Educational security readiness

Verify who can access what — before real users arrive.

VibeGuard checks your code, configuration, APIs, database policies, and deployed application, then explains the findings without unnecessary security jargon.

Your app has a login. VibeGuard checks what it actually protects.

Customer Portal — readiness snapshot
Demonstration data
1 launch blocker

Security readiness

72/100

Assessment coverage

68%

Finding confidence

High

1 launch blocker4 improvements12 passed checks

This assessment covers automated checks performed within the stated scope. It does not guarantee that an application is free from vulnerabilities.

How it works

Eight steps from first commit to a verified fix.

Step 1
Create a project
Name the app, note its environment and stack.
Step 2
Connect or upload the repository
GitHub, ZIP upload, or a private CI runner.
Step 3
Verify ownership of the staging domain
DNS record, verification file, or deployment link.
Step 4
Describe users, data, and intended permissions
Your intent becomes the standard we test against.
Step 5
Run authorized checks
Passive and authenticated scans, never destructive.
Step 6
Review findings
Plain-language explanations with real evidence.
Step 7
Apply fixes
Framework-specific remediation guidance, ready to hand to your coding agent.
Step 8
Rerun and verify
Confirm the fix actually changed the behavior.
Standout feature

Intent-to-enforcement verification

You describe who should access each type of data. VibeGuard checks whether the application actually enforces those rules — by testing real requests from real test accounts, not by reading your code and assuming.

  • Define roles and resources in plain language.
  • VibeGuard compares intended access against observed behavior.
  • Every mismatch becomes a findable, explainable finding.
Example: Invoices
Generated from an access model + verification run

Customers can view their own invoices but cannot view, modify, or delete invoices belonging to another customer. Managers can view invoices for their department. Administrators can access all invoices.

Mismatch detected

Expected: User B must not access User A's invoice.
Observed: User B received User A's invoice record.

What we check

Eight weighted categories make up your readiness score.

25%
Authentication & authorization
Login, sessions, and whether access rules are actually enforced.
20%
Data & database protection
Row-level security, data exposure, and storage privacy.
15%
Secrets & configuration
Exposed keys, tokens, and misconfigured environments.
10%
Dependencies & supply chain
Known vulnerabilities in third-party packages.
10%
API & input security
Input validation, injection, and endpoint abuse.
10%
Browser & session security
Cookies, CSRF, and client-side session handling.
5%
TLS & deployment
Transport security and deployment configuration.
5%
Logging & recovery
Audit trails and recovery from incidents.

An example finding

Every finding explains what we checked, what we saw, and why it matters — in plain language, with developer detail underneath.

CriticalAuthentication & authorization
Customers can view other customers' invoices

What we checked

Two test accounts each requested an invoice belonging to the other, to confirm the API only returns records the requester owns.

What we observed

User B received User A's full invoice record, including amount and billing address.

Why it matters

The login works — the gap is that the API doesn't check ownership before returning data. This is known as IDOR/BOLA.

How to improve it

Add an ownership check (or Supabase RLS policy) so a request for an invoice checks it belongs to the requester first.

Compare plans

Placeholder pricing — see the full breakdown on the pricing page.

FeatureFreeBuilderProAgency
Automated code, config & dependency checks
Authenticated access-model verification
Plain-language remediation guidance
Fix verification reruns1 / mo10 / moUnlimitedUnlimited
Shareable client-ready reports
Multiple projects1310Unlimited
Team seats125Unlimited

Authorized, non-destructive by design

VibeGuard only assesses targets you've confirmed you own or are authorized to test. Checks are passive or safely authenticated — never destructive, never run against unverified third-party targets, and never used to execute uploaded repositories.

Frequently asked questions

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