Abstract: Palm cooling gloves and similar articles are disclosed which may be worn during exercise or when exposed to warm ambient temperatures. Unlike other items related to thermal exchange, the disclosed devices provide for intermittent cooling in order to ultimately increase the overall rate and magnitude of conductive heat loss from the human body. According to an example embodiment, gloves are provided with high thermal conductivity for rapid rates of heat transfer when the palm is to be cooled, and low thermal conductivity when the palm is not to be cooled. During non-cooling periods, a cooling agent is temporarily stored within a compartment located on the back (dorsal aspect) of the glove. The compartment is comprised of materials with a low thermal conductivity so that the cooling agent retains more of its cold, which allows it to be used repeatedly when palm cooling is again needed to rid the body of excess heat.

Abstract: Systems and methods are described herein for authentication and password security. The system may detect involuntary and voluntary brain signals of a user and measure the characteristics of those signals. The signals may be detected and analyzed using a wearable device comprising a plurality of sensors. The system may authenticate the identity of the user by triggering the user to imagine content or react to presented content. The content may comprise an image or movement, and brain signals of the user may indicate signals that are consistent for the user. The system may authenticate the user based on the brain signals based on data stored for the user or profile for the user. This determination may be performed by a machine learning model trained to classify users based on the brain signal data.

Abstract: Systems and methods are described herein for authentication and password security. The system may detect involuntary and voluntary brain signals of a user and measure the characteristics of those signals. The signals may be detected and analyzed using a wearable device comprising a plurality of sensors. The system may authenticate the identity of the user by triggering the user to imagine content or react to presented content. The content may comprise an image or movement, and brain signals of the user may indicate signals that are consistent for the user. The system may authenticate the user based on the brain signals based on data stored for the user or profile for the user. This determination may be performed by a machine learning model trained to classify users based on the brain signal data.

Abstract: Systems and methods are described herein for authentication and password security. The system may detect involuntary and voluntary brain signals of a user and measure the characteristics of those signals. The signals may be detected and analyzed using a wearable device comprising a plurality of sensors. The system may authenticate the identity of the user by triggering the user to imagine content or react to presented content. The content may comprise an image or movement, and brain signals of the user may indicate signals that are consistent for the user. The system may authenticate the user based on the brain signals based on data stored for the user or profile for the user. This determination may be performed by a machine learning model trained to classify users based on the brain signal data.

Abstract: Palm cooling gloves and similar articles are disclosed which may be worn during exercise or when exposed to warm ambient temperatures. Unlike other items related to thermal exchange, the disclosed devices provide for intermittent cooling in order to ultimately increase the overall rate and magnitude of conductive heat loss from the human body. According to an example embodiment, gloves are provided with high thermal conductivity for rapid rates of heat transfer when the palm is to be cooled, and low thermal conductivity when the palm is not to be cooled. During non-cooling periods, a cooling agent is temporarily stored within a compartment located on the back (dorsal aspect) of the glove. The compartment is comprised of materials with a low thermal conductivity so that the cooling agent retains more of its cold, which allows it to be used repeatedly when palm cooling is again needed to rid the body of excess heat.