Abstract: A mobile network device creates and continuously modifies an anonymous user profile from collected network data and subsequently shares the profile with content providers. The mobile network device includes multiple collector devices that monitor data from routers on the mobile data network for application-level activity and a corresponding IP address or mobile phone number. The collectors then analyze the content involved with the activity and correlate it to an IP-address-phone-number pair to create a user profile. Each collector then modifies the user profile with the user's location information at the time the activity was requested. Each collector subsequently transforms the user profile into an anonymous user profile vector and shares it with the profile manager. By repeating this process over time, the collectors create and modify an anonymous user profile vector that can be shared with content providers for targeted advertising.

Abstract: The invention provides a system and method for sharing anonymous user profiles with a third party. In one aspect of the invention, the system shares user profiles with content servers on a mobile data network so that they may select content responsive to the user's profile. The system provides a store of user profiles for associating profile information with either a source IP address or mobile phone number, where the profile includes information on the user and the user's network usage. The system detects a user's transaction request and inspects it for either an IP address or phone number, which it uses to retrieve the appropriate profile. The system subsequently applies predetermined opt-out policies to determine how much of the user profile may be provided in response to the profile request. The system then returns the profile information such that the user's identity is masked.

Abstract: A method and apparatus for real-time, multi-dimensional reporting and analyzing of data on application level activity and other user information on a mobile data network. A report manager communicates with a data manager to develop and test real-time reports about aggregate and user-level network usage. The data manager provides a database of non-aggregate, user-specific event data and a set of tables specifying combinations of monitored variables satisfying a set of defined reports. The report manager comprises a report generation module, which receives operator instructions for aggregate usage information. The report module determines whether the requested information can be satisfied by combinations of monitored aggregate variables, or whether it must be retrieved from a non-aggregate, user-specific, event data database. Furthermore, the report module is responsive to operator instructions to add a test report to the set of defined real-time reports.

Abstract: A method and apparatus for storing data on application-level activity and other user information to enable real-time multi-dimensional reporting about a user of a mobile data network. A data manager receives information about application-level activity from a mobile data network and stores the information to provide dynamic real-time reporting on network usage. The data manager comprises a database, data processing module, and analytics module. The database stores the application-level data for a predetermined period of time. The data processing module monitors the data to determine if it corresponds to a set of defined reports. If the data is relevant, the processing module updates the defined reports. The analytics module accesses the database to retrieve information satisfying operator queries about network usage. If the operator chooses to convert the query into a defined report, the analytics module creates a newly defined report and populates it accordingly.

Abstract: Method and apparatus for real-time collection of information about application level activity and other user information on a mobile data network. A collector device communicates with a router in a mobile data network so that the collector can obtain substantially all of the data coming from the router in real-time and correlate the data to specific users. The collector device comprises a user identity subsystem, filter, and data transfer subsystem. The user identity subsystem inspects the data for source IP addresses and correlates them to corresponding mobile phone numbers. The filter then inspects the collected data and retains only application-level data. Lastly, the data transfer subsystem transfers the filtered data to a data reporting and analysis system.

Abstract: System and method for collecting and analyzing information on application-level activity and other user information on a mobile data network. A platform non-intrusively and transparently monitors data activity on a mobile data network in real-time so that user-level information can be reported to an operator. The platform comprises a plurality of collectors, a data manager, and a report manager. The collectors communicate with network routers to almost all network data. The collectors inspect the data for IP addresses and correlate them to user mobile phone numbers. The data manager receives the data and augments it with information obtained by querying carrier information. The data manager stores the data and monitors it to see if it satisfies a set of defined real-time reports. The report manager then works with the data manager to develop and test new reports based on operator instructions for a specific report.

Abstract: A femtocell is integrated into a core network so as to securely and efficiently deliver one or more mobile services to an end user on an existing mobile device over a broadband connection. This integration can be into a basic Internet Protocol (IP)-based network, or an IMS-based network. In an illustrated embodiment, a femtocell is integrated to a SIP- or IMS-based network using a “convergence” server. The convergence server preferably is a SIP-based fixed mobile convergence (FMC) application server that provides an all-IP approach to core network integration for femtocells.

Abstract: A converged network accessible by wireless client devices includes a wide area wireless network, a local area wireless network, and a gateway linked to the wide area and local area wireless networks for integrating access to the networks by the wireless client devices

Abstract: A converged network accessible by wireless client devices includes a wide area wireless network, a local area wireless network, and a gateway linked to the wide area and local area wireless networks for integrating access to the networks by the wireless client devices.

Abstract: A mobile services control platform supports enhanced services for SMS or MMS message forwarding. The service allows a subscriber to receive SMS (Short Message Service) directed to his or her mobile number across a range of devices, depending on the context, the device, and the network the user is connected from. In a representative example, when the user connects over a Wi-Fi network, e.g., using his or her laptop or other such device, he or she selects “Wi-Fi SMS” option from a client. As a result, future SMS sent to the user's mobile number get routed to his or her laptop over Wi-Fi—without the sender being aware that the user has connected over a different network. Similarly, SMS messages sent by the user from his or her laptop Wi-Fi client (e.g., through a softphone) are delivered to the recipient's mobile device as if they originated from the mobile phone. When Wi-Fi SMS is activated, preferably voice calls continue to be received over the mobile phone, with only SMS forwarded to Wi-Fi.

Abstract: A converged network accessible by client terminals is provided. The converged network includes a wide area network, a local area network, and a gateway linked to the wide area and local area networks. The gateway integrates billing and authentication functions of the wide area and local area networks.

Abstract: A mobile services control platform supports an enhanced service, Voice Forwarding to Wi-Fi or Wi-Fi Voice. Functionally, the service allows a subscriber to use a Wi-Fi device to receive voice calls directed to his or her mobile number. In a representative example, when the user connects over a Wi-Fi network, e.g., using his or her laptop or other such device, he or she selects “Wi-Fi Voice” option from a client. As a result, future voice calls directed to the user's mobile number get routed to his or her laptop over Wi-Fi, without the caller being aware that the user has connected over a different network. Similarly, voice calls made by the user from his or her laptop Wi-Fi (e.g., through a softphone) are delivered to the recipient's device as if they originated from the mobile phone number.

Abstract: A mobile services control platform supports enhanced services for SMS or MMS message forwarding. The service allows a subscriber to receive SMS (Short Message Service) directed to his or her mobile number across a range of devices, depending on the context, the device, and the network the user is connected from. In a representative example, when the user connects over a Wi-Fi network, e.g., using his or her laptop or other such device, he or she selects “Wi-Fi SMS” option from a client. As a result, future SMS sent to the user's mobile number get routed to his or her laptop over Wi-Fi—without the sender being aware that the user has connected over a different network. Similarly, SMS messages sent by the user from his or her laptop Wi-Fi client (e.g., through a softphone) are delivered to the recipient's mobile device as if they originated from the mobile phone. When Wi-Fi SMS is activated, preferably voice calls continue to be received over the mobile phone, with only SMS forwarded to Wi-Fi.

Abstract: A converged network accessible by client terminals is provided. The converged network includes a wide area network, a local area network, and a gateway linked to the wide area and local area networks. The gateway integrates billing and authentication functions of the wide area and local area networks.

Abstract: A mobile services control platform supports an enhanced service, Voice Forwarding to Wi-Fi or Wi-Fi Voice. Functionally, the service allows a subscriber to use a Wi-Fi device to receive voice calls directed to his or her mobile number. In a representative example, when the user connects over a Wi-Fi network, e.g., using his or her laptop or other such device, he or she selects “Wi-Fi Voice” option from a client. As a result, future voice calls directed to the user's mobile number get routed to his or her laptop over Wi-Fi, without the caller being aware that the user has connected over a different network. Similarly, voice calls made by the user from his or her laptop Wi-Fi (e.g., through a softphone) are delivered to the recipient's device as if they originated from the mobile phone number.

Abstract: Automated HTTP-based user authentication in a public WLAN environment is facilitated across heterogeneous network access servers (NASs). Each of a set of network access servers has a given authentication protocol, and these protocols typically differ from one another. According to the invention, each authentication protocol has a unique “signature.” According to the invention, a “smart” client that is executable on a given wireless device seeking access to the public WLAN environment is provided with a set of signatures. These signatures are used by the client to determine the appropriate access protocol to use with respect to a given NAS that is controlling access to the WLAN. The client may also have the capability of discovering an unknown authentication protocol “on-the-fly” as it attempts to obtain wireless access. The set of signatures is updated in the client from time-to-time without requiring the client software to be recompiled.

Abstract: A mobile services control platform supports an enhanced service, Voice Forwarding to Wi-Fi or Wi-Fi Voice. Functionally, the service allows a subscriber to use a Wi-Fi device to receive voice calls directed to his or her mobile number. In a representative example, when the user connects over a Wi-Fi network, e.g., using his or her laptop or other such device, he or she selects “Wi-Fi Voice” option from a client. As a result, future voice calls directed to the user's mobile number get routed to his or her laptop over Wi-Fi, without the caller being aware that the user has connected over a different network. Similarly, voice calls made by the user from his or her laptop Wi-Fi (e.g., through a softphone) are delivered to the recipient's device as if they originated from the mobile phone number.

Abstract: A mobile services control platform supports enhanced services for SMS or MMS message forwarding. The service allows a subscriber to receive SMS (Short Message Service) directed to his or her mobile number across a range of devices, depending on the context, the device, and the network the user is connected from. In a representative example, when the user connects over a Wi-Fi network, e.g., using his or her laptop or other such device, he or she selects “Wi-Fi SMS” option from a client. As a result, future SMS sent to the user's mobile number get routed to his or her laptop over Wi-Fi—without the sender being aware that the user has connected over a different network. Similarly, SMS messages sent by the user from his or her laptop Wi-Fi client (e.g., through a softphone) are delivered to the recipient's mobile device as if they originated from the mobile phone. When Wi-Fi SMS is activated, preferably voice calls continue to be received over the mobile phone, with only SMS forwarded to Wi-Fi.

Abstract: A method is provided for managing usage of a plurality of local area networks by a plurality of subscribers associated with a service provider. The subscribers have terminals for accessing the local area networks. The terminals each have a client program for communicating with a service provider network.

Abstract: A method and apparatus are provided for managing usage of a plurality of local area networks by a plurality of subscribers. Each subscriber is associated with one of a plurality of retail service providers. The subscribers each have a terminal for accessing one or more of the local area networks. For each attempt by one of the plurality of subscribers to access one of the plurality of local area networks, the method includes the steps of: (a) receiving at a gateway at a wholesale service provider network a request from the one of the plurality of local area networks for authenticating the one of the plurality of subscribers.