A tailored course, built for your situation
Mastering ISO 42001 for AI Governance Practitioners
A step-by-step system to turn AI governance intent into auditable artefacts in half the time
The situation this course is for
Teams draft controls but struggle to produce working statements of applicability or audit-ready documentation without multiple revisions and cross-functional bottlenecks
Who this is for
Senior AI governance practitioner leading internal red teaming and compliance validation in enterprise tech
Who this is not for
Entry-level auditors, general compliance staff, or those not actively producing AI governance artefacts
What you walk away with
- Produce a complete ISO 42001 Statement of Applicability in under 5 days
- Map AI-specific controls to evidence requirements without rework
- Turn red team findings into structured compliance updates in one pass
- Reduce cross-functional review cycles by 60% with pre-validated templates
- Ship aligned governance artefacts across AI development, security, and audit teams
The 12 modules (with all 144 chapters)
- How ISO 42001 emerged from AI incident response patterns
- Core components of AI governance covered in the standard
- Mapping AI lifecycle stages to ISO 42001 clauses
- Why enterprises are choosing ISO 42001 over internal frameworks
- Key differences between ISO 42001 and SOC 2 for AI systems
- How ISO 27001 controls extend into AI-specific risks
- Real-world examples of ISO 42001 adoption in tech firms
- Timeline of ISO 42001 implementation at global enterprises
- Common misconceptions about AI governance standards
- How red team findings inform ISO 42001 control selection
- Benchmarking your maturity against ISO 42001 readiness
- First steps when initiating an ISO 42001 rollout
- Identifying AI systems in scope for ISO 42001 compliance
- Documenting data flows in AI training and inference
- Including third-party AI tools in the governance boundary
- Establishing roles for red team and blue team integration
- Defining ownership for model lifecycle governance
- Scoping multi-cloud AI environments under one framework
- Excluding non-AI systems without weakening coverage
- Aligning scope with existing security architecture
- Versioning your scope document for audit readiness
- Getting sign-off from technical leadership
- Integrating legal and risk team inputs early
- Avoiding scope creep while maintaining coverage
- Common threat vectors in AI model development
- Classifying data sensitivity in training datasets
- Assessing model explainability as a control gap
- Evaluating bias and fairness risks systematically
- Scoring model drift and concept drift exposure
- Incorporating adversarial testing results into risk logs
- Using red team findings to weight risk severity
- Mapping risks to ISO 42001 control objectives
- Automating risk scoring with templated workflows
- Validating risk assessments with peer review
- Updating risk registers after model retraining
- Producing audit-ready risk documentation
- Adapting A.8.1 for AI model access governance
- Implementing A.8.2 for prompt injection defenses
- Extending A.8.3 to cover synthetic data usage
- Applying A.8.4 to model versioning and rollback
- Securing model APIs under A.8.5 controls
- Configuring monitoring for model output anomalies
- Enforcing human-in-the-loop requirements
- Documenting control rationale with red team input
- Linking controls to model risk tiers
- Integrating model cards into control evidence
- Aligning controls with MLOps pipeline stages
- Testing control effectiveness with blue team
- Required artefacts for ISO 42001 certification
- Automating evidence capture from CI/CD pipelines
- Generating logs for model training and validation
- Documenting red team test plans and results
- Capturing model validation reports systematically
- Storing artefacts in version-controlled repositories
- Using templates to standardize evidence formats
- Linking evidence to control mapping spreadsheets
- Ensuring evidence meets external auditor needs
- Reducing evidence collection time with checklists
- Preparing evidence packs for internal review
- Maintaining evidence confidentiality and access
- Structure of an ISO 42001 Statement of Applicability
- Including AI-specific controls beyond the base list
- Justifying exclusion of non-relevant clauses
- Linking each control to implementation status
- Incorporating red team findings into justifications
- Versioning the SoA for ongoing updates
- Aligning SoA with model risk appetite statements
- Using SoA to guide blue team validation
- Presenting SoA to internal audit teams
- Updating SoA after major AI incidents
- Integrating SoA into vendor assessment questionnaires
- Automating SoA updates from control dashboards
- Defining red team scope under ISO 42001
- Scheduling adversarial testing aligned with audits
- Documenting attack simulations for evidence
- Feeding red team findings into control updates
- Using blue team validation to confirm fixes
- Tracking remediation timelines in risk registers
- Integrating findings into model retraining gates
- Reporting red team results to compliance leads
- Maintaining independence while sharing data
- Aligning test calendars with audit cycles
- Automating finding ingestion into governance tools
- Reducing time from finding to resolution
- Common auditor questions about AI governance
- Preparing responses for model risk oversight
- Organizing evidence by ISO 42001 control clause
- Demonstrating continuous monitoring capabilities
- Showing red team integration in control design
- Explaining model explainability efforts
- Justifying bias testing frequency and scope
- Presenting model drift detection mechanisms
- Documenting human oversight processes
- Providing access to versioned model cards
- Answering follow-ups on training data provenance
- Reducing audit clarification cycles
- Creating reusable governance templates
- Standardizing model risk assessments
- Using central control libraries for consistency
- Onboarding new AI teams to the framework
- Integrating ISO 42001 into project kickoffs
- Automating policy dissemination
- Maintaining governance consistency across clouds
- Tracking compliance across business units
- Reducing onboarding time for new projects
- Updating central playbooks from lessons learned
- Scaling red team coverage efficiently
- Measuring governance velocity across teams
- Scheduling periodic control reviews
- Updating risk assessments after model changes
- Revalidating controls post-incident
- Incorporating new red team findings
- Tracking changes in model performance metrics
- Reassessing data sensitivity classifications
- Updating SoA after architecture changes
- Managing version control for governance docs
- Auditing access to model development environments
- Ensuring continuity during team transitions
- Integrating new regulatory guidance
- Planning for recertification cycles
- Framing ISO 42001 as an enabler, not a gate
- Integrating controls into developer workflows
- Reducing friction in model submission processes
- Providing clear guidance for common scenarios
- Using automation to reduce manual steps
- Demonstrating time savings from rework avoidance
- Sharing red team learnings across teams
- Celebrating compliance wins in team forums
- Linking governance to developer incentives
- Reducing cycle time through standardization
- Onboarding new engineers with self-serve tools
- Measuring developer satisfaction with governance
- Measuring time from model idea to production
- Tracking audit findings resolution time
- Benchmarking against peer organizations
- Reducing rework through upfront design
- Using red team feedback to prevent defects
- Aligning sprint goals with control delivery
- Integrating compliance into CI/CD pipelines
- Automating evidence generation
- Reducing time to close audit findings
- Increasing first-time pass rate for reviews
- Documenting improvements in governance velocity
- Sustaining pace without sacrificing quality
How this maps to your situation
- Defining AI governance scope
- Conducting AI-specific risk assessments
- Implementing controls in MLOps pipelines
- Preparing for ISO 42001 certification
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: 90 minutes per week for four weeks, or complete in one intensive weekend.
How this compares to the alternatives
Unlike generic compliance courses, this program is built specifically for AI governance practitioners who need to deliver ISO 42001 artefacts quickly. No fluff, no theory, just actionable steps used by teams at Fortune 500s to ship faster.
Frequently asked
Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.