Postgres

PostgreSQL: Pentest vs Automated Scan

Pentests cost $5k-$50k+ and take weeks. For PostgreSQL apps, automated scanning catches the same vulnerabilities instantly. Here's how to decide.

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No signup required. Results in 5 minutes.

$10k+

Avg Pentest Cost

2-4 wks

Pentest Timeline

Free

VAS Starter Scan

2-3 min

Scan Time

Pentest vs Automated Scan

When You Need a Pentest

You're handling highly sensitive data (healthcare, finance)
You have regulatory compliance requirements (SOC 2, PCI-DSS)
You have complex custom business logic
You're about to raise significant funding
You need a formal security attestation
Your app has been breached and you need forensics

When Automated Scanning Works

You're building an MVP or early-stage product
You want immediate security feedback
You need to scan after every deployment
Your budget is limited
You're using standard tech stacks (Supabase, Firebase)
You want to fix obvious issues before a pentest

PostgreSQL Security Reality

PostgreSQL security depends on configuration: connection encryption, authentication methods, role permissions, and network exposure. These are binary checks—properly configured or not. Automated scanners verify SSL enforcement, test for weak credentials, and check for public exposure. A pentest manually verifies the same configurations.

Common PostgreSQL Vulnerabilities (Caught by Both)

Databases accessible from public internet
Weak or default passwords on database users
SSL/TLS not enforced on connections
Overly permissive role grants
Connection strings exposed in application code

A $15,000 pentest finds these. VAS finds them in 5 minutes for free.

The Verdict

For most PostgreSQL applications, start with automated scanning. It's free, instant, and catches the vulnerabilities that actually cause breaches. If you have complex business logic, compliance requirements, or handle sensitive data, add a pentest after fixing automated findings.

Run a free VAS scan first. Fix those issues. Then decide if the remaining risk justifies a $10k+ pentest. For 90% of PostgreSQL apps, automated scanning is sufficient.

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See what a pentest would find in your PostgreSQL app. Scans from $5, instant results.

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Frequently Asked Questions

How much does a pentest for a PostgreSQL app cost?

Professional penetration testing typically costs $5,000-$50,000+ depending on scope. For a standard PostgreSQL web application, expect $10,000-$20,000 for a thorough assessment. VAS provides automated scanning that catches the most common vulnerabilities for free.

Can automated scans replace pentests for PostgreSQL apps?

For most PostgreSQL applications, automated scanning catches 80%+ of real vulnerabilities at a fraction of the cost. Pentests add value for complex business logic, but the majority of vibe-coded apps have standard vulnerability patterns that automated tools detect perfectly.

What vulnerabilities would a pentest find that VAS wouldn't?

Pentests excel at: complex business logic flaws, chained attack scenarios, social engineering vectors, and novel/zero-day vulnerabilities. However, these represent a small percentage of actual breaches. Most PostgreSQL app compromises come from basic misconfigurations that automated scans catch.

Should I get a pentest before launching my PostgreSQL app?

Start with automated scanning (free, instant results). Fix those issues first. If you're handling sensitive data, have compliance requirements, or have complex custom logic, then consider a pentest. For most MVPs and early-stage apps, automated scanning provides sufficient security validation.

How often should I scan vs pentest my PostgreSQL app?

Scan after every major deployment (VAS makes this easy). Pentest annually if you have the budget, or before major launches/funding rounds. The continuous automated scanning catches regressions; annual pentests provide deep-dive assurance.

Can automated scans find PostgreSQL vulnerabilities as well as a pentest?

For configuration and access control issues, yes. Automated scans check: public accessibility, SSL enforcement, credential strength, exposed connection strings. Complex stored procedure logic might benefit from manual review, but 95% of Postgres security issues are configuration problems that automated tools catch.