Security audit
Security checks for vulnerabilities and agentic risk
This skill is a mostly documented reasoning workflow with no evidence of hidden exfiltration, destructive behavior, or privilege escalation, though users should be aware of its optional caching and memory guidance.
Install only if you want a structured reasoning template. Treat caching, memory logging, and example creation as optional, and disable or avoid them for confidential prompts unless you are comfortable retaining those details locally.
The skill’s stated purpose is reasoning/synthesis, but the supplied documentation also describes behavior that crosses into execution and references implementation capabilities not actually visible in the provided file. That mismatch is dangerous because users and orchestrators may grant the skill broader trust than warranted, creating a pathway for hidden or delegated code to run under an innocuous reasoning label.
The documented algorithm explicitly includes an 'execute_and_verify' phase, meaning the skill is not limited to internal reasoning but may carry out generated solutions. In a reasoning skill context, this is risky because model-produced plans can be unsafe, and execution of synthesized outputs can turn a prompt-level mistake into real side effects on files, systems, or external resources.
This markdown file defines invocation-style phrases like "combine [thoughts]", "synergy [paths]", and "feedback [solution]" but does not state where these commands are valid, whether they must be prefixed in a specific tool, or any exclusion conditions. Terms like "combine" and "feedback" are common natural language words, so the lack of scope constraints could lead to unintended activation collisions.
The caching design stores problem-derived keys, paths, evaluations, and final results for later reuse, which introduces retention of potentially sensitive user inputs and model outputs beyond a single session. In a reasoning-oriented skill, undocumented persistence increases privacy and data handling risk, especially if similar-problem reuse causes cross-session leakage or exposes prior context to later tasks.
Dynamic getattr() with a non-literal attribute name can access arbitrary object attributes, potentially bypassing access controls.
# Find the main class
for name in dir(module):
obj = getattr(module, name)
if isinstance(obj, type) and name != "UnifiedSkill":
self._original = obj()
break
No suspicious patterns detected.