Secure Your Repositories with AI Code Audit & Cleanup

44% of AI code-generation tasks introduce a security vulnerability. We audit, verify, and clean up vibe code inside your repository. No rewrites.

✅Expert Verification: Flaws confirmed by an engineer, never a scanner alone.
✅Direct Remediation: Fixes land in your existing repository and workflow.
✅Defended ROI: Every fix priced before code is written.

Credentials

ISO 27001 Certified

OraclePartner

SnowflakePartner

AWS Partner

Capability
16+
Years of Experience
250+
Projects Delivered
95%
Customer Retention
200+
AI-first Engineers
Who this is for

For Engineering Leaders Who Can't Answer "What's in Our AI-Generated Code?"

AI now writes roughly half the code committed inside organizations that have adopted it. Your developers did not ask permission, and your security policy did not keep pace. The uncomfortable part is not that AI-generated code is wrong — it usually runs. It is that it passes the tests you wrote and fails the ones an attacker writes. Veracode scored cross-site scripting at a 15% pass rate and log injection at 12%. Those are the categories your scanner is worst at explaining.

An AI-generated code audit is a structured review of AI-generated and AI-assisted code against security, architecture, dependency, and compliance standards, performed by senior engineers rather than tooling alone. GrowExx scores what you have, ranks findings by business impact, and prices each fix — ROI defended before code is written.

Three Layers

The Three Layers of an AI Code Audit

01
What Your Tooling Already Tells You

Linters pass, tests are green, the build is clean, the app is live. Real signal — and the reason the risk stays invisible.

02
What Everyone Assumes Is Also True

Secure by default, dependencies are real, access control holds under a hostile request, logic matches the business rule. In most AI-generated codebases, nobody has checked this layer.

03
What GrowExx Adds

Senior-engineer verification of every finding, a costed remediation plan, ISO 27001-aligned evidence for SOC 2 and investor diligence, and a permanent review gate in your CI/CD pipeline.

What we deliver

Our Vibe Code Audit & Cleanup Services

AI Code Security Scan

Static analysis, secrets scanning and dependency verification, then a manual AI code security review by senior engineers who confirm which findings are exploitable in your deployment, not just flaggable. Targets the three failures present in most AI-generated codebases: injection flaws, hardcoded secrets and broken access control. Your team fixes verified risk instead of triaging a scanner export.

Production Readiness Audit

A production readiness audit that answers one question with evidence: what breaks first at 10x your current load, and how long until it does? Covers architecture, database indexing, connection pooling, caching, error handling, test coverage, cloud IAM configuration and CI/CD pipeline integrity across AWS, GCP and Azure.

Expert AI Code Review

Senior engineers read the business logic no linter can judge — code that looks correct but fails the edge case only your company understands. Pricing rules, tenant isolation, permission tiers and payment flows get tested against how your customers use the product in practice, not against how the prompt described it.

Vibe Code Cleanup & Remediation

For applications generated with Lovable, Bolt, Replit, v0, Cursor or Claude Code. GrowExx engineers work the prioritized fix list inside your existing repository, critical findings first. No rewrite, no parallel codebase. Each sprint closes a defined set of findings and re-tests them before sign-off.

Ongoing AI Code QA

A validation gate inside your deployment pipeline checks every future AI-assisted commit for exposed secrets, dependency integrity and access-control regressions. Your team keeps its release velocity; the gate keeps the assumptions in Layer 2 true after the engagement ends. Runs in GitHub Actions, GitLab CI or your equivalent.

Compliance & Due Diligence

Findings report, remediation log, and architecture summary, structured the way SOC 2 assessors, enterprise security reviewers, and investor diligence teams ask for them. Documentation follows GrowExx's ISO 27001:2022-certified process. Diligence becomes a one-hour document review instead of a two-week fire drill.

Industries we serve

AI Code Security Review, Matched to How Your Industry Operates

AI-generated code creates a different risk profile in every sector. Four audit playbooks, one method.

The Challenge

Multi-tenant isolation is the one thing a SaaS platform cannot get wrong, and it is exactly the thing AI-generated code gets wrong quietly. A tenant filter missing from one query path leaks another customer’s data without raising a single error. Add rapid AI-assisted feature cycles and permissive API defaults, and the gap between what your access-control policy says and what your code enforces widens with every release.

How GrowExx Helps

We test tenant isolation against real query paths rather than stated intent. This includes scrutinizing Supabase row-level security (RLS) policies that may look restrictive in the dashboard but are actually vulnerable in production. Beyond the database, we review API authorization, rate limiting, and error-handling paths to ensure no data is inadvertently exposed. Finally, we rank our findings by blast radius—the number of tenants a single exploited flaw could compromise—so you can prioritize remediation based on actual customer risk.

Deliverables

  • Tenant isolation test results across every data path
  • API authorization and rate-limit gap list
  • Row-level security policy verification
  • Severity-ranked findings register with fix cost
  • CI/CD review gate for future commits

Quantified Result

Cross-tenant risks remediated in 2 weeks

The Challenge

Checkout, payment integration and inventory logic concentrate three kinds of risk in one codebase: regulated card data, personal information and peak-traffic load. AI-generated checkout flows commonly validate on the client and trust the server-side input, or recalculate price in a path the discount logic never sees. Both failures surface as revenue loss rather than as an error log, which is why they survive to Black Friday.

How GrowExx Helps

We trace every price, discount and inventory mutation to its authoritative source and test the paths that bypass it. Payment integration points are reviewed against PCI DSS expectations, and the checkout path is load-tested at peak multiples of current traffic so the bottleneck is found before the sale is.

Deliverables

  • Checkout and payment flow security review
  • Price and inventory logic integrity tests
  • PCI DSS alignment gap list
  • Peak-load profile at current and 10x traffic
  • Prioritised fix list with cost of inaction

Quantified Result

5 days to identify peak traffic and checkout bottlenecks

The Challenge

Financial applications carry obligations no model was trained to enforce. AI-generated code handling transactions, KYC workflows or payment integrations will produce a function that works and omit the audit trail, the idempotency key, and the encryption-at-rest requirement that make it legal. Regulators and enterprise buyers both ask for documented human oversight of AI-assisted development — and a scanner report is not that.

How GrowExx Helps

We review transaction integrity, idempotency, encryption and access control against the frameworks your supervisor and your buyers check, then map each finding to the specific control it affects. The remediation log becomes the documented human-oversight evidence that compliance questionnaires ask for, produced under our ISO 27001:2022-certified process.

Deliverables

  • Transaction and KYC workflow logic review
  • Encryption and key-handling verification
  • Access control and audit logging gap map
  • Framework control mapping (SOC 2 / PCI DSS)
  • Remediation log as oversight evidence

Quantified Result

Found 47 issues; resolved 100% of criticals in 1 week

The Challenge

Patient data creates liability from the first commit. HIPAA obligations attach to a data-handling module whether or not anyone reviewed it, and AI coding tools do not ask where personal health information flows, who can read it, or how long it is retained. A single unencrypted field or over-permissive cloud role can trigger breach reporting — and in healthtech, a reportable incident costs more than the contract it threatens.

How GrowExx Helps

We trace every personal health data flow through the application, test access policies against real query paths, and check retention and encryption against HIPAA’s technical safeguards. Findings map to the specific controls a customer’s compliance team will check. GrowExx’s ISO 27001:2022- and ISO 13485:2016-certified processes support the documentation.

Deliverables

  • PHI data flow map across the application
  • HIPAA technical safeguards gap analysis
  • Encryption at rest and in transit verification
  • Cloud IAM and role permission review
  • Audit-ready control evidence pack

Quantified Result

HIPAA gap analysis completed in 5 business days

See how a 3-person fintech team closed 14 critical findings in 1 week.

The real audit findings, walked through end to end. 20 minutes. No slides.

How we deliver

How the GrowExx AI Code Audit Process Works

Five phases that move a codebase from unmeasured risk to documented, defensible confidence. Click any step to see what happens inside it and what you receive.

Step 01 · Code Discovery & Scope Mapping

We map the repository: dependencies, services, data flows, cloud configuration, and which components were AI-generated versus hand-written. Coverage includes Lovable, Bolt, Replit, v0, Cursor, Claude Code and Windsurf output running on Supabase, Postgres, Firebase, Node.js, Python or .NET.

Output: Scoped system map and audit plan, agreed with you before work starts.

Step 02 · Automated + Manual Security Review

Static analysis, secrets scanning and dependency checks — including hallucinated-package detection — flag candidates. Senior engineers then verify which are genuinely exploitable, eliminating false positives and surfacing the contextual vulnerabilities automated tooling cannot see.

Output: Findings register with a severity rating and exploitability verdict for every issue.

Step 03 · Architecture & Business Logic Validation

We test how AI-generated components behave inside your wider system: scaling bottlenecks, data flow integrity, tenant isolation, permission tiers and business-logic accuracy. Load tests run at current and 10x traffic so the first failure point is measured, not estimated.

Output: Load profile and business-logic gap list with reproduction steps.

Step 04 · Risk Prioritization & Remediation Plan

Every finding receives a severity, a business impact, a fix cost and a plain-language cost of inaction, so a board or founding team can approve the plan in one meeting — ROI defended before code is written. Remediation sprints then close findings in priority order.

Output: Costed fix list and remediation log.

Step 05 · Continuous Validation & Handover

An AI code review gate goes live in your CI/CD pipeline so future AI-assisted commits are checked automatically. Your team receives full documentation, the evidence pack and a walkthrough session.

Output: Live CI/CD quality gate and compliance-ready due diligence package.

Why GrowExx

Why Choose GrowExx for AI Code Audit & Cleanup?

01

Vendor-Neutral and Model-Neutral

GrowExx is not paid by OpenAI, Anthropic, Lovable, Cursor, Snyk or any scanning vendor. The recommendation follows the audit evidence: keep the tool, change the tool, or add a gate — never a partnership agreement or referral fee.

02

ROI Defended Before Code Is Written

Every finding carries a fix cost and a cost of inaction in terms a CFO can approve. You decide what to remediate with numbers in hand, instead of signing an open-ended statement of work and discovering the scope later.

03

Senior Engineers, Not Scanner Output

Most code audit services resell a scanner report. Scanners flag patterns; our 200+ AI-first engineers diagnose root causes. Every reported finding has been manually verified as exploitable, which is why remediation lists from a GrowExx AI code audit are short enough to finish.

04

Audit-Grade Governance

ISO 27001:2022, ISO 9001:2015, and ISO 13485:2016-certified processes stand behind every report. Documentation maps to SOC 2, HIPAA, and GDPR control sets, so the paper trail holds up in a diligence room rather than only in a Slack thread.

05

Findings in 48 Hours

The core security assessment lands while your fundraise or customer security review is still live. For an MVP-scale codebase you see verified findings in two days — not a kickoff deck in two weeks.

06

Yours to Keep After We Leave

Engagements end with a review gate running on your infrastructure, full documentation and a team walkthrough. No retainer lock-in, no proprietary tooling you cannot run without us.

Convinced? Schedule a 30-min AI Code Audit Call →

Selected work

Real-World AI Code Audit Case Studies & Success Stories 

See exactly what an audit finds, and what it costs to leave it unfound.

What our clients say

The CFOs and CIOs we've worked with.

"

GrowExx is the only partner who refused to start coding until we agreed on the ROI math. That discipline is exactly why our reconciliation agent shipped on time, on budget.

CFO
Global Finance Group
AI Agents
BFSI
"

We had three AI vendors. Two showed us demos. GrowExx showed us the eval harness, the cost-per-task dashboard, and the rollback plan. That's why they got the contract — and the renewal.

VP Operations
Apex Enterprise
Enterprise AI
Logistics
"

Their team treats every agent like a regulated piece of software, not a science project. That's the difference between a pilot you brag about and an agent your auditor signs off on.

Chief Risk Officer
Vanguard Manufacturing
AI Agents
Manufacturing

Talk to the team behind these outcomes.

From our insights

Stay up to date with our recent posts

Featured Product

The 4-Tier AI Code Audit — the packaged framework behind every engagement.

AI Code Security Scan → Production Readiness Audit → Expert AI Code Review → Ongoing AI Code QA. Buy any tier standalone or run them in sequence; each tier feeds the next one's scope, so you never pay to re-discover what a prior phase already mapped. Start free with the same 15-point readiness checklist our engineers work from on day one.

48 hrs
Core security assessment
15-point
Readiness checklist
4 tiers
Standalone or in sequence
Related services

Where to go next.

For teams moving from ad-hoc AI assistance to governed AI-driven development across the full software lifecycle.

Production-grade GenAI for content, code, and customer experience.

 

C-suite advisory: roadmap, ROI, governance, and operating model.

 

For teams that need the remediation capacity in-house — AI-first engineers who work inside your repository and your pipeline.

Frequently asked

FAQs about AI Code Audit & Cleanup

An AI-generated code audit is a senior-engineer review of AI-generated and AI-assisted code against security, architecture, dependency and compliance standards. It verifies which scanner findings are exploitable, then delivers a severity-ranked fix list with a cost attached to each item.

Traditional audits look for known human errors and signature-based vulnerabilities. AI code audits specifically target LLM-specific anomalies, including package hallucination, prompt-injection vulnerabilities, recursive logic loops, and drift caused by underlying model updates.

Because pattern-matching scanners can’t contextualize code, they fail where AI-generated code struggles most. Veracode’s 2026 GenAI Code Security Report highlights that AI code averages only a 56% security pass rate, leaving 44% of tasks with critical vulnerabilities—including abysmal 15% pass rates for cross-site scripting and 12% for log injection. These vulnerabilities require a reviewer who understands architectural intent, not a simple regex rule. Business-logic flaws prove the point: missing a tenant filter on a single query path or doubling a promotional discount creates syntactically perfect code that leads straight to data exposure or revenue loss.

Five recur in nearly every audit. Hardcoded secrets, because the model needed a working example and never came back to parameterize it. Broken access control, because permission checks were assumed rather than designed. Injection flaws, especially in the string-concatenated queries models produce under time pressure. Hallucinated dependencies — package names the model invented, which attackers now register deliberately to exploit this exact pattern. And missing rate limiting and input validation on endpoints that were never meant to face the public internet. None of these stop the app from running, which is why they survive to production.

The core AI code security review takes 48 hours for an MVP-scale codebase. The full production readiness audit, business-logic review and remediation sprints follow a scope agreed upfront. Remediation is priced from the costed fix list, so you see what each fix costs — and what leaving it costs — before any code changes. Most teams close critical and high findings first and schedule the rest against their roadmap.

Almost never, and we will say so if you do. AI coding tools optimize for code that runs and passes visible tests, not code checked against hostile input — that is a normal gap to close, not a reason to discard months of product validation. Vibe code cleanup works inside your existing repository, closing findings in priority order. A rebuild recommendation only follows evidence that remediation would cost more than replacement, and that evidence is shown to you.

You do. All code changes, findings reports, remediation logs, and documentation belong to your company. GrowExx works in your repository and your pipeline, and the CI/CD review gate we install runs on your infrastructure. Nothing requires a GrowExx license or subscription to keep working once the engagement ends.

It is a package name an AI assistant invented — plausible-sounding, absent from the public registry. The risk is not the missing package; it is that attackers monitor these invented names and register them with malicious payloads, so your next install resolves to their code. That is a direct supply-chain compromise introduced by an autocomplete. Our dependency scan checks every package against the live registry, flags unverified publishers, and verifies that lockfile entries resolve to what your manifest claims.

Typically four things: authentication and access-control integrity, data handling and encryption, dependency and secrets hygiene, and whether any security process exists at all. The last one carries more weight than founders expect — reviewers are assessing repeatability, not perfection. Our findings report and remediation log are structured to answer those questions directly, leading with plain-language severity and cost framing a non-technical founder can present, with a technical appendix for the reviewer.

Yes. The production readiness audit includes a gap analysis against the frameworks relevant to your product, flagging what is missing before a customer’s security questionnaire or an auditor does. Documentation follows GrowExx’s ISO 27001:2022-certified process, so it maps cleanly to the control sets enterprise buyers check. Remaining gaps carry a dated remediation plan rather than a blank field.

Let's talk

Your AI-generated code is already in production. Do you know what's in it?

If you can't say what share of your codebase an AI wrote, that number is the first finding. Bring your repository and your last security review date to a 30-minute call.

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