Zero-trust infrastructure with defense-in-depth principles. Designed for regulated environments requiring high-assurance identity operations.
Multi-layered encryption architecture protecting data at rest, in transit, and during processing with industry-standard cryptographic primitives.
TLS 1.3 with perfect forward secrecy for all network communications. Certificate pinning prevents man-in-the-middle attacks.
AES-256 encryption for all stored data including documents, biometric templates, and audit logs with hardware security module (HSM) key management.
Encrypted memory regions during verification and signing operations. Biometric templates never stored in raw form.
Dedicated encryption keys, separate database schemas, and network-level isolation for each customer preventing cross-tenant data access.
Regional data centers with strict data sovereignty controls. Customer data never crosses configured geographic boundaries.
Role-based access control (RBAC) with principle of least privilege. Multi-factor authentication required for all administrative access.
Multi-tenant architecture with cryptographic separation ensuring customer data remains isolated at storage, processing, and network layers.
Virtual private clouds (VPCs) per customer with firewall rules enforcing zero lateral movement between tenant environments.
Separate database instances or schemas with encryption keys unique to each tenant. Connection pooling prevents cross-contamination.
Containerized workloads with namespace isolation and resource quotas. Dedicated processing for sensitive operations.
Never trust, always verify. Every request authenticated, authorized, and audited regardless of origin or network location.
All users and services must authenticate before access is granted. No implicit trust based on network location.
Minimum necessary permissions granted for specific tasks. Access automatically revoked after use.
Architecture designed assuming network compromise. Lateral movement prevented through microsegmentation.
Tamper-evident audit trail with cryptographic proof of integrity. Every operation logged to immutable ledger for compliance and forensic analysis.
Each audit record cryptographically linked to previous record. Tampering detection through hash verification.
RFC 3161 qualified timestamps prove existence of audit records at specific points in time.
Append-only storage backend prevents modification or deletion of historical audit records.
External auditors can independently verify audit log integrity without platform access.
Configurable retention periods aligned with regulatory requirements. Default 7-year retention for financial services compliance.
Architecture built with regulatory compliance as foundational requirement. Continuous adherence to global standards and frameworks.
Security, availability, and confidentiality
Information security management
Privacy information management
Certificate authority operations
Continuous monitoring, threat intelligence integration, and automated incident response protecting platform integrity.
Security operations center with real-time alerting for anomalies, intrusions, and policy violations.
Quarterly third-party penetration tests and annual red team exercises to validate security posture.
Automated scanning, prioritized patching, and coordinated disclosure program for security researchers.
Documented playbooks, automatic containment, and transparent communication during security events.