Security & Compliance
Built Into the Architecture
Pan.bio is designed from day one to meet the privacy, sovereignty, and regulatory requirements that healthcare, clinical labs, and research institutions demand, enforced at the infrastructure level, not as documentation your team manages.
Certifications
Certified for Healthcare
and Clinical Environments
Pan.bio meets the most rigorous global compliance frameworks for healthcare and life sciences data handling.
HIPAA
Health Insurance Portability & Accountability Act
US healthcare data privacy and security
GDPR
General Data Protection Regulation
EU personal data protection
SOC 2 Type II
Service Organization Control 2
Security, availability, and confidentiality controls
ISO 27001
International Information Security Management
Enterprise information security management systems
Data Residency & Sovereignty
Your Data Stays
Where It Belongs
Every genomic sequence, every variant report, every AI interaction lives within your deployment region. That's not a configuration option, it's the architecture.
GCC Region
GCP Dammam · Saudi Arabia
US Region
GCP US-East & West
Regions operating independently
In-Country Deployment
Built on GCP with regional infrastructure. GCC and US regions today, additional regions available on request.
No Cross-Border Transfer
Residency is enforced at the infrastructure level, not a policy document. Customer data never crosses regional boundaries.
In-Region AI Processing
All bioMind LLM calls route through in-region infrastructure, respecting the same residency rules as every other data category.
Tenant Data Isolation
Cryptographic separation at the storage layer. Zero cross-tenant data visibility, enforced in infrastructure, not policy.
Security Architecture
Enforced at the Architecture Level,
Not the Policy Layer
Every Action, Logged
Every AI tool call, LLM invocation, and data access event is captured in an immutable audit trail, suitable for ISO 15189, CAP, HIPAA, and other clinical accreditation requirements.
Tenant Isolation
Every organization's data is isolated with row-level security in the database. One customer's data, conversations, and AI interactions are never visible to another, ever.
- Row-level security enforced at the database layer
- Cross-tenant queries are architecturally impossible
- Applies to Workflows, VAIC, Cohorts, and bioMind equally
Role-Based Access Control
RBAC across every product. The AI cannot modify clinical data without human approval, write operations require explicit user confirmation and elevated permissions.
- Human-in-the-loop required for all clinical write operations
- Elevated permissions for variant classification submissions
- All role transitions and permission grants are logged
Patient Data Handling
Patient Privacy
by Default
Anatomy of De-identification
De-identified data only
All patient data is de-identified before it reaches bioMind or any AI component. For Patient Cohorts, agents operate exclusively on metadata, never on underlying patient records. A hard boundary, enforced by architecture.
Identifiers held server-side only
Patient identifiers are stored server-side and never exposed to the browser or client. Every API request requires authentication and every product route is protected by identity verification.
NIH Genomic Data Commons
Accessed under institutional credentialing via the NIH GDC data portal.
MIT Laboratory for Computational Physiology
Accessed under formal data use agreement with MIT. De-identified ICU and clinical data.
MITRE Corporation
Synthetic patient populations generated with open-source Synthea. Zero real patient data.
Enforced at the infrastructure level, your data stays in your jurisdiction, always.
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