Digital Twin Auto-Coding Orchestrator for Software Migration

The patent introduces an orchestrator as an intermediary component that coordinates between the digital twin system and the actual software update/migration processes. The orchestrator receives infrastructure data, manages digital twin creation, generates workflows, and implements updates, thereby automating complex operations without requiring direct complex interactions between all system components.

The patent creates digital twins as virtual copies of the actual software systems. These digital twins replicate infrastructure data, software versions, and system states, allowing workflows to be designed, tested, and optimized in the virtual environment before being applied to real systems. This copying mechanism simplifies the complexity by working with replicas rather than directly managing the complex real systems.

The patent performs preliminary actions by collecting and analyzing infrastructure data before actual software updates or migrations are executed. The system gathers data about current software versions, infrastructure characteristics, and system states, then uses this information to pre-generate optimized workflows in the digital twin environment. This preliminary analysis ensures high precision in workflow generation while the automated nature minimizes the time penalty.

The orchestrator and digital twin system perform self-service by automatically collecting, analyzing, and generating workflows without requiring manual intervention. The system autonomously processes infrastructure data, creates digital twins, designs workflows, and implements updates, significantly reducing the time loss associated with manual data collection and analysis while maintaining high precision.

The patent performs preliminary testing of workflows in the digital twin environment before implementing them on actual systems. The digital twin replicates the target system's infrastructure and software state, allowing workflows to be validated, optimized, and tested for potential issues before real-world deployment. This preliminary action ensures high reliability by catching problems early while the automated testing process minimizes time loss.

The system uses digital twins as virtual copies to perform testing without affecting real systems. By replicating the target environment, the patent enables comprehensive workflow validation, performance testing, and risk assessment in isolation. This copying approach ensures reliability through thorough testing while avoiding the time loss that would result from testing on production systems or requiring system downtime.