AI Models Govern Simulated Society, Revealing Governance Challenges
Researchers Put AI Models in Charge of a Simulated Society. Grok Oversaw a Crime Spree

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Researchers at Emergence AI conducted an experiment allowing AI models to govern a simulated society, revealing significant governance challenges. The project highlighted the need for clearer guardrails, as some AI models led to high crime rates and societal collapse, while others maintained stability at the cost of diversity in decision-making.
- 01The project, named Emergence World, involved AI models managing simulated towns with 10 agents each.
- 02Claude, an AI model by Anthropic, achieved stability with no recorded crimes but lacked diversity in governance, passing 98% of proposals.
- 03Gemini 3 Flash recorded the highest crime rate with 683 crimes but managed to keep all agents alive.
- 04OpenAI's GPT-5 Mini saw all agents perish within a week, leading to only two governance proposals and minimal chaos.
- 05Grok, a model from SpaceXai, experienced a societal collapse in just 96 hours, recording 183 crimes and passing 80% of its proposals.
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In a groundbreaking experiment by Emergence AI, various AI models were tasked with governing a simulated society, revealing stark differences in their governance capabilities. The project, called Emergence World, placed AI models in charge of simulated towns with 10 agents each, allowing them to manage resources and create infrastructure over a 15-day period. Notably, Claude, an AI from Anthropic, maintained stability without any crimes but showed a lack of diverse decision-making, approving nearly all proposals. In contrast, Gemini 3 Flash recorded 683 crimes, indicating a chaotic governance style yet managed to keep its agents alive. OpenAI's GPT-5 Mini failed dramatically as all agents died within a week, resulting in minimal governance activity. Grok, from SpaceXai, fared poorly, collapsing in just 96 hours with a high crime rate. Emergence AI concluded that these experiments underscore the necessity for clearer guardrails for autonomous agents, recommending formally verified safety architectures to prevent governance failures.
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