Inspiration
Current medical devices don't allow you to monitor long-term cardiac health. Any device that does part of it, is bulky, old, inaccurate and limited in functionality. We wanted to utilize the tech of IoT and make something that is both easy to use and a pleasure to look at.
What it does
It uses a max30102 sensor to detect sp02 concentration, temperature, and heart rate. Allowing for insight into cardiac health such as diagnosis of cyanosis and differential cyanosis which can occur due to PDA (patent ductus arteriosus), or preexisting conditions in infants and elderly, and performance athletes.
How we built it
We used the sensor to take data measurements and uploaded them using the particle electron kit to a database. From where the app and the website upon JSON to pull the data.
Challenges we ran into
The particle electron was paired with someone else before, it wasted a lot of our time...
Accomplishments that we're proud of
Being able to get very detailed measurements of oxygenated blood-related stats.
What we learned
How to work with the Particle Electron Kit. Interface with I2C sensors.
What's next for Epsilon 3
We are looking for angel investors. To invest in the improvement of algorithms and to lower costs.
Built With
- arduino
- bootstrap
- c++
- javascript
- node.js
- particle-electron-kit
- processing
- react
- swift
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