Sovereign Mark
Sovereign
Enterprise Grade

Security Architecture.

Sovereign handles critical telemetry and executes code from the open web. We engineer our platform under the assumption of constant, hostile threat models.

Infrastructure Defense

Chromium Sandboxing

Watchtower probes execute untrusted DOM payloads within strictly isolated, ephemeral Docker containers. Containers are destroyed immediately upon execution completion. No persistent state is shared across probes.

Cryptographic Storage

All visual DOM evidence (screenshots) and network HAR files are strictly encrypted at rest using AES-256. API keys are hashed via Argon2id prior to database persistence.

Role-Based Access Control (RBAC)

Sovereign workspaces enforce strict, mathematical boundaries between users. Access to telemetry data, alert routing configurations, and billing methods are delineated by distinct architectural roles (Owner, Admin, Member, Viewer). Sovereign API keys can be rigidly scoped to individual monitors or read-only access.

Third-Party Processors

Sovereign utilizes Google Gemini 2.0 Flash for autonomous incident analysis. To prevent data leakage:

  • We utilize zero-data-retention Enterprise API agreements.
  • Your telemetry data is never used to train Google's foundation models.
  • We actively scrub DOM fragments for standard PII patterns before transmission to the ML pipeline.

Compliance & Audits

Sovereign Intelligence operates infrastructure mapped to SOC 2 Type II strictures. Formal attestation is currently in progress. We undergo bi-annual gray-box penetration testing by independent security research firms.

Vulnerability Disclosure

If you believe you have discovered a security vulnerability in Sovereign, please disclose it responsibly by contacting our security team directly at security@sovereignrevguard.com. We engage in bug bounties for critical architectural flaws.