Abstract: A stateless artificial intelligence game master system and method enables scalable, provider-agnostic interactive game experiences. The system comprises a stateless game server processing requests without persistent session state, a provider-agnostic AI orchestration engine supporting automatic failover between multiple language model providers, a context reconstruction module dynamically rebuilding game context from transaction logs, and a real-time integration module enforcing game mechanics without state persistence. The architecture achieves memory efficiency of approximately 16 kilobytes per session compared to 10+ megabytes for stateful implementations, enabling horizontal scaling without session affinity requirements. The system supports graceful degradation through template-based fallback when AI providers are unavailable. Security features include AES-256-GCM encryption of API credentials with session-specific initialization vectors.

Abstract: A system and application for extending the display of a computer to a mobile device is described. The system is configured to interface a mobile device with the computer, so as to enable a portion of the screen of the computer, such as toolbars, applets, menus, color palettes, and other application features to be displayed on the mobile device. Effectively, the system converts the display of the mobile device into a secondary display for the computer. Touch input is mapped to mouse input for the computer, enabling the user to manipulate applications running on the computer via touch input on the mobile device. The system employs Bluetooth, WiFi, and/or a cable to connect the mobile device to the computer. Preferred embodiments employ wireless technologies to facilitate the connection, and do not necessarily require an internet connection.