Abstract: A system and method may allow a person to rotate a skin care product based on the current climate to help skin transition to and react to changes in temperature and humidity the air. For example, each moisturizer may be formulated to support skin needs for a specific climate, such as tropical climate (i.e., humid and hot air), a desert climate (i.e., dry and hot air), a temperate climate (i.e., normal and mild air), and/or a polar climate (i.e., cold and dry air).

Abstract: A system and method may allow a person to rotate a skin care product based on the current climate to help skin transition to and react to changes in temperature and humidity the air. For example, each moisturizer may be formulated to support skin needs for a specific climate, such as tropical climate (i.e., humid and hot air), a desert climate (i.e., dry and hot air), a temperate climate (i.e., normal and mild air), and/or a polar climate (i.e., cold and dry air).

Abstract: A system and method may allow a person to rotate a skin care product based on the current climate to help skin transition to and react to changes in temperature and humidity the air. For example, each moisturizer may be formulated to support skin needs for a specific climate, such as tropical climate (i.e., humid and hot air), a desert climate (i.e., dry and hot air), a temperate climate (i.e., normal and mild air), and/or a polar climate (i.e., cold and dry air).

Abstract: A system and method may allow a person to rotate a skin care product based on the current climate to help skin transition to and react to changes in temperature and humidity the air. For example, each moisturizer may be formulated to support skin needs for a specific climate, such as tropical climate (i.e., humid and hot air), a desert climate (i.e., dry and hot air), a temperate climate (i.e., normal and mild air), and/or a polar climate (i.e., cold and dry air).

Abstract: A system and method may allow a person to rotate a skin care product based on the current climate to help skin transition to and react to changes in temperature and humidity the air. For example, each moisturizer may be formulated to support skin needs for a specific climate, such as tropical climate (i.e., humid and hot air), a desert climate (i.e., dry and hot air), a temperate climate (i.e., normal and mild air), and/or a polar climate (i.e., cold and dry air).

Abstract: A system and method may allow a person to rotate a skin care product based on the current climate to help skin transition to and react to changes in temperature and humidity the air. For example, each moisturizer may be formulated to support skin needs for a specific climate, such as tropical climate (i.e., humid and hot air), a desert climate (i.e., dry and hot air), a temperate climate (i.e., normal and mild air), and/or a polar climate (i.e., cold and dry air).

Abstract: A system for counting shoe and uploading data to a centralized server. The system includes a shoe that counts the number of steps a user takes during a predefined period of time. When the number of steps are greater than a predefined number, e.g., a target, the shoe displays a message congratulating the user. For example, when the target is reach, the display will show a winner message on the shoe. The shoe may be placed on a charging (or docking) station, allowing the shoe to be charged. The charging station may also download the data from the shoe, and transmit the data to a central server.

Abstract: A system and method may allow a person to rotate a skin care product based on the current climate to help skin transition to and react to changes in temperature and humidity the air. For example, each moisturizer may be formulated to support skin needs for a specific climate, such as tropical climate (i.e., humid and hot air), a desert climate (i.e., dry and hot air), a temperate climate (i.e., normal and mild air), and/or a polar climate (i.e., cold and dry air).