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.
IoT project consisting in a smart tunnel prototype. The system uses an ESP32 board, RiotOS, AWS and various sensors and actuators
Dustbin with automatic lid opening system and real time web dashboard to visualize and analyze data about its usage.
Through a network of intelligent devices we want to monitor the state of a parking lot with a real time view of the situation.
An automatic pill dispenser aimed to ease the lives of the elderly and disabled persons.
Smart Greenhouse is a self regulating, micro-climate controlled environment for optimal plant growth.
Restaurants can use a simple IOT Button to let customers know what the current wait time is by checking their websites.
Using Sony Spresence & EI, turns analog oil tank meter into digital, realtime update on the app help delivery company optimize operation.
Buddy collects temperature, humidity, light, human presence data, calculates productivity, helps break sedentary, built on AWS Edukit.
AEye can be able to detect when your stove has been left unattended using Wio Terminal and thermal camera.
Device to monitor the bus indoor environment in terms of temperature, humidity and CO2 concentration.
Eradicating infectious diseases with contagious knowledge.
Through a network of intelligent devices we want to monitor the fill level of trash bins to have a real time view of the situation.
This post is a tutorial to receive MQTT Message from W5100S-EVB-Pico and store it in DynamoDB.
How to connect a device running riot os to the cloud so that a user can see data collected by sensors and interact with it
Complete IoT and domotics platform that tracks the patient’s sleep via three main devices, displays the data and gives recommendations.
LoraWAN, HeartRate and Enviroment Monitor
Maintain the recommended distance of 1 - 2 meters by means of a simple and fast implementation system without having high infrastructure cos
Use the AWS IoT EduKit to create a device that can monitor Galvanic Skin Response, Microphone and Gyroscope data and send it to AWS cloud.
RoHA Project is an IoT based Sensor Node that analyze a persons respiratory health and report its status on device and web application.
System that reads body temperature and air quality. Developed for retail stores, malls and businesses. Powered by the M5 Core2 and AWS.
Automatic contact tracing using Bluetooth