Cloud Resource Migration via Intermediary Data Conversion

The patent employs an intermediary conversion system that acts as a mediator between different cloud environments. This system includes a source environment adapter that reads data in the source cloud's native format, a conversion service that transforms the data into the target cloud's format, and a target environment adapter that writes the converted data. This intermediary approach resolves format incompatibilities without requiring direct integration between conflicting cloud platforms, thereby enabling resource migration while maintaining data integrity and reducing migration-related risks.

The patent utilizes parameter changes by dynamically adjusting data format parameters during the migration process. The conversion service detects the source and target cloud environment types and automatically modifies data structure parameters, encoding formats, and protocol parameters to match the target environment's requirements. This parameter transformation approach enables seamless adaptation between different cloud vendors' formats while maintaining the underlying data semantics, thus improving migration capability without incurring additional costs or security risks.

The patent implements a universal migration architecture where the conversion service and adapter framework can handle multiple cloud environments through a single unified system. The source environment adapter and target environment adapter are designed with multi-functionality to support various cloud vendors (e.g., AWS, Azure, GCP) without requiring separate migration tools for each vendor pair. This universal approach simplifies the migration process by providing a consistent interface and workflow regardless of the source or target cloud vendor, thereby reducing migration complexity while maintaining high adaptability.

The patent employs copying mechanisms where the conversion service creates intermediate representations of the source data in a standardized format before transforming it to the target format. This copying approach allows the system to preserve the original data structure and semantics while generating the target format copy, enabling validation and verification steps that reduce migration complexity. The ability to work with copies rather than directly transforming live production data simplifies the migration process and reduces risks.

The patent applies preliminary action by performing data format conversion and validation steps before the actual data transfer occurs. The source environment adapter pre-loads and pre-processes the source data into an intermediate format, and the conversion service pre-validates the conversion logic before execution. This preliminary preparation reduces the time required during the actual migration window, as the heavy lifting of format transformation is done in advance rather than during the critical transfer phase, thus improving resource flexibility while minimizing time loss.

The patent ensures continuity of useful action by implementing an asynchronous conversion pipeline where data extraction, format conversion, and validation occur in parallel streams rather than sequential steps. The source environment adapter continuously extracts data while the conversion service simultaneously processes multiple data streams, and the target environment adapter continuously receives and validates the converted data. This continuous parallel processing eliminates idle time between extraction and transfer, maintaining high resource flexibility while reducing overall migration time.