lifejs/lifejs

AI Summary: Implement support for the Together AI LLM provider in the Life.js framework. This involves creating a new provider class extending the existing `LLMBase` class, defining a configuration schema, registering the provider, and updating the documentation. The task requires familiarity with TypeScript, the Life.js framework, and the Together AI API.

AI Summary: Implement support for Azure OpenAI as a new LLM provider within the Life.js framework. This involves creating a new provider class extending the existing `LLMBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the new provider. The implementation should follow the existing structure and coding style of other LLM providers within the project.

AI Summary: Implement support for Azure OpenAI's Speech-to-Text (STT) service within the Life.js framework. This involves creating a new provider class that adheres to the existing STT provider structure, registering it within the framework, and updating documentation. The task requires familiarity with TypeScript, the Life.js codebase, and Azure OpenAI's STT API.

AI Summary: Implement support for Azure AI Speech STT within the Life.js framework. This involves creating a new provider class extending the existing `STTBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the new provider. Existing providers can be used as a reference.

AI Summary: Implement support for OpenAI's Speech-to-Text (STT) service within the Life.js framework. This involves creating a new provider class extending the existing `STTBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the new provider.

AI Summary: Implement support for Azure AI Speech TTS within the Life.js framework. This involves creating a new provider class extending the existing `TTSBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the new provider. Existing providers can be used as a reference.

AI Summary: Implement support for the Groq TTS provider in the Life.js framework. This involves creating a new provider class extending the existing `TTSBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement support for Google Cloud TTS within the Life.js framework. This involves creating a new provider class extending the existing `TTSBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the new provider. Existing providers can be used as a reference.

AI Summary: Implement support for Google Generative AI as a new LLM provider within the Life.js framework. This involves creating a provider class extending the existing `LLMBase` class, defining a configuration schema, registering the provider, and updating dependencies as needed. The implementation should follow the existing provider structure and adhere to the provided documentation and links.

AI Summary: Implement support for Google Cloud Speech-to-Text (STT) in the Life.js framework. This involves creating a new provider class extending the existing `STTBase` class, defining a configuration schema, registering the provider, and updating the package.json with any new dependencies. Documentation updates are also required.

AI Summary: Implement support for Google Vertex LLM as a new provider within the Life.js framework. This involves creating a new provider class extending the existing `LLMBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the new provider.

AI Summary: Implement support for the ElevenLabs TTS provider in the Life.js framework. This involves creating a new provider class extending the `TTSBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement support for the LMNT TTS provider in the Life.js framework. This involves creating a new provider class extending the `TTSBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. The implementation should follow the existing provider structure and utilize the LMNT API.

AI Summary: Implement support for Deepgram TTS in the Life.js framework. This involves creating a new provider class extending the existing `TTSBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the new provider. Existing providers can be used as a reference.

AI Summary: Implement support for Azure OpenAI TTS within the Life.js framework. This involves creating a new provider class extending the existing `TTSBase` class, defining a configuration schema, registering the provider, and updating the `package.json` with any new dependencies. Documentation updates are also required.

AI Summary: Implement support for the xAI LLM provider in the Life.js framework. This involves creating a new provider class extending the existing `LLMBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement support for the Baseten TTS provider in the Life.js framework. This involves creating a new provider class extending the existing `TTSBase` class, defining a configuration schema, registering the provider, and updating the documentation. The task requires familiarity with TypeScript, the Life.js codebase, and the Baseten TTS API.

AI Summary: Implement support for the Speechify TTS provider in the Life.js framework. This involves creating a new provider class extending the `TTSBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement support for the Rime TTS provider in the Life.js framework. This involves creating a new provider class extending the `TTSBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement support for the Sarvam TTS provider in the Life.js framework. This involves creating a new provider class extending the existing `TTSBase` class, defining a configuration schema, registering the provider, and updating the documentation. The task requires familiarity with TypeScript, the Life.js codebase, and the Sarvam TTS API.

AI Summary: Implement support for the PlayHT TTS provider in the Life.js framework. This involves creating a new provider class extending the existing `TTSBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement support for Resemble AI as a Text-to-Speech (TTS) provider within the Life.js framework. This involves creating a new provider class extending the existing `TTSBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the new provider.

AI Summary: Implement support for the Inworld TTS provider in the Life.js framework. This involves creating a new provider class extending the existing `TTSBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. The implementation should follow the existing structure and style of other TTS providers within the `life/models/tts` package.

AI Summary: Implement support for the Neuphonic TTS provider in the Life.js framework. This involves creating a new provider class extending the existing `TTSBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. The implementation should follow the existing structure and utilize the provided links and documentation.

AI Summary: Implement support for the Hume TTS provider in the Life.js framework. This involves creating a new provider class extending the existing `TTSBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement support for the Rev.ai speech-to-text (STT) provider in the Life.js framework. This involves creating a new provider class extending the existing STTBase class, defining a configuration schema, registering the provider, updating the package.json with any new dependencies, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement Amazon Polly TTS support for the Life.js framework by creating a new provider class extending the `TTSBase` class, defining a configuration schema, registering it in the main `models/tts` index, updating the `package.json` with any new peer dependencies, and documenting the provider. The implementation should follow the existing provider structure and utilize the AWS SDK for Polly.

AI Summary: Implement support for the Sarvam STT provider in the Life.js framework. This involves creating a new provider class extending the existing `STTBase` class, defining a configuration schema, registering the provider, updating the `package.json` with any new dependencies, and documenting the provider. The implementation should follow the existing structure and utilize the provided documentation and links.

AI Summary: Implement support for the Speechmatics STT provider in the Life.js framework. This involves creating a new provider class extending the existing `STTBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider in the project's documentation.

AI Summary: Implement support for the Groq STT provider in the Life.js framework. This involves creating a new provider class extending the `STTBase` class, defining a configuration schema, registering the provider, updating the `package.json` with any new dependencies, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement support for the Gladia STT provider in the Life.js framework. This involves creating a new provider class extending the existing `STTBase` class, defining a configuration schema, registering the provider, and updating the documentation. The implementation should follow the existing provider structure and utilize the Gladia STT API.

AI Summary: Implement support for the Cartesia STT provider in the Life.js framework. This involves creating a new provider class extending the existing `STTBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. The implementation should follow the existing structure and style of other STT providers within the project.

AI Summary: Implement support for the fal STT provider in the Life.js framework. This involves creating a new provider class extending the existing `STTBase` class, defining a configuration schema, registering the provider, updating the `package.json` with any new dependencies, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement support for the Baseten Speech-to-Text (STT) provider in the Life.js framework. This involves creating a new provider class extending the existing `STTBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement support for AssemblyAI as a Speech-to-Text (STT) provider in the Life.js framework. This involves creating a new provider class extending the existing `STTBase` class, defining a configuration schema, registering the provider, and updating the `package.json` with any necessary peer dependencies. Documentation updates are also required.

AI Summary: Implement support for Amazon Transcribe as a new Speech-to-Text (STT) provider within the Life.js framework. This involves creating a provider class extending the existing `STTBase` class, defining a configuration schema, registering the provider, and updating the package.json with any new dependencies. Documentation updates are also required.

AI Summary: Implement support for the Cohere LLM provider in the Life.js framework. This involves creating a new provider class extending the existing `LLMBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. The implementation should follow the existing structure and style of other LLM providers within the project.

AI Summary: Implement support for the Deepinfra LLM provider in the Life.js framework. This involves creating a new provider class extending the existing LLMBase class, defining a configuration schema, registering the provider, updating the package.json with any new dependencies, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement Mistral LLM support in the Life.js framework by creating a new provider class extending LLMBase, defining its configuration schema, registering it in the main LLM index, updating package.json with any new dependencies, and documenting it in the website's documentation. This involves working with TypeScript, potentially WebRTC (depending on the Mistral API), and understanding the existing Life.js codebase.

AI Summary: Implement support for the Telnyx LLM provider in the Life.js framework. This involves creating a new provider class extending the existing `LLMBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement support for the Perplexity LLM provider in the Life.js framework. This involves creating a new provider class extending the existing `LLMBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the new provider.

AI Summary: Implement support for the Ollama LLM provider in the Life.js framework. This involves creating a new provider class extending the existing `LLMBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement support for the Groq LLM provider in the Life.js framework. This involves creating a new provider class extending the existing `LLMBase` class, defining a configuration schema, registering the provider, and updating the `package.json` with any new dependencies. Documentation should also be added.

AI Summary: Implement support for the Letta LLM provider in the Life.js framework. This involves creating a new provider class extending LLMBase, defining its configuration schema, registering it in the main models index, updating the package.json with any new dependencies, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement support for the DeepSeek LLM provider in the Life.js framework. This involves creating a new provider class extending the existing `LLMBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. The implementation should follow the existing structure and style of other LLM providers within the project.

AI Summary: Implement support for the Fireworks LLM provider in the Life.js framework. This involves creating a new provider class extending the existing `LLMBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider in the project's documentation.

AI Summary: Implement support for the Cerebras LLM provider in the Life.js framework. This involves creating a new provider class extending the existing `LLMBase` class, defining a configuration schema, registering the provider, updating dependencies if necessary, and documenting the provider. Existing providers can be used as a reference.

AI Summary: Implement support for the Anthropic LLM provider in the Life.js framework. This involves creating a new provider class extending the existing `LLMBase` class, defining a configuration schema, registering the provider, updating the `package.json` with any new dependencies, and documenting the provider. The provided links offer helpful resources for understanding the Anthropic API and SDK.

AI Summary: Implement support for Amazon Bedrock as a new Large Language Model (LLM) provider within the Life.js framework. This involves creating a provider class extending the existing LLMBase class, defining a configuration schema, registering the provider, updating package dependencies if necessary, and documenting the new provider.