Description

This curriculum spans the equivalent of a multi-workshop program used to align engineering, security, and operations teams on coordinated cloud migration execution, covering the same scope as an internal capability build for cross-functional ownership of workload transitions, governance, and post-migration operations.

Module 1: Defining Cross-Functional Team Objectives for Migration

Align application owners, infrastructure engineers, and security leads on shared success criteria for workload migration, including performance benchmarks and compliance thresholds.
Establish team-level KPIs such as migration velocity, defect escape rate, and environment uptime during cutover.
Document ownership boundaries for pre-migration assessments, including who validates application dependencies and who approves readiness.
Define escalation paths for unresolved conflicts between development teams and platform teams on migration sequencing.
Negotiate SLA targets with business units for post-migration system availability and response time.
Integrate cost accountability into team goals by assigning cloud spend ownership per workload and tracking forecast vs. actual spend.

Module 2: Establishing Governance and Decision Rights

Implement a change approval board (CAB) process for production cutover events, specifying required attendees and quorum rules.
Define thresholds for when a team must escalate architecture decisions to an enterprise cloud governance committee.
Assign data classification owners to validate that migration plans comply with data residency and PII handling policies.
Document the process for handling exceptions to standard landing zones, including required justifications and review cycles.
Create a standardized tagging taxonomy and enforce team compliance through automated policy checks in CI/CD pipelines.
Designate team representatives responsible for updating architecture decision records (ADRs) after major migration milestones.

Module 3: Coordinating Application Readiness and Dependency Mapping

Conduct joint workshops between application teams and network architects to map inter-service communication and firewall requirements.
Require teams to decompose monolithic applications before migration, with defined timelines and ownership for refactoring tasks.
Identify and remediate hardcoded endpoints or configuration files that prevent environment portability.
Validate database replication strategies with DBAs and application owners to ensure consistency during cutover.
Coordinate DNS and load balancer changes with network teams to align with migration window schedules.
Use dependency mapping tools to detect and resolve circular dependencies between migrating services.

Module 4: Designing and Implementing Landing Zones

Assign team leads to configure VPCs, subnets, and IAM roles according to the organization's landing zone blueprint.
Implement centralized logging and monitoring integration points within each team’s landing zone deployment.
Enforce network segmentation by requiring teams to justify any cross-account or cross-VPC peering requests.
Automate landing zone provisioning using infrastructure-as-code templates, with team-specific parameter overrides.
Integrate security scanning tools into the landing zone deployment pipeline to block non-compliant configurations.
Define backup and snapshot policies per team workload, aligned with RPO and RTO requirements.

Module 5: Managing Data Migration and Cutover Execution

Coordinate database freeze windows with business stakeholders and communicate impact to end users in advance.
Assign team members to validate data consistency post-migration using checksums or row count comparisons.
Execute dry-run migrations for critical systems to test rollback procedures and team response times.
Document cutover runbooks with step-by-step instructions, including owner assignments and verification checkpoints.
Monitor replication lag during hybrid operation and determine go/no-go criteria for final cutover.
Retain access to on-premises systems for a defined period post-migration to support rollback if needed.

Module 6: Implementing Security and Compliance Controls

Require teams to complete security risk assessments before migration, including third-party vendor attestations.
Enforce encryption of data at rest and in transit using organization-mandated key management practices.
Assign team members to respond to automated compliance findings from cloud security posture management (CSPM) tools.
Integrate vulnerability scanning into pre-deployment pipelines and block non-compliant images from promotion.
Define access review cycles for team-managed IAM roles and service accounts.
Coordinate penetration testing schedules with security teams and document remediation timelines for identified risks.

Module 7: Optimizing Performance and Cost Post-Migration

Assign team leads to analyze cloud billing reports and identify underutilized or oversized resources.
Implement auto-scaling policies based on observed load patterns and business cycle forecasts.
Conduct performance tuning sessions to optimize database queries and API response times in the new environment.
Establish baselines for CPU, memory, and I/O utilization to detect anomalies and plan capacity.
Review storage tiering strategies with teams to ensure cost-effective use of object and block storage.
Require teams to report on cost-per-transaction or cost-per-user metrics to demonstrate efficiency gains.

Module 8: Sustaining Operations and Continuous Improvement

Transition migrated workloads to operational support teams with documented runbooks and escalation procedures.
Conduct blameless post-mortems after major incidents to update team processes and prevent recurrence.
Integrate migrated systems into centralized monitoring dashboards with team-defined alert thresholds.
Schedule regular architecture review meetings to evaluate technical debt and plan refactoring efforts.
Rotate team members through on-call duties with defined response SLAs and escalation paths.
Update disaster recovery and business continuity plans to reflect new cloud-based system topologies.