International Business Machines Corporation

Workday, Inc.

Tapas Kumar Som

Matthew B Trevathan

Sri Ramanathan

Louis Charles Foss

Mamdouh Ibrahim

Kent L Blossom

Nuno D Pereira

Paul E Leuba

Peeyush Jaiswal

Claus T Jensen

Slobodan Sipcic

Leonardo Coutinho Massarani

Robert S Tabit

Joshua L Beard

George Forshay

John C Wyatt

David Baxley

Krishnendu Kundu

A system and method to support identity theft protection and, in particular, to a system and method for supporting identity theft protection as part of a distributed service oriented ecosystem in Internet protocol (IP) multimedia subsystem (IMS) and non-IMS networks. The system includes an identity session initiation protocol (SIP) application server configured to act as a security assertion markup language (SAML) bridge, which allows an SIP enabled device or a non-SIP enabled device to attach to a telecommunications service provider network. A user may accept or reject an authorization request using the SIP enabled device or non-SIP enabled device.

System and method to support identity theft protection as part of a distributed service oriented ecosystem

A computer receives a global command from a communication device using a first communication mode associated with a transaction. The computer stores transaction data, wherein the transaction data is stored for at most a duration of a session life span (SLS) time interval that is predefined. The computer sends a transfer session identifier (TSI) key to the communication device using the first communication mode. The computer receives the TSI key from the first communication device or a second communication device, using at least a second communication mode. The computer associates the transaction data with at least the second communication mode and the first communication mode in parallel, and the computer performs the transaction by use of either or both of the first communication mode and at least the second communication mode, within the SLS time interval that is pre-defined.

Communication transaction continuity using multiple cross-modal services

Testing a system under test (SUT) having a service-oriented architecture includes generating a first test plan for an inbound interface for each service model, generating a second test plan for an outbound interface of each service model, and generating a third test plan for information consumed by the service models using a processor. Testing the system further includes generating a fourth test plan for a process model, wherein the process model utilizes the service models, generating a fifth test plan that maps service models and the process model to executables of the system, and concatenating the first, second, third, fourth, and fifth test plans into a complete test plan for the SUT using the processor.

Generating test plans and test cases from service-oriented architecture and process models

Under the present invention, when a request is received from a client device for a particular software application, the client device will first be interrogated to determine the device platform. Thereafter, the client device will be probed (e.g., from a remote bundle repository) to determine to determine its capabilities. Then, certain components of the requested application can be identified and configured to best take advantage of the client device's capabilities.

Method, system and program product for adapting software applications for client devices

Disclosed is a communication server that uses a communication mediator to conduct voice/text communication sessions between users with different communications systems through a session initiation protocol (SIP) server. The communication server uses a voice recognition system to interface with participants in communications sessions and to provide a link between the participants and the mediator. The voice recognition system monitors ongoing voice communications for keywords and verbally prompts the participants to provide additional value to the communication session. The mediator can also access and retrieve information directly from a directory or from other data sources through an intelligent data server. Based on the directory information, additional participants can be added to the communication session. The mediator can also establish a connection between the data server, the voice recognition server, and the SIP server so that data requested by participants during a session may be retrieved from the data sources.

Voice coordination/data retrieval facility for first responders

A communication server has a message transfer unit that transfers messages between users operating under different, potentially non-compatible communication systems. A translator is connected to the message transfer unit. The translator translates messages sent to the message transfer unit into formats compatible with the different communication systems. A registration unit is used to associate communication systems with an incident. Communications between the different communication systems is restricted by incident and by registration. A voice/data mediator is used to conduct communication sessions through the message transfer unit. The communication sessions are conducted by the voice/data mediator between participants that are designated by a user. The participants are selected from users within communication systems that are registered with an incident.

Mediator based architecture for first responder interoperability systems (FRIS)

Disclosed is a communication server that includes a message transfer unit that transfers messages sent between a first user communicating under a first communication system and a second user communicating under a second communication system. For example, the communication systems could each comprise a plurality of mobile wireless transceivers and a plurality of land-based transceivers that are used by emergency-response organizations. These communication systems may be incapable of communicating directly with each other. The communication server also includes a translator connected to the message transfer unit. The translator translates messages sent from the first communication system into a format compatible with the second communication system and vice versa. The communication server also has a voice-over-Internet-protocol (VoIP) unit connected to the message transfer unit, so that messages are transmitted through the communication server in a VoIP format. Thus, messages are transferred between the communication systems using discrete Internet protocol addresses.

Integrated voice and data interoperability platform

A method and structure for a communication system has a first-level regional server connected to a first agency and a second agency, and a second-level regional server connected to a plurality of the first-level regional servers. The second-level regional server has a first connection for connecting to one first-level regional server. The invention also has a second connection for connecting to another first-level regional server. The invention also includes a global directory and a central processing unit.

Mobile messaging global directory

In a computer network such as the Internet including one or more servers and one or more user units or clients wherein at least some user units do not transmit client identification information such as Web cookies, a method and system for performing the method for a server to communicate with at least one of the client units, comprising the steps of: receiving an access request from one of the user units, the user unit including a network browser; determining whether the access request received originated from a cookies capable or cookies enabled network browser; and simulate and proxy cookies support at the server, on behalf of the network browser, at the server when it is determined that the access request received did not originate from a non-cookies capable or non-cookies enabled network browser.

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Germantown, MD, United States of America

Tapas Kumar Som