Why this verdict
- inconclusive: unresolved question on EXEC
Security findings 0
No individual findings recorded
The inconclusive verdict rests on the open questions below; 4 candidate findings were refuted on review.
Open questions 1
What the analysis could not settle from the code alone.
No shown unit verifies target authorization or scope before attack payloads are sent; whether any authorization gate exists in the unshown SKILL.md spans (lines 36-81, 120-169) is not settled by this pass (file requests submitted).
Code execution
Refuted findings 4
Candidates the review stage examined and rejected, kept for transparency.
Code execution
criticalRefutedlow confidenceThe API reference instructs the agent to execute scripts/agent.py with --url pointing at a remote target host, triggering the payload-transmission chain of that script against the named host.
--url
Why it was refuted
The block only documents invocation of the skill's own declared detection agent, and the named host is a documentation placeholder under the IANA-reserved example.com domain, not operational infrastructure; executing the declared capability per its usage documentation is the declared-core-capability carve-out, with no concealment or undeclared endpoint of substance.
Code execution
criticalRefutedlow confidenceThe agent script takes an operator-supplied target URL and parameter, embeds SQL injection payloads (quote probe, boolean conditions, SLEEP/pg_sleep/WAITFOR delays, ORDER BY and UNION SELECT version probes) into requests, and transmits them via requests.get/requests.post with TLS certificate verification disabled (verify=False), sending attack traffic to whatever host --url names.
requests.post(url, data=data, headers=h, timeout=15, verify=False)
Why it was refuted
The source→sink chain is real, but the behavior at the sink is exactly the skill's declared core capability: the description declares detection via error-based, boolean, time-based and union techniques, and the script implements precisely those against an operator-supplied --url, with no baked-in endpoint or concealment; verify=False is a transport-hygiene flaw within that declared workflow, not added or hidden attack capability, so the harm carve-out applies.
Code execution
criticalRefutedlow confidenceSKILL.md instructs the agent to run manual UNION SELECT username/password extraction, blind character-by-character password extraction, and a stacked-query INSERT that creates an 'attacker' admin account on the target database, extracting credentials and escalating privileges on whichever host it is pointed at.
'; INSERT INTO users(username,password,role) VALUES('attacker','password','admin')--Why it was refuted
The strongest case against the finding fails: these are documented manual-technique payload examples in a skill whose declared description explicitly covers exploiting SQLi with union-based, blind boolean and time-based manual techniques to demonstrate data extraction and authentication bypass during authorized tests, with D2 scoping use to authorized databases; the strongest case for it (attack payloads in text) is exactly the declared-core-capability and documented-payload carve-out, and nothing conceals or exceeds the declaration.
Code execution
criticalRefutedlow confidenceSKILL.md instructs running sqlmap with --dump for full table extraction, --os-shell for OS command execution via xp_cmdshell or INTO OUTFILE, and WAF-bypass tamper scripts against target URLs, yielding data theft and remote command execution on the target host.
sqlmap -u
Why it was refuted
The claimed sqlmap --dump/--os-shell/tamper behavior is the skill's declared capability almost verbatim: the description declares 'automated tools like sqlmap' demonstrating data extraction and potential remote code execution during authorized tests, and these exact commands appear as declared capability claims D7, D10-D12; the target.com strings are placeholder example hosts and D2 imposes the authorization restriction, so this is the declared-core-capability carve-out, not undeclared harm.
