This Repo allows you to take live image from raspberry and control your motors.(In short, it allows you to build and control hobby vehicles.)

WiFiBlockTool: Ultimate open-source WiFi Blocker & Network Usage Control to block unauthorized devices, manage access, secure networks, enable parental controls, monitor devices, and protect privacy—perfect for administrators and tech enthusiasts. Take control of your WiFi today!

I have shown how to make an ESP32 Alexa home automation system with Echo DOT, manual switches, relay module, and ESP32. I have used Amazon Alexa App to control the home appliances with voice commands for this Alexa automation project.

car controlled via the browser using websockets

pen-source, extensible suite for advanced network management and control. Designed for professionals and enthusiasts, it provides a unified, modern interface to monitor, secure, and manage your network.

A beginner-friendly IoT home automation system using NodeMCU ESP8266 and Blynk Cloud. Control up to 4 appliances remotely via smartphone using virtual pins and Wi-Fi.

Arduino_Game_8x8_Matrix_Arcade_Atari_Breakout

Control multimedia board (tablet) with phone (android)

A website-controlled robot built using ESP32 and WiFi communication. The robot can be controlled wirelessly through a web interface, where user inputs from the browser are sent to the ESP32 to control motor movement. This project demonstrates IoT-based control systems and basic web integration with embedded systems.

React Native mobile app for controlling ESP32-based quadcopter drones via WiFi with dual joystick controls, telemetry visualization, PID tuning, and flight logging

a little arduino skript that helps to connect your ESP8266 or ESP32 to the strongest WiFi and reconnet if needed

An IoT-based smart lighting system using Arduino controls LED brightness based on ambient light via an LDR sensor. Users can wirelessly switch the system ON/OFF using Bluetooth. PWM is used to adjust brightness, making it energy-efficient and ideal for smart homes or adaptive street lighting.

Web-controlled tank robot using ESP32-CAM with real-time MJPEG video streaming. Features differential drive control via L298N H-bridge, intuitive web interface, and wireless operation over Wi-Fi. Perfect for robotics education and IoT experimentation. Supports 8-directional movement with live camera feed.

Command is encoded to become Data Packets. Command can be generated by keyboard or speech. Data Packets are sent from Desktop App or Smartphone App. ESP8266 emits Wi-Fi and receives data packets, transfer them to ATmega16 thru UART. ATmega16 receives and decodes data packets, then controls the motor and servo of this SUPER CAR MODEL.

WiFi-enabled irrigation controller using ESP8266 with web interface, scheduling, and manual controls. Perfect for automated garden watering.

This project showcases a simple yet powerful motor control system using the ESP8266 microcontroller.

DIY WI-FI ex-rc truck

WiFi controlled rover with ESP-12e.

Python-based standalone control for TP-Link EAP723 Wi-Fi. Toggle SSIDs and bands (2.4GHz/5GHz) without an Omada Controller. Includes Home Assistant integration, Bruno API collections.

Battlebot tipo drum spinner inspirado en el Minotaur.