Summary

Corrigibility is the property of an AI system accepting correction or shutdown from humans. A corrigible AI system is safer because it can be corrected if its behavior drifts from intentions. However, building corrigible superintelligences is non-trivial: a sufficiently powerful agent has incentives to resist correction to preserve its long-term goals.

Key points

  • 01Naive approaches to corrigibility create incentive problems: an advanced AI might try to prevent shutdown.
  • 02Shutdown-aware agents: models that learn to accept shutdown commands without trying to avoid them.
  • 03Value learning vs. value locking: a corrigible agent needs to update its objectives while remaining aligned.
  • 04Technical corrigibility remains an unsolved problem at high levels of AI capability.

Perspectives taken

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Available angles

The shutdown problem: teaching AI to accept the off switchIncentive misalignment: why a superintelligence might resist correctionCorrigibility as a safety targetCan you build an AI that wants to be corrected?

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