No-Code Security

No-Code Security Risks

Visual development is powerful, but hides security complexity. Here's what can go wrong and how to protect your no-code apps.

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Common Security Risks

Exposed Data Through APIs

No-code platforms often expose more data than intended through auto-generated APIs. Default settings may make all data publicly queryable.

Example: A Bubble app exposing user emails because the User type wasn't properly secured with privacy rules.
Mitigation: Always configure privacy rules. Test what data is accessible without authentication.

Weak Authentication Defaults

Built-in auth may lack important features: no rate limiting, weak password requirements, no MFA support, session tokens in URLs.

Example: A no-code app with no lockout after failed login attempts, allowing brute force attacks.
Mitigation: Enable MFA if available. Implement rate limiting through platform features or middleware.

Client-Side Business Logic

Business rules and pricing logic often run client-side where they can be inspected and bypassed.

Example: Discount validation happening in the browser, allowing users to apply unauthorized discounts.
Mitigation: Move sensitive logic to backend workflows. Never trust client-side calculations for payments.

Third-Party Integration Exposure

API keys for integrations may be exposed in client-side code or insecure storage.

Example: OpenAI API key visible in browser network tab because the integration calls directly from frontend.
Mitigation: Use backend workflows for third-party API calls. Never expose secret keys to the client.

Insufficient Access Controls

Role-based access often defaults to permissive. Admin functions may be accessible to regular users.

Example: Admin page hidden from navigation but still accessible if you know the URL.
Mitigation: Implement page-level and data-level access controls. Test with non-admin accounts.

Platform-Specific Risks

Bubble

  • Privacy rules often misconfigured
  • API workflows accessible without auth by default
  • Option sets may expose internal data
Tip: Enable privacy rules on all data types. Mark API workflows as 'Requires authentication'.

Webflow

  • Form data may be sent insecurely
  • Custom code can introduce XSS
  • Member-gated content can be bypassed
Tip: Use Webflow's native forms. Review any custom code for security issues.

Retool

  • Query results may expose full database tables
  • Permissions inherited from source database
  • Custom JS can access sensitive data
Tip: Use Retool's permissions system. Limit database credentials to necessary tables only.

Airtable

  • Shared views may expose more than intended
  • API keys are all-or-nothing per base
  • Formulas can leak to shared views
Tip: Create specific views for sharing. Use scoped tokens where possible.

No-Code Security Checklist

  • Authentication is required for all sensitive pages
  • Privacy rules configured on all data types
  • Admin functions restricted by role, not just hidden
  • API keys not exposed in client-side code
  • Rate limiting enabled on authentication
  • Form inputs validated and sanitized
  • Payment calculations happen server-side
  • Third-party integrations use backend workflows
  • Session timeout configured appropriately
  • Data exports restricted to authorized users

Test Your No-Code App's Security

VAS scans your deployed no-code application for exposed data, authentication issues, and common security misconfigurations.

Free Security Scan

Frequently Asked Questions

Are no-code platforms secure?

No-code platforms can be secure, but they require proper configuration. The biggest risk is that default settings are often permissive, and the visual interface can hide security implications. You need to understand your platform's security model and actively configure protections.

What's the most common no-code security mistake?

Failing to configure data privacy rules. Many platforms allow all data to be queried by default, and builders don't realize their user data, pricing, or business logic is exposed until it's too late. Always start with 'deny all' and explicitly grant access.

Can I handle payments securely with no-code?

Yes, but use established integrations (Stripe, etc.) and ensure payment calculations happen server-side. Never let client-side code determine final prices or validate discounts. The platform should handle the payment flow securely.

How do I test no-code app security?

1) Open browser dev tools and check network requests for exposed data, 2) Try accessing admin URLs as a regular user, 3) Test API endpoints without authentication, 4) Check if you can modify client-side values to bypass validation, 5) Use security scanners on your deployed app.

Should I switch from no-code to code for security?

Not necessarily. Code doesn't automatically mean better security—it's about how you build. No-code platforms have security features; you just need to use them. For highly sensitive applications, consider whether your platform's security controls meet your requirements.

Related Resources

What is Vibe Coding?Security ChecklistAI-Generated Code RisksStartup Security Checklist

Last updated: January 16, 2026