A cloud-based computer system and architecture for managing and migrating through web-based content data and content applications from multiple content data sources or service providers in real time is disclosed. The cloud-based computing system and architecture of the present invention includes a log-in or master server that acts as a single point access and supports a single user interface. The single user interface is preferably an icon-based master web-page with a slide tool that allows a user to scroll or page through the content data and/or content applications from the multiple content data sources or service providers in real time from a logged in remote computer device.

A mechanism for managing loading of a web page is disclosed. A method of the invention includes receiving, by a server machine, a client request for a resource bundle having a resource identifier for a plurality of resources associated with a web page, combining the plurality of resources into the resource bundle and sending a response including the resource bundle to a client.

Some embodiments provide a method that receives (i) definition of a group of virtual datacenters and (ii) addition of at least two virtual datacenters to the group. Each virtual datacenter is defined in a public cloud and includes a set of network management components and a set of network endpoints connected by a logical network that is managed by the network management components of the virtual datacenter. Based on the definition of the group, the method configures a gateway router to which each of the virtual datacenters of the group connect. The gateway router is for routing traffic between the virtual datacenters of the group. The method also configures, at each respective virtual datacenter, a respective router to route data traffic between the respective virtual datacenter and the other virtual datacenters to route traffic for the other virtual datacenters to the gateway router.

A method for enabling services and functionalities across device types and service providers within a communication device includes processing a first device function type, a first service type, and a first cost function from the device, obtaining a first firmware and communicating the first firmware to the communication device for execution, activating a first set of service enabling instructions to enable a first service and a first functionality associated with the first firmware when the first firmware is executed on the communication device, processing a second device function type, a second service type, and a second cost function from the device, obtaining a second firmware to be executed on the device, communicating the second firmware to the device, and activating a second set of service enabling instructions to enable a second service and a second functionality associated with the second firmware when the second firmware is executed on the device.

A method for enabling services and functionalities across device types and service providers within a communication device includes processing a first device function type, a first service type, and a first cost function from the device, obtaining a first firmware and communicating the first firmware to the communication device for execution, activating a first set of service enabling instructions to enable a first service and a first functionality associated with the first firmware when the first firmware is executed on the communication device, processing a second device function type, a second service type, and a second cost function from the device, obtaining a second firmware to be executed on the device, communicating the second firmware to the device, and activating a second set of service enabling instructions to enable a second service and a second functionality associated with the second firmware when the second firmware is executed on the device.

An electronic apparatus is provided. The electronic apparatus includes a communicator, a memory, and a processor connected to the communicator and the memory and configured to control the electronic apparatus. The processor is configured to, by executing at least one command stored in the memory, based on a user input for executing an assistant service being received, transmit information on a user voice acquired by the electronic apparatus to a plurality of servers providing different assistant services through the communicator, and based on a plurality of response information being received from the plurality of servers, provide a response on the user voice based on at least one of the plurality of response information. The plurality of servers provide the assistant service using an artificial intelligence agent.

The invention relates to network nodes comprising: a first computing unit (CPU.sub.a); at least one second computing unit (CPU.sub.b); an internal switch (Sw.sub.i); and an external switch (Sw.sub.e), wherein the internal switch (Sw.sub.i) is connected to the first computing Nunit (CPU.sub.a), the at least second computing unit (CPU.sub.b) and to the external switch (Sw.sub.e) and wherein the external switch (Sw.sub.e) has at least one port for data originating from other network nodes. The invention also relates to a control module and an Ethernet ring.

In some implementations, a core network device can receive an initiation request of a communication session to an alias number. The core network device can retrieve from a registration database one or more destination number(s) corresponding to the alias number. The core network device can transmit respective indication(s) of the alias number to destination(s) corresponding to the retrieved destination number(s). The core network device can initiate the communication session to one of the destination(s) using the respective one of the retrieved destination number(s). A destination number can correspond to a computing device, e.g., user equipment, configured to answer calls originating from an alias number that is different from the destination number, by receiving an intent message indicating the alias number, transmitting an acknowledgement, subsequently receiving an invitation message directed to the destination number for a communication session with another device, and transmitting an acceptance message to the other device.

An information processing apparatus includes a processor. The processor is configured to determine whether a communication is possible in a first segment, the first segment being defined between a communication unit that is provided in the first computing machine and communicates with the information processing apparatus, and a communication controller that is provided in the information processing apparatus and communicates with the service, determine whether a communication is possible in a second segment, the second segment being defined between the communication controller and one of a virtual machine provisioned in the first computing machine, an address of the service, and a second computing machine different from the first computing machine, and decide whether the service is available, a part of the service is available, or the service is unavailable, in accordance with a combination of a determination result for the first segment and a determination result for the second segment.

In accordance with an embodiment, described herein is a system and method for integrating a cloud platform with an application server or other environment, for example, a WebLogic environment. A cloud platform runtime including a cloud server can be embedded within an application server container, so that the cloud server domain can execute within the application server domain. An integration bridge and integration components support integration between the cloud server and the application server. Cloud server components can be used as part of the application server domain, including for example, administration, logging and diagnostics, security, and configuration management.