Skip to content
EventUpdating

InfraRSI: Recursive Self-Improvement for Optimizing Large Model Training Infrastructure

1 reports1 reporting sourcesLatest report

Start here

AI overview

On November 9, 2026, Hugging Face Daily Papers included the paper InfraRSI. The research proposes an agent framework that transforms human instructions into verified distributed large model training optimizations and uses a fixed task contract to prevent reward hacking. On four dense and MoE workloads, it achieves up to 2.75x speedup, raising average MFU from 17.4% to 30.0%, outperforming existing tuners and coding agents. The framework forms a two-level recursive self-improvement loop by online correction of priors and cross-cluster distillation of experience.

Generated by AI from reports · Updated 2 days ago

Attention and developments

Attention, hourly

Now 25, -1% in 24 hours·Peak 27 (Nov 10 23:00)

Nov 11Nov 12Nov 13Now 25

Related research

Progress timeline

Nov 9
  1. Hugging Face Daily Papers
    InfraRSI: Optimizing Training Infrastructure with Recursive Self-Improvement

    InfraRSI is an agent framework that turns human instructions into verified distributed LLM training optimizations and uses a fixed task contract to prevent reward hacking. On four dense and MoE workloads, it achieves up to 2.75x speedup, raising average MFU from 17.4% to 30.0%, outperforming existing tuners and coding agents. It corrects priors online and distills experience across clusters, forming a two-level recursive self-improvement loop.

Related discussion

Total 2 items

Attention trend

New sources per day

2 in 6 days·most 1 (Nov 8)·today 0

  • Nov 8: 1 new sources (1 outlets, 0 accounts)
  • Nov 9: 0 new sources (0 outlets, 0 accounts)
  • Nov 10: 1 new sources (0 outlets, 1 accounts)
  • Nov 11: 0 new sources (0 outlets, 0 accounts)
  • Nov 12: 0 new sources (0 outlets, 0 accounts)
  • Nov 13: 0 new sources (0 outlets, 0 accounts)

Hourly attention

Current attention 25·Peak in the comparable period 27 (Nov 10 23:00)·Change over the comparable past 24 hours -1%

0102030Nov 1019:00Nov 1113:00Nov 1207:00Nov 1301:00