IoT device that periodically samples your household plants and waters them when necessary autonomously.

Cloud-based home alarm IoT system using a Hall effect sensor and two magnets fixed to a door to detect intrusions and to trigger an alarm.

The autonomous dispenser of food and water for dogs, with an analysis of the consumption during the time, supports the medical diagnosis.

Connect the Thing and AWS with MQTT Bridge. Use Rules, DynamoDB and Lambda to manage the data. Make a site with Api Gateway and Amplify.

Implementation of fire detection system, using Esp32 with RIOT, building a cloud infrastructure with MQTT and AWS, and creating a website.

IoT project consisting in a smart tunnel prototype. The system uses an ESP32 board, RiotOS, AWS and various sensors and actuators

This guide details how to configure and test a FreeRTOS example to connect to AWS IoT

Dustbin with automatic lid opening system and real time web dashboard to visualize and analyze data about its usage.

Send flow rate measurements to the cloud and monitor them in real-time with Soracom Harvest and AWS IoT.

Use MQTT on Amazon Web Services with a Hardware Device (ESP32) and use the IoT Data for further analysis on AWS itself

A connected dash cam bicycle computer that collects your sensor data like heart rate and guides you to the nearest ice cream shop.

Getting started guide for connecting an Avnet MaaXBoard 8M SBC to AWS IoT Core.

Configuración de nodos en FIT IoT-LAB para enviar datos a AWS y visualizarlos a través de una página web

Through a network of intelligent devices we want to monitor the state of a parking lot with a real time view of the situation.

Fun-with-fans is the individual project of the IoT course of the master's degree in Engineering in Computer Science.

Getting started guide for connecting an Avnet MaaXBoard 8ULP SBC to AWS IoT Core.

This Alexa-controlled device aims to save water by planning the time and amount of water to use in each shower.

A model of home security system that utilized sensors and internet to monitor the security status in real-time.

Learn how to connect your Raspberry Pi Pico W board to AWS IoT Core using MicroPython and MQTT.

Sustainable platform of sensing and irrigation automation based around the Nordic's Thingy: 53 with predictive analysis.

An automatic pill dispenser aimed to ease the lives of the elderly and disabled persons.

Sustainable platform of sensing and irrigation automation based around the SenseCAP K1100 with predictive analysis via the Helium Network.

To accelerate our smart and sustainable living conditions for low-income farmers and businesses using solar, AI, and IoT

Controlling LED ON and OFF condition remotely connected to WizFi360-EVB-Pico using AWS IOT.