Abstract: Contact information may be automatically generated on a device based on an interaction by the user of the device with another individual. A record of the interaction may be obtained by the device and, if it is determined that the interaction satisfies an interaction rule, information from the record of the interaction may be utilized to obtain contact information for the individual. The contact information may be obtained by extracting the contact information directly from the record of the interaction or by extracting an identifier of the individual from the record of the interaction and querying a remote device for the contact information. The obtained contact information may then be stored on the user's device.

Abstract: A wine inventory management system is provided to assist a user in selecting and locating a wine from a wine collection. In one example, a wine inventory management system may comprise a smart cap having an indicator portion and a processor in communication with the smart cap. The processor in communication with the smart cap may comprise a determining module that determines a set of criteria, a matching module that matches wines to the set of criteria to form a wine set, and an illuminating module that illuminates smart caps of the wine set. The smart caps may be illuminated with different colors, light animation patterns, and with different images in some examples.

Abstract: A wine inventory management system is provided to assist a user in selecting and locating a wine from a wine collection. In one example, a wine inventory management system may comprise a smart cap having an indicator portion and a processor in communication with the smart cap. The processor in communication with the smart cap may comprise a determining module that determines a set of criteria, a matching module that matches wines to the set of criteria to form a wine set, and an illuminating module that illuminates smart caps of the wine set. The smart caps may be illuminated with different colors, light animation patterns, and with different images in some examples.

Abstract: Contact information may be automatically generated on a device based on an interaction by the user of the device with another individual. A record of the interaction may be obtained by the device and, if it is determined that the interaction satisfies an interaction rule, information from the record of the interaction may be utilized to obtain contact information for the individual. The contact information may be obtained by extracting the contact information directly from the record of the interaction or by extracting an identifier of the individual from the record of the interaction and querying a remote device for the contact information. The obtained contact information may then be stored on the user's device.

Abstract: Embodiments of the present invention improve visualization of information associated with auto-ids (tag IDs). In one embodiment, the present invention includes a method of processing auto-identification data comprising storing a plurality of tag identifications, storing a plurality of locations, wherein each tag identification is associated with at least one location, storing information having a plurality of attributes, wherein each tag identification is associated with one or more of said attributes, generating a hierarchy based on at least one location or at least one attribute associated with the plurality of tag identifications, and displaying at least a portion of the information and at least a portion of the locations associated with each tag identification as nested shapes corresponding to the hierarchy.

Abstract: Embodiments of the present invention improve visualization of information associated with auto-ids (tag IDs). In one embodiment, the present invention includes a method of processing auto-identification data comprising storing a plurality of tag identifications, storing a plurality of locations, wherein each tag identification is associated with at least one location, storing information having a plurality of attributes, wherein each tag identification is associated with one or more of said attributes, generating a hierarchy based on at least one location or at least one attribute associated with the plurality of tag identifications, and displaying at least a portion of the information and at least a portion of the locations associated with each tag identification as nested shapes corresponding to the hierarchy.