Data Security & Privacy Architecture
Mediflowly is designed with HIPAA controls in mind. This page is written for hospital IT departments, CISOs, and compliance teams evaluating Mediflowly as a vendor.
Security principles and controls
Built for hospital IT security review requirements. No vague claims — specific controls listed.
Data in Transit Encryption
All data transmitted between your EHR and Mediflowly's ingestion layer is encrypted using TLS 1.3. Connections with TLS versions below 1.2 are refused. SMART on FHIR OAuth 2.0 authentication is used where supported by the EHR; mutual TLS certificate pinning is used for HL7 v2 feed connections.
Data at Rest Encryption
All data stored in Mediflowly's operational data store is encrypted at rest using AES-256. Encryption keys are managed via a dedicated key management service with rotation policies. Backups are encrypted with the same standard. Storage is on SOC 2 Type II-audited cloud infrastructure.
Role-Based Access Control
Mediflowly uses granular role-based access control (RBAC) with predefined roles including: View-Only (charge nurse, bed coordinator), Reporting (department manager), Configuration (IT admin), and Platform Admin. User provisioning and deprovisioning follows your organization's existing user directory where SSO is configured.
Audit Logging
All user actions within Mediflowly are logged with timestamp, user identity, action type, and data accessed. Logs are retained for 24 months and are exportable for your internal security audit and compliance review requirements. Tamper-evident log storage prevents post-hoc modification.
Designed with HIPAA Controls in Mind
Mediflowly is designed to support your HIPAA program — not to replace your organization's own compliance obligations. The controls below describe how we support each HIPAA safeguard category.
Administrative
Administrative Safeguards
- Designated security officer (Mediflowly side)
- Workforce security training program
- Access authorization and termination procedures
- Incident response procedures and breach notification
- BAA execution with all subcontractors handling PHI
Technical
Technical Safeguards
- Unique user authentication — no shared credentials
- Automatic session timeout after inactivity
- Encryption in transit (TLS 1.3) and at rest (AES-256)
- Audit controls with tamper-evident logs
- De-identification at ingestion using Safe Harbor method
Physical
Physical Safeguards
- Hosted on cloud infrastructure with physical access controls
- Data center physical access restricted to authorized personnel
- Device and media disposal procedures for any Mediflowly hardware
- Remote workforce endpoint security policy