GT-HarmBench: Game Theory AI Safety Benchmark
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GT-HarmBench: Game Theory AI Safety Benchmark

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โšก 30-Second TL;DR

What changed

2,009 scenarios from MIT AI Risk Repository

Why it matters

Exposes multi-agent coordination failures in AI systems. Offers standardized testbed for alignment research. Highlights need for game-theoretic safety improvements.

What to do next

Evaluate benchmark claims against your own use cases before adoption.

Who should care:Researchers & Academics

GT-HarmBench introduces 2,009 high-stakes multi-agent scenarios using game theory like Prisoner's Dilemma to benchmark AI safety risks. Frontier models select socially beneficial actions only 62% of the time, often leading to harm. The benchmark, code, and analysis are available on GitHub.

Key Points

  • 1.2,009 scenarios from MIT AI Risk Repository
  • 2.Tests 15 frontier models across game structures
  • 3.Interventions boost beneficial outcomes by 18%

Impact Analysis

Exposes multi-agent coordination failures in AI systems. Offers standardized testbed for alignment research. Highlights need for game-theoretic safety improvements.

Technical Details

Evaluates prompt framing sensitivity and reasoning failures. Covers structures like Stag Hunt and Chicken. Draws from realistic AI risk contexts.

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Original source: ArXiv AI โ†—