CCS Architecture Solutions / Azure

VMware-to-Azure Migration Factory

Repeatable discovery, dependency analysis, wave planning, migration, validation and post-migration optimization for VMware estates.

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THE ARCHITECTURE, EXPLAINED

Move workloads with a rehearsed path back.

CCS / REFERENCE SERIES
Azure
Six responsibilities. One connected design.
GUIDED FLOW · 01 / 06

Inventory

Discovery & inventoryReadiness & sizing

Evaluate target readiness, sizing assumptions and migration constraints.

Illustrated relationships, not a live system or a strict execution sequence. Select any step to explore.
LOGICAL SOLUTION BOUNDARYSelect a component to explore its role
Logical data or control flowSelected connections

Illustrative logical architecture. Arrows describe selected relationships, not every network connection. Product alternatives and deployment boundaries are confirmed during design.

THE EXECUTIVE PERSPECTIVE

Make the migration case before moving the workload.

Infrastructure leaders need a credible transition plan, predictable service continuity and a defensible cost model. CCS can assess the estate, sequence migration waves and establish the Azure operating foundation before committing business services to a move.

HOW THE DESIGN WORKS

Follow the logic.

Discovery identifies workloads and dependencies. Readiness and sizing inform a migration wave, while dependency analysis determines which systems must move together. The target foundation supplies identity, networking and policy. Operations validates backup, monitoring and recovery after cutover.

Approve each wave against application dependency and recovery evidence.
THE RETURN ON THE INVESTMENT

Make value measurable.

Potential value · to be validated

Potential value comes from retiring avoidable legacy costs, reducing operating effort and improving deployment flexibility. A lower headline compute price is not sufficient; compare the complete cost of both operating models.

01

All-in monthly cost per migrated service

Baseline → pilot → operational review

02

Cutover success and recovery-test results

Baseline → pilot → operational review

03

Retired infrastructure and license spend

Baseline → pilot → operational review

A PRACTICAL VALUE MODEL

Annual net operating benefit = retired annual costs + verified operating capacity value − new annual cloud and support costs.

Include migration engineering, dual running, connectivity, licenses, backup, support and exit costs.

Recovered time represents capacity, not automatically cash savings. Count it as financial benefit only where finance agrees how that capacity will be used. No achieved client ROI is claimed for this reference architecture.

Model your first-year ROIUse your own estimates. See the calculation change.

Enter values in one currency. Gross benefit must reflect achievable adoption and timing. Include all first-year costs; do not count the same benefit twice. These figures stay on this page and are not submitted.

First-year net valueAdd your estimatesFirst-year ROINot yet calculated

ROI = (gross benefit − operating cost − implementation cost) ÷ (operating cost + implementation cost) × 100. Requires a positive total cost. An estimate, not a forecast or guaranteed return.

From reference to your reality

A design shaped around
your operating constraints.

Illustrative reference pattern, not a deployable design or a claim of a completed client implementation. CCS validates workload requirements, integrations, security controls, recovery paths and ownership before recommending a production design.

A decision worth making explicit

Approve each wave against application dependency and recovery evidence.

DESIGN, WITH A BASIS

The technical reading room.

Official guidance behind the design choices. These sources explain technology capabilities; they do not substantiate client returns.

Microsoft and AWS product icons are used to explain their respective technologies. Product names are trademarks of their owners. No partnership, certification or endorsement is implied.