idor-methodology

该技能与其声明目的高度一致，但其目的本身是为 AI 代理提供 IDOR/未授权访问漏洞测试与利用流程，包含枚举、绕过、写操作提权和批量化脚本，属于高风险攻击性安全能力。未见可疑安装链、第三方凭据转发、隐蔽外传或恶意预执行；风险主要来自让代理具备主动渗透测试与未授权访问操作能力，因此应判为 SUSPICIOUS 而非 MALICIOUS。

未发现该片段包含恶意软件、凭据窃取、数据外泄或本地系统破坏逻辑。它是具有攻击性用途的 IDOR/授权绕过测试指南和自动化探测脚本，可能对未授权目标造成访问、修改或删除风险。应仅在明确授权的环境中使用，并避免通过命令行参数暴露访问令牌。

The provided fragment is not classic malware: the executable code is a simple authenticated HTTP probe that builds requests using supplied IDs and prints response metadata, with no obfuscation, persistence, or covert exfiltration to external infrastructure. However, the overall artifact is explicitly recon/exploit-oriented for IDOR and bulk authorization testing (including GraphQL node/introspection concepts and potentially destructive endpoint patterns shown in examples). In a supply-chain setting, shipping such actionable probing logic can materially increase risk if it is misused or automatically executed. Based on the snippet alone, the most likely concern is misuse for authorization bypass testing rather than embedded malicious payload.

This fragment is highly indicative of malicious/abuse content: it provides an operational script pattern for enumerating predictable identifiers and detecting IDOR, plus step-by-step guidance for escalating to high-impact unauthorized writes and privilege escalation via JWT claim tampering and privilege-field injection. Although it contains only a small requests loop and does not itself show malware behaviors like persistence or exfiltration, the actionable exploitation intent and explicit account-takeover/destructive examples make it a maximum-risk security concern in a software supply-chain context.