Cloud Automation Framework for Remote O-RAN Testing

The patent creates virtual copies of O-RAN network components and test environments in a cloud-based platform. Instead of requiring physical lab equipment for each test, the system uses virtualized network functions and simulated radio access networks that replicate real-world behavior. This allows multiple test scenarios to run concurrently in parallel, dramatically reducing integration time while maintaining testing reliability through standardized virtual environments.

The patent replaces manual, physical lab-based testing mechanics with automated software-driven testing systems. Test cases are executed automatically through standardized APIs and orchestration layers, eliminating the need for manual setup and teardown of physical test equipment. This substitution of mechanical testing processes with automated digital systems reduces both time and human effort while improving consistency.

The patent implements a universal test platform that can execute multiple types of O-RAN test cases across different vendors and network configurations through a single standardized interface. The cloud-based architecture provides multi-functional capabilities to handle connection establishment, data transmission, security validation, and performance testing within one unified system, reducing overall complexity while maintaining comprehensive validation coverage.

The patent dynamically adjusts test parameters and test case selection based on the specific product being tested and the validation stage. Instead of running all possible test cases for every product, the system intelligently selects and configures relevant test parameters, reducing the effective number of tests needed while maintaining validation completeness through adaptive parameter adjustment.