the world 🌍 of IoT. This repo contains scripts for various IoT based projects. Do contribute and show your support by starring this repository. Hop in. 💹

🛠️ Build with Android apps 📱, Voice command via Google voice assistant 🎤 and Message command via FB Messenger 💌. Fan Speed control ☢️ & Timer Set 🔔 with an amazing live status dashboard. 📺

Collision Detection System

IoT based patient health monitoring system using Arduino and generic ESP8266. The proposed project can collect and send patient’s health data.

You might have used google assistants app to play music, to get some information and for other stuff. But your google assistant can do more, than these. Now you can use your google assistant to control your home appliances (here we have LED in place of home appliance) by just saying: "OK Google, Lights ON" That's it.

🛰️ TAAO Rover-1 for the mission of Mars planet. 🚀 Air sensor, 🌌 water sensor, gas sensor,🌡️ temperature sensor, humidity sensor, 📡 sonar sensor with esp-32 wifi cam. 📷

IOT weather station implemented virtually on Proteus and Arduino

This is a project which uses esp8266 and arduino UNO along with ultrasonic sensor to detect the distance and send it to blynk mobile app and thingspeak channel.

Repo ini berisi kumpulan kode project, library, dan driver Arduino

This code allows you to measure power consumption (in kWh) using an ESP8266, a current transformer, and a voltage divider. The data is then sent to Adafruit MQTT server for further visualization or storage.

Prototyping industrial application using Breadware Mega board.

Auto pet feeder

IOT projects

The IoT Smoke Detector project aims to develop an intelligent smoke detection system using smoke sensors, microcontrollers and Internet of Things (IoT) technology.

The IoT Solar Tracking System project aims to develop an intelligent sun tracking system using light sensors, actuators, microcontrollers and Internet of Things (IoT) technology.

This project demonstrates interfacing LEDs with a push button using an ESP8266 (D1 R1). The LEDs are connected to pins D1, D2, D3, and D5, while the push button is connected to pin D4 for changing LED lighting modes.