Description

This curriculum spans the design and coordination of a multi-workshop compliance integration program, addressing the technical, procedural, and governance challenges of aligning PCI DSS requirements with ISO 27799 controls in complex healthcare payment environments.

Module 1: Aligning PCI DSS Controls with ISO 27799 Information Security Frameworks

Map PCI DSS requirement 3.4 (render PAN unreadable) to ISO 27799’s encryption and key management guidance, identifying control overlaps and gaps in healthcare environments.
Assess whether ISO 27799’s data classification schema supports PCI DSS data handling requirements for cardholder data stored in EHR systems.
Resolve conflicts between PCI DSS’s strict segmentation rules and ISO 27799’s broader access control principles in shared healthcare IT infrastructures.
Integrate PCI DSS Appendix A (firewall standards) with ISO 27799’s network security controls, ensuring consistency in firewall rule documentation and review cycles.
Define ownership for dual compliance when cardholder data resides in systems governed by both HIPAA and PCI DSS, using ISO 27799’s roles and responsibilities framework.
Adapt ISO 27799’s risk assessment methodology to include PCI DSS-defined threat scenarios, such as skimming malware in point-of-sale systems used in hospital retail pharmacies.
Establish a unified control register that cross-references PCI DSS 12 requirements with ISO 27799 control objectives for audit readiness.
Design exception handling procedures that satisfy both PCI DSS’s compensating control validation and ISO 27799’s risk treatment plans.

Module 2: Scope Definition and System Boundary Management

Determine CDE (Cardholder Data Environment) boundaries in hybrid environments where payment terminals interface with EMR systems via HL7 messaging.
Exclude systems from PCI DSS scope using network segmentation, while ensuring ISO 27799’s monitoring and access control requirements remain enforced.
Document data flows for cardholder data entering through patient billing kiosks, ensuring traceability from point of capture to payment processor.
Validate isolation of virtualized payment applications using VLANs and firewall rules, subject to quarterly PCI DSS segmentation testing.
Assess risk of scope creep when third-party vendors access patient billing systems that share infrastructure with CDE components.
Implement logging at segmentation points to support both PCI DSS 10.6 and ISO 27799’s event monitoring requirements.
Define retention periods for network flow data used to prove segmentation, balancing PCI DSS forensic needs with healthcare data minimization policies.
Conduct architecture reviews when integrating new SaaS billing platforms to prevent unintended inclusion of cloud environments in CDE.

Module 3: Secure Authentication and Access Control Integration

Enforce multi-factor authentication (MFA) for administrative access to systems storing PAN, aligning with PCI DSS 8.3 and ISO 27799’s access control policy.
Implement role-based access control (RBAC) in billing systems using job function matrices that comply with both PCI DSS 7 and ISO 27799 A.9.2.
Automate user provisioning and deprovisioning for payment processing roles using HR system triggers, ensuring adherence to least privilege.
Review shared account usage in legacy medical devices that process payments, replacing them with individual credentials where feasible.
Enforce password complexity and rotation for databases containing cardholder data, while avoiding conflicts with clinical system usability requirements.
Integrate privileged access management (PAM) tools to monitor and record sessions accessing PAN in financial reporting databases.
Conduct quarterly access reviews for users with elevated privileges in payment gateways, documenting approvals and justifications.
Address biometric authentication use in point-of-sale devices by assessing whether templates are stored securely per PCI DSS and ISO 27799.

Module 4: Encryption and Key Management in Healthcare Payment Systems

Deploy end-to-end encryption (P2PE) for payment terminals in outpatient clinics, ensuring decryption occurs outside the CDE.
Design key rotation schedules for AES-256 encryption keys used to protect stored PAN, aligning with PCI DSS 3.5 and ISO 27799 A.10.1.
Separate key management functions from application owners in billing systems to enforce dual control and split knowledge.
Validate HSM (Hardware Security Module) compliance with PCI PIN and P2PE standards when used in hospital payment gateways.
Secure backup media containing encrypted cardholder data using transport-level encryption and access logging.
Document cryptographic architecture for audit, including algorithms, key lengths, and key lifecycle processes.
Assess risks of key exposure in virtualized environments where HSMs are emulated or cloud-based.
Implement automated alerts for unauthorized key export or extraction attempts from key management systems.

Module 5: Logging, Monitoring, and Incident Response Coordination

Configure centralized SIEM to collect logs from payment terminals, gateways, and billing servers, ensuring retention meets PCI DSS 10.7.
Define correlation rules to detect anomalous access to cardholder data, such as bulk queries from billing databases during off-hours.
Integrate PCI DSS 12.10 incident response requirements with existing healthcare IR plans, clarifying notification timelines for breaches.
Test log integrity controls by simulating tampering events and verifying detection and alerting capabilities.
Assign log review responsibilities to SOC analysts with training on distinguishing payment-related anomalies from clinical system events.
Ensure logging mechanisms do not introduce latency in time-critical clinical payment workflows.
Preserve forensic evidence from compromised POS systems in accordance with both legal hold procedures and PCI DSS 12.9.
Validate that timestamps across systems are synchronized using NTP servers traceable to UTC.

Module 6: Vendor and Third-Party Risk Management

Require PCI DSS Attestation of Compliance (AOC) from third-party billing processors handling patient co-pays, validating their scope and controls.
Conduct on-site assessments of payment gateway providers to verify secure development practices and patch management.
Negotiate contract clauses that mandate prompt breach notification and forensic cooperation in multi-tenant SaaS environments.
Map vendor access to CDE components and enforce MFA and session logging for all third-party connections.
Perform annual risk assessments on vendors with remote access to hospital POS systems, including patch compliance and malware protection.
Validate that third-party penetration test reports cover all in-scope systems used in patient payment processing.
Enforce secure configuration standards for vendor-supplied kiosks, including disabling unnecessary services and ports.
Monitor vendor patch deployment timelines for payment applications to ensure vulnerabilities are remediated within PCI DSS 6.2 deadlines.

Module 7: Secure Software Development for Payment-Integrated Healthcare Applications

Integrate PCI DSS 6.3 into SDLC for custom billing modules, requiring threat modeling and secure coding reviews before deployment.
Prohibit storage of PAN in test environments by implementing data masking routines in non-production databases.
Enforce static and dynamic application security testing (SAST/DAST) for web applications handling patient payments.
Validate input validation routines in patient portal payment forms to prevent SQL injection and cross-site scripting.
Require developers to complete secure coding training focused on OWASP Top 10 and PCI DSS 6.5.
Implement change management controls that prevent unauthorized modifications to payment processing logic.
Use software bills of materials (SBOM) to track open-source components in billing applications for known vulnerabilities.
Conduct code reviews for APIs that transmit cardholder data between EMR and payment gateways.

Module 8: Network Security and Segmentation Enforcement

Design firewall rule sets that restrict traffic to payment systems using whitelisting, based on PCI DSS 1.3.4 and 1.3.5.
Implement IDS/IPS on network segments handling cardholder data, tuning signatures to reduce false positives from medical device traffic.
Conduct quarterly segmentation testing to verify that CDE systems cannot be accessed from general hospital networks.
Isolate wireless networks used for mobile payment devices from clinical Wi-Fi using separate SSIDs and VLANs.
Enforce network-level encryption (IPsec or TLS) for data transmitted between POS devices and payment processors.
Disable unused ports and protocols on switches connected to payment terminals to reduce attack surface.
Monitor for unauthorized devices connecting to payment network segments using MAC address filtering and NAC.
Document network diagrams showing all CDE components, including cloud-hosted billing services, for audit purposes.

Module 9: Audit Readiness and Evidence Collection

Prepare evidence packages for PCI DSS 12 requirements, including policies, logs, scan reports, and configuration files.
Coordinate internal audits to validate control effectiveness across departments handling cardholder data.
Respond to QSA inquiries regarding compensating controls for legacy systems lacking native encryption.
Archive ASV scan reports and remediation records to demonstrate compliance with PCI DSS 11.2.2.
Validate that all required policies (e.g., data retention, incident response) are approved, distributed, and acknowledged by staff.
Conduct pre-assessment gap analyses using the PCI DSS ROC template to prioritize remediation efforts.
Reconcile control implementation across multiple locations, such as clinics and pharmacies, to ensure consistent compliance.
Ensure evidence retention periods align with both PCI DSS and healthcare regulatory requirements.

Module 10: Continuous Compliance and Adaptive Governance

Establish a PCI DSS steering committee with representation from IT, compliance, legal, and clinical operations.
Integrate PCI DSS control monitoring into existing GRC platforms used for HIPAA and ISO 27799 compliance.
Automate control validation tasks, such as user access reviews and patch compliance checks, using workflow tools.
Update risk assessments annually to reflect changes in payment technology, such as contactless and mobile wallets.
Conduct tabletop exercises simulating a cardholder data breach in a hospital billing department.
Monitor emerging threats targeting healthcare payment systems, such as ransomware with data exfiltration capabilities.
Adjust governance metrics to track control effectiveness, including mean time to patch and failed login rates.
Review contractual obligations with acquirers and processors to ensure alignment with evolving PCI DSS versions.