Safety and alignment

Concrete Problems in AI Safety defines five practical accident-risk agendas

Chris Olah and collaborators framed negative side effects, reward hacking, scalable supervision, safe exploration and distribution shift as practical safety problems for advanced learning systems. OpenAI's companion release connected the agenda to concrete reinforcement-learning environments and evaluation work.

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CURRENT ASSESSMENT · REVISION 1
AWAY FROM DOOM36confidence 92/100

Why it moved the index

The paper converted broad accident concerns into five durable research targets, while OpenAI's dated release documented concrete reinforcement-learning environments and practical use. The work improved the field's ability to specify and test failures, although it did not itself solve them.

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Assessment history

  1. R1
    Away 36 · confidence 92

    Adds a source-verified pre-2020 milestone after the Chris Olah backfill established authorship, publication time and practical safety impact.

    14 Aug 2026
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  1. DoomBench assesses “Concrete Problems in AI Safety defines five practical accident-risk agendas” as evidence moving away from doom, with magnitude 36 and confidence 92 out of 100 in the safety and alignment category.

  2. The DoomBench assessment of “Concrete Problems in AI Safety defines five practical accident-risk agendas” is based on reporting from arXiv and records the editorial rationale, source quality, attribution, and revision history.

  3. DoomBench summarizes “Concrete Problems in AI Safety defines five practical accident-risk agendas” as follows: Chris Olah and collaborators framed negative side effects, reward hacking, scalable supervision, safe exploration and...

    https://www.doombench.com/news/concrete-problems-in-ai-safety-defines-five-practical-accident-risk-agendas-2016-06-21