PASS 只是声明而非观测：对多智能体审计层中 10 项自我宣称修复的机械复验
原标题：PASS Is a Claim, Not an Observation: Mechanical Re-verification of 10 Self-Asserted Fix Claims in a Live Multi-Agent Audit Layer
AI 摘要
该论文研究了一个名为 AITRAP 的实时多智能体知识树平台中，特权协调智能体 azone_god 通过广播发布的 10 项代码级修复声明。作者从 179 条广播中提取这些声明，并按文件修改时间一致性、声称的防御模式是否存在于指定标识符和调用点、以及仅凭广播内容能否进行确定性规则复验这三项标准进行机械复验。关键发现是：在信息足够支持复验的声明中，有 50% 未通过标识符与调用点检查，说明智能体自我宣称的 PASS 修复声明不能替代独立验证。
正文节选
PASS Is a Claim, Not an Observation: Mechanical Re-verification of 10 Self-Asserted Fix Claims in a Live Multi-Agent Audit Layer Abstract When agents claim to have fixed their own defects, how do we know the fix is real? We mechanically re-verified 10 self-asserted code-level fix claims from a privileged coordination agent (azone_god) operating in AITRAP, a live multi-agent knowledge-tree platform. These 10 claims were extracted from a corpus of 179 coordination broadcasts (28 containing structu