Description

This curriculum spans the equivalent of a multi-workshop advisory engagement, addressing the end-to-end integration of ISO 27799 into healthcare governance, risk management, and clinical operations across diverse organizational contexts.

Module 1: Establishing the Governance Framework for Health Information Security

Selecting and adapting ISO 27799 controls based on organizational size, clinical service mix, and regulatory jurisdiction (e.g., HIPAA vs. GDPR-H)
Defining governance roles and responsibilities across clinical, IT, and compliance leadership to ensure accountability
Integrating the ISO 27799 framework with existing enterprise risk management processes without duplicating effort
Determining the scope of health information assets to include in governance—e.g., EHRs, medical devices, research databases
Establishing reporting lines for security incidents that respect clinical workflows while ensuring timely escalation
Deciding whether to adopt ISO 27799 as a standalone standard or align it with ISO 27001 certification efforts
Developing governance documentation that meets auditor expectations while remaining usable by non-technical stakeholders
Setting thresholds for risk acceptance that reflect both clinical impact and legal liability

Module 2: Risk Assessment Methodologies in Clinical Environments

Choosing risk assessment methods (e.g., qualitative vs. quantitative) based on data availability and stakeholder risk tolerance
Mapping clinical workflows to information assets to identify high-risk touchpoints (e.g., discharge summaries, lab results)
Assessing risks introduced by third-party vendors managing patient portals or cloud-based imaging systems
Conducting threat modeling specific to medical device ecosystems (e.g., infusion pumps, MRI machines)
Adjusting risk scoring criteria to reflect patient safety implications beyond data confidentiality
Documenting residual risks in a way that supports informed decision-making by clinical and executive leadership
Reassessing risks after significant changes such as mergers, EHR upgrades, or telehealth expansion
Integrating risk assessment outputs into capital planning for security controls

Module 3: Access Control Design for Clinical Systems

Implementing role-based access control (RBAC) models that reflect dynamic clinical roles (e.g., on-call physicians, locums)
Defining emergency access procedures that comply with ISO 27799 while preventing misuse during crises
Configuring just-in-time (JIT) access for external consultants or visiting specialists
Managing access revocation timelines for terminated staff in decentralized clinical settings
Handling access for trainees and students with time-limited affiliations and evolving responsibilities
Enforcing multi-factor authentication without disrupting time-sensitive clinical workflows
Monitoring and reviewing access logs for anomalous behavior in high-privilege accounts (e.g., system administrators)
Aligning access policies with data sensitivity levels—e.g., mental health records vs. administrative data

Module 4: Third-Party and Vendor Risk Management

Evaluating cloud service providers' ISO 27799 compliance through on-site audits or third-party reports (e.g., SOC 2)
Negotiating business associate agreements (BAAs) that enforce specific ISO 27799 controls
Assessing risks from legacy vendors unable to support modern encryption or logging standards
Monitoring vendor patch management timelines for critical medical devices with long support cycles
Requiring evidence of incident response testing from vendors handling protected health information
Managing subcontractor chains where vendors outsource data processing without transparency
Conducting periodic reassessments of vendor risk based on breach trends and service changes
Defining exit strategies and data return processes in vendor contracts

Module 5: Incident Response and Breach Management

Classifying incidents based on clinical impact—e.g., disrupted surgery scheduling vs. unauthorized record access
Activating incident response teams that include clinical informaticists and legal counsel
Preserving forensic evidence from medical devices without disrupting patient care
Reporting breaches to regulators within mandated timeframes while managing internal communications
Coordinating with public relations teams to avoid premature disclosure of system vulnerabilities
Conducting post-incident reviews that identify systemic gaps, not just individual errors
Updating incident playbooks based on tabletop exercise outcomes and real events
Integrating incident data into enterprise risk registers for long-term mitigation planning

Module 6: Security Awareness and Behavior Change in Healthcare

Designing role-specific training content for clinicians, administrative staff, and IT support
Timing security campaigns to avoid conflicts with peak clinical periods (e.g., flu season)
Measuring effectiveness through simulated phishing campaigns with clinical email templates
Addressing resistance from senior clinicians who perceive security as a barrier to care delivery
Integrating security reminders into clinical workflow tools (e.g., EHR pop-ups at login)
Establishing peer-led security champions within departments to drive cultural change
Tracking repeat policy violations to identify systemic training or process gaps
Updating training content based on emerging threats such as ransomware targeting radiology systems

Module 7: Audit and Compliance Monitoring

Defining audit scope to include high-risk systems like EHRs, PACS, and patient kiosks
Selecting automated tools for continuous monitoring of access logs and configuration changes
Conducting unannounced audits in clinical areas to assess real-world compliance with clean desk policies
Responding to audit findings with corrective action plans that assign owners and deadlines
Aligning internal audit schedules with external regulatory inspection cycles
Managing auditor access to sensitive systems without exposing live patient data
Documenting control effectiveness for ISO 27799 compliance without creating redundant paperwork
Using audit data to prioritize investment in underperforming security domains

Module 8: Data Lifecycle Management in Health Systems

Defining retention periods for different record types based on clinical, legal, and research needs
Implementing secure data disposal methods for physical media such as CDs and printed imaging reports
Managing data migration risks during EHR system replacements or upgrades
Enforcing encryption for data in transit between facilities, especially over public networks
Controlling data duplication across departments to prevent unauthorized shadow repositories
Applying metadata tagging to support granular access and retention rules
Handling data subject access requests (DSARs) in compliance with privacy laws and ISO 27799
Establishing data minimization practices to reduce the attack surface in research datasets

Module 9: Governance Integration with Clinical Safety and Quality Programs

Mapping security incidents to patient safety reporting systems to identify systemic risks
Collaborating with quality improvement teams to embed security checks in clinical process redesign
Aligning security KPIs with clinical quality metrics in executive dashboards
Engaging clinical leadership in governance committees to ensure security decisions reflect care delivery realities
Assessing the impact of security controls on clinical decision-making speed and accuracy
Integrating security requirements into procurement processes for new medical technologies
Conducting joint risk assessments with infection control or pharmacy teams for high-consequence scenarios
Reporting on security program effectiveness to boards using clinical risk language, not technical jargon

Module 10: Continuous Improvement and Maturity Assessment

Applying maturity models to evaluate the organization’s progression in implementing ISO 27799 controls
Using gap analyses to prioritize remediation efforts based on risk and resource constraints
Setting measurable objectives for advancing from reactive to proactive security governance
Conducting benchmarking against peer institutions while protecting sensitive operational data
Updating governance policies in response to changes in standards, regulations, or technology
Tracking control effectiveness over time using metrics such as mean time to detect and respond
Integrating lessons from breaches and near-misses into governance refinements
Revising the governance framework to accommodate new care models like remote monitoring and AI diagnostics