A tailored course, built for your situation
Mastering ISO 27001 for ITOM and ITAM Architects
A step-by-step implementation system for accelerated compliance readiness
The situation this course is for
Teams spend weeks translating ISO 27001 requirements into deployable controls, only to face rework during audit prep. The delay isn't lack of knowledge, it's lack of a proven path from framework to artefact.
Who this is for
Senior technical architect responsible for IT operations and asset management compliance in enterprise environments
Who this is not for
Entry-level compliance staff, auditors, or practitioners without control implementation responsibility
What you walk away with
- Turn ISO 27001 control requirements into working artefacts in half the review time
- Structure evidence packs that clear internal reviews on first submission
- Deploy a repeatable workflow across ITAM and ITOM control validations
- Reduce dependency on cross-team alignment cycles for compliance sign-off
- Produce control documentation that stands up to regulator follow-ups
The 12 modules (with all 144 chapters)
- Understanding clause 5.1 in the context of service ownership
- Mapping control A.8.1 to CMDB accuracy and completeness
- How A.12.1.3 applies to change freeze windows and approvals
- Integrating A.14.1.3 into secure development lifecycle gates
- Leveraging A.15.1.1 for SaaS vendor risk tracking in ITAM
- Applying A.16.1.1 to incident escalation procedures in ITOM
- Using A.18.1.3 for role-based access reviews in asset systems
- Mapping asset inventory controls to ISO 27001 A.8.1.1
- Aligning service catalog attributes with A.14.1.2 requirements
- Applying A.6.1.2 to shift-left security in deployment pipelines
- Integrating A.13.2.3 into encrypted data transfer workflows
- Establishing A.5.1.1 procedures for internal compliance comms
- Translating ISO 27001 A.9.1 into actual RBAC rules in CMDB
- Building testable access review workflows from A.9.2.3
- Designing A.12.4 controls for automated log retention policies
- Creating A.10.1 compliant encryption key tracking artefacts
- Specifying A.13.1.1 for secure data exchange across platforms
- Implementing A.8.2 asset disposal tracking with audit trails
- Documenting A.14.2.7 for secure system decommissioning
- Using A.6.2.1 to define segregation of duties in workflows
- Drafting A.7.4 onboarding checklists tied to role provisioning
- Building A.15.2.1 vendor compliance evidence templates
- Applying A.11.1.1 to physical access logging in asset depots
- Creating A.17.1.2 disaster recovery test documentation
- Using change advisory board logs as evidence for A.13.3
- Extracting incident response times to meet A.16.1.2
- Using discovery logs to validate configuration baselines for A.8.1
- Automating A.12.2.1 compliance with scheduled job audits
- Mapping user deprovisioning events to A.9.2.5 requirements
- Generating access review reports from role assignment history
- Using workflow approvals as proof for A.6.1.2 compliance
- Tracking patch cycles for A.12.6.1 evidence packs
- Leveraging asset lifecycle states for A.8.2.1 documentation
- Capturing service catalog updates for A.14.1.3 control logs
- Using CMDB health scores as proxy for A.8.1.2 data integrity
- Exporting backup logs to satisfy A.12.3.1 retention proof
- Anticipating InfoSec feedback on A.13.2 control wording
- Structuring A.5.1 documentation for audit committee clarity
- Using legal team input to strengthen A.10.1 key management logs
- Aligning A.18.1.3 compliance with HR role change workflows
- Pre-negotiating A.6.2.2 access review thresholds with GRC
- Incorporating internal audit past findings into A.12.1 design
- Drafting A.15.1.1 vendor reports for legal retention cycles
- Mapping CMDB ownership to A.8.1.1 accountability trails
- Designing A.14.2 controls for third-party development contracts
- Aligning A.7.4 with security awareness training calendars
- Building A.17.2.1 test reports that satisfy regulator queries
- Formatting A.9.1.1 access matrices for cross-team review
- Embedding A.12.4.1 compliance into automated log reviews
- Using CI/CD pipeline gates as A.14.2.5 validation points
- Integrating A.9.1 RBAC reviews into user lifecycle workflows
- Building A.8.2 asset disposal confirmation steps
- Automating A.16.1.3 incident escalation timeline checks
- Linking A.10.1.1 encryption audits to key inventory systems
- Validating A.13.1.1 file transfers with checksum logs
- Applying A.12.1.2 to configuration drift detection systems
- Using A.15.2.2 to auto-flag vendor contract renewals
- Designing A.6.2.1 SoD checks in provisioning workflows
- Incorporating A.17.1.2 test participation into HR records
- Enforcing A.5.1.1 policy acknowledgments in onboarding
- Using standardized A.8.1 template for asset inventory reports
- Generating A.12.1.3 change freeze logs from workflow history
- Compiling A.16.1.1 incident response documentation
- Building A.9.2.4 access review packs from user role history
- Assembling A.14.1.2 development lifecycle evidence
- Exporting A.13.2.2 encrypted comms logs for review
- Creating A.5.1 policy version control documentation
- Generating A.17.1.1 BIA summary reports from CMDB
- Producing A.15.1.3 vendor risk assessment summaries
- Compiling A.6.1.1 organizational role descriptions
- Building A.7.3 security awareness completion records
- Formatting A.18.1.1 compliance with retention schedules
- Creating A.8.1.1 standard for global CMDB ownership
- Replicating A.9.1 RBAC models across regional instances
- Standardizing A.12.2.1 change audit logs enterprise-wide
- Templatizing A.14.2.1 secure coding standards
- Rolling out A.15.1.1 vendor intake process globally
- Enforcing A.6.1.2 remote access policies uniformly
- Applying A.7.2.2 security training across regions
- Using A.16.1.4 to harmonize incident classification
- Extending A.10.1 key management to all instances
- Deploying A.13.1.1 data transfer controls across regions
- Aligning A.17.1.2 DR tests with local compliance regimes
- Rolling out A.5.1.1 policy distribution in local languages
- Applying A.8.1.1 to hardware procurement tracking
- Using A.8.2 for software license expiration workflows
- Linking A.10.1 to encryption coverage on endpoint devices
- Validating A.11.2.1 physical security for data centers
- Applying A.6.2.1 to privileged access on asset records
- Using A.14.1.3 to track custom application lifecycles
- Enforcing A.12.6.1 patch compliance on asset records
- Documenting A.15.1.1 for SaaS vendor onboarding
- Building A.17.2.1 test plans around critical assets
- Applying A.9.1 to service account access reviews
- Using A.13.2 for secure disposal of storage media
- Tracking A.18.1.3 retention on asset lifecycle reports
- Diagnosing A.8.1.1 CMDB ownership gaps
- Addressing A.9.1.1 unauthorized access discoveries
- Fixing A.12.4.1 log retention configuration drift
- Resolving A.16.1.2 incident escalation delays
- Correcting A.14.2.5 missing secure coding checks
- Closing A.13.1.1 unencrypted data transfer gaps
- Remediating A.15.1.1 vendor policy non-compliance
- Fixing A.6.2.2 segregation of duties violations
- Addressing A.17.1.2 incomplete disaster test coverage
- Resolving A.5.1.1 outdated policy acknowledgments
- Closing A.7.3 security training completion gaps
- Fixing A.10.1.1 key inventory discrepancies
- Summarizing A.8.1 asset control coverage for leadership
- Reporting A.9.1 access review completion rates
- Presenting A.12.1 change audit cycle improvements
- Communicating A.16.1 incident response effectiveness
- Demonstrating A.14.1 secure development adoption
- Highlighting A.13.2 encrypted comms enforcement
- Summarizing A.5.1 policy governance maturity
- Reporting A.17.1 business continuity readiness
- Demonstrating A.15.1 vendor risk coverage
- Communicating A.6.2 access control effectiveness
- Highlighting A.7.3 awareness program impact
- Summarizing A.10.1 encryption compliance
- Using modular design for A.8.1 compliance
- Building extensibility into A.9.1 access models
- Designing A.12.1 with change process evolution in mind
- Anticipating A.16.1 updates in incident workflows
- Creating A.14.1.2 templates for new coding standards
- Planning A.13.2 for new encryption protocols
- Documenting A.5.1 for easier policy updates
- Structuring A.17.1 BIA for evolving threat models
- Designing A.15.1 for new vendor types
- Building flexibility into A.6.2 role models
- Planning A.7.3 for new training content
- Adapting A.10.1 to emerging key management schemes
- Integrating A.8.1 with automated discovery tools
- Linking A.9.1 to IAM system changes
- Updating A.12.1 from workflow configuration updates
- Syncing A.16.1 with incident platform upgrades
- Automating A.14.1.2 from CI/CD pipeline changes
- Updating A.13.1 from network configuration changes
- Refreshing A.5.1 policy links across portals
- Updating A.17.1 from BIA refresh cycles
- Syncing A.15.1 with vendor management system updates
- Automating A.6.2 from role structure changes
- Updating A.7.3 from training calendar shifts
- Refreshing A.10.1 from key system changes
How this maps to your situation
- IT operations compliance integration
- Asset lifecycle governance
- Cross-platform control alignment
- Audit readiness acceleration
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 it.
Time investment: 90 minutes total, designed for completion in one Sunday morning.
How this compares to the alternatives
Unlike generic ISO 27001 courses, this is tailored for ITOM and ITAM architects , focusing on how controls embed into existing ServiceNow workflows, not abstract policy. No theory. No filler. Just executable steps for faster compliance delivery.
Frequently asked
Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.