Abstract: In some embodiments, the techniques described herein relate to a method including: receiving, through an event bridge application executed by a processor, a scheduled invocation; calling, by a data feed task, an application programming interface (“API”) from a datacenter, the API call including a parameter used by the datacenter to retrieve a data file according to the parameter, the parameter including a name or identifier; receiving, by the data feed task, the data file; receiving, by the event bridge application and from the cloud database, a notification based on the data file; publishing, by a data publish task, one or more messages based on the notification to a topic; pushing, by the data publish task, the one or more messages to a queue; consuming, by a listener, the message from the queue based on detecting the queue receiving the message; and inserting, by the listener, the message in a database.

Abstract: In a data exchange network, in which various resources, such as hubs, routers, etc., distributed across the data exchange network are remotely controlled from a single point of maintenance, a consistent approach is provided for managing the network hardware resources. A set of consistent displays is provided for remote front panels allowing visual management of remote, heterogeneous devices, while also allowing the display of nongraphical data in a usable form.A common user interface allows operator control of the network, which may include many disparate types of equipment, supplied by various manufacturers. User definition of each network element is allowed based on a uniform vocabulary of element representations. A network management architecture provides a common development language for describing specific functions and attributes of network elements. Each element includes a protocol module which, in conjunction with a system engine, effects coordinated network control.