Todo o conteúdo produzido para a unidade curricular CAL (Concepção e Análise de Algoritmos), para o curso em Engenharia Informática e Computação na FEUP

IoT Suite is a simple, easy to use platform for building IoT solutions.

Build a Flutter App with Offline Support using Hive and Connectivity

A basic Flutter project using cubit bloc state management.

The notion of genetic isolation is fundamental to landscape and population genetic studies. However, its estimation is more complicated than it should be. This project seeks to provide an application for the analysis of Isolation by 'whatever'.

Yet Another NordVPN GUI for Linux: A lightweight, unofficial system tray app for NordVPN. Quick, easy access to your VPN — check status, connect, disconnect, or pause — all without touching the terminal. Designed for everyday Linux users who want a simple, clean GUI to manage NordVPN — plus one-click custom actions for your own scripts and commands

UXB (Universal eXtreme Bus) - a fictional device connectivity library written in C++

This is the sample code for a YouTube tutorial on making an ESP32 provisioner with 100 lines of code or less.

BadgeReader is a Python project that interfaces an RFID reader with a Raspberry Pi. It reads RFID tags and processes the data for applications like access control, logging, or automation. The project is designed for easy integration and customization, leveraging the GPIO capabilities of the Raspberry Pi.

Interactive network connectivity analysis using a set of query nodes, read more on the website.

A basic Flutter project using bloc state management.

C++11 library which provides easy connectivity to WolkAbout IoT Platform.

Open3d color texture classification

internet connectivity checker

The code base accompanying one step in the video series on creating a next-level WiFi library for your ESP32 projects. The video associated with this code base focused on engaging with the events provided by WiFi.h and logging them to get the best information possible about your WiFi connection.

The code base accompanying one step in the video series on creating a next-level WiFi library for your ESP32 projects. The video associated with this code base focused on engaging with the events provided by WiFi.h and logging them to get the best information possible about your WiFi connection.

This repository contains Arduino code for a microcontroller-based IoT device capable of collecting sensor data and transmitting it to a server via LoRa or LTE connectivity.

Moved to https://gitlab.com/tekhedd/ResetFlake

The code base accompanying one step in the video series on creating a next-level WiFi library for your ESP32 projects. The video associated with this code base focused on the existing reconnect logic already built into WiFi.h and how we can code to work with that context.

The code base accompanying one step in the video series on creating a next-level WiFi library for your ESP32 projects. The video associated with this code base focused on benchmarking the CPU cost of the various methods of detecting the WiFi connection state. The key takeaway is that WiFi events provide a much faster way to check for WiFi.