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RESEARCH RECORD

Announcing the ARC White-Box Estimation Challenge — Alignment Research Center

Jacob Hilton · Paul Christiano · Wilson Wu · Alignment Research Center

Original publication ↗ · BibTeX · RIS

White-box methods are motivated by limits of behavioral sampling.Current methods degrade with depth, and trained-network transfer remains unresolved.

Research question

Can internal access improve estimates of neural-network expectations?

Design & assumptions

A compute-constrained challenge estimates random MLP expected outputs using mean-squared error.

Findings

White-box methods are motivated by limits of behavioral sampling.

Current methods degrade with depth, and trained-network transfer remains unresolved.

Limits & counterevidence

Initial-announcement configuration only; later contest rounds may differ and current round is unverified. Foundational estimation challenge, not a frontier-model safety score.

Source evidence

SystemMeasureReported valueConditions & location
—width256neuronsInitial announcement dated 2026-06-02 only; not current contest configuration. Initial announced width; contest omits final linear layer per L45L15
—hidden layers8layersInitial announcement dated 2026-06-02 only; not current contest configuration. Initial challenge configuration, can change between roundsL15
Reading scope & review

Selected substantive passages of original institutional article; linked full paper, data and figures not independently audited

Model-assisted reading; independent evidence review pending.

Check the original source ↗