Mobile electronical device for blind and visual impaired people mobility.

Emergêncy hospital Ventilator project to combat the COVID-19 Healy Crisis. Together we are stronger and together we will win💪 👉🌈.

MAX86150 puts ECG and SPO2 on a single chip, opening new opportunities for calculation of pulse transit time and indirect blood pressure.

An innovative wearable technology for visually impaired peoples.

A cap used to detect and notify you if someone from behind comes closer to you in offices, grocery shops, public transport places, etc.

Lora network based covid-19 patient monitoring device.

A cheap and easy to use BLE Armband for Social Distancing and enabling Touch Free solutions for COVID-19

An easily constructed USB-powered pulse oximeter device that can be built for around $25 and features an OLED display.

This health band can assist old people in their daily lives, leaving the family stress free!

An affordable and automatic system letting athletes time themselves or their peers quickly and easily.

How to use multiple ultrasonic sensors to keep your distance in times of corona or to keep your car safe while parking.

Shoot fireballs from your fists when you throw a punch with these arm mounted smart flamethrowers!

The Protector is a safety and automation system that can be used in shops, airports and other public places to enable a touchless interface.

This is a cool way to measure your hearing. Hope you enjoy it!

The aim is to convert basic symbols that represent the 26 English letters as mentioned under American Sign Language script and display.

Shows you how you can connect ProtoCentral's MAX30100 breakout board to an Arduino for PulseOx and heart rate measurement and visualization.

Build an affordable device that tests how well a face mask can protect from particulates. Record quantitative data (PM 1.0, 2.5 and 10.0).

Interfacing MAX30102 with Arduino + BPM measure project with OLED + buzzer.

I made an Arduino library allowing simple communication with uECG device using nRF24 module - minimal example takes just a few lines.

Costs around $120 USD (incredibly cheap compared to competitors) and uses easy-to-find components.

Android app-controlled, Arduino-based kit that provides simultaneous data about body t°, heart rate, room humidity and t° data.

A digital baumanometer built using an Arduino Uno board, where the data is analyzed with a slope method in Python.

This device measures electrical muscle activity to help the paralyzed individuals talk without moving their muscles.

Admit it, you always wanted to play around with a breath controller but couldn't justify the expense. Well, you have no excuse now.