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CMP0983 Mastering PCI DSS for Financial Services Compliance Practitioners

$199.00
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A tailored course, built for your situation

Mastering PCI DSS for Financial Services Compliance Practitioners

Build defensible, source-backed compliance positions in high-pressure review cycles

$199 one-time
24-hour access provisioning 30-day money-back guarantee Hand-built implementation playbook
12 modules. 12 chapters per module. 144 chapters total.
12 modules, each with 12 chapters (144 chapters total), text-based, plus downloadable templates and a hand-built implementation playbook delivered alongside course access.
Avoid rework when audit findings hinge on judgment calls

The situation this course is for

Compliance decisions are increasingly contested, not because they’re wrong, but because the reasoning isn’t anchored to shared standards or precedents. Practitioners waste cycles defending positions that could be pre-validated with the right references.

Who this is for

Mid-senior compliance or risk practitioner in financial services, responsible for maintaining or auditing PCI DSS compliance across complex environments.

Who this is not for

Entry-level auditors, developers implementing controls, or executives seeking high-level overviews , this is for individual contributors who must explain, justify, and document compliance decisions under scrutiny.

What you walk away with

  • Explain control scope decisions using real examples from peer institutions
  • Trace each requirement to official guidance, feedback loops from prior audits, and NIST cross-references
  • Respond to technical challenges with documented design rationales, not opinions
  • Differentiate between 'possible' and 'defensible' in control implementation trade-offs
  • Produce audit evidence that anticipates follow-up questions by design

The 12 modules (with all 144 chapters)

Module 1. Anchoring PCI DSS in Financial Services Context
Understand how payment data flows in asset management and capital markets shape control priorities. This module maps PCI DSS scope to Macquarie-like environments, emphasizing segmentation boundaries and service provider accountability.
12 chapters in this module
  1. Mapping cardholder data environments in broker-dealer operations
  2. How merchant category codes influence compliance scope
  3. PCI DSS vs. ISO 27001: where frameworks overlap and diverge
  4. Defining 'in-scope' systems with network diagrams and logs
  5. Common misclassifications in virtualized environments
  6. Role of acquiring banks in validating Level 1 compliance
  7. Tracking data flows across hybrid cloud architectures
  8. Using DLP tools to validate scope reduction claims
  9. Documenting system exclusions with audit-ready rationale
  10. Leveraging firewall rules as proof of segmentation
  11. Handling shared responsibility in AWS and Azure
  12. Case study: scope dispute resolution at a global bank
Module 2. Requirement 1 Deep Dive: Firewalls and Rule Justification
Go beyond checklist compliance by mastering the reasoning behind firewall configurations. Learn to justify rules based on business necessity and attack surface reduction, using real configurations from financial institutions.
12 chapters in this module
  1. Building firewall rule inventories with purpose columns
  2. Classifying rules by risk tier and exposure window
  3. Using netflow data to validate rule necessity
  4. Documenting exceptions with time limits and owners
  5. Mapping rules to specific PCI DSS sub-requirements
  6. How penetration tests inform firewall policy updates
  7. Example: justification log from a Tier 1 bank
  8. Common pitfalls in rule documentation templates
  9. Integrating change management with firewall reviews
  10. Automating rule review cycles with SIEM outputs
  11. Balancing operational needs with least privilege
  12. Presenting firewall posture to technical steering committees
Module 3. Requirement 2: Secure Configurations and Baselines
Establish defensible system hardening standards by referencing CIS benchmarks and internal audit findings. This module shows how to justify deviations with compensating controls and risk acceptance workflows.
12 chapters in this module
  1. Mapping CIS Level 1 controls to PCI DSS 2.2
  2. Documenting custom baseline exceptions for trading systems
  3. Using vulnerability scans to validate configuration drift
  4. Creating time-bound waivers for legacy applications
  5. Linking compensating controls to control objective 2.1
  6. Example: hardened Windows Server checklist from an investment bank
  7. Version control for configuration baselines
  8. Role of change advisory boards in approving deviations
  9. Auditing baseline compliance across cloud images
  10. Using Ansible playbooks to enforce consistency
  11. Reporting on configuration compliance by environment
  12. Case study: remediation timeline after internal audit
Module 4. Requirement 3: Protecting Stored Cardholder Data
Focus on data classification, encryption key management, and tokenization strategies that survive auditor scrutiny. Learn how leading firms justify data retention policies and masking rules.
12 chapters in this module
  1. Identifying cardholder data using regex and discovery tools
  2. Classifying encryption methods by strength and use case
  3. Justifying tokenization architecture with data flow maps
  4. Mapping key lifecycle stages to PCI DSS 3.5
  5. Using HSMs in cloud-based payment processing
  6. Documenting data retention rules with legal input
  7. Common flaws in PAN masking implementations
  8. Validating encryption in backup tapes and archives
  9. Compensating controls for systems with residual risk
  10. Example: data flow diagram from a payments processor
  11. Handling transient data in log files and screenshots
  12. Audit trail requirements for key rotation events
Module 5. Requirement 4: Encrypted Transmission of Cardholder Data
Master TLS implementation, certificate management, and secure protocols across distributed systems. Use real-world examples to justify protocol choices and validate encryption in motion.
12 chapters in this module
  1. Mapping TLS versions to system compatibility matrices
  2. Documenting SSL/TLS deprecation timelines
  3. Validating certificate chains with automated tools
  4. Using mutual TLS in internal service-to-service calls
  5. Justifying encryption scope beyond public-facing systems
  6. Example: certificate inventory from a global bank
  7. Handling legacy systems that require weak ciphers
  8. Integrating certificate monitoring with SIEM alerts
  9. Auditing encryption compliance across APIs
  10. Balancing security and uptime during cipher updates
  11. Presenting encryption posture to non-technical reviewers
  12. Case study: TLS 1.3 migration in a trading platform
Module 6. Requirement 5: Malware Prevention and Detection
Develop defensible anti-malware strategies tailored to financial infrastructure. This module covers signature updates, behavioral analysis, and exception management with audit-ready documentation.
12 chapters in this module
  1. Defining anti-malware scope in virtualized environments
  2. Justifying heuristic settings based on threat intel
  3. Documenting approved software exceptions by business unit
  4. Using EDR logs to validate protection coverage
  5. Mapping malware scans to critical system tiers
  6. Example: exception approval log from a custodian bank
  7. Balancing detection sensitivity with false positives
  8. Integrating AV logs with SIEM for audit evidence
  9. Validating scan frequency with system criticality
  10. Handling air-gapped systems with removable media
  11. Reporting on malware incidents to compliance teams
  12. Case study: response to a phishing incident in dev
Module 7. Requirement 6: Secure Software Development
Build defensible SDLC practices that align with PCI DSS 6.3 and ISO 27001. Learn to justify secure coding standards, code reviews, and third-party component validation.
12 chapters in this module
  1. Integrating SAST tools into CI/CD pipelines
  2. Documenting secure coding standards by language
  3. Validating third-party libraries with SBOMs
  4. Justifying pen test frequency based on risk tier
  5. Example: devsecops playbook from a fintech
  6. Handling legacy systems without automated testing
  7. Using threat modeling to prioritize security tasks
  8. Mapping secure deletion procedures to data types
  9. Auditing developer access to production environments
  10. Balancing agility with compliance in sprint cycles
  11. Reporting on security debt to product leads
  12. Case study: remediation after open-source flaw
Module 8. Requirement 7: Access Control by Need-to-Know
Design role-based access controls that withstand auditor questions. This module shows how to justify access levels with job functions and separation of duties.
12 chapters in this module
  1. Mapping job roles to system access matrices
  2. Documenting access approvals with business justification
  3. Using SOX-style attestations for privilege reviews
  4. Example: access review report from a clearing bank
  5. Handling shared accounts in emergency scenarios
  6. Integrating access requests with HR offboarding
  7. Validating least privilege in database access
  8. Auditing sudo usage on Linux systems
  9. Compensating controls for overlapping duties
  10. Reporting on access violations to risk committees
  11. Balancing operational needs with control rigor
  12. Case study: access cleanup after merger
Module 9. Requirement 8: Two-Factor Authentication Deployment
Justify 2FA implementation choices with risk assessments and usability trade-offs. Learn how peer institutions document token usage, biometric integration, and exception handling.
12 chapters in this module
  1. Classifying systems by authentication risk tier
  2. Documenting 2FA exceptions with compensating controls
  3. Using FIDO2 keys in high-risk environments
  4. Example: 2FA rollout plan from a broker-dealer
  5. Integrating MFA logs with identity governance
  6. Validating remote access with adaptive policies
  7. Handling legacy systems without 2FA support
  8. Auditing failed login attempts across tiers
  9. Reporting on MFA adoption by department
  10. Balancing security and user experience
  11. Case study: phishing-resistant auth for traders
  12. Future-proofing with passwordless strategies
Module 10. Requirement 9: Physical Security of Systems
Develop defensible physical access policies for data centers, cloud providers, and remote offices. Use real examples to justify monitoring, visitor logs, and environmental controls.
12 chapters in this module
  1. Mapping physical access to logical access logs
  2. Documenting visitor approval workflows
  3. Using badge systems to validate entry events
  4. Example: data center audit report from AWS
  5. Handling co-location facilities with providers
  6. Integrating CCTV logs with incident response
  7. Validating environmental controls with sensors
  8. Auditing physical access quarterly reviews
  9. Compensating controls for remote maintenance
  10. Reporting on physical security incidents
  11. Balancing access speed with control checks
  12. Case study: audit finding on door lock logs
Module 11. Requirement 10: Logging and Monitoring
Build defensible logging architectures that capture critical events and support forensic investigations. Learn to justify log retention, normalization, and alerting thresholds.
12 chapters in this module
  1. Defining critical systems for logging coverage
  2. Documenting log retention policies by regulation
  3. Using centralized SIEM for audit readiness
  4. Example: log schema from a payment gateway
  5. Validating log integrity with hashing
  6. Integrating cloud provider logs into SIEM
  7. Handling log storage in multi-region setups
  8. Auditing log access with role-based filters
  9. Reporting on security events to operations
  10. Balancing cost with retention requirements
  11. Case study: forensic investigation after breach
  12. Future-proofing with structured logging
Module 12. Requirement 11: Vulnerability Scanning and Pen Testing
Justify internal and external scan frequencies with risk profiles. Learn how top firms document penetration test scope, findings, and remediation timelines.
12 chapters in this module
  1. Classifying networks by scan frequency tier
  2. Documenting approved scan windows and exceptions
  3. Using ASV reports for external validation
  4. Example: pen test scope agreement from a bank
  5. Integrating scan results with ticketing systems
  6. Validating patch deployment with follow-up scans
  7. Handling false positives in automated tools
  8. Auditing remediation timelines by severity
  9. Compensating controls for unpatched systems
  10. Reporting on vulnerability trends to leadership
  11. Balancing operational stability with scan load
  12. Case study: response to critical CVE in core router

How this maps to your situation

  • During quarterly audit prep cycles
  • When new systems are proposed for cardholder data access
  • Prior to vendor assessments involving payment processing
  • After findings are raised on control interpretation

Before vs. after

Before
Spending cycles defending compliance interpretations without ready references, relying on memory or informal guidance when challenged.
After
Responding to peer challenges with documented precedents, control mappings, and regulatory commentary , reducing rework and increasing stakeholder confidence.

What's included with your purchase

  • 12 modules with 12 chapters each (144 chapters)
  • Downloadable templates and worked examples for every module
  • Hand-built implementation playbook delivered alongside course access
  • 30-day money-back guarantee

Delivery and format

  • Course and learning environment access provisioned within 24 hours of purchase
  • Hand-built implementation playbook delivered alongside course access

Format: Text-based modules and chapters in the Art of Service learning environment, plus downloadable templates and worked examples for every chapter, plus the hand-built implementation playbook delivered alongside course access.

Time investment: Approximately 90 minutes per week over six weeks, or self-paced to complete within 90 days.

If nothing changes
Without defensible materials, teams default to opinion-based debates, leading to rework, inconsistent control application, and audit findings that could have been preempted with stronger justification chains.

How this compares to the alternatives

Generic PCI DSS training covers checklists, not reasoning. This course focuses on documented justifications, precedent examples, and regulatory alignment , the materials that actually reduce friction in real audits.

Frequently asked

How is the course structured?
12 modules, each containing 12 chapters (144 chapters total).
Is this course specific to financial services?
Yes , every example, template, and case study comes from financial institutions with complex payment environments like Macquarie's.
Will I get templates I can use at work?
Yes , each module includes adapted, anonymized templates from peer institutions for firewall rules, access reviews, and control justifications.
$199 one-time. Approximately 90 minutes per week over six weeks, or self-paced to complete within 90 days..

Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.

30-day money-back guarantee· 144 chapters· Hand-built playbook included· Account access within 24 hours
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