Abstract: A system described herein may allow for the intelligent, dynamic selection of an active tenant for a standalone, multi-tenant environment, such as a multi-operator bus or other vehicle. Intelligent selection may be performed using machine learning and/or other suitable techniques, which may be based on similarity to previous usage by a registered tenant, and may further include analyzing structured and/or unstructured data regarding the environment. In addition, the system may allow different profiles, content, or content templates to be associated with different tenants, thus granting a high level of dynamic flexibility in tailoring the content and/or services provided to the users of the environment based on the selected tenant.

Abstract: A system described herein may allow for the intelligent, dynamic selection of an active tenant for a standalone, multi-tenant environment, such as a multi-operator bus or other vehicle. Intelligent selection may be performed using machine learning and/or other suitable techniques, which may be based on similarity to previous usage by a registered tenant, and may further include analyzing structured and/or unstructured data regarding the environment. In addition, the system may allow different profiles, content, or content templates to be associated with different tenants, thus granting a high level of dynamic flexibility in tailoring the content and/or services provided to the users of the environment based on the selected tenant.

Abstract: An approach for integrating network elements and providing media processing services, which includes generating at least one integration interface for integrating at least one network element into a media processing platform. The approach also includes determining access information associated with the at least one network element, generating a master parameters list for the at least one network element for use in a processing of a media content item, and communicating the master parameters list via the at least one integration interface to the at least one network element.

Abstract: A network device stores one or more mobile applications. The network device receives a message from another network device, where the message specifies multiple mobile devices to which the one or more mobile applications should be uploaded. The mobile devices include cellular telephones. The network device sends a notification to the multiple mobile devices that the one or more mobile applications are available for download from the network device. The notification includes a short message service (SMS) text message. The network device sends the one or more mobile applications to the multiple mobile devices based on receiving replies to the notification from the multiple mobile devices.

Abstract: A method includes receiving usage data associated with a user device. The usage data includes information based on at least one usage activity associated with one or more applications on the user device. The method may also include analyzing the usage data based on predetermined criteria and determining a security question and a corresponding answer based on the usage data. The security question and the corresponding answer are stored in an associated database. The method further includes providing the security question and the corresponding answer in response to a request for the security question and the corresponding answer. Access is provided to a system based on an input of the corresponding answer in response to the security question.

Abstract: An approach for integrating network elements and providing media processing services, which includes generating at least one integration interface for integrating at least one network element into a media processing platform. The approach also includes determining access information associated with the at least one network element, generating a master parameters list for the at least one network element for use in a processing of a media content item, and communicating the master parameters list via the at least one integration interface to the at least one network element.

Abstract: A method includes receiving usage data associated with a user device. The usage data includes information based on at least one usage activity associated with one or more applications on the user device. The method may also include analyzing the usage data based on predetermined criteria and determining a security question and a corresponding answer based on the usage data. The security question and the corresponding answer are stored in an associated database. The method further includes providing the security question and the corresponding answer in response to a request for the security question and the corresponding answer. Access is provided to a system based on an input of the corresponding answer in response to the security question.

Abstract: Internet Protocol (IP) audio conferencing bridging provisioning/configuration systems receive a service order request associated with a customer, where the service order request requests enrollment of the customer in a Virtual Private Network (VPN) bridging network service for IP Audio Conferencing. The provisioning/configuration systems orchestrate, based on the service order request, configuration of multiple network nodes in a network that provides the VPN bridging network service for IP Audio Conferencing to the customer to enable IP audio conferencing calls to be made from the customer via the network.

Abstract: Internet Protocol (IP) video conferencing bridging provisioning/configuration systems receive a service order associated with a customer, where the service order requests enrollment of the customer in a Virtual Private Network (VPN) to VPN bridging network service for IP video conferencing. The provisioning/configuration systems orchestrate, based on the service order, configuration of multiple network nodes in a network that provides the VPN to VPN bridging network service for IP video conferencing to the customer to enable IP video conferencing calls to be made from the customer via the network to another customer on a different VPN.

Abstract: Internet Protocol (IP) audio conferencing bridging provisioning/configuration systems receive a service order request associated with a customer, where the service order request requests enrollment of the customer in a Virtual Private Network (VPN) bridging network service for IP Audio Conferencing. The provisioning/configuration systems orchestrate, based on the service order request, configuration of multiple network nodes in a network that provides the VPN bridging network service for IP Audio Conferencing to the customer to enable IP audio conferencing calls to be made from the customer via the network.

Abstract: Internet Protocol (IP) video conferencing bridging provisioning/configuration systems receive a service order associated with a customer, where the service order requests enrollment of the customer in a Virtual Private Network (VPN) to VPN bridging network service for IP video conferencing. The provisioning/configuration systems orchestrate, based on the service order, configuration of multiple network nodes in a network that provides the VPN to VPN bridging network service for IP video conferencing to the customer to enable IP video conferencing calls to be made from the customer via the network to another customer on a different VPN.

Abstract: A network device stores one or more mobile applications. The network device receives a message from another network device, where the message specifies multiple mobile devices to which the one or more mobile applications should be uploaded. The mobile devices include cellular telephones. The network device sends a notification to the multiple mobile devices that the one or more mobile applications are available for download from the network device. The notification includes a short message service (SMS) text message. The network device sends the one or more mobile applications to the multiple mobile devices based on receiving replies to the notification from the multiple mobile devices.