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. The invention addresses limitations of existing stateful AI game systems including memory accumulation, single-provider dependency, and session affinity requirements.