A tailored course, built for your situation
Mastering CIS Controls; A Step-by-Step Guide to Enterprise Security Posture
Build a repeatable, evidence-ready security foundation that positions you as the internal authority on cyber readiness
The situation this course is for
QA and compliance leaders are spending 70, 100 hours monthly reconciling control evidence, chasing team sign-offs, and responding to auditor follow-ups, especially around CIS-critical domains like configuration hygiene, access enforcement, and patch cadence. The work is foundational but ad hoc, leading to fatigue and inconsistency.
Who this is for
Senior QA or compliance manager at a large enterprise under increasing scrutiny for security posture. Owns or co-owns audit readiness, control mapping, and cross-functional evidence collection. Technically fluent, credibility-focused, and seeks quiet influence through reliability.
Who this is not for
Individual contributors who don't own cross-team validation cycles, consultants selling compliance services externally, or engineers focused purely on test automation without compliance linkage.
What you walk away with
- Produce auditor-ready control evidence in under 8 hours per cycle
- Reduce recurring requests for the same data across teams by 90%
- Establish a documented, version-controlled control mapping practice
- Position yourself as the first internal reference on CIS benchmark alignment
- Eliminate last-minute fixes in SOC 2, ISO 27001, and internal audit reviews
The 12 modules (with all 144 chapters)
- Introduction to the CIS Controls and their evolution
- Key differences between CIS, NIST CSF, and ISO 27001
- How QA work provides primary evidence for control validation
- Tiering controls by effort, impact, and ownership
- The role of automation in continuous control validation
- Benchmarking your current posture against CIS v8
- Understanding foundational vs organizational controls
- How Oracle's cloud footprint affects control ownership
- Mapping CIS controls to common audit frameworks
- The importance of documentation maturity in sign-off
- Identifying quick-win controls based on test coverage
- Setting baseline expectations for control readiness
- Defining what qualifies as a managed hardware asset
- How scanning results provide QA testable outcomes
- Automating validation of new device onboarding
- Testing for unauthorized hardware in production
- Validating decommissioning workflows for accuracy
- Sampling strategies for large-scale environments
- Integrating CMDB accuracy checks into QA cycles
- Detecting rogue devices through network scans
- Creating repeatable test cases for hardware logs
- Benchmarking scan frequency against CIS requirements
- Validating documentation of asset lifecycle
- Reporting gaps in asset coverage to security teams
- Defining approved vs unauthorized software
- Validating automated software discovery tools
- Testing for software installation log completeness
- Sampling strategies for user-reported software
- Automating validation of software removal
- Mapping software to CIS control thresholds
- Detecting shadow IT through deployment patterns
- Validating software license compliance data
- Creating test cases for software inventory reports
- Benchmarking inventory freshness against policy
- Reporting discrepancies in software lists
- Documenting QA validation of software baseline
- Understanding data classification tiers and handling rules
- Validating data labeling in test environments
- Testing for unauthorized data transfers
- Sampling data access logs for policy compliance
- Automating checks for encryption in transit
- Validating storage location compliance
- Testing backup data protection mechanisms
- Detecting PII exposure in logs and reports
- Creating test cases for data lifecycle stages
- Benchmarking data handling against CIS benchmarks
- Documenting QA validation of data flows
- Reporting gaps in data protection controls
- Understanding CIS secure configuration benchmarks
- Validating OS configuration baselines
- Testing for unauthorized configuration changes
- Sampling system settings across environments
- Automating validation of configuration drift
- Verifying patch level compliance
- Testing default credential removal
- Validating service hardening settings
- Creating test cases for configuration logs
- Benchmarking scan results against CIS benchmarks
- Documenting QA validation of configuration state
- Reporting gaps in secure configuration compliance
- Validating new account provisioning accuracy
- Testing for timely deprovisioning of access
- Sampling access recertification workflows
- Detecting orphaned accounts through audits
- Automating validation of role assignments
- Testing for separation of duties violations
- Validating privileged access workflows
- Checking for shared account usage
- Creating test cases for account reviews
- Benchmarking account accuracy against CIS
- Documenting QA validation of access logs
- Reporting gaps in account lifecycle compliance
- Understanding least privilege principles
- Validating role-based access assignments
- Testing for excessive access permissions
- Sampling access requests for approval
- Automating validation of access revocation
- Testing for time-bound access expiration
- Validating emergency access workflows
- Checking for access policy exceptions
- Creating test cases for access reviews
- Benchmarking access controls against CIS
- Documenting QA validation of access logs
- Reporting gaps in access enforcement
- Understanding vulnerability severity tiers
- Validating scan frequency compliance
- Testing for missing system coverage
- Sampling vulnerability remediation workflows
- Automating validation of scan accuracy
- Testing for false positive reporting
- Validating patch deployment timelines
- Checking for unpatched critical systems
- Creating test cases for vulnerability reports
- Benchmarking findings against CIS thresholds
- Documenting QA validation of scans
- Reporting gaps in vulnerability management
- Understanding malware defense requirements
- Validating antivirus deployment coverage
- Testing for real-time scanning functionality
- Sampling malware detection logs
- Automating validation of update cycles
- Testing for banned file types
- Validating quarantine workflows
- Checking for EDR coverage gaps
- Creating test cases for malware response
- Benchmarking defenses against CIS benchmarks
- Documenting QA validation of malware logs
- Reporting gaps in malware protection
- Understanding log collection requirements
- Validating system-level logging
- Testing for log forwarding accuracy
- Sampling log retention periods
- Automating validation of log integrity
- Testing for SIEM ingestion accuracy
- Validating log search functionality
- Checking for log tampering protections
- Creating test cases for audit trails
- Benchmarking logs against CIS requirements
- Documenting QA validation of logging
- Reporting gaps in log management
- Understanding network segmentation requirements
- Validating firewall rule accuracy
- Testing for unauthorized traffic
- Sampling network zone boundaries
- Automating validation of network logs
- Testing for intrusion detection alerts
- Validating DMZ configurations
- Checking for rogue device detection
- Creating test cases for network scans
- Benchmarking network controls against CIS
- Documenting QA validation of network defenses
- Reporting gaps in network protection
- Establishing a control validation cadence
- Automating evidence collection workflows
- Integrating with ticketing and CMDB systems
- Scaling validation across cloud environments
- Training teams on QA-led compliance
- Documenting repeatable test cases
- Creating living runbooks for control checks
- Measuring control maturity over time
- Benchmarking against industry peers
- Reporting posture to executive stakeholders
- Maintaining framework updates in QA cycles
- Handing over the playbook to new team members
How this maps to your situation
- Month-end control validation
- Pre-audit readiness cycle
- Cross-functional evidence gathering
- Security posture reporting to leadership
Before vs. after
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 on a single weekend, designed for on-demand progress.
How this compares to the alternatives
Unlike generic compliance training or vendor-specific certifications, this course is tailored to QA professionals who own cross-functional control validation and need to produce clean, consistent evidence without rework.
Frequently asked
Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.