Face mask with moisture level and oxygen saturation detection

A method comprising:

• receiving first data from a first sensor positioned on a face mask configured to be worn by a user, the first sensor unit measuring a moisture level and an oxygen level of the air entering a cavity formed between the face of the user and the face mask as the user inhales;
• receiving second data from a second sensor unit that measures a moisture level and an oxygen level of the air being expelled from the cavity as the user exhales;
• comparing the first data and the second data to determine an oxygen saturation for the user and an amount of moisture retained by the face mask;
• and
• providing a notification to the user if the oxygen saturation of the user exceeds a first threshold or if the amount of moisture retained by the face mask exceeds a second threshold.

A face mask configured to be worn by a user, the face mask comprising:

• a mask body formed of a flexible material and configured to completely cover the mouth and nose of the user such that a cavity is formed between the face of the user and the face mask, the mask body having an interior surface facing the mouth and nose of the user and an exterior surface opposite the interior surface;
• a first valve configured to open when the user inhales to allow air to enter the cavity formed by the face mask, the first valve comprising a first sensor for measuring a moisture level and an oxygen level of the air entering the cavity;
• and
• a second valve configured to open when the user exhales to expel air from the cavity formed by the face mask, the second valve comprising a second sensor for measuring a moisture level and an oxygen level of the air being expelled from the cavity, wherein both the first valve and the second valve are positioned on the mask body and extend from the interior surface to the exterior surface.