Description

This curriculum spans the equivalent of a multi-workshop advisory engagement, addressing the full lifecycle of health information security governance, risk management, and compliance verification across clinical, administrative, and technical domains.

Module 1: Establishing the Governance Framework for Health Information Security

Define scope boundaries for ISO 27799 compliance across clinical, administrative, and research units within a healthcare organization.
Select control objectives from ISO 27799 that align with jurisdictional health privacy laws such as HIPAA, PIPEDA, or GDPR-H.
Assign information asset ownership to clinical leads or department heads, ensuring accountability for data protection.
Integrate ISO 27799 control requirements into existing enterprise risk management processes without duplicating efforts.
Determine reporting lines for information security governance, including escalation paths to the privacy officer and board-level committees.
Develop a register of health information assets categorized by sensitivity (e.g., genomic data, psychotherapy notes, billing records).
Negotiate authority boundaries between the CISO, DPO, and clinical informatics leads when enforcing security policies.
Establish criteria for when to apply ISO 27799 controls versus supplementary frameworks like NIST CSF or HITRUST.

Module 2: Risk Assessment Methodologies Specific to Health Data

Conduct threat modeling for electronic health record (EHR) systems, identifying risks from insider threats, ransomware, and legacy device vulnerabilities.
Apply qualitative risk scoring that accounts for patient harm potential, not just data loss or financial impact.
Map identified risks to ISO 27799 control clauses, ensuring traceability from risk register to mitigation actions.
Engage clinicians in risk workshops to validate threat scenarios involving treatment disruption due to system unavailability.
Assess risks associated with third-party health apps that integrate with hospital systems via APIs.
Document residual risks with mitigation timelines, requiring sign-off from both IT security and clinical leadership.
Update risk assessments after major events such as EHR upgrades, mergers, or data breaches.
Balance risk treatment options (avoid, mitigate, transfer, accept) against clinical workflow impact and patient safety.

Module 3: Designing and Implementing Access Control Policies

Define role-based access control (RBAC) structures aligned with clinical roles (e.g., attending physician, resident, nurse, coder).
Implement dynamic access controls for emergency override scenarios with automatic audit logging and time-bound access.
Enforce least privilege by reviewing access rights during staff role changes or departures using automated provisioning tools.
Configure just-in-time (JIT) access for third-party vendors performing system maintenance on medical devices.
Integrate access reviews with HR offboarding processes to prevent orphaned accounts in EHR systems.
Apply attribute-based access control (ABAC) for research data access based on project approval, data sensitivity, and user clearance.
Monitor excessive access requests or failed logins from clinical staff as potential indicators of compromised credentials.
Address conflicts between clinician demands for broad access and privacy officer mandates for strict access logging.

Module 4: Securing Health Data Across the Information Lifecycle

Define retention periods for different health record types in accordance with legal requirements and clinical necessity.
Implement encryption for data at rest in EHR databases, ensuring key management complies with ISO 27799 encryption controls.
Establish secure data transfer protocols for exchanging health information with external labs or public health agencies.
Design data anonymization procedures for secondary use in research while preserving statistical utility.
Enforce secure disposal methods for physical records and decommissioned storage media containing patient data.
Classify data in motion across wireless medical devices, ensuring transmission complies with IEEE 802.11i and ISO 27799.
Apply metadata tagging to health records to automate handling rules based on data type and sensitivity.
Manage data sovereignty issues when cloud backups are stored in jurisdictions with differing privacy laws.

Module 5: Third-Party and Vendor Risk Management

Audit business associate agreements (BAAs) to verify alignment with ISO 27799 control expectations for data protection.
Conduct on-site assessments of cloud service providers hosting EHR systems or medical imaging archives.
Require vendors to provide evidence of ISO 27001 certification and map controls to ISO 27799 requirements.
Monitor third-party access to health systems through privileged access management (PAM) solutions.
Enforce incident notification timelines in contracts with medical device manufacturers and IT support vendors.
Assess risks from supply chain dependencies, such as software libraries used in diagnostic imaging platforms.
Terminate vendor access immediately upon contract expiration or breach of security terms.
Coordinate security testing of vendor applications before integration into the clinical environment.

Module 6: Security Monitoring and Incident Detection in Clinical Environments

Deploy SIEM rules tuned to detect anomalous EHR access patterns, such as bulk record downloads by non-research staff.
Integrate medical device logs into central monitoring platforms despite proprietary or legacy communication protocols.
Configure real-time alerts for unauthorized access attempts during non-clinical hours in radiology or pharmacy systems.
Correlate security events with clinical operations data to distinguish between policy violations and legitimate urgent care needs.
Establish thresholds for acceptable alert volumes to prevent alert fatigue among security analysts.
Use UEBA tools to baseline normal user behavior for clinicians and flag deviations indicating compromised accounts.
Ensure monitoring systems comply with patient privacy by avoiding full-content logging of clinical notes.
Design escalation workflows that include clinical leadership when incidents may impact patient care delivery.

Module 7: Incident Response and Business Continuity for Healthcare Systems

Develop incident playbooks specific to ransomware attacks on hospital networks, including offline patient care procedures.
Conduct tabletop exercises involving IT, security, clinical teams, and legal counsel to test response coordination.
Define criteria for declaring a data breach under HIPAA or equivalent, including risk of harm to individuals.
Maintain offline backups of critical patient data with regular restoration testing to ensure availability during outages.
Coordinate with public relations teams to manage external communications while preserving investigation integrity.
Preserve forensic evidence from compromised medical devices or EHR systems in accordance with legal holds.
Implement failover procedures for life-supporting systems during network or power disruptions.
Document post-incident root cause analysis and update controls to prevent recurrence.

Module 8: Audit and Continuous Compliance Verification

Schedule internal audits of high-risk departments such as emergency medicine, oncology, and behavioral health.
Use automated compliance tools to continuously validate configuration settings against ISO 27799 control baselines.
Sample access logs quarterly to verify that access decisions align with documented policies and role definitions.
Validate encryption status of mobile devices used by home health nurses through mobile device management (MDM) reports.
Review training completion records to confirm staff have received role-specific security awareness content.
Compare policy versions across departments to ensure consistency and avoid local deviations.
Report audit findings to the compliance committee with prioritized remediation timelines based on risk severity.
Track control effectiveness over time to identify recurring deficiencies requiring process redesign.

Module 9: Policy Development and Organizational Alignment

Draft information security policies that reference ISO 27799 controls while using language accessible to non-technical clinical staff.
Obtain formal endorsement of security policies from medical executive committees to ensure clinical buy-in.
Integrate policy exceptions into risk registers with documented justification and compensating controls.
Align policy review cycles with regulatory updates, such as changes to HIPAA enforcement rules.
Disseminate policy updates through clinical leadership channels rather than IT-only communication paths.
Define disciplinary actions for policy violations in collaboration with HR and legal departments.
Map policy requirements to training modules to ensure staff understand their operational responsibilities.
Establish a policy feedback mechanism for frontline staff to report impractical or obstructive security rules.

Module 10: Maturity Assessment and Continuous Improvement

Apply a healthcare-specific maturity model to evaluate progress in implementing ISO 27799 controls across departments.
Conduct gap analyses comparing current practices to ISO 27799 recommendations, prioritizing high-impact areas.
Track key performance indicators (KPIs) such as time to remediate critical vulnerabilities or access review completion rates.
Use benchmarking data from peer healthcare organizations to contextualize performance metrics.
Facilitate improvement workshops with department heads to address systemic control weaknesses.
Update the governance roadmap annually based on audit findings, incident trends, and technological changes.
Integrate maturity assessment results into capital planning for security technology investments.
Ensure continuous improvement efforts do not introduce new clinical workflow disruptions or safety risks.