Autonomous Network Testing Using Remote Devices and Log Analysis

The patent uses electronic devices to create virtual copies of the network under test. These devices receive testing commands, execute tests locally, and generate log data that replicates the network performance verification process without requiring physical visits to remote locations. The electronic devices act as substitutes for human testers, copying the testing function while eliminating the need for in-person deployment.

The patent replaces the mechanical process of physical travel and manual testing with an automated electronic system. Instead of human operators physically visiting network locations, electronic devices automatically receive commands via secure connection, execute tests, and transmit results. This substitution eliminates the resource-intensive aspects of physical deployment while maintaining testing reliability.

The patent segments the testing function into distributed electronic devices that can operate independently. Each device receives specific testing commands and executes only the necessary tests locally, rather than requiring centralized processing. This segmentation allows frequent testing to be performed across multiple devices simultaneously without overwhelming a single computing resource, as each device handles its own testing workload.

The electronic devices perform self-service by executing tests locally and generating their own log data without requiring continuous centralized processing. The devices autonomously receive commands, perform tests, and transmit results, reducing the computing resource strain on the network while enabling frequent testing schedules. This self-service capability allows the system to scale testing frequency without linearly increasing resource consumption.