Kunlun Security Training Workbench

What it solves

Security learners and engineers often hit the same practical gaps: they do not know what to check before launch, how to review code for XSS, injection, or privilege escalation, how to respond when an alert fires, or where the compliance line is. @kunlungrowth/kunlun-peixun turns these problems into reusable methodology documents instead of external tooling or paid services.

How it works

It organizes output around five capabilities:
- Security testing methodology: given an authorized target scope, it produces a test checklist and boundary statement.
- Risk self-check: based on assets, ports, endpoints, dependencies, and exposure, it outputs a baseline checklist and remediation items.
- Incident response: it follows contain → preserve evidence → trace root cause → remove persistence → review.
- Secure coding: by language and scenario, it lists anti-patterns, fix examples, and credential externalization practices.
- Compliance boundaries: it clarifies authorization rules, prohibited actions, and red lines.

The key workflows cover pre-launch security checks, intrusion response, and secure code review. The pre-launch flow starts with open ports, endpoints, authentication, secrets, logs, and dependency vulnerabilities. The incident flow prioritizes isolation, password rotation, and evidence preservation before root-cause analysis and cleanup. The outputs are template-oriented and fit team training notes, launch checklists, or code review checklists.

Limits and cautions

The skill covers methodology, templates, and checklists only; it does not replace professional qualification judgments or connect to external accounts, keys, or paid services. Any security testing must be based on written authorization, clear scope, time windows, and prohibited actions. It is better suited for learning paths, internal self-checks, and training materials than for unauthorized probing or exploit generation.