Network Address Rotation for Prefab Cloud Region Migration

The patent applies preliminary action by configuring physical resources (computing devices, networking devices, storage devices) at a prefab factory before shipping them to destination data centers. The prefab factory pre-provisions infrastructure components, deploys code, and configures devices according to region specifications, so that when resources arrive at the destination, they require minimal additional preparation work. This resolves the contradiction by performing configuration work in advance at the prefab factory rather than at the final destination, thereby maintaining network connectivity optimization while reducing logistics and scheduling complexity.

The patent introduces a prefab factory as an intermediary facility between resource provisioning and final deployment. This intermediary prefab factory serves as a dedicated configuration site that prepares resources according to destination requirements without requiring the destination data centers to perform complex preparation work. The prefab factory acts as a mediator that handles the complexity of configuration and provisioning, allowing destination sites to simply receive pre-configured resources, thus resolving the logistics and scheduling complexity while maintaining reliable network connectivity.

The patent applies preliminary action by performing all site-specific configuration work at the prefab factory before resources are shipped to destination data centers. The prefab factory provisions infrastructure components, configures networking devices, deploys code, and prepares physical resources according to the specific requirements of each destination region. This allows precise site-specific configurations to be achieved in advance, enabling rapid deployment at destination sites without time-consuming on-site preparation work, thus resolving the contradiction between configuration precision and building speed.

The patent segments the region building process into two distinct phases: (1) configuration and provisioning at the prefab factory, and (2) deployment and final installation at destination data centers. This segmentation allows the complex, time-consuming configuration work to be performed in a dedicated prefab factory environment with specialized equipment and personnel, while destination sites only need to perform simple installation tasks. This segmentation resolves the contradiction by separating precision configuration work from rapid deployment activities.

The patent applies self-service by implementing automated systems at the prefab factory that can provision infrastructure components, configure networking devices, and deploy code based on customer specifications without requiring manual intervention. The system uses automated configuration management tools and orchestration software that interpret customer requirements and automatically translate them into technical configurations, reducing human error while maintaining customization capability. This resolves the contradiction by enabling automated self-service configuration that is both accurate and adaptable to customer needs.

The patent implements feedback mechanisms where the automated configuration system continuously validates customer specifications against technical requirements and provides feedback loops to ensure configuration accuracy. The system monitors the provisioning and deployment process, detecting and correcting errors automatically, and verifies that the final configuration matches customer specifications. This feedback-driven approach maintains high adaptability to customer requirements while ensuring configuration accuracy through automated validation and error correction.

The patent merges multiple region configuration tasks into a single centralized prefab factory operation. Instead of coordinating separate configuration activities at multiple destination sites, the prefab factory consolidates all provisioning, configuration, and deployment activities in one location. This allows multiple regions to be prepared simultaneously using shared resources, tools, and personnel, increasing throughput while reducing coordination complexity. The merged approach resolves the contradiction by centralizing management functions that would otherwise be distributed and difficult to coordinate.

The patent applies universality by designing the prefab factory as a multi-functional facility that can simultaneously configure and prepare multiple different region types according to various customer specifications. The prefab factory uses standardized configuration processes and reusable infrastructure components that can be adapted to different region requirements, allowing efficient simultaneous production of multiple regions. This universal approach resolves the contradiction by enabling high throughput through standardized multi-functional processes while minimizing coordination complexity through a single centralized management point.