IS FIGMA MAKE SAFE? SECURITY ANALYSIS | VIBEEVAL

Is Figma Make safe? The short answer

Figma Make is safe as a design-to-code tool. The exported app is not safe by default. Figma Make converts a Figma design into frontend code with high visual fidelity. What it does not do is add the security controls a production app needs — authentication, server-side validation, CSRF protection, security headers, content sanitization. Those are downstream concerns the export skips because they were never part of the design.

The security story is simple: the visual layer is safe (it’s just React or HTML/CSS), and everything that turns the visual layer into a working app needs to be added by hand or by a separate AI tool with backend awareness.

Design-to-code limitations

Figma Make focuses on visual accuracy, not security. The generated code implements the UI but security features like authentication, input validation, and secure API integration require manual implementation. This is by design — the tool’s job is fidelity to the Figma file, and the Figma file does not encode security policy.

In practice this means the export is a starting point, not a shippable app. You take the export, wire it to a backend (your own, or a BaaS like Supabase or Firebase), add an auth provider, add server-side validation, add the security headers, and run a security scan against the result.

Security considerations

Input validation

Form validation is often client-side only. The Figma design specifies “this field is required” and “this field must be an email”, and the export honors that — but only in the React component. Anyone calling your API directly with curl bypasses the validation entirely.

Fix. Add server-side validation on every API route that backs a form. Zod or Yup against a schema. Treat the client validation as decorative.

// Server route — validate before processing
import { z } from 'zod';

const ContactSchema = z.object({
  email: z.string().email(),
  name: z.string().min(1).max(100),
  message: z.string().min(1).max(5000),
});

export async function POST(req: Request) {
  const parsed = ContactSchema.safeParse(await req.json());
  if (!parsed.success) {
    return new Response('Invalid input', { status: 400 });
  }
  // ... process parsed.data
}

XSS prevention

Dynamic content rendering may be vulnerable to XSS. If your design includes rich-text fields (a “user bio” component, a “blog post body” component), the export will likely bind those directly to the DOM without sanitization.

Fix. Sanitize all user-provided content before rendering. Use DOMPurify for HTML, use a markdown library with a safe renderer for markdown, or render as plain text.

import DOMPurify from 'isomorphic-dompurify';

// Sanitize before rendering rich content
<div dangerouslySetInnerHTML={{ __html: DOMPurify.sanitize(post.body) }} />

// Or render as plain text — safest by default
<div>{post.body}</div>

Authentication

Auth flows are typically not generated. The export includes login forms, signup forms, password reset screens — all the UI — but no working auth logic. You wire those forms to your own auth provider after export. Common patterns:

• Clerk — drop-in components and hooks; replace the exported form with <SignIn /> and <SignUp />.
• Auth0 / NextAuth — keep the exported UI and call the auth provider’s API on submit.
• Supabase Auth — call supabase.auth.signInWithPassword() from the form’s submit handler.

Whichever provider you pick, ensure session validation runs on every protected page or API route — not just the login screen.

API security

Ensure API calls use HTTPS and include proper authentication headers. The export will scaffold fetch calls to placeholder endpoints; you replace those with calls to your real backend. At that point:

• Use HTTPS endpoints, never http:// even in development against real data
• Include auth headers (Authorization: Bearer ${token}) sourced from your auth provider
• Pin CORS to your production origin on the backend, not origin: '*'
• Add rate limiting at the edge (Vercel, Cloudflare) for endpoints exposed to anonymous traffic

Missing security headers

The exported frontend does not configure CSP, HSTS, X-Frame-Options, or the other standard security headers. Whichever host you deploy to (Vercel, Netlify, your own infra), add the headers in your platform’s configuration.

// next.config.js
module.exports = {
  async headers() {
    return [{
      source: '/:path*',
      headers: [
        { key: 'Strict-Transport-Security', value: 'max-age=63072000; includeSubDomains; preload' },
        { key: 'X-Frame-Options', value: 'DENY' },
        { key: 'X-Content-Type-Options', value: 'nosniff' },
        { key: 'Referrer-Policy', value: 'strict-origin-when-cross-origin' },
        { key: 'Content-Security-Policy', value: "default-src 'self'; script-src 'self' 'unsafe-inline'" },
      ],
    }];
  },
};

Figma Make vs Framer

Two design-to-code tools with overlapping use cases.

• Figma Make — Exports raw code (React, HTML/CSS) you host yourself. Security is your problem after export.
• Framer — Hosts the result on Framer’s infrastructure, including CMS, forms, and authentication features. Lower setup, less flexibility, and fewer surfaces for you to misconfigure (because Framer manages them).

For prototyping and design handoff, Figma Make wins on flexibility. For shipping a static or near-static site without managing backend security, Framer wins on operational simplicity.

What we see in audits

Patterns specific to Figma Make exports:

• Forms wired to placeholder endpoints. The export uses fetch('/api/contact') against a route that does not exist. Developers add the route quickly and skip server-side validation.
• Direct binding of CMS content with no sanitization. Rich-text fields ship as-is into dangerouslySetInnerHTML.
• Auth UI without auth logic. Login screens that POST to nowhere, or that POST to a route that always returns 200.
• No CSP on deploy. Hosting platform’s defaults are too permissive; export does not add headers.

Security assessment

Strengths

• Rapid design-to-code conversion
• Consistent UI implementation across exports
• Modern framework outputs (React, semantic HTML)
• Reduces frontend development time
• Frontend-only scope keeps the attack surface small
• No backend means no IDOR, no SQL injection, no missing auth on a server route

Concerns

• Client-side only validation is the default
• XSS vulnerabilities in dynamic content rendering
• Missing authentication implementations — UI without logic
• Insecure direct data binding to CMS or API content
• Application state exposed in browser
• API calls may lack proper authentication and rate limiting
• No CSP or security headers on the export

Figma Make for enterprise

Figma offers enterprise tiers with SSO, audit logs, and admin policy controls at the platform layer. Figma Make inherits the platform’s compliance posture. What enterprise tiers do not change: the exported code still ships without backend security, and the security boundary is your downstream integration, not Figma Make itself.

For regulated industries, treat Figma Make exports the way you would treat a UI prototype from an agency — useful starting point, mandatory backend hardening before production.

The verdict

Figma Make is great for converting designs to code quickly, but security is not part of the conversion process. The generated code will look like your design and will lack security features. Plan to implement authentication, authorization, input validation, secure API integration, and security headers after export. Scan with VibeEval to identify what security work is needed before going live.

How to secure Figma Make exports (5-minute checklist)

1. Wire every form to a server route with Zod/Yup validation. Treat client validation as decorative.
2. Sanitize every dynamic content render with DOMPurify or a safe markdown renderer.
3. Replace placeholder auth UI with a real auth provider (Clerk, Auth0, Supabase Auth).
4. Set CSP and the standard security headers in your hosting platform’s config.
5. Pin CORS to your production origin on every backend route.
6. Run a deployed-app scan to verify the integrated app holds up under attack.

Related resources

How to secure Figma Make

Step-by-step security guide for hardening a Figma Make export from prototype to production.

Figma Make security checklist

Interactive security checklist covering the export-and-integrate workflow.

Figma Make security scanner

Run a full security scan against your deployed Figma Make application.

Related guides

• How to Secure Figma Make — full hardening guide
• Vibe Code Scanner — automated security scan for Figma Make-built apps
• Security Headers Checker — verify CSP, HSTS, X-Frame-Options
• Vibe Coding Vulnerabilities — full vulnerability taxonomy across AI tools

Scan your Figma Make app

Let VibeEval scan your Figma Make application for security vulnerabilities. The scanner attacks the deployed result — finding the missing auth, exposed credentials, and XSS that the export shipped without.