An ESP32-based air quality monitoring project that reads gas concentration data, displays status on an I2C LCD, triggers a buzzer alarm on detection, and publishes telemetry over MQTT.

An event-driven ESP32 example that toggles an LED when a pushbutton is pressed. This project is designed for simulation in Wokwi and uses the Modest-IoT-Nano-Framework to model the device as a small reactive system instead of relying on polling logic inside loop().

An event-driven IoT air conditioning control system built on the Modest-IoT Framework for ESP32. This project demonstrates advanced multi-sensor, multi-actuator coordination using FreeRTOS and a non-blocking architecture.

Restock Embedded Application is made with C++. This app is responsible for controlling the hardware of the Restock Supply Keeper. Also, it is based in commands and events rather than continuous checking.

This project demonstrates the usage of the Modest IoT Nano-framework (C++ Edition) v0.1 by implementing a simple IoT device: the ToggableLedDevice. It toggles an LED on an ESP32 via a button press, showcasing the framework’s object-oriented, event-driven, and CQRS-inspired design.

This project demonstrates the usage of the Modest IoT Nano-framework (C++ Edition) v0.1 by implementing a simple IoT device: the ToggableLedDevice. It toggles an LED on an ESP32 via a button press, showcasing the framework’s object-oriented, event-driven, and CQRS-inspired design.

An ESP32-based air quality monitoring project that reads gas concentration data, displays status on an I2C LCD, triggers a buzzer alarm on detection, and publishes telemetry over MQTT.

An ESP32-based smart scale project that reads four HX711 load-cell amplifier modules and shows the aggregated weight on a 16x2 I2C LCD.

An event-driven ESP32 example that toggles an LED when a pushbutton is pressed. This project is designed for simulation in Wokwi and uses the Modest-IoT-Nano-Framework to model the device as a small reactive system instead of relying on polling logic inside loop().

A loop-less, event-driven asynchronous LED toggle example demonstrating the Modest-IoT Nano-Framework on ESP32 microcontrollers.

A smart perimeter monitoring system built with ESP32, utilizing 4 Passive Infrared (PIR) sensors to detect motion in four directions (North, East, South, West). The system provides visual feedback via LEDs and displays real-time status on an I2C LCD.

This project demonstrates the usage of the Modest IoT Nano-framework (C++ Edition) v0.1 by implementing a simple IoT device: the ToggableLedDevice.

Embedded IoT perimeter monitoring system for ESP32 that uses four PIR motion sensors, four LEDs, and a 16x2 I2C LCD to display real-time corner activity.

A loop-less, event-driven asynchronous LED toggle example demonstrating the Modest-IoT Nano-Framework on ESP32 microcontrollers.

Demonstrate ESP32 GPIO control by toggling an LED on and off using a button for hands-on embedded system learning.