Strict Data Isolation
Included in all products
Isolate data by tenant.

Data Isolation — Single-Tenant by Design
Each client operates in a dedicated private environment where compute, storage, and network are fully isolated from all others. No data co-mingling. No shared runtime. Residency and governance are enforced per tenant.
How it works (plain language)
Dedicated environment
Single-tenant VPC/VNet, private subnets, isolated compute/GPU and storage.
Network boundaries
Private ingress (VPN/allowlist), restricted egress, service endpoints only.
Identity & access
SSO/OIDC with role-based access; least-privilege admin and session controls.
Data protection
TLS in transit, AES-256 at rest; customer-managed keys (BYOK/HSM) with rotation.
Operational separation
Per-tenant logs, metrics, backups, and DR; no cross-tenant tooling or pipelines.
Residency & compliance
Region pinning (e.g., EU-only); contractual data-processing terms and audit support.
Controls for security & engineering leaders
Region & residency policies (EU-only options), zero data retention for foundation model calls.
Key management: BYOK/HSM, rotation policies, access workflows.
Observability: immutable, tenant-scoped logs; SIEM integration and evidence packs.
Change & patch governance: per-tenant windows, version pinning, rollback plans.
Segregation testing: periodic validation of boundary controls and lateral-movement defenses.
Why it matters
For Business Stakeholders | For Security & Tech Leaders |
---|---|
Clear separation of client data and obligations. | Hard isolation boundaries reduce blast radius and lateral movement. |
Procurement-ready posture for regulated engagements. | Residency, BYOK, and zero-retention enforce policy at the platform layer. |
Predictable risk and simpler assurance for customers. | Tenant-scoped logs, backups, and DR simplify audit and incident response. |
Outcome: A governed, single-tenant architecture where data and model context never cross tenants, aligning operational reliability with residency, compliance, and audit requirements.