Abstract:
A system can monitor online services based on conditions that can be selected by an administrator. The system can identify and select messages from within the online services. The system can then transform the selected messages into a specific format and forward the transformed messages to an agent console application. The agent console application can be located, for example, at a call center. Within the agent console application, an agent can respond to the forwarded messages using a single unified interface that an agent uses to respond to a chat session request, or telephone call, for customer service. Thus, the specific communication details of the online services can be abstracted by the system, so that the agent can respond to the forwarded messages of different online services using the single unified interface.
Abstract:
A system can monitor online services based on conditions that can be selected by an administrator. The system can identify and select messages from within the online services. The system can then transform the selected messages into a specific format and forward the transformed messages to an agent console application. The agent console application can be located, for example, at a call center. Within the agent console application, an agent can respond to the forwarded messages using a single unified interface that an agent uses to respond to a chat session request, or telephone call, for customer service. Thus, the specific communication details of the online services can be abstracted by the system, so that the agent can respond to the forwarded messages of different online services using the single unified interface.
Abstract:
A method and system for communicating state information between a local device and a remote device across a transport network is disclosed. Each of the local and remote devices operate independently from one another and at least one of the devices is configured for one-way traffic protection. The method includes receiving a protection message comprising K-bytes from one of the local and remote devices at the other of the local and remote devices and determining based on the received K-bytes, if there is a change in state at one of the devices. If a change in state is detected, a message is sent indicating the change in state from one of the local and remote devices to the other of the local and remote devices.