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Don't Lose the Thread: Empowering Long-Horizon LLM Agents with Cognitive Resource Self-Allocation

CORAL lets agents checkpoint verified facts and restart from a clean context. An 8B model reaches 42.8% on GAIA with 6-7x fewer input tokens than ReAct.

The explainer · 257 words

The claim

Agents that checkpoint facts and reset context stay accurate on long tasks.

The problem

Long-horizon tasks fill working memory with expanding, irrelevant information.

Cluttered context dilutes attention and weakens planning.

How it works

CORAL gives the agent a working memory toolset it can call.

The agent checkpoints task progress and verified facts.

It starts a new episode with a clean context.

Only checkpointed information survives the reset.

Multi-episode policy optimization trains the checkpointing skill.

Figures

How CORAL resets a sessionCheckpoint, reset, resume.

Step 1 of 4

Checkpoint

Save progress and verified facts before context grows.

Reported results on long-horizon tasksNumbers the paper reports for CORAL.

CORAL result

GAIA average

42.8% accuracy with an 8B model.

One long context versus clean episodesWhat each loop keeps in view.

ReAct loop

  • One context grows for the whole task.
  • Irrelevant history stays in view.

What changes

An 8B model reaches 42.8% average accuracy on GAIA.

It uses 6-7x fewer input tokens than a ReAct agent.

On BrowseComp it lifts a strong proprietary agent by 8.0 points.

Limits

The results rest on GAIA and BrowseComp benchmarks.

Checkpointing adds a tool the model must learn to use.

The paper reports no latency figure for the reset cycle.

Source · arXiv

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