Some time ago, I tried to make an “Instructables Hit Counter” using the Instructables API, and an Arduino Uno with a wired network shield. However, with the limited RAM of the Arduino Uno, I was unable to get the system to work. A while ago, I noticed a similar project done by diytronics using a NodeMCU. This was just […]
Instructables Hit Counter (ESP8266-01) Continue Reading
A couple of years I embarked on my own home automation project. It started off by building a server controlled 433 MHz transmitter build with an Arduino to switch lots of cheap PT2262 based remote switches. Later I added an Arduino based receiver for my weather station, hooked up the control contact of my EV
MQTT and Wifi Powered Mailbox Flag Continue Reading
In this tutorial we will learn how to display a WiFi network signal strength using ESP32 TTGO board. Watch the video! Step 1: What You Will Need TTGO ESP32 WiFi connection Visuino program: Download Visuino Step 2: Start Visuino, and Select the Arduino TTGO T-Display ESP32 Board Type The Visuino: https://www.visuino.eu needs to be installed. Start Visuino as
ESP32 TTGO WiFi Signal Strength Continue Reading
The ESP8266 ESP-01 is a module for Wi-Fi that enables microcontrollers to connect to a Wi-Fi network. This module is an independent SOC (System On a Chip) that does not require a microcontroller for managing inputs and outputs like you would typically do with an Arduino, as the ESP-01 functions as a miniature computer. It
Getting Started With the ESP8266 ESP-01 Continue Reading
Position control using wifi from a smartphone sounds too good to be true? Do it with MKR1000. Things used in this project Hardware components Arduino MKR1000 × 1 Hand tools and fabrication machines 3D Printer (generic) Story Many position control use steppers because they are easy to deal with and are cheap. RC servos are
Control the Position of a Continuous Rotation Servo via WiFi Continue Reading
Introduction The Wi-Fi Turtle Control project is a modern microcontroller project that demonstrates how to control a robotic turtle remotely using a mobile device over Wi-Fi. Built using the Arduino Yun, this system integrates IoT functionality with real-time motor control in a Proteus simulation environment. This project is a great example of embedded systems and
Wi-Fi Turtle Control using Arduino Yun with Proteus Simulation Continue Reading
Introduction Building a microcontroller project like a weather station is one of the best ways to understand real-world embedded systems and IoT-based monitoring. This project demonstrates a Basic Weather Station using the Arduino Mega, simulated entirely in Proteus simulation software. The system collects environmental data such as temperature, humidity, pressure, wind speed, wind direction, and
Basic Weather Station using Arduino Mega with Proteus Simulation Continue Reading
Introduction Remote Control Traffic Lights is a simple but practical microcontroller project built around the Arduino Yun and designed for Proteus simulation. Based on the material you provided, this project lets a user control a traffic light sequence from a mobile device through IotBuilder, making it a nice example of Internet of Things, embedded systems,
Remote Control Traffic Lights using Arduino Yun with Proteus Simulation Continue Reading
HID Attack Over WiFi Using Arduino MKR1000 Arduino MKR1000 as a HID, for performing HID penetration testing over WiFi networks. Things used in this project Hardware components Arduino MKR1000 × 1 Story Arduino MKR1000 Today I have an Arduino MKR1000 which is a board with built-in wifi chipset specially designed for IOT projects. Recently I
HID Attack Over WiFi Using Arduino MKR1000 Continue Reading
The ESP8266-01 has been a great module to quench all our thirsts for IOT projects. Since its release, it has developed a strong community and evolved into an easy to use, cheap and powerful Wi-Fi module. Another open-source platform which is much more popular is the Arduino, it already has tons of projects built around
Arduino with ESP8266 – Reading Data from Internet Continue Reading
