Abstract: A system and method for detecting and preventing PSTN fraud and abuse in real time includes a detection engine and a call management engine. The system includes at least one user record, at least one call data record, at least one fraud score record, and at least one remediation record. A call management engine enables users to establish VoIP calls connections to destination phone numbers. A fraud detection engine screens VoIP call connections to detect potential fraud and generates fraud records and remediation records when potential fraud is detected. The fraud detection engine may additionally direct the call management to terminate a VoIP call connection.

Abstract: In an embodiment, communication is controlled between a service provider web application executed in a first web browser instance on a device platform of the device and a partner web application executed in a second web browser instance on the device platform. A signal is received, at a control module at the device, from the partner web application, the signal for initiating communication between the partner web application and the service provider web application. The control module, provided by the service provider and installed on the device, uses technology that is native to the device platform. The control module uses a list of partners approved by the service provider to determine whether the partner web application is approved for communication with the service provider web application. If the control module determines the partner web application is approved, the control module allows communication to proceed.

Abstract: In an embodiment, communication is controlled between a service provider web application executed in a first web browser instance on a device platform of the device and a partner web application executed in a second web browser instance on the device platform. A signal is received, at a control module at the device, from the partner web application, the signal for initiating communication between the partner web application and the service provider web application. The control module, provided by the service provider and installed on the device, uses technology that is native to the device platform. The control module uses a list of partners approved by the service provider to determine whether the partner web application is approved for communication with the service provider web application. If the control module determines the partner web application is approved, the control module allows communication to proceed.

Abstract: Method, computer program product and device for integrating a client application, associated with a service provider, with at least one web application instance implemented on a device platform of a device. A respective at least one user interface module of the client application is embedded into the at least one web application instance, wherein the at least one user interface module is implemented using web-based technology. Native parts of the client application are implemented in a centralized manner on the device, wherein the native parts of the client application are installed on the device and implemented using technology that is native to the device platform. A control module of the client application is implemented in a centralized manner on the device, wherein the control module is implemented using web-based technology.

Abstract: A network-based Adaptive Seamless Mobility Controller provides a view not only of the capabilities of the specific device in use by the user but also the capabilities of the access network serving each user involved in the session. When the user equipment identifies the opportunity to enhance the communication through adaption of the session to include, for example, a video connection in addition to a voice connection, by utilizing a different access network and corresponding device, the network-based Adaptive Seamless Mobility Controller determines the end-to-end capabilities required for the session and coordinates the adaptation of the session characteristics in addition to providing seamless handover across domains.

Abstract: The present invention relates to a system and method for enhanced phone-based collaboration (EPC), which enables users to quickly and easily enhance an ongoing phone call with a variety of interpersonal real-time two-way communications (IRTC).

Abstract: The present invention relates to a system and method for enhanced phone-based collaboration (EPC), which enables users to quickly and easily enhance an ongoing phone call with a variety of interpersonal real-time two-way communications (IRTC).

Abstract: The present invention relates to a system and method for enhanced phone-based collaboration (EPC), which enables users to quickly and easily enhance an ongoing phone call with a variety of interpersonal real-time two-way communications (IRTC).