InputShare enables you to share the keyboard and mouse of your computer with an Android device via ADB in wired / wireless way.

Raw Thermal Data over UVC from PureThermal 2 - Lepton 3.5 - Python

This project involves the design and development of a 6WD High Speed Arduino Robotic Vehicle capable of delivering high traction and stable performance. The system uses an Arduino microcontroller to control six drive wheels, allowing better torque distribution and improved handling at high speeds.

Repository for using a Texas Instruments C2000 with a nordic RF24L01 wireless chip

An OpenWrt LuCI interface to simplify network settings, WAN configurations, guest networks, and multi-band wireless management.

📱🖱️ Touchpad is a two-app project for macOS and Android that turns an old Android tablet into a wireless touchpad. The tablet captures gestures and sends them over a local Wi-Fi network, while the macOS menu bar app converts them into cursor movement, left and right clicks,scrolling, and drag actions. No internet connection is required.

FSdiscover is a lightweight, cross-platform tool that enables seamless interaction between devices over the same network (WIFI/LAN). It primarily allows files to be shared with ease within a local network, wether it's just your phone to your PC or it's an entire hub of devices on the network.

ESP8266 as MQTT publisher for wireless sensors connected via NRF24L01

My thesis code for the Computer Engineering Master in NTUA

An ESP32-powered robotics project

Learn how to build a wireless controller to kill power when things go... sentient.

An Arduino-based project to control an LED wirelessly via Bluetooth using the HC-06 module and a mobile app.

This project is a WiFi-controlled RC car using an ESP8266 and an L298N motor driver. The ESP8266 receives throttle and steering inputs via WebSockets and controls the DC motor and servo steering proportionally.

A DIY robotics project that uses hand gestures to navigate a car in real-time. No joystick instead drive with just a wave of your hand! Built with ESP 32 and an MPU6050 accelerometer.

ESP32-based wireless combat robot with a BLDC spinning drum weapon, differential drive system, and ESP-NOW joystick control.

Developed a system to control home appliances using a smartphone via Bluetooth Used Arduino Uno and HC-05 module for wireless communication Controlled multiple devices (bulbs, fans) using a 4-channel relay module Implemented command-based control without requiring internet connection

Wireless motor driver

Curiosity Mars LegoEV3 Rover wirelessly controlled rover powered by OpenWRT and Arduino boards

A simple remote-controlle robotic arm controlled by a joystick and servo motors.