AirMOD Respiratory Monitor

AirMOD - Respiratory Monitor

The smartest airway monitor one-stop service, your best companion for lung auscultation

AI Detection


Live Streaming

Playback & Record

AI Detection

Respiratory Rate (RR)
Inspiration Detection
Continuous Adventitious Sounds (CAS) Detection
Continuous Adventitious Sounds Detection Example - SNORE

This device can detect abnormal sounds such as snoring, wheezing, which are medical signs associated with the following conditions: Asthma, COPD, pulmonary edema, and heart failure.

Once the sensor is attached to the patient, the device can start analyzing breath sounds. Through the real-time spectrogram and AI-enabled monitoring, the device can recognize whether patient is breathing normally or is having a narrowed airway. Healthcare professionals can provide immediate medical interventions in case of hypoxemia, apnea, or respiratory function deterioration.

Examples of Use Environment: non-intubated anesthesia, remote monitoring (isolation wards, ICU), continuous monitoring of respiratory rate during lung or heart surgeries, intravenous anesthesia.


The market for non-intubated anesthesia is growing rapidly. During non-intubated anesthesia, ventilation should be monitored and evaluated continuously by breath sound auscultation. However, there is no modern equipment to do that up until now, and this is precisely where our respiratory monitor with a monitoring system comes in.


We can amplify breath sounds, identify abnormal respirations, calculate the rate, and send an alert to physicians when apnea occurs.


First in the World for
Respiration Continuous Monitor

Our device is the first in the world to be able to continuously monitor and broadcast breath sounds.


Noise Cancellation &
Lighter Design

Our dedicated noise-canceling technology eliminates the need for bulky apparatus, reducing the weight of the sensors to less than 5g.

AI algorithm for lung activity

Our device will be the first in the market that can work with AI to recognize lung activity and detect adventitious sounds. It can calculate respiratory rate during inhalation, exhalation, airway obstruction, and partial airway obstruction and analyze apnea status.