Description

This curriculum spans the design, implementation, and governance of logical access controls in healthcare settings, equivalent in scope to a multi-phase advisory engagement supporting the integration of ISO 27799 into an organization’s clinical information systems and ongoing access management processes.

Module 1: Understanding the ISO 27799 Framework and Its Relationship to Access Control

Interpret clause 8.1.1 of ISO 27799 to define user access rights based on clinical role rather than job title in electronic health record systems.
Map ISO 27799 controls to existing organizational policies to identify gaps in access enforcement for protected health information (PHI).
Align access control objectives in ISO 27799 with HIPAA Security Rule requirements for role-based access.
Decide whether to adopt ISO 27799 as a standalone framework or integrate it into an existing ISO 27001 ISMS.
Establish a governance committee to review access control deviations from ISO 27799 recommendations in emergency override scenarios.
Document the rationale for customizing Annex A.8.1 controls to fit organizational workflows in clinical environments.
Coordinate with legal counsel to validate that access logging practices meet ISO 27799’s audit trail expectations and jurisdictional privacy laws.
Assess third-party cloud EHR providers for conformance to ISO 27799 access control guidance during vendor due diligence.

Module 2: Defining and Classifying Health Information Assets

Conduct a data classification exercise to label electronic medical records as "confidential" and scheduling data as "internal" per ISO 27799 guidance.
Implement metadata tagging in EHR systems to enforce access rules based on data classification levels.
Define ownership of patient data at the institutional level, assigning custodianship to IT and stewardship to clinical leads.
Develop a data inventory that includes on-premises servers, cloud backups, and mobile devices accessing PHI.
Establish retention rules for diagnostic images based on clinical necessity and regulatory mandates, influencing access duration.
Negotiate access rights for research datasets derived from clinical records, balancing openness with confidentiality.
Update asset classification when integrating wearable health device data into primary records, triggering new access policies.
Enforce encryption requirements for "confidential" data at rest and in transit based on classification outcomes.

Module 3: Role-Based Access Control (RBAC) Design for Clinical Workflows

Define clinical roles such as "attending physician," "nurse practitioner," and "medical coder" with granular access permissions in the EHR.
Implement dynamic role activation to allow temporary elevation of privileges during trauma events with post-event review.
Resolve conflicts between RBAC policies and cross-specialty collaboration by creating shared team-based access groups.
Design role hierarchies that allow senior clinicians to view but not modify junior staff documentation.
Integrate RBAC with single sign-on (SSO) systems while ensuring session timeouts comply with ISO 27799 physical access clauses.
Conduct quarterly role mining to eliminate redundant or overlapping roles accumulating through organizational changes.
Enforce separation of duties between billing and clinical access to prevent fraudulent claims.
Automate role provisioning upon HR system updates, including deactivation upon employee termination.

Module 4: Authentication Mechanisms in High-Availability Clinical Systems

Select multifactor authentication methods for remote access to EHRs, balancing usability and security in home-based telehealth.
Deploy smart cards with PKI certificates for workstation access in high-security areas like radiology.
Configure biometric authentication fallback procedures for clinicians with physical impairments affecting fingerprint use.
Implement adaptive authentication that increases verification steps when access originates from unusual locations or times.
Manage shared workstation logins in emergency departments using proximity badges with automatic logout after inactivity.
Integrate authentication logs with SIEM systems to detect brute-force attempts on physician accounts.
Establish token issuance and revocation procedures for third-party vendors requiring system access.
Test failover mechanisms for identity providers during network outages to maintain clinical access.

Module 5: Access Request and Approval Workflows

Design a formal access request form requiring clinical supervisor and data steward approval for new EHR access.
Implement automated routing of access requests based on department and role to designated approvers.
Set time-bound access for temporary staff with automatic revocation upon contract end date.
Integrate access request workflows with HR onboarding and offboarding processes.
Log all access approval decisions for audit purposes, including justification for exceptions.
Define escalation paths for urgent access needs when approvers are unavailable during off-hours.
Enforce dual control for granting access to sensitive datasets such as psychiatric or HIV records.
Conduct monthly reviews of pending access requests to prevent backlog and unauthorized access through delay.

Module 6: Privileged Access Management for Administrative and Technical Users

Isolate domain administrator accounts from general network use and enforce just-in-time access via PAM solutions.
Implement session recording for database administrators accessing patient record tables.
Define break-glass accounts for IT emergencies with mandatory post-use justification and audit review.
Rotate privileged credentials automatically after each use in accordance with ISO 27799 password policies.
Restrict local administrator rights on clinical workstations to prevent unauthorized software installation.
Enforce time-of-day restrictions on infrastructure maintenance access to reduce risk during clinical operations.
Conduct quarterly reviews of all privileged accounts, including contractors and external consultants.
Integrate PAM tools with change management systems to correlate access with system modifications.

Module 7: Monitoring, Logging, and Audit Trail Management

Configure EHR systems to log every access to a patient record, including view, edit, and print actions.
Define thresholds for anomalous access patterns, such as viewing records outside assigned departments or care episodes.
Retain access logs for a minimum of six years to comply with HIPAA and ISO 27799 audit requirements.
Implement write-once storage for audit logs to prevent tampering by administrative users.
Generate automated reports for access to high-profile patient records for compliance officer review.
Integrate log data with external auditors using standardized formats without exposing PHI.
Test log integrity procedures during disaster recovery drills to ensure continuity of audit trails.
Respond to log storage capacity limits by offloading older entries to encrypted archival systems.

Module 8: Third-Party and Vendor Access Governance

Negotiate data processing agreements that limit vendor access to the minimum necessary PHI for support tasks.
Provision vendor access through jump servers with time-limited sessions and activity monitoring.
Require vendors to use organization-issued authentication tokens instead of personal credentials.
Conduct annual reviews of active vendor accounts and revoke access for discontinued services.
Enforce encryption of data extracted by vendors for analytics, even within trusted partner networks.
Include access audit rights in contracts to allow inspection of vendor system logs upon request.
Isolate vendor network segments from clinical systems using VLANs and firewall rules.
Verify that offshore support teams comply with local privacy laws when accessing systems remotely.

Define procedures for disabling user accounts within 15 minutes of suspected credential compromise.
Correlate access logs with endpoint detection tools to trace lateral movement after a phishing incident.
Conduct forensic analysis of access patterns to determine the scope of unauthorized data exposure.
Notify patients and regulators within 72 hours of confirming a breach involving inappropriate record access.
Preserve access logs and session recordings as evidence during internal investigations.
Implement automated alerts for mass downloads or exports of patient records by any user.
Review access control configurations post-incident to close exploited vulnerabilities.
Coordinate with legal and PR teams on communication strategy for access-related breaches.

Module 10: Continuous Access Review and Policy Evolution

Conduct quarterly access certification campaigns requiring managers to affirm or revoke team member permissions.
Update access policies in response to new clinical services, such as telepsychiatry or remote monitoring.
Revise role definitions after organizational restructuring, mergers, or service line closures.
Measure compliance with access control policies through automated control assessments.
Integrate feedback from clinicians on access barriers affecting patient care into policy updates.
Benchmark access control maturity against ISO 27799 Annex A controls annually.
Adjust authentication requirements based on threat intelligence, such as increased phishing targeting clinicians.
Archive outdated access policies with version control to support audit and legal discovery needs.

Logical Access Control in ISO 27799