A tailored course, built for your situation
Mastering ISO 27001 for Network Leaders in Global Services
A complete implementation roadmap for practitioners leading infrastructure compliance
The situation this course is for
Infrastructure teams spend 40, 60 hours per quarter reworking control mappings because original implementation decisions weren’t documented with audit validation in mind. This course eliminates rework by teaching how to build self-validating controls from day one.
Who this is for
Senior network and infrastructure leads in global consulting firms who own security compliance within delivery teams but lack formal authority over audit sign-off.
Who this is not for
Junior engineers, general IT staff, or practitioners focused solely on non-infrastructure domains like identity or application security.
What you walk away with
- Own the final decision on network segmentation architecture without escalation
- Approve firewall rule change protocols without senior review
- Sign off on third-party connectivity controls without compliance team override
- Determine evidence format for control implementation across global delivery teams
- Finalize remediation timelines for control gaps without audit committee input
The 12 modules (with all 144 chapters)
- Mapping ISO 27001 controls to network architecture layers
- Defining scope boundaries for global network assets
- Identifying network-specific control objectives
- Documenting control implementation for audit validation
- Integrating network change management into control workflows
- Assigning ownership for control maintenance across regions
- Evidencing firewall rule governance under A.9.2.3
- Tracking network access reviews under A.9.4.1
- Applying encryption standards from A.10.1.1 to transit traffic
- Controlled monitoring of network traffic under A.12.4.1
- Incident handling procedures specific to network breaches
- Vendor management for third-party network providers
- Zoning models that align with A.9.1.2 access requirements
- DMZ design compliant with A.13.1.1 segmentation rules
- Wireless network controls under A.13.2.1 and A.13.2.3
- Remote access architecture meeting A.9.2.3 standards
- Zero trust integration with ISO 27001 control mapping
- Physical network segmentation for control isolation
- Designing failover configurations that preserve control integrity
- Load balancer configurations compliant with A.14.2.8
- Router hardening per A.14.2.5 configuration standards
- Switch port security aligned with A.13.1.1
- Network time protocol controls under A.14.2.1
- DNS architecture compliant with A.14.2.3
- Rule creation workflows compliant with A.9.2.3
- Business justification documentation for each rule
- Quarterly review processes that satisfy A.9.2.2
- Automated tracking of rule expiration dates
- Change control integration with ISO 27001 A.14.2.7
- Exception handling for emergency firewall changes
- Segregation of duties in rule approval chains
- Logging standards for rule implementation under A.12.4.1
- Third-party rule validation for vendor access
- Rule rationalization to reduce sprawl and risk
- Integration with change advisory boards
- Evidence packaging for audit submission
- VPN architecture aligned with A.13.2.1 requirements
- Two-factor authentication integration for remote users
- Endpoint compliance checks before access granted
- Time-bound access windows under A.9.2.4
- Session logging and monitoring under A.12.4.1
- Multi-region remote access configurations
- Termination procedures for offboarded users
- Vendor remote access controls under A.15.2.1
- Dynamic tunnel configuration compliant with A.13.2.3
- Remote access policy exceptions and approvals
- Geofenced access rules compliant with data residency laws
- Automated revocation upon contract end
- Integrating control checks into RFC templates
- Pre-change control validation checklists
- Post-implementation audit trail documentation
- Emergency change controls under A.14.2.7
- Peer review requirements for high-impact changes
- Automated configuration backup triggers
- Version control for network diagrams and policies
- Backout plan documentation aligned with A.14.2.8
- Change freeze period planning with compliance team
- Cross-team coordination for dependency mapping
- Testing validation in staging environments
- Evidence collection for change audit logs
- Vendor onboarding controls under A.15.2.1
- Baseline firewall configuration templates
- Switch and router hardening standards
- Monitoring and logging requirements for vendors
- SLA integration with control compliance metrics
- Evidence submission formats for vendor audits
- Remote access policies for vendor staff
- Incident response coordination protocols
- Penetration test requirements for vendor networks
- Contractual obligations for control adherence
- Periodic vendor control validation reviews
- Decommissioning procedures for vendor relationships
- SIEM integration with network device logs
- Log retention periods compliant with A.12.4.1
- Event correlation rules for attack detection
- Intrusion detection system alignment with A.13.1.1
- NetFlow analysis for anomaly detection
- Centralized logging architecture design
- Alert triage workflows compliant with A.16.1.1
- False positive reduction strategies
- Threat intelligence integration
- Incident escalation procedures
- Automated report generation for audit cycles
- Logging standards for encrypted traffic inspection
- Incident classification aligned with A.16.1.1
- Response playbooks for DDoS attacks
- Network segmentation during incident containment
- Forensic data collection under A.12.6.1
- Coordination with SOC teams during escalation
- Evidence preservation for regulatory requirements
- Post-incident review processes under A.16.1.5
- Root cause analysis documentation standards
- Lessons learned integration into control updates
- Regulatory reporting thresholds and timelines
- Communication protocols with legal team
- Recovery validation checklists
- TLS version standards under A.13.2.1
- Certificate management lifecycle
- Perfect forward secrecy configuration
- HTTP Strict Transport Security implementation
- Certificate transparency monitoring
- Key rotation schedules compliant with A.10.1.1
- Encryption offloading considerations
- Performance impact mitigation
- Inspection of encrypted traffic under A.13.2.3
- Compliance evidence for encrypted tunnels
- Quantum-safe crypto migration planning
- Vendor-specific encryption configurations
- Data center access controls under A.11.1.1
- Visitor logging and escort procedures
- Cable protection standards
- Network cabinet locking mechanisms
- Environmental monitoring integration
- Tamper-evident device labeling
- Physical asset tracking systems
- Disaster recovery site security
- Third-party access to physical infrastructure
- Surveillance system integration
- Physical incident response protocols
- Audit evidence packaging for physical controls
- API integration with firewall management systems
- Automated configuration snapshot collection
- Scheduled evidence generation workflows
- Control status dashboard design
- Exception reporting for non-compliant devices
- Integration with GRC platforms
- Data validation rules for evidence integrity
- Automated evidence packaging for auditors
- Version control for evidence artifacts
- Retention policies for compliance data
- Access controls for evidence repositories
- Audit trail generation for evidence systems
- Continuous control monitoring design
- Automated alerting for control drift
- Self-healing configuration mechanisms
- Integration with configuration management databases
- Real-time dashboards for leadership visibility
- Predictive analytics for control risk
- Monthly validation cycle automation
- Client-specific evidence packaging
- Stress testing control resilience
- Benchmarking against peer organizations
- Roadmap for zero-touch compliance
- Handover documentation for team transitions
How this maps to your situation
- Client audit preparation cycles
- Global team coordination challenges
- Vendor network configuration oversight
- Remote work security implementation
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 12 weeks, self-paced
How this compares to the alternatives
Unlike generic compliance courses, this program is tailored to network infrastructure leaders and focuses on decisions they can own without escalation.
Frequently asked
Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.