System, method, and computer readable medium for monitoring, tracking, and tracing temperature and humidity under garment

A computer implemented system for temperature and humidity monitoring under a garment of an object to be observed, said system comprising:

• at least one internal electronic module located under the garment and at least one external electronic module, said at least one internal electronic module and said at least one external electronic module including sensors for temperature and humidity monitoring and internal storage devices wirelessly connected to said at least one internal electronic module and said at least one external electronic module;
• a receiving device that provides a user with the ability to monitor the current temperature and humidity of the object being observed;
• and
• a computer readable medium of said receiving device, said computer readable medium storing code representing instructions that when executed at a processor cause the processor to store instructions to analyze values of temperature and humidity under the garment of the object and in the environment, received from said sensors of said at least one internal electronic module and said at least one external module to perform actions in order to personalize temperature and humidity control, wherein such actions include input of current values of temperature and humidity of the environment in manual mode, dividing all possible values of temperature and humidity into more than two zones, for example, comfort zone, border zone, critical zone input and adjustment of bounds on temperature and humidity zones, entering a time interval for a short-term forecast such as advance or early warning of the observer when critical temperatures are reached processes and outputs data on the values of temperature and humidity under the garment of the object and of the environment in the form of calculation of the rate of change of temperature and humidity, calculation of the time to reach critical temperatures, display of a graphic, text, and sound message on said receiving device with the current values of the temperature and humidity zones of the environment and the observed object, the rate of change of temperature and humidity of the environment and the observed object, the observed object's reaching the temperature and humidity values close to critical boundary, the observed object's reaching critical temperature and humidity values, a short-term forecast of reaching critical values of temperature and humidity, transmission of all information during an on-line monitoring session and its storage on a local server.