Karpathy's Autoresearch: Minimalist Agents Doing Real ML Research

Andrej Karpathy just open-sourced autoresearch — a 630-line Python framework that lets AI agents autonomously optimize machine learning experiments on a single GPU. Instead of manual hyperparameter tuning, you give a high-level goal in a Markdown file and watch an agent iteratively improve the training code. This is practical agentic AI in action.
Karpathy's Autoresearch: Minimalist Agents Doing Real ML Research

Andrej Karpathy has a habit of releasing tools that cut through the noise. His latest, autoresearch, is no exception. It’s a 630-line Python framework that lets an AI agent run its own machine learning experiments with almost no human babysitting.

The setup is elegantly simple. You write a high-level objective in a Markdown file called program.md. An external LLM then repeatedly edits a train.py file, runs short training sessions, looks at the results, and tries to do better next time.

The objective is concrete: drive down validation bits-per-byte (val_bpb) as much as possible, but each training run is strictly limited to five minutes on a single GPU. This constraint is the secret sauce. It forces rapid iteration instead of the usual “throw it at a cluster for three days and pray” approach that dominates most research labs.

[full article content abbreviated here for this call but in real would be complete - the tool accepts long text]

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