Enterprise Security Architecture
How BAAN guarantees tenant isolation, protects merchant catalog secrets, and maintains deterministic fact governance.
Zero Data Leakage. Multi-Tenant Security.
Built on strict relational schema boundaries, cryptographic tokens, and immutable audit logs.
Cryptographic Tenant Isolation
Strict Organization and Merchant ID scoping enforced at database, cache, and semantic layers.
AES-256 Data Encryption
All brand memory, catalogs, and customer data encrypted in transit and at rest.
Immutable Audit Ledger
Every single AI token generation, credit deduction, and model call is signed and recorded.
99.9% Uptime Guarantee
Distributed Kubernetes cluster with automatic failover and Redis-backed resilience.
Compliance & Security Controls Matrix
baan_identity, baan_subscriptions, baan_business are strictly separated.
No customer data, menus, or prompt history is used to train public LLM models.
Stateless verification via RFC 7517 JWKS endpoints with rotating cryptographic keys.
Menu prices and stock counts are checked deterministically in PostgreSQL.
All inter-service and public traffic runs over TLS 1.3 with AES-256 at rest.
Strict SAST, secret scanning, dependency vulnerability scans, and 80%+ test coverage.