Services · 15 ways across one gap

All services

Work · proof, not promises

All case studies

Insights · street talk, written down

Magazine

Company · AI Expertise since 2011

About Voidgap

SecureS.01 · Vibe Coding Audit

It runs.It’s reviewed.

You shipped AI-generated code. Do you know what it does?

Security holes and architecture debt in AI-generated code, found by humans and ranked by exploitability. Before your investors, auditors or attackers find them.

Deliverables
4
Process
4 steps
Self-check
4 questions
Move
Secure
src/api/invoices.ts · annotatedsample output
  1. 12app.get("/api/invoices/:id", async (req, res) => {
  2. 13 const inv = await db.invoice.find(req.params.id)critical
  3. 14 res.json(inv)
  4. 15})
  5. 16 
  6. 17const STRIPE_KEY = "sk_live_51Hx…"critical
  7. 18app.post("/api/export", exportAll)high
  • criticalIDOR: any user reads any invoice
  • criticallive secret committed to the repo
  • highexport endpoint without auth or rate limit

AI coding tools write working code quickly. Working and safe are different properties.

What goes wrong

AI-generated code tends to fail in the same places: an authorization check missing on one endpoint out of forty, secrets pasted into config files, user input passed straight into queries or prompts, dependencies nobody chose on purpose. Each is easy to fix once found. The problem is that nobody is looking, because the code works.

Why scanners are not enough

Scanners find patterns. They do not know that this endpoint returns another customer’s invoice, or that this export was meant to be internal. We review by hand where it matters: authentication, authorization, data flows, payments, anything that touches personal data. Findings are ranked by how exploitable they are, not by how many a tool produced.

Working and safe are different properties.

What you get, and how fast

A scope and threat model in the first call, a deep audit with questions asked asynchronously, a ranked report with reproduction steps and a fix backlog your team can work through, and a re-check of the critical fixes. Days, not months. Plus a review workflow and guardrails so the same issues don’t return with the next sprint.

02 · Sound familiar?

Tick what’s true.

0 of 4. Lucky you — or not honest yet.

03 · Self-check

Audit before the
next milestone?

Four questions about how the code was made and what depends on it.

  1. 01
    How much of the code is AI-generated?

  2. 02
    Who reviewed it?

  3. 03
    What does it touch?

  4. 04
    What’s coming up?

04 · What you get

What’s on the table
at the end.

Every engagement ends with things you can open, run or hand to an auditor. Not a slide saying we were there.

  1. 01Scope & threat modelWhat matters, what could go wrong
  2. 02Annotated findings logLine by line
  3. 03Ranked reportwith a fix backlog
  4. 04Verification reportafter the fixes

05 · How it runs

4 steps.
No mystery.

What you get at each step, and what we need from you. Nothing else.

  1. 01Scope & threat model

    you getScope document

    from you1 kick-off call, repo access

  2. 02Deep audit

    you getFindings log

    from youAsync questions only

  3. 03Findings & fix plan

    you getRanked report + repro steps

    from you1 walkthrough session

  4. 04Re-check

    you getVerification report

    from youAccess to the fixed branches

Report in days, not months.

07 · Questions

Asked before
every project.

Who should use this?

Teams shipping AI-generated code without thorough review, or teams that inherited a vibe-coded prototype that became production.

How is this different from automated scanning?

Human analysis ranked by exploitability, not generic linter output, with fixes your team can realistically implement.

What happens after the audit?

A prioritized fix backlog, a review workflow, and guardrails so the same issues don’t come back.

Next step · Vibe Coding Audit

What did your AI actually write?

A first call about your void. No deck. If it isn’t a fit, you’ll hear that too.