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Cloud · Modernization

Beyond lift-and-shift. Beyond the go-live.

Applications, data and databases: refactored for cloud, not just moved to it.

Most estates hit the cloud lifted-and-shifted: the fastest way in, and the right first step. Modernization is what turns that landing into actual cloud advantage.

Phoenix modernizes four layers: infrastructure and OS, applications, data platforms and databases. We identify what earns its keep as-is and what should be re-shaped, and we sequence the work so the business feels the benefit at each step, not just at the end.

What's in scope.

Infrastructure & OS

Auto-scaling, spot fleets, container migration, serverless where it fits. OS refresh from legacy Windows and Linux to modern, supported versions.

  • EKS
  • ECS
  • Lambda
  • Auto-scaling

Application modernization

Refactor to cloud-native architectures: microservices, event-driven patterns, managed integration. Not for its own sake; for the specific outcomes the business asked for.

  • Microservices
  • EventBridge
  • Step Functions

Data modernization

Data lakes and lakehouses on AWS: Redshift, S3, Lake Formation, Glue. SAP data sources integrated where the estate needs them.

  • Redshift
  • S3
  • Glue
  • Lake Formation

Database modernization

Oracle to Aurora PostgreSQL, SQL Server to Aurora MySQL, self-managed to managed. Migration + refactor combined where the licensing model demands it.

  • Aurora
  • PostgreSQL
  • DMS
  • SCT

The approach.

  1. 01

    Baseline

    What's actually running and what it costs: usage patterns, dependencies, licensing, support obligations.

  2. 02

    Prioritize

    Modernization backlog scored by business value, effort and blast radius. Sequenced with the customer.

  3. 03

    Deliver

    Iterative delivery: smallest safe unit of value first, feedback loop tight, results reported.

Named deliverables.

Every engagement lands specific artefacts, not slides.

  • Modernization baseline and prioritized backlog
  • Reference architecture for target patterns
  • Delivery of prioritized items, measured against baseline
  • Runbooks and training for the modernized landscape

Frequently asked

Should we modernize during migration or after?

Both patterns work. 'Migrate then modernize' de-risks the move and unlocks cloud-native investment on a stable base; 'modernize on migration' makes sense when the target-state architecture is well-defined and the workload is a strong fit for containers or serverless. The decision is workload-by-workload.

Containers or serverless: how do you decide?

Serverless (Lambda, Step Functions, API Gateway) where workloads are event-driven, spikey or genuinely stateless. Containers (ECS or EKS) where you need long-running processes, close control over the runtime, or portability across environments. Real workloads often mix both under the same landing zone.

What about the database layer?

Database modernization is a first-class track: moving classic RDBMS onto managed services (Amazon RDS, Aurora), refactoring toward purpose-built engines (DynamoDB for key/value, Amazon Timestream for time series, OpenSearch for search), and archiving cold data to Amazon S3 tiered storage.

Do you re-platform SAP workloads?

SAP's own modernization path is the S/4HANA conversion (Brownfield) or Greenfield rebuild; Phoenix delivers both. Cloud-native modernization of SAP-adjacent workloads (custom Java, .NET, batch, integrations) sits within this practice.

How is business risk managed during modernization?

Strangler-fig migrations wherever possible: new components run alongside legacy under traffic split, until confidence is established. Well-Architected reviews at defined checkpoints, and rollback plans held for every deployment window.

The earliest conversations are usually the most useful.

Whether you're scoping an SAP move to cloud, restarting a stalled programme, or just trying to figure out where data and AI fit, start with a conversation.