Smart Bracelet Health Monitor - the device works by accurately monitoring a user's vital observations independently in real time including SpO2 oxygen saturation levels, blood pressure mmHg, (ECG) heart rate monitor, body temperature and blood sugar levels. A new age of sophisticated health technology that may eventually replace bulky equipment monitors currently in use in our NHS hospitals and hospitals worldwide.

By using non invasive sensor technology the smart bracelet can decipher heart rate algorithm. The wearable device is built with an oximeter optical sensor situated on the underside of the device body, and when positioned correctly over the pulse area of a persons wrist directly against the skin, the sensor acts to decipher heart rate using green LED light that beam hundreds of times per second into capillaries through the skin, those capillaries allow in more light when full of blood, and less between beats, and the device measures how much light is absorbed.  That measurement is then siphoned through proprietary algorithm to generate a heart rate figure.  The process is also used to decipher mmHg the monitoring of blood pressure, blood oxygen saturation levels, body temperature, blood glucose levels and respiratory rate.  During the process of monitoring the vital observations there is no actual compression against the physical body, the device when correctly positioned over the pulse area and against the skin can take an accurate reading of the monitored vital observations.