This is where I would make the page detailed like your Solution Architecture page.

Migration Dashboard
Get an executive-level view of migration progress, workload status, wave health, readiness, blockers, cutover activity, validation, and overall delivery status.

Migration Overview
Document the migration program, scope, objectives, timeline, environments, delivery approach, ownership, assumptions, constraints, and overall migration context.

Architecture Handoff
Capture the approved architecture inputs that migration teams need before execution begins, creating the bridge between solution design and migration delivery.

Migration Portfolio
Create the master inventory of applications, services, workloads, source environments, target environments, migration strategies, owners, criticality, waves, move groups, status, and health.

Wave Planner
Organize workloads into controlled migration waves based on timing, dependencies, business priorities, readiness, technical requirements, and delivery constraints.

Move Groups & Batches
Break migration waves into executable move groups and batches so related workloads can be coordinated and moved together.

Wave Readiness
Determine whether each wave is actually ready to proceed by tracking prerequisites, dependencies, approvals, testing, change readiness, technical readiness, and outstanding blockers.

Environment Migration Map
Control the workload journey across the environments that actually apply to each migration. Track DEV → TEST → UAT → PROD progression while supporting Required, Not Required, and N/A so teams don't artificially mark unused environments complete.

DEV Migration — Prove the Migration Pattern
Document the first execution of the migration approach, validate connectivity and access, identify procedure corrections, capture lessons learned, and establish a repeatable migration pattern before promotion.

TEST Migration — Prove Repeatability & Integration
Repeat the migration using the refined procedure, verify integrations and batch processes, capture issues, and determine whether the migration approach is repeatable.

UAT Migration — Prove Business Functionality
Track UAT migration activity, business validation, test evidence, formal sign-off, unresolved issues, and the impact those findings have on production readiness.

PROD Migration — Controlled Production Cutover
Coordinate production migration readiness, Go/No-Go decisions, cutover references, final synchronization, operational acceptance, and the handoff into hypercare.

Build & Configuration
Track infrastructure, platform, application, database, security, networking, and other build/configuration activities required before migration.

Replication & Data Sync
Manage replication and synchronization requirements, status, health, timing, ownership, and readiness for workloads that require data movement or synchronization.

Change & CAB
Track migration change records, submissions, CAB reviews, approvals, implementation windows, environments, workloads, and change status.

Dependency Tracker
Identify and manage application, infrastructure, network, database, security, business, vendor, and cross-workload dependencies that can affect migration sequencing or cutover.

Test Plan & Validation
Document migration testing and validation requirements, expected results, actual results, evidence, ownership, status, and acceptance.

Cutover Runbook
Build the detailed execution sequence for migration events—including task ownership, dependencies, planned and actual timing, duration, status, validation, handoffs, and command-center coordination.

Go/No-Go
Create a documented decision point before production cutover by evaluating readiness, risks, blockers, approvals, dependencies, and required evidence.

Command Center
Coordinate migration-event activity across technical teams, application owners, leadership, vendors, and other stakeholders during the cutover window.

Rollback & Backout
Document rollback criteria, triggers, ownership, backup and recovery requirements, backout procedures, decision points, and readiness before execution begins.

Risks, Issues & Actions
Track risks, active issues, actions, ownership, severity, status, mitigation, due dates, and resolution throughout the migration lifecycle.

Post-Cutover Validation
Verify that migrated workloads are functioning correctly after cutover through technical, application, integration, business, and performance validation.

Hypercare & Stabilization
Track post-production issues, stabilization activities, ownership, operational readiness, outstanding actions, and the transition from migration into steady-state operations.

Decommission & Closure
Manage the activities required to retire source environments, remove temporary migration components, close outstanding actions, confirm ownership transitions, and formally complete migration work.

Lessons Learned
Capture what worked, what failed, what should change, and what future migration waves should inherit from previous execution.

Migration Sign-Off
Create a formal record of migration completion, acceptance, outstanding conditions, evidence, ownership, and final approval.

Built-In SHEET GUIDE
Every major worksheet explains its purpose, what information belongs there, its key components, an example of how it is used, when it should be used, and the primary owner—so teams aren't handed a complex workbook and expected to figure it out themselves.

A successful migration is more than moving a workload from one environment to another. It requires coordinated planning, technical readiness, dependencies, change control, replication, testing, cutover sequencing, rollback preparation, validation, operational handoff, and stabilization.

The MWC Migration Wave & Cutover Workbook brings those activities together into one reusable system—helping teams replace fragmented migration tracking with a structured, traceable process from architecture handoff through production closure.

Then the four value statements:

PLAN SMARTER — Organize workloads into waves, move groups, environments, dependencies, and controlled execution sequences before migration begins.

REDUCE MIGRATION RISK — Surface blockers, dependencies, change requirements, replication status, rollback readiness, testing gaps, and approval requirements before they become cutover failures.

DRIVE CONSISTENCY — Apply the same migration methodology across applications, environments, waves, projects, and client engagements instead of rebuilding the process every time.

EXECUTE WITH CONFIDENCE — Connect planning, readiness, execution, validation, hypercare, and closure so teams know what is happening, who owns it, and what must happen next.

Cloud & Migration Architects
Translate approved architecture into an executable migration strategy with traceability across workloads, environments, dependencies, waves, cutover, validation, and production stabilization.

Migration Leads & Managers
Coordinate migration activity across multiple workloads, move groups, environments, technical teams, business owners, vendors, and cutover windows.

Cloud Architects
Connect target-state architecture decisions to the practical execution requirements needed to migrate workloads safely into cloud environments.

Project & Program Managers
Gain a structured system for tracking schedules, owners, readiness, risks, issues, dependencies, approvals, milestones, and migration progress.

Technical Leads & Engineers
Understand exactly what must be built, replicated, tested, validated, executed, and handed off at each stage of the migration.

Cloud & Technology Consultants
Bring a repeatable migration framework into client engagements instead of creating a new collection of spreadsheets, trackers, and cutover documents for every project.

Organizations Building a Migration Practice
Establish a common migration operating model that can be reused across workloads, waves, business units, cloud platforms, and future migration programs.

Whether you're migrating a single critical application, coordinating multiple migration waves, moving workloads across DEV, TEST, UAT, and PROD, or managing a large cloud transformation, the workbook provides a repeatable framework for taking migration work from planning through controlled execution and production stabilization.