5G UE Identifier Translation via Batched SUPI-to-GPSI Requests

The patent combines multiple separate SUPI-to-GPSI translation transactions into a single batched transaction. The NEF aggregates multiple SUPIs and sends them together to the UDM in one request, which processes all translations atomically and returns all results in a single response. This merging eliminates redundant transaction overhead while maintaining the reliability of individual translations through the UDM's centralized processing.

The patent implements preliminary aggregation of SUPIs at the NEF before forwarding to the UDM. The NEF collects multiple SUPIs that need translation, groups them into a batch, and prepares the consolidated request in advance. This preliminary action reduces the total number of transactions by ensuring that multiple translations are requested together rather than individually, thereby improving system productivity without compromising translation accuracy.

The patent merges multiple independent translation requests into a single batched request that is processed by the UDM in one operation. By combining the transport layer communications and processing steps into one transaction, the system reduces the cumulative load on network resources, database operations, and processing cycles. The UDM handles the batch as a unified operation, minimizing repeated interactions and reducing overall system energy consumption.

The patent uses a standardized batch request template that can be reused for multiple translation operations. Instead of creating and processing separate request structures for each SUPI, the system uses a single batch request format that contains multiple SUPIs. This copying approach allows the same processing logic to be applied to multiple identifiers simultaneously, reducing redundant operations and lowering system load while maintaining independent handling capabilities through the structured batch format.

The patent segments the batched translation service into distinct functional components: the NEF handles request aggregation and formatting, the transport layer manages batch transmission, the UDM performs centralized translation processing, and the response layer handles result distribution. This segmentation allows each component to focus on a specific aspect of the batched service, making the overall complex system manageable through clear separation of concerns while maintaining high translation efficiency.

The patent creates a universal batched translation service that can handle multiple SUPIs of different types (5G-SUPI, 4G-SUPI, MSISDN) within a single request framework. The service is designed to be multi-functional, supporting various identifier formats and translation scenarios through a unified interface. This universality reduces service complexity by providing a single standardized mechanism that replaces multiple specialized translation operations, thereby improving productivity without proportionally increasing complexity.