Viral Node Discovery in Distributed Networks

The patent introduces a viral discovery mechanism that acts as an intermediary between the controlling system and new nodes. Instead of the controlling system directly discovering and managing each node, the system propagates discovery requests through the existing network like a virus, allowing nodes to self-register. This reduces the time and resources required for node discovery while maintaining configuration accuracy through structured propagation and registration processes.

The patent segments the node discovery process into multiple independent stages: propagation phase (spreading discovery requests through the network), registration phase (nodes self-registering with the controlling system), and integration phase (new nodes becoming operational). This segmentation allows parallel processing of discovery activities across different network segments, reducing overall discovery time while maintaining systematic configuration management.

The patent implements a self-service mechanism where new nodes automatically register themselves with the controlling system and obtain necessary configuration information without requiring direct intervention or monitoring from the controlling system. Nodes independently initiate the registration process, reducing the computational burden on the controlling system while maintaining system integrity through automated validation and configuration distribution.

The patent performs preliminary configuration actions during the propagation phase, where discovery requests carry pre-configured information and parameters. When nodes receive these requests, they already have the necessary configuration data to self-register and integrate into the system, eliminating the need for subsequent configuration operations by the controlling system and reducing overall processing requirements.