Abstract: Video messaging may be provided. First, a bootstrap message including a system address may be transmitted by a high level device. A user device may receive the bootstrap message from the high level device and obtain system data from the system address contained in the received bootstrap message. The user device may then determine a service group in which the user device is deployed. Next, the user device may determine, from the obtained system data, a sub-system address corresponding to the determined service group. The user device may then obtain sub-system data from the sub-system address.

Abstract: A system including a controller and a pool of computing resources to run virtual machines are configured to automatically provision each virtual machine with unique cryptographic constructs. The controller receives a request to instantiate a virtual machine based on an image/template. The controller determines an authentication credential for a registration authority that the virtual machine will use. The controller determines the computing resources to run the virtual machine, and instructs the computing resources to boot the virtual machine. The controller passes the authentication credential to the virtual machine. After receiving the authentication credential, the virtual machine authenticates the registration authority and sends a request for the cryptographic constructs. The virtual machine securely receives the cryptographic constructs from the registration authority, enabling the virtual machine to securely communicate with other computing entities.

Abstract: Video messaging may be provided. First, a bootstrap message including a system address may be transmitted by a high level device. A user device may receive the bootstrap message from the high level device and obtain system data from the system address contained in the received bootstrap message. The user device may then determine a service group in which the user device is deployed. Next, the user device may determine, from the obtained system data, a sub-system address corresponding to the determined service group. The user device may then obtain sub-system data from the sub-system address.

Abstract: Video messaging may be provided. First, a bootstrap message including a system address may be transmitted by a high level device. A user device may receive the bootstrap message from the high level device and obtain system data from the system address contained in the received bootstrap message. The user device may then determine a service group in which the user device is deployed. Next, the user device may determine, from the obtained system data, a sub-system address corresponding to the determined service group. The user device may then obtain sub-system data from the sub-system address.

Abstract: A system including a controller and a pool of computing resources to run virtual machines are configured to automatically provision each virtual machine with unique cryptographic constructs. The controller receives a request to instantiate a virtual machine based on an image/template. The controller determines an authentication credential for a registration authority that the virtual machine will use. The controller determines the computing resources to run the virtual machine, and instructs the computing resources to boot the virtual machine. The controller passes the authentication credential to the virtual machine. After receiving the authentication credential, the virtual machine authenticates the registration authority and sends a request for the cryptographic constructs. The virtual machine securely receives the cryptographic constructs from the registration authority, enabling the virtual machine to securely communicate with other computing entities.

Abstract: Providing video-on-demand (VOD) content to a subscriber may be disclosed. First, a request for a VOD session may be received from a companion device. Next, in response to the received request for the VOD session, a catalog of VOD content may be sent to the companion device. A selection of VOD content listed in the catalog of VOD content may then be received. A digital transport adaptor (DTA) corresponding to the received request for the VOD session may be identified. Next, the VOD session may be setup with the identified DTA and the selected VOD content may be streamed to the identified DTA.

Abstract: An apparatus can include a connection manager adapter that is configured to maintain presence for each of the plurality of non-IP endpoints in an IP messaging and presence protocol based on the endpoint presence data. The endpoint presence data includes a unique identifier and attribute data received for each of a plurality of non-internet protocol (IP) endpoints. The connection manager adapter can be configured to access the endpoint presence data and convert a message between the IP messaging and presence protocol and different protocol for communication with a given non-IP endpoint of the plurality of endpoints.

Abstract: Video messaging may be provided. First, a bootstrap message including a system address may be transmitted by a high level device. A user device may receive the bootstrap message from the high level device and obtain system data from the system address contained in the received bootstrap message. The user device may then determine a service group in which the user device is deployed. Next, the user device may determine, from the obtained system data, a sub-system address corresponding to the determined service group. The user device may then obtain sub-system data from the sub-system address.

Abstract: Providing video-on-demand (VOD) content to a subscriber may be disclosed. First, a request for a VOD session may be received from a companion device. Next, in response to the received request for the VOD session, a catalog of VOD content may be sent to the companion device. A selection of VOD content listed in the catalog of VOD content may then be received. A digital transport adaptor (DTA) corresponding to the received request for the VOD session may be identified. Next, the VOD session may be setup with the identified DTA and the selected VOD content may be streamed to the identified DTA.

Abstract: An apparatus can include a connection manager adapter that is configured to maintain presence for each of the plurality of non-IP endpoints in an IP messaging and presence protocol based on the endpoint presence data. The endpoint presence data includes a unique identifier and attribute data received for each of a plurality of non-internet protocol (IP) endpoints. The connection manager adapter can be configured to access the endpoint presence data and convert a message between the IP messaging and presence protocol and different protocol for communication with a given non-IP endpoint of the plurality of endpoints.

Abstract: An apparatus can include a connection manager adapter that is configured to maintain presence for each of the plurality of non-IP endpoints in an IP messaging and presence protocol based on the endpoint presence data. The endpoint presence data includes a unique identifier and attribute data received for each of a plurality of non-internet protocol (IP) endpoints. The connection manager adapter can be configured to access the endpoint presence data and convert a message between the IP messaging and presence protocol and different protocol for communication with a given non-IP endpoint of the plurality of endpoints.

Abstract: An apparatus can include a connection manager adapter that is configured to maintain presence for each of the plurality of non-IP endpoints in an IP messaging and presence protocol based on the endpoint presence data. The endpoint presence data includes a unique identifier and attribute data received for each of a plurality of non-internet protocol (IP) endpoints. The connection manager adapter can be configured to access the endpoint presence data and convert a message between the IP messaging and presence protocol and different protocol for communication with a given non-IP endpoint of the plurality of endpoints.