Abstract: Social networking is used to enhance content delivery to mobile devices. Sometimes a mobile device lacks network connectivity, such as when the mobile device is off or offline. Content cannot be sent to the mobile device when lacking network connectivity. A social network, however, may be retrieved for interim storage of the content. When the mobile device lacks network connectivity, the content may be routed to a member device of the social network. The member device stores the content until the mobile device resumes network connectivity. The member device may then send or forward the content to the mobile device.

Abstract: Social networking is used to enhance content delivery to mobile devices. Sometimes a mobile device lacks network connectivity, such as when the mobile device is off or offline. Content cannot be sent to the mobile device when lacking network connectivity. A social network, however, may be retrieved for interim storage of the content. When the mobile device lacks network connectivity, the content may be routed to a member device of the social network. The member device stores the content until the mobile device resumes network connectivity. The member device may then send or forward the content to the mobile device.

Abstract: Social networking is used to enhance content delivery to mobile devices. Sometimes a mobile device lacks network connectivity, such as when the mobile device is off or offline. Content cannot be sent to the mobile device when lacking network connectivity. A social network, however, may be retrieved for interim storage of the content. When the mobile device lacks network connectivity, the content may be routed to a member device of the social network. The member device stores the content until the mobile device resumes network connectivity. The member device may then send or forward the content to the mobile device.

Abstract: Social networking is used to enhance content delivery to mobile devices. Sometimes a mobile device lacks network connectivity, such as when the mobile device is off. Content cannot be sent to the mobile device when lacking network connectivity. A social network, however, may be retrieved for interim storage of the content. When the mobile device lacks network connectivity, the content may be routed to a member device of the social network associated with the mobile device. The member device stores the content until the mobile device resumes network connectivity. The member device may then send or forward the content to the mobile device.

Abstract: Social networking is used to enhance content delivery to mobile devices. Sometimes a mobile device lacks network connectivity, such as when the mobile device is off. Content cannot be sent to the mobile device when lacking network connectivity. A social network, however, may be retrieved for interim storage of the content. When the mobile device lacks network connectivity, the content may be routed to a member device of the social network associated with the mobile device. The member device stores the content until the mobile device resumes network connectivity. The member device may then send or forward the content to the mobile device.

Abstract: One embodiment of the disclosed technology involves determining a preferred communication connection between two parties that are communication-network end-users, at least one of which parties has access to at least two networks. A database contains information on the current connectivity of the two parties and a preferred communication connection is determined based on information from the database. The preferred connection may be used to exchange multimedia content that can be transmitted in real time, or, based on the connectivity information, can be sent to a multimedia relay from which it will be obtained by the recipient when the recipient has appropriate connectivity.

Abstract: One embodiment of the disclosed technology involves determining a preferred communication connection between two parties that are communication-network end-users, at least one of which parties has access to at least two networks. A database contains information on the current connectivity of the two parties and a preferred communication connection is determined based on information from the database. The preferred connection may be used to exchange multimedia content that can be transmitted in real time, or, based on the connectivity information, can be sent to a multimedia relay from which it will be obtained by the recipient when the recipient has appropriate connectivity.