Abstract: A method and apparatus that securely obtains services in response to a request for a service while concealing personally identifiable information (PII) includes a software package having a user identification (ID) and network protection module that runs on a third party system and an anonymizer module that runs on a user system. The user system sends the request for the service via an API that invokes the user ID and network protection module to validate the request. In response to receiving validation, the anonymizer module modifies the request for the service to conceal at least part of the PII and sends the modified request to the service provider. In one embodiment, the third party system may be an application program configured to run on the user system. Thus, no PII or data to identify the unique individual is transmitted to the service provider.

Abstract: A method and apparatus that securely obtains services in response to a request for a service while concealing personally identifiable information (PII) includes a software package having a user identification (ID) and network protection module that runs on a third party system and an anonymizer module that runs on a user system. The user system sends the request for the service via an API that invokes the user ID and network protection module to validate the request. In response to receiving validation, the anonymizer module modifies the request for the service to conceal at least part of the PII and sends the modified request to the service provider. In one embodiment, the third party system may be an application program configured to run on the user system. Thus, no PII or data to identify the unique individual is transmitted to the service provider.

Abstract: A method and apparatus that securely obtains services in response to a request for a service while concealing personally identifiable information (PII) includes a software package having a user identification (ID) and network protection module that runs on a third party system and an anonymizer module that runs on a user system. The user system sends the request for the service via an API that invokes the user ID and network protection module to validate the request. In response to receiving validation, the anonymizer module modifies the request for the service to conceal at least part of the PII and sends the modified request to the service provider. In one embodiment, the third party system may be an application program configured to run on the user system. Thus, no PII or data to identify the unique individual is transmitted to the service provider.

Abstract: A method and apparatus that securely obtains services in response to a request for a service while concealing personally identifiable information (PII) includes a software package having a user identification (ID) and network protection module that runs on a third party system and an anonymizer module that runs on a user system. The user system sends the request for the service via an API that invokes the user ID and network protection module to validate the request. In response to receiving validation, the anonymizer module modifies the request for the service to conceal at least part of the PII and sends the modified request to the service provider. In one embodiment, the third party system may he an application program configured to run on the user system. Thus, no PII or data to identify the unique individual is transmitted to the service provider.

Abstract: An active pylon noise control system for an aircraft includes a pylon structure connecting an engine system with an airframe surface of the aircraft and having at least one aperture to supply a gas or fluid therethrough, an intake portion attached to the pylon structure to intake a gas or fluid, a regulator connected with the intake portion via a plurality of pipes, to regulate a pressure of the gas or fluid, a plenum chamber formed within the pylon structure and connected with the regulator, and configured to receive the gas or fluid as regulated by the regulator, and a plurality of injectors in communication with the plenum chamber to actively inject the gas or fluid through the plurality of apertures of the pylon structure.

Abstract: An active pylon noise control system for an aircraft includes a pylon structure connecting an engine system with an airframe surface of the aircraft and having at least one aperture to supply a gas or fluid therethrough, an intake portion attached to the pylon structure to intake a gas or fluid, a regulator connected with the intake portion via a plurality of pipes, to regulate a pressure of the gas or fluid, a plenum chamber formed within the pylon structure and connected with the regulator, and configured to receive the gas or fluid as regulated by the regulator, and a plurality of injectors in communication with the plenum chamber to actively inject the gas or fluid through the plurality of apertures of the pylon structure.

Abstract: An active pylon noise control system for an aircraft includes a pylon structure connecting an engine system with an airframe surface of the aircraft and having at least one aperture to supply a gas or fluid therethrough, an intake portion attached to the pylon structure to intake a gas or fluid, a regulator connected with the intake portion via a plurality of pipes, to regulate a pressure of the gas or fluid, a plenum chamber formed within the pylon structure and connected with the regulator, and configured to receive the gas or fluid as regulated by the regulator, and a plurality of injectors in communication with the plenum chamber to actively inject the gas or fluid through the plurality of apertures of the pylon structure.