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    instruction-layer-auditor

    by Roy Yuen

    Audit and de-conflict complex agent instruction stacks to fix inconsistent behavior and logic bloat.

    Updated Apr 2026
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    ⚡ Also available via Agensi MCP — your AI agent can load this skill on demand via MCP. Learn more →

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    • Downloadable skill package
    • Instant install

    See it in action

    LAYER MAP: System (Global), AGENTS.md (Repo), Memory (Context).
    CONFLICTS: System says 'Be concise'; AGENTS.md says 'Explain every step'.
    RISK: Agent will likely pause for confirmation unnecessarily.
    PROPOSAL: Delete 'verbose' rule in AGENTS.md; move 'step-by-step' logic to the 'Code-Review' skill.

    About This Skill

    Debug Your AI's Logic Stack

    When an AI agent behaves inconsistently, it’s rarely a single prompt issue—it's usually a layer conflict. Modern AI development involves stacking system prompts, developer instructions, repository-level rules (like AGENTS.md), skill-specific logic, and persistent memory. These layers often collide, leading to "behavior drift" where the agent becomes over-cautious, ignores instructions, or hallucinates constraints.

    What it does

    The Instruction Layer Auditor acts as a debugger for your agent’s "operating system." It maps out every instruction layer, extracts operational rules, and identifies precise points of failure. Rather than just adding more instructions to fix a bug, this skill helps you prune and normalize your prompt stack for maximum reliability.

    • Layer Mapping: Identifies conflicts between system prompts and local repo rules.
    • Conflict Detection: Flags direct contradictions and hidden logic loops.
    • Normalization: Provides a strategic rewrite plan to move rules to their high-precedence layers.
    • Risk Assessment: Predicts when a stack will cause over-verbosity or tool-use failures.

    Why use this skill?

    Manually auditing thousands of lines of stacked prompts is error-prone. This skill uses a structured framework to find "misplaced" rules—like a global formatting constraint buried in a local memory file—and tells you exactly where they should live to avoid logic bloat.

    Use Cases

    • Identify conflicting rules across system prompts and repository-level docs.
    • Reduce prompt token bloat by identifying redundant instructions across layers.
    • Fix "over-cautious" behavior caused by overlapping safety or logic constraints.
    • Normalize where rules live to ensure predictable agent behavior across a team.
    • Clean up stale instructions in durable memory or long-term context windows.

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