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.

基于 MicroPython 的 ESP32 BLE HID 键盘，支持 JSON 协议 WiFi 远程控制、脚本存储执行、按键序列和随机延时。

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

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

Arduino_Game_8x8_Matrix_Arcade_Atari_Breakout

Control multimedia board (tablet) with phone (android)

4WD rover controlled from any browser over WiFi — ESP32 + PID speed control on N20 encoder motors + live telemetry + OTA updates

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.

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.

NEXUS - An intelligent WiFi-controlled service robot built on ESP8266, featuring autonomous obstacle avoidance, real-time browser dashboard, OLED telemetry display, and multiple navigation modes for smart indoor mobility

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.

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

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.