Skip to main content
Beesoul website preview

Beesoul

Free vibe code audits, paid production transformation

Sample Sponsored Review

Beesoul Free Vibe Code Audit: A Sample Sponsored Review

About

Beesoul runs a free manual security review of AI-generated codebases from Cursor, Bolt.new, Lovable, Replit Agent, Claude Artifacts, v0, GitHub Copilot, and Tabnine. The deliverable is an 18-category audit covering security (exposed secrets, SQL injection, XSS, auth bypasses), database and RLS, performance (N+1 queries, missing indexes, rate limiting), and production readiness (error handling, logging, backup strategy). Each finding ships with file paths, line numbers, severity rating, and a fix recommendation. Turnaround is 2 to 3 business days for typical codebases; up to 5 days for 10,000+ line projects. The audit is genuinely free with no credit-card gate. Paid follow-up tracks (Security Hardening, Performance Optimization, Full MVP Transformation, Ongoing Support) are quoted separately. They publish their data: 10.3% of Lovable apps audited had critical RLS vulnerabilities, 8 to 14 findings per typical vibe-coded MVP before production.

Services

Free Vibe Code Audit

Security Audit

18-category manual security review across Security, Database/RLS, Performance, and Production Readiness. Findings shipped with file paths, line numbers, severity ratings, and fix recommendations. No credit card.

Free3 days

Security Hardening

Auth Implementation

Paid remediation track for critical and high-severity findings from the audit. Auth fixes, RLS policies, secret scrubbing, input validation.

From $2,000

Performance Optimization

Performance Optimization

N+1 elimination, indexing, caching, rate limiting. Take a vibe-coded app from working-for-one-user to scalable.

From $1,500

Full MVP Transformation

Full Stack Rescue

Surgical rebuild that preserves working UI and business logic, replaces the fragile parts. Typical engagement 4-8 weeks.

From $5,000

Vibe Tool Expertise

Tech Stack

postgresql
typescript
ExpertProficientFamiliar

Problems This Agency Can Fix

Security Vulnerabilities
Critical

AI coding tools often generate code with exposed API keys, missing input validation, broken authentication, and insecure data handling. These vulnerabilities can lead to data breaches, unauthorized access, and compliance failures.

Broken Authentication
Critical

Authentication is one of the most common failure points in vibe-coded apps. AI tools frequently generate insecure auth flows, missing session validation, broken password resets, and improperly configured OAuth.

Slow Performance
High Priority

AI-generated applications often suffer from unoptimized database queries, excessive re-renders, large bundle sizes, and missing caching. This leads to slow page loads, poor Core Web Vitals, and frustrated users.

Scaling Problems
High Priority

AI-generated apps often hit walls when traffic or data volume increases. Missing caching, unoptimized queries, no CDN configuration, and monolithic architectures prevent apps from handling real-world load.

SEO Issues
Medium

AI-generated apps often lack proper meta tags, structured data, semantic HTML, and server-side rendering. This makes them invisible to search engines and kills organic traffic potential.

Deployment Failures
High Priority

AI-generated code often works locally but fails during deployment. Common issues include missing environment variables, incorrect build configurations, incompatible dependencies, and misconfigured hosting platforms.

Code Quality Issues
Medium

AI-generated codebases frequently have duplicated logic, inconsistent patterns, missing error handling, no TypeScript strict mode, and poor separation of concerns. This makes maintenance and feature additions increasingly difficult.

API Integration Issues
Medium

AI tools often generate API integrations with missing error handling, no retry logic, hardcoded endpoints, and insecure credential storage. These integrations break silently and are difficult to debug.

Mobile Issues
Medium

AI-generated UIs often look great on desktop but break on mobile devices. Missing responsive breakpoints, oversized images, touch-unfriendly controls, and fixed-width layouts create poor mobile experiences.