AI built your app in 5 minutes. How many seconds to hack it?
Generative AI and No-code tools build working features but ignore system security. We find hidden backdoors and close them before you spend your launch budget.
$ npx opsbalance-guard .
Is it actually safe to launch your app?
Do not trust AI with app security. Enter your No-code application URL (Bubble, Lovable, Bolt.new) or GitHub repository link below to run an instant leak scan.
Run Leak Scan
Enter your application URL / GitHub repository, or drop database files (.sql) here to scan.
AI Blind Spots: What our test scans for
Cursor and Claude reason about isolated files—they do not see the database schema, environment boundaries, and third-party APIs as a single system. We test for critical gaps common in AI-generated code.
Hardcoded API Keys
We search for forgotten private tokens (OpenAI, Stripe, AWS) embedded in the client-side JavaScript bundle.
AI Coding Patterns
We identify hidden backdoors, outdated libraries, and unpatched auth flows generated by LLM suggestions.
Database Leaks
We verify row-level security (RLS) rules to ensure users cannot read, edit, or download other users' data.
Prompt Injection
We test how easily a public user can extract system prompts, API endpoints, or database structures from your LLM agent.
The Loop Trap: Why AI cannot fix its own security leaks
The mistake of 95% of vibe coders is copying a vulnerability report and pasting it back to Claude or Cursor to generate a "fix".
Here is the catch: the AI will write a superficial, visual patch. It might hide the error from the screen, but it leaves the database backdoor wide open. In 90% of cases, this local patching breaks adjacent features. Generative tools created these exposures—they cannot architecture-proof them. We perform manual engineering hardening that keeps your features intact while securing the core.
From Diagnosis to Repair: How OpsBalance works
We do not just hand you a list of errors. Our engineers manually patch database configurations and secure API routes to protect your launch.
1. API Key Isolation
Moving API keys from client-side code to a secure serverless gateway, blocking unauthorized requests.
2. Script Hardening
Refactoring low-quality or vulnerable JS/Python functions generated by the LLM during fast development.
3. DB Access Rules
Configuring strict row-level security (RLS) policies and user access boundaries in Bubble, Lovable, or Supabase.
4. Hardened MVP
We deliver a clean, secure repository. Your architecture is safe—you can continue coding with Cursor without fear.
Consolidating Logic for Design Handover
Preparing a technical integration kit for a specialized design agent to import the security scanner UI logic.
OpsBalance Backend Guard: Integration Kit (v1.0)
This kit contains the functional logic for the Zero-Trust Security Scanner. It is designed to be integrated into a high-fidelity 2026 UI by a specialized design agent.
1. Required Scripts
Include these in the <head> or at the end of <body> in the correct order:
../assets/js/opsbalance-guard-web.js(Core scanner)../assets/js/web-scanner-ui.js(UI controller for drop-zone)
2. Resource Locations
File paths relative to the project root directory:
- Bundle: /assets/js/opsbalance-guard-web.js
- UI Controller: /assets/js/web-scanner-ui.js
3. Required DOM Elements (IDs)
The UI script expects the following unique identifiers in your markup:
| ID | Type | Description |
|---|---|---|
scan-target |
HTMLInputElement |
Text field where users enter their URL or GitHub repository link. |
start-scan-btn |
HTMLButtonElement |
Button element that triggers the scanning process. |
scan-results |
HTMLElement |
Container where the scanner output (score & logs) will be rendered. |
cta-after-scan |
HTMLElement |
Container (hidden by default) revealed only if vulnerabilities are found. |
4. Visual States for Styling
The UI script applies specific classes and structures:
- #completed-results — Generated inside
scan-resultsupon a completed scan. Implements token copy-protection. - #scan-input-error — Injected text block under the input showing validation errors.
5. Instructions for the Designer
- Use your high-fidelity 2026 Swiss-grid template.
- Place `scan-target` and `start-scan-btn` prominently on the page.
- Style freely using CSS but keep the specified element IDs intact.
- Logic is completely decoupled. Once IDs are mapped, the scanner starts working.
The Rescue Flow
We solve concrete database and API problems, rather than creating infinite backlog items.
Working Prototype
Your interface looks perfect, but backend rules and access boundaries are missing. Development stalls.
Critical Process Fails
Auth rules break, database policies leak, or API budget gets drained by loops. You cannot launch.
Diagnostic Check
We locate the exact failure boundary and evaluate the feasibility and scope of the repair sprint.
Rescue Sprint
48-hour fixed-price engineering sprint. We secure the broken flows or deliver a clear architectural verdict.
FAQ: Frequently Asked Questions
Can I fix these security leaks myself using AI prompts?
No. Local patches suggested by AI tools often introduce regression bugs or leave database backdoors open because AI lacks system context. Our engineers manually refactor access rules and secure gateways to guarantee stability.
How long does the audit and repair process take?
The initial automated scan takes 60 seconds. A full manual architectural audit and complete patch deployment by OpsBalance takes between 24 and 48 hours, depending on code complexity.
Will I be able to continue coding with Cursor after your fixes?
Yes. We do not change your stack or make the logic complex. We harden the infrastructure layer (Supabase policies, serverless API proxies) so you can continue vibe coding safely on a secure foundation.