Abstract: Generating expanded responses that guide continuance of a human-to computer dialog that is facilitated by a client device and that is between at least one user and an automated assistant. The expanded responses are generated by the automated assistant in response to user interface input provided by the user via the client device, and are caused to be rendered to the user via the client device, as a response, by the automated assistant, to the user interface input of the user. An expanded response is generated based on at least one entity of interest determined based on the user interface input, and is generated to incorporate content related to one or more additional entities that are related to the entity of interest, but that are not explicitly referenced by the user interface input.

Abstract: In various embodiments, methods and systems for implementing a device management system with a restore prevention utility are provided. A request is received, at a control server, for an installation file for a restore prevention application. Based on receiving the request, the control server circumvents communication of the installation file based on transmitting a response code. The response code is an informational code that operates as an indicator to wait for a final response. Transmitting the response code triggers maintaining a pending state for the restore prevention application at the controlled device.

Abstract: In various embodiments, methods and systems for implementing a device management system with a restore prevention utility are provided. A request is received, at a control server, for an installation file for a restore prevention application. Based on receiving the request, the control server circumvents communication of the installation file based on transmitting a response code. The response code is an informational code that operates as an indicator to wait for a final response. Transmitting the response code triggers maintaining a pending state for the restore prevention application at the controlled device.

Abstract: In various embodiments, methods and systems for implementing a device management system with a restore prevention utility are provided. A request is received, at a control server, for an installation file for a restore prevention application. Based on receiving the request, the control server circumvents communication of the installation file based on transmitting a response code. The response code is an informational code that operates as an indicator to wait for a final response. Transmitting the response code triggers maintaining a pending state for the restore prevention application at the controlled device.

Abstract: In various embodiments, methods and systems for implementing a device management system with a restore prevention utility are provided. A request is received, at a control server, for an installation file for a restore prevention application. Based on receiving the request, the control server circumvents communication of the installation file based on transmitting a response code. The response code is an informational code that operates as an indicator to wait for a final response. Transmitting the response code triggers maintaining a pending state for the restore prevention application at the controlled device.

Abstract: In various embodiments, methods and systems for implementing a device management system with a restore prevention utility are provided. A request is received, at a control server, for an installation file for a restore prevention application. Based on receiving the request, the control server circumvents communication of the installation file based on transmitting a response code. The response code is an informational code that operates as an indicator to wait for a final response. Transmitting the response code triggers maintaining a pending state for the restore prevention application at the controlled device.

Abstract: In various embodiments, methods and systems for implementing a device management system with a restore prevention utility are provided. A request is received, at a control server, for an installation file for a restore prevention application. Based on receiving the request, the control server circumvents communication of the installation file based on transmitting a response code. The response code is an informational code that operates as an indicator to wait for a final response. Transmitting the response code triggers maintaining a pending state for the restore prevention application at the controlled device.

Abstract: A translator is provided for translating predetermined portions of packet header information including an address of a data packet according to a cipher algorithm keyed by a cipher key derived by a key exchanger. A mapping device is also provided for mapping the address to a host table stored in memory. If the address does not match an entry in the host table, a security device is triggered.

Abstract: A translator is provided for translating predetermined portions of packet header information including an address of a data packet according to a cipher algorithm keyed by a cipher key derived by a key exchanger. A mapping device is also provided for mapping the address to a host table stored in memory. If the address does not match an entry in the host table, a security device is triggered.

Abstract: Methods, apparatus, system and computer program are provided for concealing the identity of a network device transmitting a datagram having a network layer header. A unique local identifier and broadcast address are determined in accordance with a next-hop address. A partially encrypted network layer header is determined by encrypting a plurality of identifying portions of the network layer header, where one portion of the network layer header is the unique local identifier. The datagram is encapsulated with another network layer header whose address is set to the broadcast address. The encapsulated datagram can be received and detunneled, and an address of a recipient can be extracted from the network layer header. The datagram is then admitted into a network domain.

Abstract: A translator is provided for translating predetermined portions of packet header information including an address of a data packet according to a cipher algorithm keyed by a cipher key derived by a key exchanger. A mapping device is also provided for mapping the address to a host table stored in memory. If the address does not match an entry in the host table, a security device is triggered.

Abstract: A translator is provided for translating predetermined portions of packet header information including an address of a data packet according to a cipher algorithm keyed by a cipher key derived by a key exchanger. A mapping device is also provided for mapping the address to a host table stored in memory. If the address does not match an entry in the host table, a security device is triggered.

Abstract: Methods, apparatus, system and computer program are provided for concealing the identity of a network device transmitting a datagram having a network layer header. A unique local identifier and broadcast address are determined in accordance with a next-hop address. A partially encrypted network layer header is determined by encrypting a plurality of identifying portions of the network layer header, where one portion of the network layer header is the unique local identifier. The datagram is encapsulated with another network layer header whose address is set to the broadcast address. The encapsulated datagram can be received and detunneled, and an address of a recipient can be extracted from the network layer header. The datagram is then admitted into a network domain.

Abstract: Systems and methods are disclosed that utilize privacy services to improve Internet shopping. In particular, a method for improving Internet shopping comprises providing a visual indicator to a plurality of websites for display on the websites, the visual indicator is indicative of a single privacy policy shared amongst the websites; receiving a request from a consumer via the visual indicator on one of the websites; and, displaying to the consumer in response to the consumer request the shared privacy policy and confirmation that the one of the websites uses the shared privacy policy.