Is Antigravity Safe?
Last updated: February 5, 2026
An honest security analysis of Antigravity for developers considering it for their projects.
Quick Answer
Safe with caution - visual builder hides security decisionsAntigravity is a visual app builder that combines drag-and-drop components with AI code generation. Its visual-first approach masks where security decisions need to happen — component integrations can embed API keys, and visual permission controls don't replace database-level access control. Apps need security review before launch.
Understanding Antigravity Security
When evaluating whether Antigravity is safe for your project, it's important to understand the distinction between platform security and application security. Antigravity as a platform implements industry-standard security practices for its infrastructure, including encryption, access controls, and regular security audits.
However, the security of applications built with Antigravity depends significantly on how developers use the platform. AI-generated code and rapid development workflows can introduce vulnerabilities that exist independently of the platform's underlying security. Research from Stanford University found that AI coding assistants produce vulnerable code approximately 40% of the time when working on security-sensitive tasks.
The most common security issues in Antigravity applications stem from misconfigurations, exposed credentials, and missing security controls—problems that developers must address regardless of which platform they use. Understanding these patterns helps you make informed decisions about using Antigravity for your specific use case.
Platform Security
Platform security refers to the security measures Antigravity implements at the infrastructure level: how they protect their servers, encrypt data in transit and at rest, manage access to their systems, and respond to security incidents. These are controls the platform provider manages on your behalf.
Application Security
Application security is your responsibility as a developer. This includes properly configuring authentication, implementing authorization controls, protecting sensitive data, securing API endpoints, and avoiding common vulnerabilities like exposed credentials or SQL injection. These risks exist regardless of which platform you use.
Common Security Mistakes in Antigravity Apps
Based on security scans of thousands of Antigravity applications, these are the most frequently encountered vulnerabilities. Understanding these patterns helps you proactively secure your applications.
Exposed API Keys & Secrets
AI coding tools frequently embed API keys, database credentials, and other secrets directly in JavaScript bundles. These credentials become visible to anyone who inspects your application's source code in their browser.
Prevention: Use environment variables and server-side API routes to keep credentials secure.
Missing Database Security
Applications using Supabase or Firebase often launch without proper Row Level Security (RLS) policies or Security Rules. This allows unauthorized users to read, modify, or delete data they shouldn't have access to.
Prevention: Always enable and test RLS policies before deploying to production.
Insufficient Input Validation
AI-generated code often assumes valid input without implementing proper validation. This opens applications to injection attacks, XSS vulnerabilities, and data corruption.
Prevention: Validate all user input on both client and server side.
Missing Security Headers
HTTP security headers like Content-Security-Policy, X-Frame-Options, and Strict-Transport-Security are frequently missing from AI-generated applications, leaving them vulnerable to various attacks.
Prevention: Configure security headers in your hosting platform or application middleware.
Security Assessment
Security Strengths
- Visual builder makes app structure easy to audit at a high level
- Component-based architecture limits blast radius of individual issues
- Supports Supabase and Firebase backends with established security models
- Preview deployments allow testing before production
- Code export enables manual security review outside the visual editor
Security Concerns
- Visual components can hide API credentials in integration configs rather than centralized env vars
- Drag-and-drop permissions control UI visibility but don't enforce data-layer authorization
- Auto-generated form components typically lack server-side input validation
- Third-party integrations added through the visual builder may not follow least-privilege patterns
- Preview deployments may be publicly accessible without authentication
Security Checklist for Antigravity
- 1Open each component's integration settings and verify no API keys are hardcoded
- 2Enable RLS or Security Rules on the connected database — visual permissions alone aren't enough
- 3Add server-side validation for every form component created in the visual builder
- 4Review preview deployment URLs to ensure they aren't indexed or publicly accessible
- 5Audit all third-party component integrations for overly broad permissions
- 6Run VAS on the deployed app to catch secrets, missing headers, and database misconfigurations
The Verdict
Antigravity's visual builder makes development fast, but the drag-and-drop interface can obscure where security configuration is needed. The main risks are credentials embedded in component configs, reliance on visual permissions instead of database-level access control, and missing input validation. Audit integrations, enable database security, and scan before launch.
Security Research & Industry Data
Understanding Antigravity security in the context of broader industry trends and research.
of Lovable applications (170 out of 1,645) had exposed user data in the CVE-2025-48757 incident
Source: CVE-2025-48757 security advisory
average cost of a data breach in 2023
Source: IBM Cost of a Data Breach Report 2023
developers using vibe coding platforms like Lovable, Bolt, and Replit
Source: Combined platform statistics 2024-2025
What Security Experts Say
“There's a new kind of coding I call 'vibe coding', where you fully give in to the vibes, embrace exponentials, and forget that the code even exists.”
“Vibe coding your way to a production codebase is clearly risky. Most of the work we do as software engineers involves evolving existing systems, where the quality and understandability of the underlying code is crucial.”
Frequently Asked Questions
Is Antigravity safe for production apps?
Yes, with security review. The visual builder creates functional apps quickly, but component-level integrations may contain embedded credentials, and visual permissions don't enforce data-layer access control. Review integration configs, enable database RLS, and scan before going live.
Does Antigravity hide API keys properly?
Not always. When you add integrations through the visual builder, credentials may be stored in component configurations that end up in client-side code. Check each integration's settings and move secrets to environment variables in your deployment platform.
How does Antigravity compare to Base44 security-wise?
Both use AI to build apps, but Antigravity emphasizes a visual drag-and-drop workflow while Base44 focuses on prompt-to-code generation. Antigravity's component-level integrations spread credentials across multiple components, making secret management harder to audit centrally. Both require the same database security fundamentals.
Do visual permissions in Antigravity protect my data?
No. Hiding a button or component visually doesn't prevent the underlying API call. An attacker can call any exposed endpoint directly. You must enforce access control at the database level with RLS policies or Security Rules.
Verify Your Antigravity App Security
Don't guess - scan your app and know for certain. VAS checks for all the common security issues in Antigravity applications.