Step-by-step guides for building smart home devices
Create a WiFi-connected doorbell with live video streaming, motion detection, and mobile notifications using Raspberry Pi.
Build a centralized home automation hub using Arduino Mega that controls lights, fans, and appliances via web interface.
Automated plant watering system using soil moisture sensors, water pump, and ESP32 with cloud dashboard.
Build a voice-controlled 8x8 LED matrix display that responds to spoken commands using Arduino and a microphone module.
Set up a multi-camera security system with motion detection, recording, and remote viewing using Raspberry Pi.
Build a magical smart mirror that displays weather, news, calendar, and time using Raspberry Pi and a two-way mirror.
Build a compact weather station that measures temperature, humidity, pressure, and displays readings on an OLED screen.
Automate your garage door with WiFi control, status monitoring, and scheduled closing using ESP32.
Build a 4-DOF robotic arm using servo motors controlled by Arduino with joystick or Bluetooth control.
Automated garden irrigation system with soil moisture sensing, weather API integration, and scheduling.
Build a smartphone-controlled RC car using Arduino, motor driver, and Bluetooth module.
Set up Home Assistant on Raspberry Pi to create a unified smart home dashboard controlling all your devices.
Build an RFID-based door access system with Arduino, servo lock, and logging.
Replace your regular light switch with a WiFi-controlled smart switch using ESP32 and relay module.
Build a low-power weather display using Raspberry Pi and an E-Ink screen that shows forecasts with zero light pollution.
Build an autonomous line-following robot using Arduino and IR sensor array.
Build a distributed IoT sensor network using multiple ESP32 nodes communicating via MQTT protocol.
Build a WiFi-connected pet feeder that dispenses food on schedule with camera monitoring.
Build a digital distance measuring tool using ultrasonic sensor and LCD display.
Build a learning thermostat that adapts to your schedule using Raspberry Pi and temperature sensors.
Build a comprehensive indoor air quality monitor measuring CO2, PM2.5, temperature, and humidity.
Transform Raspberry Pi into a full-featured media center with Kodi, streaming, and library management.
Build a robot that follows hand gestures using MPU6050 accelerometer and Arduino.
Dual-access smart door lock supporting both keypad PIN codes and RFID card authentication.
Off-grid weather station powered by solar energy, transmitting data wirelessly to a base station.
