A new murder mystery game has been developed that integrates advanced AI for interactive suspect interrogations. Players engage in speech-to-speech conversations with AI suspects, aiming to uncover clues and solve the case. This setup allows for a dynamic and voice-controlled gameplay experience.
The core of the game's voice interaction relies on OpenAI's gpt-realtime-2.1 model, facilitating real-time speech-to-speech communication via WebRTC. For evaluating player accusations and evidence, a separate gpt-5-mini model acts as a judge, determining if the player has presented the required facts. The project is built using Next.js, MongoDB, and Clerk for authentication.
Due to the operational costs associated with OpenAI's gpt-realtime-2.1 model, conversations within the game are subject to a 30-minute time limit. Player interactions are also tied to an authenticated Clerk user ID to manage usage. This measure helps control expenses while providing access to the AI-driven experience.
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A new voice-driven murder mystery game allows players to interview AI suspects using speech-to-speech interaction powered by OpenAI's gpt-realtime-2.1 model over WebRTC. A separate gpt-5-mini judge evaluates evidence presented by the player, and conversations are limited to 30 minutes due to the cost of the AI models.