Abstract: Methods, systems, and computer-readable media are provided for the automated preservation and downtime mitigation of server-based databases and applications. Read and write operations intended for a database may be communicated to a load balancer. The load balancer may direct the operations to a primary server and/or a backup server. Further, during periods of primary server downtime, write-based tasks, operations, and/or requests of remote applications may be deactivated by the load balancer. Additionally, the load balancer may prevent corruption of backup databases from coming out of sync, and/or unexpected, undesirable, or unwanted data modification by deactivating, denying, locking, or otherwise preventing the write operations of the backup server.

Abstract: Methods, systems, and computer-readable media are provided for the automated preservation and downtime mitigation of server-based databases and applications. Read and write operations intended for a database may be communicated to a load balancer. The load balancer may direct the operations to a primary server and/or a backup server. Further, during periods of primary server downtime, write-based tasks, operations, and/or requests of remote applications may be deactivated by the load balancer. Additionally, the load balancer may prevent corruption of backup databases from coming out of sync, and/or unexpected, undesirable, or unwanted data modification by deactivating, denying, locking, or otherwise preventing the write operations of the backup server.

Abstract: The present inventions comprise a system and method for assigning an identifier to at least one of a plurality of displayable task schedules associated with a corresponding plurality of different entities, the identifier representing a task requiring action by an entity. In an exemplary embodiment, the system comprises a display processor for initiating display of at least one interface menu to support a user's entry of decision information for assigning a task representative identifier to a task schedule associated with a particular entity; an interface processor for receiving decision information entered via the interface menu; and a decision processor for applying the received decision information in assigning the task representative identifier to the task schedule associated with the particular entity in response to a predetermined event.