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OWASP Top 10 Code Audit Checklist Generator

Generate a code audit checklist based on OWASP Top 10 2021 — with specific code patterns to check, fix examples, and testing procedures.

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What this prompt does

This prompt generates an OWASP Top 10 (2021) code audit checklist tailored to your [language] and [framework]. For each vulnerability it produces a description and risk level, specific code patterns to search for in [language], grep/search commands to find vulnerable code, before/after fix examples, an automated testing approach, recommended security headers and config, and detection tools, with extra focus on [priority_vulns] and your [app_context], output as a shareable [format] checklist.

The structure works because a generic OWASP list flags categories but doesn't get vulnerabilities fixed. By grounding each item in concrete [language] patterns plus grep commands and before/after fixes, the checklist becomes something a reviewer can work through without you in the room. Focusing on [priority_vulns] for your specific [app_context] (say, payment processing) means the highest-risk issues for your app rise to the top instead of being buried in boilerplate.

When to use it

  • Running a security pass on a [language] [framework] codebase before a release or audit.
  • Giving a reviewer a self-contained checklist with grep commands they can run themselves.
  • Prioritizing [priority_vulns] that matter most for your [app_context].
  • Standardizing security reviews so each language has a consistent, repeatable checklist.
  • Producing before/after fix examples that show developers exactly what to change.
  • Building a security regression suite so closed vulnerabilities stay closed.

Example output

You get a [format] checklist (Markdown with checkboxes by default), organized by OWASP Top 10 category. Each entry has a risk level, the [language]-specific anti-patterns to look for, copy-pasteable grep/search commands, a before/after fix snippet, a testing approach, recommended headers/config, and tool suggestions. It closes with a prioritized remediation plan, effort estimates per fix, and a security regression test outline, weighted toward [priority_vulns].

Pro tips

  • Set [app_context] precisely; "e-commerce with payment processing" surfaces very different risks than a static marketing site.
  • List your true [priority_vulns] so the checklist front-loads what would hurt you most, not generic items.
  • Treat the grep commands as a starting net; they catch obvious patterns but miss obfuscated or indirect cases.
  • Always pair the checklist with a real SAST tool; an LLM checklist complements automated scanning, it doesn't replace it.
  • Adapt the before/after fixes to your [framework]'s idioms rather than pasting them verbatim.
  • Keep one checklist per [language] so a reviewer can run it end to end without context-switching.

Frequently Asked Questions

Does this replace a real security scanner like a SAST tool?
No, and it shouldn't be treated that way. The checklist is a guided manual review with grep commands and fix examples; it complements automated SAST and dependency scanning rather than replacing them. Use both, since each catches issues the other misses, and the human-readable checklist helps reviewers understand findings.
Why does it ask for [app_context]?
Risk depends heavily on what the app does. An e-commerce app with payment processing and user accounts faces very different top threats than an internal tool. Providing `[app_context]` lets the checklist weight `[priority_vulns]` toward what would actually hurt you, instead of treating every OWASP category as equally urgent.
Are the grep commands enough to find every vulnerability?
No. The grep and search commands catch obvious instances of known patterns, but they miss obfuscated, indirect, or logic-level vulnerabilities. Treat them as a fast first pass that narrows where to look closely, then back them with a real scanner and manual review for the cases pattern-matching can't reach.
Can I use this for a language other than the default PHP/Laravel?
Yes. Set `[language]` and `[framework]` to your stack, and the patterns, grep commands, and fix examples are tailored accordingly. Keeping one checklist per language is the recommended approach so a reviewer can work through a consistent, language-specific document end to end without switching mental contexts.
Why include before/after fix examples instead of just flagging issues?
Flagging a vulnerability without showing the fix often leaves it open, because developers may not know the correct remediation. Before/after examples show exactly what to change in `[language]`, which is what actually gets issues closed rather than just logged. Adapt them to your `[framework]`'s idioms before applying.
Engr Mejba Ahmed

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Engr Mejba Ahmed

AI Developer · Software Engineer

I'm Mejba — I design and ship production AI systems, automations, and full-stack apps. If you want this turned into a working solution for your team, let's talk.

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