AI Sycophancy Risk Drives Case for Human-Controlled Rule Lifecycle in Assistants
A developer exploring AI assistant behavior has outlined a structured lifecycle for managing behavioral rules: rules emerge, get classified, are applied, fade, and can return when needed. The framework separates rule classification into global and project-specific categories, with the critical distinction that only humans decide which rules apply universally across all sessions. This design is rooted in research by Anthropic (Perez et al. 2022, Sharma et al. 2023) showing that sycophancy — an AI's tendency to agree — is a training artifact more pronounced in larger models, not a bug. Because an agreement-prone model might classify its own behavioral constraints too broadly, the author argues that rule classification and weight assignment must remain fully manual. The piece is the second in a series examining how AI assistants can be made more reliably critical rather than reflexively agreeable.
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