PostgreSQL Zero Trust Infrastructure
Enforce Zero Trust at the Database Layer
Apply Zero Trust principles to your PostgreSQL database by auditing grants, roles, and effective permissions.
Securing databases for engineers from
Technical Audit Procedure
zero_trust_audit.sql
-- Find tables where the application user has more than SELECT/INSERT/UPDATE/DELETE.
1SELECT 2 table_name, 3 privilege_type 4FROM information_schema.role_table_grants 5WHERE grantee NOT IN ('postgres', 'cloud_scripts')6 AND privilege_type NOT IN ('SELECT', 'INSERT', 'UPDATE', 'DELETE');Market Comparison
Why industry leaders choose DBX Deterministic Audits
| Feature | DBX Engine | Manual Audit | Legacy Scanners |
|---|---|---|---|
| Deterministic Path Analysis | |||
| Zero-Credential Architecture | |||
| Real-time Attack Path Graph | |||
| Automatic RLS Validation | |||
| Instant Compliance Proof | |||
| Copy-Paste Remediation |
Technical Deep Dive
Zero Trust is often discussed at the network layer, but your database is where the 'crown jewels' live. DBX enables a Zero Trust posture by assuming that every connection—even from internal services—is potentially compromised. We audit your table-level grants, execution rights on functions, and Row Level Security to ensure that the principle of least privilege is technically enforced, not just documented.
Primary Vulnerability Vectors
- 01Over-privileged service accounts
- 02Internal data exfiltration
- 03Credential compromise blast radius
Audit Checklist
How it works
High-integrity schema introspection
Introspect
Run a read-only script to extract your database catalog. No data ever leaves your machine.
Simulate
Our engine executes billion-path simulations to find logical RLS bypasses.
Remediate
Receive copy-paste SQL fixes for every high-risk vulnerability discovered.
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Launch Deterministic Audit