Hardware Registry for Autonomous CPE Control

The patent introduces a hardware registry as an intermediary component that mediates between software applications and hardware options. The registry stores structured information about available hardware features and provides standardized access methods, allowing applications to discover and control hardware without needing hardware-specific knowledge. This intermediary layer resolves the contradiction by maintaining broad hardware compatibility while enabling automated hardware discovery through a uniform interface.

The patent segments the hardware-software interaction system into distinct functional components: the hardware registry (which stores hardware information), the application (which consumes hardware), and the interface layer (which connects them). By separating hardware description from hardware control and providing modular access points, the system enables applications to autonomously discover hardware options while maintaining compatibility across different hardware platforms.

The hardware registry implements a universal data structure and interface that can represent multiple types of hardware options across different CPE devices using a common framework. Instead of requiring separate integration logic for each hardware type, the registry provides a multi-functional access point that handles diverse hardware through standardized methods, thereby reducing system integration complexity while maintaining broad hardware option availability.

The patent utilizes parameter-based hardware description in the registry, where hardware options are characterized by configurable parameters and attributes. By representing hardware diversity through parameter variations rather than structural differences, the system can accommodate multiple hardware types with varying capabilities while maintaining a consistent access model, thus reducing integration complexity despite increased hardware option availability.