Description

This curriculum spans the equivalent of a multi-workshop advisory engagement, addressing the full lifecycle of health information security governance, risk management, and operational controls as they intersect with clinical workflows, regulatory demands, and third-party ecosystems.

Module 1: Establishing the Governance Framework for Health Information Security

Define the scope of health information assets subject to ISO 27799 controls, including electronic health records, medical imaging systems, and connected devices.
Select governance roles (e.g., Data Protection Officer, Clinical Information Security Lead) and assign accountability for control ownership across clinical and IT departments.
Map regulatory obligations (e.g., HIPAA, GDPR, PIPEDA) to ISO 27799 control objectives to avoid duplication and ensure alignment.
Develop a formal governance charter that specifies escalation paths for security incidents involving patient data.
Integrate clinical risk management processes with information security governance to ensure patient safety implications are evaluated.
Establish a health information security steering committee with representation from legal, clinical leadership, IT, and compliance.
Decide whether to adopt ISO 27799 as a standalone framework or integrate it into an existing ISO 27001 ISMS.
Document decision criteria for prioritizing controls based on patient impact, regulatory exposure, and operational feasibility.

Module 2: Risk Assessment Methodology for Healthcare Environments

Select a risk assessment methodology (e.g., OCTAVE, ISO 27005) compatible with clinical workflows and data sensitivity levels.
Identify asset custodians for high-risk systems such as radiology PACS, pharmacy dispensing systems, and remote monitoring platforms.
Conduct threat modeling for cross-border data flows involving international research collaborations or cloud EHR providers.
Define risk appetite thresholds for patient data exposure, considering both legal penalties and reputational damage to healthcare providers.
Assess insider threat risks associated with privileged access by clinicians, IT administrators, and third-party vendors.
Document risk scenarios involving loss of availability during critical care operations (e.g., ICU systems downtime).
Validate risk assessment outputs with clinical stakeholders to ensure operational realism.
Establish frequency and triggers for re-assessment (e.g., after system integration, regulatory change, or security incident).

Module 3: Designing Access Control Policies for Clinical Systems

Define role-based access control (RBAC) models for clinical staff, incorporating dynamic role changes during shift rotations or on-call duties.
Implement just-in-time (JIT) access for third-party vendors supporting medical devices or billing systems.
Configure emergency override access mechanisms while ensuring auditability and post-event review.
Enforce multi-factor authentication for remote access to electronic health records from personal devices.
Restrict access to psychotherapy notes and substance abuse treatment records under stricter controls than general EHR data.
Integrate access revocation processes with HR offboarding workflows to prevent orphaned accounts.
Design access review cycles for high-privilege roles (e.g., system administrators, super users) with clinical supervisor validation.
Balance clinician demand for rapid data access with segregation of duties requirements in prescribing and dispensing workflows.

Module 4: Managing Third-Party and Vendor Risk

Conduct security assessments of cloud service providers hosting EHR backups or disaster recovery sites.
Negotiate data processing agreements that enforce ISO 27799 compliance obligations on business associates.
Verify that medical device manufacturers provide security update roadmaps and vulnerability disclosure policies.
Implement continuous monitoring of vendor access to on-premises hospital systems via secure gateways.
Assess supply chain risks for software used in diagnostic equipment (e.g., MRI firmware, lab analyzers).
Require third parties to report security incidents involving patient data within contractual SLAs.
Perform due diligence on outsourcing partners handling medical transcription or billing services.
Enforce encryption requirements for data in transit and at rest when shared with research institutions.

Module 5: Security Controls for Medical Devices and IoT

Inventory network-connected medical devices (e.g., infusion pumps, ventilators) and classify them by criticality and patchability.
Segment medical device networks from general hospital IT networks using VLANs and firewall rules.
Develop patch management procedures that coordinate with clinical engineering teams to avoid disrupting patient care.
Implement network behavior anomaly detection for devices that cannot run endpoint protection software.
Evaluate risks of legacy devices operating on unsupported operating systems (e.g., Windows XP in imaging systems).
Establish change control processes for firmware updates requiring clinical validation.
Define incident response playbooks specific to compromised or malfunctioning medical devices.
Coordinate with device manufacturers on vulnerability disclosure and remediation timelines.

Module 6: Incident Response and Breach Management

Define criteria for classifying incidents involving patient data (e.g., unauthorized access, ransomware, lost devices).
Integrate incident response teams with clinical operations to assess patient impact during system outages.
Implement automated logging and correlation of security events from EHR, AD, and firewall systems.
Conduct tabletop exercises simulating ransomware attacks on hospital admission systems.
Establish communication protocols for notifying patients, regulators, and media after a breach.
Preserve forensic evidence from clinical systems while minimizing disruption to ongoing care.
Document root cause analysis for security incidents involving clinician bypass of security controls.
Report notifiable breaches to supervisory authorities within mandated timeframes (e.g., 72 hours under GDPR).

Module 7: Audit, Monitoring, and Continuous Compliance

Deploy SIEM solutions to aggregate and analyze logs from clinical applications, directory services, and databases.
Define key compliance metrics (e.g., access review completion rate, patch latency for critical systems).
Conduct internal audits of high-risk departments (e.g., emergency room, pharmacy) with clinical context awareness.
Automate evidence collection for access certifications and control testing to reduce audit burden.
Validate encryption status of mobile devices used by home health nurses accessing patient records.
Monitor for anomalous data access patterns indicating potential insider threats (e.g., bulk downloads by non-research staff).
Integrate compliance dashboards with executive reporting for board-level oversight.
Track control effectiveness over time and adjust based on audit findings and incident trends.

Module 8: Privacy by Design and Data Lifecycle Management

Embed privacy controls into EHR customization and interface development projects.
Define data retention schedules for different record types (e.g., adult vs. pediatric, research vs. clinical).
Implement pseudonymization techniques for secondary use of health data in research and analytics.
Design secure data destruction processes for physical media (e.g., CDs, backup tapes) containing patient data.
Enforce data minimization in application forms and data collection workflows to reduce exposure.
Configure audit trails to capture data access and modifications for accountability.
Establish procedures for patient data subject access requests (DSARs) under privacy laws.
Validate data anonymization techniques against re-identification risks in shared datasets.

Module 9: Training, Culture, and Behavioral Compliance

Develop role-specific security training for clinicians, administrative staff, and IT support personnel.
Design phishing simulation campaigns using healthcare-themed lures (e.g., fake lab results, vaccine updates).
Measure training effectiveness through post-session assessments and behavioral metrics (e.g., click rates).
Address clinician resistance to security controls perceived as hindering patient care.
Engage clinical champions to model secure behaviors and reinforce policy adherence.
Communicate security incidents internally to reinforce learning without breaching patient confidentiality.
Integrate security reminders into EHR login banners or shift handover processes.
Track policy attestation completion rates and follow up with non-compliant departments.

Module 10: Strategic Alignment and Continuous Improvement

Align ISO 27799 implementation with organizational strategic goals such as digital transformation or telehealth expansion.
Conduct gap assessments against ISO 27799 controls and prioritize remediation based on risk and resource availability.
Integrate compliance efforts with enterprise risk management and quality improvement programs.
Benchmark security posture against peer healthcare organizations using industry frameworks.
Adjust governance processes based on audit findings, incident trends, and regulatory changes.
Secure executive sponsorship and funding for long-term compliance sustainability.
Evaluate the need for external certification or independent validation of controls.
Establish a roadmap for evolving the security program to address emerging threats (e.g., AI in diagnostics, genomics data).