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HARP 2.0: Expanding Hosted, Asynchronous, Remote Processing for Deep Learning in the DAW

4 March 2025
Christodoulos Benetatos
Frank Cwitkowitz
Nathan Pruyne
Hugo Flores Garcia
P. O'Reilly
Z. Duan
Bryan Pardo
    VLM
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Abstract

HARP 2.0 brings deep learning models to digital audio workstation (DAW) software through hosted, asynchronous, remote processing, allowing users to route audio from a plug-in interface through any compatible Gradio endpoint to perform arbitrary transformations. HARP renders endpoint-defined controls and processed audio in-plugin, meaning users can explore a variety of cutting-edge deep learning models without ever leaving the DAW. In the 2.0 release we introduce support for MIDI-based models and audio/MIDI labeling models, provide a streamlined pyharp Python API for model developers, and implement numerous interface and stability improvements. Through this work, we hope to bridge the gap between model developers and creatives, improving access to deep learning models by seamlessly integrating them into DAW workflows.

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@article{benetatos2025_2503.02977,
  title={ HARP 2.0: Expanding Hosted, Asynchronous, Remote Processing for Deep Learning in the DAW },
  author={ Christodoulos Benetatos and Frank Cwitkowitz and Nathan Pruyne and Hugo Flores Garcia and Patrick O'Reilly and Zhiyao Duan and Bryan Pardo },
  journal={arXiv preprint arXiv:2503.02977},
  year={ 2025 }
}
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