Security and data protection governance for digital health and remote patient monitoring programs

Security & Data Protection

Semplice ed efficace

Security and data protection principle from device communication to data storage

Security by Design - Privacy by Default

Security and data protection are foundational elements of our structured Remote Patient Monitoring (RPM) framework, embedded across all architectural layers and operational workflows.

Our platforms are designed according to the principles of Security by Design and Privacy by Default, ensuring that patient data is protected throughout its entire lifecycle.

From device communication to data storage and access management, security controls are embedded at every layer of the architecture.

Security architecture protecting healthcare data across systems, devices and cloud environments

Technical Security Architecture

Our Security Architecture includes:

End-to-end encryption (data in transit and at rest)
Role-based access control (RBAC)
Secure Authentication and Authorization mechanisms
Continuous System Monitoring and Audit Logging
Secure APIs and controlled Third-Party Integrations

All access to patient data is strictly controlled, logged, and auditable.

Secure data flow ensuring confidentiality and integrity of patient information
along the lifecycl stages.

Controlled Data Lifecycle Management

Patient data within our Remote Patient Monitoring environments follows a clearly defined and controlled lifecycle — from capture to secure disposal.

Every stage of data handling is governed by technical safeguards, access controls, and auditability mechanisms to ensure integrity, confidentiality, and regulatory alignment.

Lifecycle Stages

Secure device-level data capture
Encrypted transmission to processing environment
Controlled storage with role-based access
Authorized clinical access and traceability
Defined retention and secure deletion policies

This structured lifecycle model ensures accountability at every control point.

Data Residency & Sovereignty

We support flexible data residency and deployment models to meet national and regional regulatory requirements. Depending on customer needs, solutions can be deployed in cloud, hybrid, or on-premises environments.

This ensures compliance with local data protection laws while maintaining operational scalability.

Risk management approach addressing cybersecurity and operational risks in complex environments

Governance & Risk Management

Secure digital healthcare requires more than technical safeguards - it requires structured governance and defined accountability.

Our RPM environments are operated under a governance framework that integrates risk management, operational oversight, and compliance control mechanisms.

Core Governance Elements

Clearly defined Security Roles and Responsibilities
Structured Access Approval Workflows
Incident Response and Escalation Protocols
Continuous Risk Assessment and Mitigation Planning
Controlled Change Management processes
Periodic Review and Audit readiness

This framework ensures operational resilience and sustained regulatory alignment.

Secure interoperability from medical devices to rpm platform and hospital information sysem inlcuding EHR.

Secure Interoperability & Integration

Remote Patient Monitoring systems must integrate seamlessly with clinical and IT ecosystems while maintaining strict security controls.

Our integration approach supports secure data exchange and structured interoperability aligned with recognized healthcare data standards.

Integration Principles

API-based controlled Data Exchange
Secure Third-Party connectivity
Integration with Hospital Information Systems (HIS) and Electronic Health Records (EHR)
Role-governed Data Exposure
Alignment with structured Healthcare data standards (e.g., HL7 / FHIR principles)
Segmented integration architecture

Interoperability is implemented with security as a prerequisite — not an afterthought.

DIMMI