Contractor

This information system will use, as a basis, a wrist device, which will provide information on heart rate through Photoplethysmography (PPG) sensors and the amount of oxygen in the blood (SPO2), hereinafter referred to as signals or biometric data. , as well as data on body movement based on accelerometer and gyroscope values, hereinafter referred to as physical signals or data. This information will be used for the detection of sleep disorders and also for continuous monitoring to predict sleep while driving. The information system will be broken down into two main subsystems. The subsystem that will allow for the prediction of sleep at the wheel, which includes the continuous monitoring of biometric signals while driving to issue an alert when there is a forecast that, in a short time, the driver will show signs of sleep. The subsystem for the detection of disorder or chronic sleep deprivation whose mission is to detect the possible existence of a sleep disorder (in particular sleep apnea and circadian rhythm disorders) to, in accordance with the law, refer for evaluation drivers who need it, distinguishing from possible chronic deprivation about which, when detected, a notification will be issued to the driver.