Kofimi Technology
Early-stage medical device company spun out of an academic integrated circuits lab developing a next-generation pulse oximeter. The device couples semiconductor sensor design with AI-based signal processing to produce high-precision, non-invasive blood oxygen (SpO2) measurements while addressing known sources of bias (skin tone, motion, ambient light). The device includes cloud data storage for telehealth integration; regulatory and manufacturing planning are in progress. Academic and industry partners are listed on the site.
Industries
N/A
Nr. of Employees
small (1-50)
Products
Next-generation pulse oximeter
A non-invasive pulse oximeter device that combines semiconductor sensor hardware with AI signal processing to provide high-precision SpO2 and pulse measurements while compensating for motion, ambient light, low perfusion, and skin-tone variability; includes self-calibration and cloud data storage for telehealth integration.
Next-generation pulse oximeter
A non-invasive pulse oximeter device that combines semiconductor sensor hardware with AI signal processing to provide high-precision SpO2 and pulse measurements while compensating for motion, ambient light, low perfusion, and skin-tone variability; includes self-calibration and cloud data storage for telehealth integration.
Expertise Areas
- Pulse oximetry and non-invasive vital-sign monitoring
- AI-driven medical signal processing
- Digital health and remote patient monitoring
- Clinical validation across diverse skin tones and populations
Key Technologies
- Photoplethysmography (PPG)-based oximetry
- Semiconductor sensor design
- AI / machine learning signal processing
- Motion and ambient light artifact reduction algorithms
News & Updates
Press coverage discussing efforts to improve medical device equity, including device bias in pulse oximeters.
Recorded segment discussing pulse oximeter performance across populations.
Article covering regulatory attention to pulse oximeter accuracy and bias.
Article on efforts by engineering teams to address bias in pulse oximetry.
Coverage on challenges of correcting pulse oximeter bias.
Article discussing accuracy issues of pulse oximeters for people with darker skin tones.
Press coverage discussing efforts to improve medical device equity, including device bias in pulse oximeters.
Recorded segment discussing pulse oximeter performance across populations.
Article covering regulatory attention to pulse oximeter accuracy and bias.
Article on efforts by engineering teams to address bias in pulse oximetry.
Coverage on challenges of correcting pulse oximeter bias.
Article discussing accuracy issues of pulse oximeters for people with darker skin tones.