Edge Execution Graphs for Zero-Downtime Data Processing

The patent divides the application into independent, modular components that can be compiled and executed separately. Each module is packaged as an individual artifact with its own execution context, allowing selective updates without recompiling the entire application. This segmentation enables hot-swapping of individual modules while the rest of the application continues running, eliminating downtime and cold-start latency.

The patent implements dynamic module loading and unloading capabilities that allow the application to adapt to module changes without static infrastructure reconfiguration. Modules can be added, removed, or updated at runtime through hot-swapping mechanisms, enabling the system to dynamically adjust its composition without rebooting the underlying infrastructure, thus maintaining continuous operation.

The patent creates a universal module execution framework that can load and execute modules in various formats without requiring them to be hardcoded in a specific code format. The system uses a standardized interface and abstraction layer that allows modules to be swapped and executed dynamically, providing both execution stability through the standardized framework and flexibility through support for multiple module formats and hot-swapping capabilities.