General-purpose speech recognition model that transcribes, translates and identifies the language of audio across many languages.
modelscope/FunASR
Open-source speech recognition toolkit for offline and streaming ASR, with VAD, punctuation, speaker labels and OpenAI-compatible serving.
Open-source alternative to:Google Cloud Speech-to-Text
Azure AI Speech
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What is it?
FunASR is a Python toolkit from ModelScope for converting speech to text. It bundles pretrained ASR models such as SenseVoiceSmall, Paraformer and Fun-ASR-Nano, together with components for voice activity detection (FSMN-VAD, Silero VAD), punctuation restoration (ct-punc) and speaker embeddings (CAM++) that can be chained into one pipeline through the AutoModel interface.
Beyond file transcription, it supports chunked streaming recognition with per-session cache, emotion recognition and audio event tags from SenseVoice, and batch inference via vLLM for Fun-ASR-Nano. A command-line tool outputs JSON or SRT subtitles, and funasr-server exposes an OpenAI-style transcription endpoint. A llama.cpp/GGUF runtime provides a CPU-only binary without Python.
Key features
- 01Offline transcription with models such as SenseVoiceSmall, Paraformer and Fun-ASR-Nano.
- 02Chunk-based streaming recognition for live audio.
- 03VAD, punctuation restoration and speaker labeling as composable pipeline components.
- 04OpenAI-compatible transcription server and an MCP server for AI agents.
- 05Command-line interface that outputs JSON or SRT subtitles.
- 06llama.cpp/GGUF build for CPU and edge devices without Python.
Use cases
- Transcribing Chinese meetings or interviews with speaker and timestamp information.
- Generating SRT subtitles for video or audio files in batch.
- Building live captioning or voice assistants on streaming ASR.
- Replacing a Whisper or cloud ASR API with a self-hosted, OpenAI-compatible endpoint.
Quick start
- 1
Install PyTorch and torchaudio (CPU wheels by default)
pip install torch torchaudio - 2
Install FunASR from PyPI
pip install funasr - 3
Run the Python example with AutoModel (Fun-ASR-Nano, use device="cuda" only if a GPU is verified)
Things to know
- Fun-ASR-Nano GPU example requires a verified NVIDIA GPU and matching PyTorch CUDA wheels.
- Model weights carry separate licenses from the MIT-licensed toolkit, and some models are third-party.
Topics
FAQ
- What is FunASR?
- Open-source speech recognition toolkit for offline and streaming ASR, with VAD, punctuation, speaker labels and OpenAI-compatible serving. FunASR is a Python toolkit from ModelScope for converting speech to text. It bundles pretrained ASR models such as SenseVoiceSmall, Paraformer and Fun-ASR-Nano, together with components for voice activity detection (FSMN-VAD, Silero VAD), punctuation restoration (ct-punc) and speaker embeddings (CAM++) that can be chained into one pipeline through the AutoModel interface.
- Is FunASR free to use? What license does it have?
- FunASR is open source under the MIT license. Check the license terms before using it in commercial products.
- Is FunASR still maintained?
- Actively maintained. The last commit to FunASR was on Oct 18, 2026.
- What can I use FunASR for?
- Transcribing Chinese meetings or interviews with speaker and timestamp information. Generating SRT subtitles for video or audio files in batch. Building live captioning or voice assistants on streaming ASR. Replacing a Whisper or cloud ASR API with a self-hosted, OpenAI-compatible endpoint.
- How do I install FunASR?
- Install PyTorch and torchaudio (CPU wheels by default): pip install torch torchaudio Install FunASR from PyPI: pip install funasr Run the Python example with AutoModel (Fun-ASR-Nano, use device="cuda" only if a GPU is verified)
- Where can I get FunASR?
- The source code and installation instructions are on GitHub: https://github.com/modelscope/FunASR
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