Customizable sound alarm system using an Arduino board, physical buttons, and optional Wi-Fi connectivity. Designed for both security and notification applications, it allows multiple input triggers to activate specific sound alerts, providing real-time feedback through a buzzer or speaker.

This Python application uses an Arduino Nano to collect 8 analog real-time inputs. The analog values ​​are combined through an algorithmic mixing process, using virtual sliders or physical inputs on the device, resulting in a digital output, such as digital audio or a logic signal.

A modern and intuitive graphical interface that empowers users to explore creative sound modulation on Arduino-based systems through dynamic modes and waveform quadrants in a clean, icon-driven environment.

The Engine Sound Simulator transforms your Arduino into a programmable engine noise generator. It mimics the firing rhythm of internal combustion engines—from 2 to 8 cylinders—by adjusting tone frequencies in real time based on throttle input and RPM settings.