A simple device that makes controlling humidity and saving energy a snap. Operates as easily as a thermostat.
Turning a normal chair into a smart chair that will continuously detect your sitting posture and sends an alarm for wrong postures.
Monitor the quality of your sleep and live better.
Collate weight, color, and emitted ionizing radiation of foods to train a NN. Then, run it on Beetle C3 to detect food irradiation doses.
We believe we can use biometric sensors, the security of the Helium platform and strength of Google Cloud to surface possible anxiety states
An ultrasonic sensor activated Automatic Soap Dispenser. Uses a LED to prompt 20 sec hand washing. Design compatible with common soap pumps.
Hello all, I Hope you all are safe. I'm here with another project which you can build with very few components. So let's See...
Via Spresense; collect dental cast images on an SD card to train an object detection model, display video stream, and run the model directly
Get custom reminders using your Dash button. This project sends email reminders when I forget to change my contact lenses.
This ergonomic-sensitive chair add-on will help you chair-ish your health!
WalaBreathe is a completely wireless assistive device for paraplegics that converts their breath into audible speech built on Python.
Module measures if distance to others is less than 1.5m. If so, the alarm starts with sound and LED. Stay home, stay safe.
AutoSteri is a small and compact automatic UV sterilization system that uses a PIR to detect a human and cleans when they leave.
An IoT solution for monitoring workers' health status and improving company performances.
An Android app-controlled, Arduino-based kit that receives and analyzes humidity and temperature data.
Getting Started with Safe Haptic Neuroprosthesis using the Haptic Cape for BeagleBone Green
FPGA-based system that monitors facemask use through artificial intelligence, includes a thermometer and facemask dispenser.
Using Arduino and the sensors I analysed how a small air humidifier can change the parameters of the room and influence health state.
Log UV & weather data on an SD card to train an Edge Impulse model. Then, run it to get informed of sun damage over BLE via an Android app.
Run a simple Python script that will collect system information from a Raspberry Pi and send it to a cloud platform dashboard.
This project allows to detect the symptoms of tiredness during computer work using artificial intelligence and to monitor it with micro:bit
Provide continuous info about room temperature, humidity, CO2 and luminoscity levels and turn on leds at the end of the work to relax eyes
Indoor/Outdoor climate control concepts using AI /ML. Eliminate travel requirements using tele - commute and telehealth. Funny App !!
We initially made HealthyPi as HAT add-on board for Raspberry Pi. Now you can run the application on any desktop PC with a USB port.
