Description

This curriculum spans the breadth of a multi-workshop program typically delivered during a healthcare organization’s ISO 27799 implementation, covering the same technical and governance details addressed in advisory engagements focused on aligning network security with clinical operations, regulatory compliance, and third-party risk management.

Module 1: Aligning ISO 27799 with Healthcare Regulatory Frameworks

Selecting applicable controls from ISO 27799 that satisfy HIPAA Security Rule requirements for electronic protected health information (ePHI).
Mapping ISO 27799 control objectives to national regulations such as the EU GDPR or the U.S. HITECH Act when operating in multi-jurisdictional environments.
Resolving conflicts between ISO 27799 recommendations and country-specific health data residency laws.
Establishing a control rationalization process to exclude non-applicable controls while maintaining audit readiness.
Integrating ISO 27799 with existing clinical governance structures such as privacy officer oversight and IRB protocols.
Documenting control justifications for auditors when tailoring or omitting controls based on organizational scope.
Coordinating updates to ISO 27799 implementation in response to changes in healthcare compliance mandates.
Implementing version control for policies derived from ISO 27799 to support regulatory change tracking.

Module 2: Defining Security Roles and Responsibilities in Clinical IT Environments

Assigning data stewardship roles for medical record systems under ISO 27799 Section 5.1.2, considering shared clinical-administrative responsibilities.
Enforcing segregation of duties between system administrators and clinical data access reviewers in electronic health record (EHR) platforms.
Defining escalation paths for security incidents involving clinicians who bypass access controls for patient care.
Establishing accountability for third-party vendors managing cloud-based medical imaging systems.
Implementing role-based access control (RBAC) models aligned with clinical workflows such as emergency override or on-call rotations.
Managing role conflicts when IT staff require temporary elevated access for system maintenance in critical care units.
Conducting role validation reviews for clinical staff with legacy access following departmental reorganizations.
Documenting delegation of access privileges during staff absences without violating principle of least privilege.

Module 3: Risk Assessment Methodologies for Healthcare Networks

Selecting risk assessment frameworks (e.g., OCTAVE, NIST SP 800-30) that integrate with ISO 27799 control selection and healthcare threat landscapes.
Quantifying impact levels for data breaches involving sensitive patient data, including reputational and clinical risks.
Conducting threat modeling for medical IoT devices connected to hospital networks under ISO 27799 guidance.
Assessing risks associated with unpatched clinical systems due to vendor support limitations or device certification constraints.
Documenting risk acceptance decisions for legacy medical systems that cannot meet current encryption standards.
Updating risk registers following changes in network topology, such as telehealth expansion or remote monitoring deployments.
Integrating clinical safety risks (e.g., device malfunction due to network intrusion) into standard IT risk assessments.
Coordinating risk assessment inputs from clinical, IT, and facilities teams for comprehensive threat coverage.

Module 4: Secure Design and Architecture of Health Information Systems

Segmenting hospital networks to isolate critical systems (e.g., PACS, ICU monitoring) using VLANs and firewalls per ISO 27799 recommendations.
Designing secure interfaces between EHR systems and external laboratories or pharmacies while maintaining audit trails.
Implementing zero-trust architecture principles within clinical environments without disrupting time-sensitive workflows.
Selecting encryption protocols for data in transit across wireless medical networks, balancing performance and security.
Architecting redundancy for authentication systems supporting 24/7 clinical operations without single points of failure.
Integrating physical access controls (e.g., badge readers) with logical access systems for restricted areas like data centers or server rooms.
Designing secure remote access solutions for off-site clinicians that comply with ISO 27799 access control requirements.
Validating secure configuration baselines for virtualized clinical desktop environments.

Module 5: Access Control Implementation in Clinical Workflows

Implementing context-aware access controls that adjust permissions based on location, role, and time for EHR systems.
Managing emergency access procedures that allow temporary privilege escalation while ensuring auditability.
Configuring multi-factor authentication for clinical workstations without impeding urgent patient care.
Enforcing session timeouts on shared workstations in high-traffic areas like emergency departments.
Integrating biometric authentication with existing identity management systems while addressing usability concerns.
Controlling access to diagnostic imaging systems based on modality-specific user roles (e.g., radiologist vs. technician).
Managing access rights for trainees and temporary staff with time-bound affiliations.
Monitoring and reviewing access logs for anomalous patterns, such as off-hour record access by non-on-call staff.

Module 6: Cryptographic Key Management for Protected Health Information

Designing key lifecycle processes for encrypting databases containing longitudinal patient records.
Storing encryption keys for medical archives in compliance with retention periods exceeding 25 years.
Implementing hardware security modules (HSMs) for managing keys used in digital signing of clinical documents.
Coordinating key rotation schedules with clinical system maintenance windows to avoid service disruption.
Recovering encrypted patient data when key custodians are unavailable due to leave or turnover.
Securing keys used in transit for telemedicine sessions involving real-time video and data sharing.
Documenting cryptographic algorithms and key lengths in use to meet ISO 27799 and regulatory validation requirements.
Managing key escrow arrangements for law enforcement access requests under legal compulsion.

Module 7: Incident Response and Breach Management in Healthcare

Defining incident severity levels specific to healthcare, including patient safety implications.
Coordinating incident response between IT security teams and clinical leadership during active breaches.
Preserving forensic evidence from medical devices without disrupting patient monitoring capabilities.
Reporting data breaches involving patient records to regulatory bodies within mandated timeframes.
Conducting post-incident reviews that include clinical impact assessments, not just technical root causes.
Managing communication with patients when their health data has been exposed, per organizational policy.
Testing incident response plans with realistic healthcare scenarios, such as ransomware on imaging systems.
Integrating threat intelligence feeds to detect indicators of compromise targeting healthcare organizations.

Module 8: Third-Party and Vendor Security Oversight

Conducting security assessments of cloud service providers hosting electronic medical records under ISO 27799 guidelines.
Negotiating business associate agreements (BAAs) that enforce ISO 27799 control compliance for U.S. healthcare vendors.
Monitoring third-party access to hospital networks for medical device maintenance or software updates.
Validating patch management practices of medical equipment vendors against organizational security baselines.
Requiring audit rights in contracts to verify ISO 27799 control implementation by service providers.
Managing risks associated with vendors using shared credentials for remote support access.
Enforcing data deletion verification from third-party systems upon contract termination.
Assessing supply chain risks for medical devices with embedded operating systems and network connectivity.

Module 9: Audit, Monitoring, and Continuous Compliance

Configuring SIEM systems to correlate logs from EHR, network, and physical access systems for anomaly detection.
Defining audit log retention periods that satisfy both ISO 27799 and clinical recordkeeping regulations.
Conducting internal audits of access control implementations in high-risk departments like pharmacy and radiology.
Automating control validation checks for ISO 27799 compliance across hybrid cloud and on-premise environments.
Generating executive-level dashboards that translate technical audit findings into governance risks.
Responding to external auditor findings related to gaps in ISO 27799 control implementation.
Integrating continuous monitoring tools with ticketing systems to ensure timely remediation of control failures.
Updating audit procedures to reflect changes in telehealth delivery models and remote patient monitoring.

Module 10: Governance of Emerging Technologies in Healthcare

Evaluating security implications of adopting AI-driven diagnostic tools under ISO 27799 control frameworks.
Establishing governance policies for wearable health devices that transmit data to hospital systems.
Securing data pipelines from remote patient monitoring systems to central health databases.
Managing consent and data usage rights when aggregating patient data for research using live clinical feeds.
Assessing risks of integrating consumer-facing mobile health apps with internal clinical networks.
Implementing controls for voice-enabled clinical documentation systems to prevent unauthorized access.
Defining data ownership and access rights in multi-institutional research collaborations using shared datasets.
Updating governance processes to address quantum computing readiness for long-term health data encryption.