Disclosure Analysis
The game uses local LLMs for voice command interpretation and dialogue generation, and neural TTS/STT for real-time personalized audio and transcription.
A local LLM powers the Intent Recognition System for voice command interpretation
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AI Usage Disclosure
• A local LLM powers the Intent Recognition System for voice command interpretation. It is also used to generate custom dialogue responses to the player's voice & text input. • Pre-recorded dialogue is personalized by processing through Piper TTS neural speech synthesis that generates the personalized version in real-time. • Speech to text transcription is powered by OpenAI Whisper STT. All AI systems run locally on the user's system with no online component.
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Disclosure History
Our Voice Mimic System uses neural speech synthesis to customize recorded dialogue audio to the player's name and actions.
Star Squadron uses AI technology in the following ways: - A local LLM powers the Intent Recognition System for voice command interpretation. It is also used to generate custom dialogue responses to players' voice & text input. - Pre-recorded dialogue is personalized by processing through Piper TTS neural speech synthesis that generates the audio in real-time. - Speech to text transcription is powered by OpenAI Whisper STT. All AI systems run locally on the user's system with no online component.
• A local LLM powers the Intent Recognition System for voice command interpretation. It is also used to generate custom dialogue responses to the player's voice & text input. • Pre-recorded dialogue is personalized by processing through Piper TTS neural speech synthesis that generates the personalized version in real-time. • Speech to text transcription is powered by OpenAI Whisper STT. All AI systems run locally on the user's system with no online component.