Enterprise-grade protection.
Every credential is encrypted before storage. Every external connection is encrypted in transit. Multi-tenant isolation is enforced at every layer. Security is not an add-on — it is how Korvex is built.
Data Encryption
PassedFernet encryption for stored credentials, TLS 1.3 for external connections
Authentication
PassedOAuth 2.0, HttpOnly cookies, zero password storage
Row-Level Security
PassedApplication-level tenant isolation, database RLS on sensitive tables
Access Control
PassedRBAC with 4 roles, per-client scoping
Credential Storage
PassedZero plaintext — Fernet symmetric encryption
API Security
PassedPer-service rate controls, webhook signature validation
Dependency Scanning
PassedTrivy scanning in CI, Dependabot for dependency updates
Container Isolation
Passed28 dedicated service containers
Your SEO data deserves the same security as your product.
Most SEO tools were not built for enterprise security requirements. Korvex was.
SEO tools handle sensitive data
Your SEO platform has access to Google Search Console, Google Analytics, CMS credentials, and detailed traffic data. If that platform is not built with security-first architecture, your data is one breach away from exposure.
Multi-tenant means shared risk
Most SaaS platforms store all customer data in shared databases. Without row-level security, a single misconfigured query could expose one customer's data to another. That is not a theoretical risk — it has happened to major platforms.
Compliance is table stakes
Enterprise procurement teams require SOC 2, GDPR compliance, and documented security practices before signing contracts. If your SEO vendor cannot provide these, you are adding risk to your supply chain.
Seven layers of protection.
Security is enforced at every layer of the stack, from the database to the API to the browser.
Data encryption
Stored credentials are encrypted with Fernet symmetric encryption. External connections use TLS 1.3 via Cloudflare and nginx. No CMS API key, OAuth token, or integration credential is stored in plaintext.
Authentication
OAuth 2.0 with Google for Search Console and Analytics access. HttpOnly secure cookies prevent XSS token theft. No passwords are stored in our system. Session tokens rotate automatically.
Infrastructure isolation
Each service runs in a dedicated Docker container. Tenant data is isolated at the application layer with per-client scoping. Sensitive tables use PostgreSQL Row-Level Security policies for database-level enforcement.
Access control
Role-based access control with four permission levels: Owner, Admin, Editor, and Viewer. Per-client isolation ensures team members only see the sites they are assigned to. Every action is audit-logged.
API security
Per-service rate controls prevent abuse. Webhook payloads are verified with signature validation. All external endpoints require authentication.
Vulnerability management
Trivy scans container images in CI. Dependabot monitors Python, NPM, and Docker dependencies for known CVEs. Pre-commit hooks enforce secure coding patterns including credential detection.
Credential security
CMS API keys, OAuth tokens, and integration credentials are encrypted with Fernet before storage. Zero plaintext credentials exist anywhere in the system. Encryption keys are rotated on schedule.
Three layers of encryption. Zero plaintext.
External connections are encrypted with TLS 1.3. CMS credentials are encrypted with Fernet symmetric encryption. OAuth tokens are stored as encrypted refresh tokens. No credential exists in plaintext anywhere in the system.
CMS API keys for WordPress, Shopify, and Webflow are encrypted before they touch the database. They are decrypted only in memory at the moment of use and are never logged, cached, or exposed through any endpoint.
All external API calls, webhooks, and client connections are encrypted with TLS 1.3 via Cloudflare and nginx. Internal service mesh communicates over an isolated Docker network.
CMS API keys for WordPress, Shopify, and Webflow are encrypted with Fernet symmetric encryption before storage. Decrypted only in memory at moment of use. Never logged or cached.
Google API tokens (Search Console, Analytics, Gmail) are stored as encrypted refresh tokens. Access tokens are short-lived and never persisted to disk.
| Role | Team | Billing | Settings | Data | Export |
|---|---|---|---|---|---|
| Owner | Full access | ||||
| Admin | Manage team | ||||
| Editor | View team | ||||
| Viewer | View only |
The right people see the right data.
Role-based access control gives you granular control over who can see what. Four permission levels cover everything from read-only dashboards to full administrative access.
Team members are also scoped to specific client sites. An editor working on one client cannot access data for another, even if both are in the same account. Per-client isolation is enforced at the application layer, with PostgreSQL Row-Level Security policies on sensitive tables as an additional safeguard.
Built for enterprise procurement.
Korvex is built with enterprise security requirements in mind. GDPR-aligned data handling with deletion on request and no third-party data sharing. OWASP Top 10 vulnerabilities are mitigated through automated scanning and secure development practices.
We provide security documentation and detailed architecture overviews for procurement and compliance teams. Ask us for anything your team needs to complete their review.
SOC 2 Type II
PlannedSecurity hardening complete. Formal audit engagement planned for 2026.
GDPR
AlignedData export on request. No third-party data sharing for advertising. Data deletion available.
OWASP Top 10
MitigatedPre-commit hooks, dependency scanning, and secure coding practices actively mitigate common vulnerabilities.
Platform Monitoring
Active24/7 automated health checks with Prometheus and Grafana. Graceful degradation architecture.
What we're building next.
Security is never finished. Here's what's on our roadmap.
SOC 2 Type II
Formal audit engagement planned for 2026. Internal security hardening complete.
Database encryption at rest
PostgreSQL Transparent Data Encryption for full disk-level protection.
Formal uptime SLA
99.9% uptime commitment with published incident response procedures.
Data Processing Agreement
Standard DPA for enterprise customers, available on request.
credential encryption
external encryption
plaintext credentials
isolated containers
Frequently asked questions.
Security you can verify.
Request our security documentation and architecture overview. We will answer every question your compliance team has.