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Assess applications, infrastructure, dependencies, migration readiness and economics before committing to a transformation plan.
Application Portfolio
Every migration decision begins with a clear inventory of what you are moving and why.
Application Portfolio
Example DataReadiness Assessment
Structured assessment across five dimensions produces a readiness score with explanations — not just a traffic light.
Assess monolith vs microservice structure, coupling patterns and portability constraints.
Evaluate compute, storage, network and OS-level dependencies that affect migration complexity.
Map upstream and downstream application dependencies that determine migration sequencing.
Identify regulatory, data residency and security controls that shape the migration path.
Assess monitoring, alerting, backup and recovery capabilities required in the target environment.
Output: Migration Readiness Score with explanation for each application.
Migration Strategy
CoreFinOps maps each application to the most economically and architecturally appropriate migration strategy.
Lift-and-shift workloads to AWS without architectural changes. Fastest path to cloud.
Move to AWS with targeted optimizations — such as managed databases — without full refactoring.
Re-architect applications to leverage cloud-native services, containers and modern patterns.
Migrate from commercial engines (Oracle, SQL Server) to open-source or managed AWS alternatives.
Decommission applications that no longer deliver business value to eliminate unnecessary cost.
Keep applications on-premises when migration is premature, constrained or not financially justified.
Modernization Assessment
Not every VM should become a container. CoreFinOps evaluates modernization feasibility before recommending a path.
CoreFinOps evaluates modernization based on architecture, operational complexity, utilization and economics — not a blanket assumption that VM → Kubernetes is always better.
Migration Economics
Build a credible financial business case before committing to a migration program.
Total Cost of Ownership Comparison
Illustrative ExampleCurrent State
Annual TCO
$4.2M
Future AWS State
Annual TCO
$2.8M
Current TCO
$4.2M
Annual
Target TCO
$2.8M
Annual (year 2+)
Migration Investment
$620K
One-time
Expected Annual Savings
$1.4M
Post-migration
Payback Period
5.3 mo
Break-even
All figures are illustrative examples. Actual outcomes depend on application portfolio and migration execution.
Wave Planning
Sequence migrations by readiness, dependency and risk to reduce operational disruption and financial uncertainty.
Wave 1
Applications with clear cloud-ready architecture and minimal upstream or downstream coupling.
Wave 2
Applications with manageable dependencies that can be sequenced after Wave 1 completes.
Wave 3
Applications requiring refactoring, database migration or containerization before cloud deployment.
Wave 4
High-criticality or architecturally complex applications needing extended planning and validation.
Decommission Tracking
Cutover is the beginning of value realization — decommission is when the savings become real.
Organizations often pay simultaneously for AWS, VMware, data center, commercial databases and legacy support. CoreFinOps connects the migration event to removal of legacy financial obligations.
DevOps Integration
Migration decisions need to reach engineering teams in the tooling they already use.
CoreFinOps integrates with engineering workflows so transformation decisions can be executed through existing DevOps tooling — it is not a CI/CD platform.
Value Tracking
A migration business case is only valuable if the expected benefits can be tracked and verified after cutover.
Migration Benefit Realization
Illustrative ExampleExpected Annual Benefit
$2.1M
Migrated Benefit
$1.9M
Legacy Decommissioned
$1.82M
Verified Benefit
$1.76M
Verified
