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Princeton and Meta propose Self-Direction, saving agent fixes as LoRA adapters

1 article1 sourcesince Oct 29Last article 1h ago ·

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Princeton and Meta researchers propose Self-Direction, a method that trains an AI agent's failure lessons into LoRA adapters, which a router reloads on similar tasks.

Each adapter is about 0.02% of the model's size. Rohan Paul, who shared the paper on X, reports that with Qwen3.6-27B, GAIA task success rose from 38.8% to 55.8%.

The paper says 67.3% of repairs still worked by the third encounter with a task, compared with 42.9% for plain retrying. The paper's claims come from its own experiments on the GAIA benchmark.

Written by AI from the articles below · updated Oct 29, 4:31 PM ET

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Oct 29
  1. Rohan PaulX
    Princeton and Meta paper proposes saving agent fixes as reusable LoRA adapters

    AIRohan Paul shares a Princeton and Meta paper on agents that repeat mistakes across sessions. The paper's Self-Direction method has a failing agent distill a lesson into a LoRA adapter about 0.02% of the model's size, which a router reloads on similar tasks. With Qwen3.6-27B, GAIA task success rose from 38.8% to 55.8%, and 67.3% of repairs still worked by the third encounter, versus 42.9% for plain retrying.

    Image from @rohanpaul_ai's post

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