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Nvidia and University of Washington unveil open-source protein design model RFD4-Proteina

Nvidia and the University of Washington School of Medicine Institute for Protein Design have released RFD4-Proteina, an open‑source generative model built on Nvidia’s BioNeMo platform. The developers say the model improves design success rates by five‑ to ten‑fold and generates candidates five‑ to ten‑times faster than earlier tools. Benchmarks across protein binding, small‑molecule binding,…

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Key points

  • RFD4-Proteina achieves 5‑10× higher design success rates than prior models, developers say.
  • Generation speed is 5‑10 times faster, cutting design time from months to days.
  • The model is open‑source under a BSD‑3 license and available via multiple cloud partners.

RFD4-Proteina is distributed under a BSD‑3 license and hosted on a BSD‑3 repository. It can be accessed through partners such as Amazon Bio Discovery, Anthropic’s Claude Science, Benchling, Databricks, Google Cloud, Hugging Face, Nebius, OpenAI and Tamarind Bio, enabling integration into cloud and scientific workflows. Funding for the project came from the Howard Hughes Medical Institute, the Gates Foundation (grant of $25,748,619 dated November 2025), Grantham Foundation, Fund for Science and Technology, Schmidt Sciences, the OpenFold consortium and Rosetta Commons. Nobel laureate David Baker highlighted the model’s potential to accelerate drug discovery, enzyme engineering and broader biotechnology applications.

Full story from genengnews.com · by Alex Philippidis · via Search: NVIDIAOpen source ↗

Nvidia, UW Institute for Protein Design Unveil Open-Source Protein Design AI Model

genengnews.com · 22 October 2026

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This text was published by genengnews.com and written by Alex Philippidis. It is reproduced here with attribution so you can read it in full; the rights remain with the publisher. Read it at the source ↗

Topics · follow one to build your own front page
NvidiaUniversity of WashingtonAmazon Bio DiscoveryAnthropicGoogle CloudOpenAIRFD4-ProteinaBioNeMoRosettaFold DiffusionProteina-ComplexaLa-ProteinaClaude ScienceDavid BakerMeg Lunn-HalbertSeth WoodburyNathaniel CorleyMaxwell KazmanRafi Brent

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