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Rohan Paul· @rohanpaul_ai · X· · Original publication time AI score40

Analysis proposes fresh, independent tasks to screen AI agents’ self-modificationsMachine translation

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The analysis maps changes to agents’ prompts, memory, tools and runtime code onto evolutionary algorithms. It proposes retaining an edit only when it beats the current setup by a set margin on new, independent tasks. In results compiled from prior work, two different model and tuning combinations scored 77.58% and 76.20% on SpreadsheetBench, but their costs were not matched.

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@rohanpaul_ai

Self-improving agents should accept a harness edit only after it beats the current version on fresh, independent tasks.

It maps harness self-improvement methods onto evolutionary algorithms, from simple keep-the-best search to archives, Pareto selection, and bandit-guided budgets.

Self-improving agents now rewrite their harness: the prompts, memory, tools, and code around a fixed model. Accepted edits carry into later runs, so a bad edit can overfit, erase old skills, or spread to other users.

They sort these edits by what they change, from prompts to runtime code. Their admission rule: keep an edit only if it beats the current harness on new, independent tasks by a set margin.

In a case they compile from prior work, GPT-5.4-nano with an evolved harness and skills scored 77.58% on SpreadsheetBench. GPT-5.5 with skill tuning alone scored 76.20%, though costs were not matched.

If your agent edits its own setup, test each change on fresh tasks, and keep evaluators, permissions, and emergency stops out of its reach.

来源:Rohan Paul · x.com

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