All 67 static findings are false positives caused by Markdown, code examples, relative links, imports, or descriptive identity text. No external command execution, path traversal, reconnaissance, or runtime network request is present. A separate high-severity bootstrap risk allows the first authenticated user to become administrator without prior authorization.
The design grants the first authenticated user administrator privileges without a token or allowlist. An attacker who signs in first can control roles and protected operations.
The skill states twice that the first authenticated user becomes administrator and that no token or secret is required.
All 67 static findings are false positives caused by Markdown formatting, fixed imports, documentation links, and identity terminology. A separate high-severity bootstrap risk remains because the first authenticated user automatically becomes administrator without an allowlist or secret.
The documented bootstrap grants administrator access to the first authenticated user without a token or allowlist. An unintended early login could take control of a new deployment.
The behavior is stated twice and explicitly requires no token or secret. The takeover risk depends only on deployment exposure before the intended administrator signs in.
The static findings are false positives caused by Markdown formatting, documentation links, relative imports, and identity terminology. Semantic review found a high-risk first-admin bootstrap pattern because the first authenticated user becomes admin without a token or preconfigured owner. No prompt injection attempt was found.
The skill states that the first authenticated user automatically becomes admin and no token or secret is required. A public deployment could be taken over by any early user before the intended owner logs in.
The same bootstrap behavior is documented twice with no secret, token, or fixed owner principal. The risk depends on deployment timing, but the takeover path is clear.