Horizons
Security FAQ

What are common security mistakes in Hostinger Horizons apps?

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Short Answer

The mistakes we see repeatedly in Hostinger Horizons apps: default database credentials; misconfigured hosting security; exposed environment variables. Each one is a specific failure mode of Hostinger Horizons's workflow — not generic programming mistakes.

Detailed Answer

The mistakes we actually see in Hostinger Horizons apps

These aren't hypothetical — they're what VAS finds when it scans a Hostinger Horizons app for the first time. Listed in order of how often they appear:

1. Default Database Credentials

*Why it happens:* Horizons-generated database connections may ship with default or weak credentials on Hostinger's infrastructure.

*Fix:* Verify with a scan — catching this manually requires knowing it exists, which is the problem.

2. Misconfigured Hosting Security

*Why it happens:* AI-generated apps may not leverage Hostinger's security features like SSL enforcement and access restrictions.

*Fix:* Verify with a scan — catching this manually requires knowing it exists, which is the problem.

3. Exposed Environment Variables

*Why it happens:* Hosting configuration may inadvertently expose sensitive environment variables to the public.

*Fix:* Verify with a scan — catching this manually requires knowing it exists, which is the problem.

4. Missing Security Headers

*Why it happens:* AI-generated apps rarely configure security headers, and Hostinger's defaults may not cover all cases.

*Fix:* Verify with a scan — catching this manually requires knowing it exists, which is the problem.

Why these specifically show up in Hostinger Horizons (and not as much elsewhere)

Hostinger Horizons's workflow optimizes for speed — idea to deployed app in minutes. The mistakes above aren't character flaws, they're the predictable output of a speed-optimized workflow that doesn't enforce security gates. The fix is treating security gates as non-negotiable, not as "I'll get to it later."

Security Research & Statistics

10.3%

of Lovable applications (170 out of 1,645) had exposed user data in the CVE-2025-48757 incident

Source: CVE-2025-48757 security advisory

4.45 million USD

average cost of a data breach in 2023

Source: IBM Cost of a Data Breach Report 2023

500,000+

developers using vibe coding platforms like Lovable, Bolt, and Replit

Source: Combined platform statistics 2024-2025

Expert Perspectives

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.

Andrej KarpathyFormer Tesla AI Director, OpenAI Co-founder

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.

Simon WillisonSecurity Researcher, Django Co-creator

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More Questions About This Topic

How common are these mistakes in Hostinger Horizons apps — is this overstated?

Understated, if anything. The majority of Hostinger Horizons apps scanned for the first time have at least one of the high-likelihood mistakes above. "Default Database Credentials" in particular is the default state of a new Hostinger Horizons app before any security work. Our sample skews toward apps whose owners care enough to scan — the base rate for never-scanned Hostinger Horizons apps is higher.

What are the actual consequences when these mistakes ship to production?

The consequence ladder: (a) data exposure — emails, passwords, PII, payment info readable by anyone; (b) account takeover — if auth is weak, legitimate accounts get hijacked; (c) third-party abuse — an exposed OpenAI or Stripe key gets drained of quota or money; (d) regulatory — GDPR/CCPA notification requirements trigger at ~first exposure; (e) reputational — "Hostinger Horizons app data breach" is a headline that doesn't age well. Each consequence compounds the next.

How do I avoid these mistakes when building with Hostinger Horizons?

Three non-negotiable habits: (1) Configure Row Level Security (RLS) policies at table/collection creation — before writing any feature code. (2) Treat any paste-a-key-into-code as a bug from the first keystroke, not "I'll move it to env vars later." (3) Run a VAS scan before every production deploy — five minutes of scanning prevents hours-to-weeks of breach response. Specifically: start with default database credentials.