PostgreSQL FORCE RLS
Database row-level security can enforce tenant-scoped access when correctly configured, tested and backed by least-privilege roles.
Security, tenant isolation, provenance and independent attestation belong inside the decision lifecycle—not in a separate marketing promise.
Ceryvra’s architecture emphasizes least privilege, server-enforced authorization, bitemporal audit records, tamper-evident receipts and independently sourced outcome checks. Controls require implementation testing and independent assessment before production claims are made.
The security model is designed to constrain both data access and automated actions.
Database row-level security can enforce tenant-scoped access when correctly configured, tested and backed by least-privilege roles.
Event and recording timestamps, linked hashes and integrity checks support traceable, tamper-evident provenance.
The actor executing a change should not be its sole verifier; separate observers provide outcome evidence.
Schema validation, evidence-linked citations, quotas and fail-closed handling reduce ungoverned model outputs.
Sensitive information should be minimized before use or egress, with permission-aware access, configurable masking, retention controls and security review. Compliance is determined by the actual deployment, policies, audits and operating environment.
Data minimization, access boundaries, and redaction of identifiers where applicable.
Architecture can be assessed against SOC 2, ISO 27001, HIPAA, GDPR and applicable accessibility requirements.
Request test results, configuration evidence and independent assessment rather than relying on unverified certifications.
Discuss authorization boundaries, AI safety, cryptographic evidence and independent verification with the Ceryvra team.
Request security documentation