Automated Data Mirroring in Distributed Virtual Machines

The patent implements preliminary action by creating and storing mirror data structures that contain immutable data and references before they are needed. When data is first requested from the distributed virtual machine, the system proactively creates a local mirror copy and stores it in the remote execution container's memory. This preliminary mirroring eliminates the need for subsequent round-trip communications to retrieve the same data again, directly resolving the contradiction between accurate data retrieval and communication latency.

The patent applies the copying principle by creating mirror data structures that are local replicas of the immutable data and references stored in the distributed virtual machine. Instead of repeatedly transmitting data over the network through multiple round-trip communications, the system creates and stores local copies in the remote execution container's memory. This copying approach ensures data completeness is maintained while dramatically reducing bandwidth consumption by eliminating redundant network transmissions.

The patent implements self-service by designing an automated data mirroring system that operates autonomously without requiring manual intervention. The system automatically detects when immutable data is first requested, creates mirror data structures, stores them in local memory, and manages their lifecycle. This automation improves communication efficiency by eliminating the need for manual data caching management, while the self-service nature reduces operational complexity despite the increased system architecture complexity.