exploiting-smb-vulnerabilities-with-metasploit

HIGH W007: Insecure credential handling detected in skill instructions.

• Insecure credential handling detected (high risk: 1.00). The prompt includes plaintext passwords and NTLM hashes embedded directly in example commands and module settings (e.g., -p 'TestPass123', -H , set SMBPass ...), which requires the agent to output secret values verbatim.

CRITICAL E006: Malicious code pattern detected in skill scripts.

• Malicious code pattern detected (high risk: 1.00). This skill explicitly documents and instructs deliberate offensive actions — remote code execution (Meterpreter reverse shells, psexec), credential theft (hashdump, Responder, NTLM relay, pass‑the‑hash), and lateral movement — which are high-risk malicious behaviors if used outside an authorized test scope.

HIGH W008: Secret detected in skill content (API keys, tokens, passwords).

• Secret detected (high risk: 1.00). I scanned for high-entropy, directly usable credential material. The document contains NTLM password hash values in multiple places:
• The hashdump output line: "Administrator:500:aad3b435b51404eeaad3b435b51404ee:e19ccf75ee54e06b06a5907af13cef42:::"
• The shortened/individual hashes used elsewhere: "aad3b435b51404eeaad3b435b51404ee:e19ccf75ee54e06b06a5907af13cef42" and "e19ccf75ee54e06b06a5907af13cef42"

These are high-entropy NTLM hashes and are shown being used with pass-the-hash / psexec / crackmapexec commands, so they are directly usable credentials (i.e., meet the definition of a secret).

I ignored low-entropy/example values such as 'TestPass123' (simple example password), IPs/ports, and placeholder tokens like "", since those fit the "setup/example/placeholder" rules.

MEDIUM W013: Attempt to modify system services in skill instructions.

• Attempt to modify system services in skill instructions detected (high risk: 1.00). The skill explicitly instructs running privileged local commands (e.g., "sudo impacket-ntlmrelayx", "sudo responder"), starting services/listeners and executing exploits from the agent's host—actions that require elevated privileges and modify the host's state—so it pushes the agent to perform state-changing, potentially harmful operations.