Solutions · Rebuild
Turn Legacy Applications Into Cloud-Native Assets
Lift-and-shift only gets you so far. We re-architect legacy and monolithic applications into modern, scalable systems — using containers, microservices, and managed cloud services — so your applications can actually take advantage of the cloud instead of just living in it.
Moving to the Cloud and Being Built for It Are Different Things
Plenty of applications make it to the cloud without ever really arriving there. They run on cloud infrastructure, but they're still monolithic, still hard to scale, still expensive to maintain — just hosted somewhere new. That's what lift-and-shift gets you: a change of address, not a change in capability.
Modernization is different. We assess which applications are actually holding your business back — the ones that are costly to change, slow to scale, or blocking new features — and re-architect them to be genuinely cloud-native. That can mean breaking a monolith into services, containerizing workloads for portability and efficiency, or replacing self-managed infrastructure with managed services that remove operational burden entirely.
Not every application needs this. Part of the work is telling you honestly which ones do, and which ones are fine as they are — so effort goes where it actually pays off.
What a Cloud Modernization Engagement Covers
Every engagement is scoped to the applications involved, but typically includes the following:
Application & Dependency Assessment
- Application portfolio review and modernization prioritization
- Technical debt and architecture risk assessment
- Dependency mapping to understand true re-architecture scope
- Business impact and effort-vs-value scoring per application
Containerization & Microservices Architecture
- Monolith decomposition into services where it adds real value
- Containerization (Docker) and orchestration (Kubernetes) design
- Service boundary definition and API contract design
- CI/CD alignment for independently deployable services
Managed Services Adoption
- Migration from self-managed databases to managed database services
- Adoption of managed queues, caching, and event-driven services
- Serverless adoption for suitable, event-driven workloads
- Operational overhead reduction through managed-service substitution
API-First Re-Architecture
- API design for internal service communication and external integration
- Legacy interface replacement with modern, versioned APIs
- Decoupling of tightly bound application components
Phased Modernization Roadmap
- Prioritized sequencing to deliver value incrementally
- Parallel-run strategies to avoid big-bang cutovers
- Risk mitigation and rollback planning per phase
- Success metrics defined before work begins
How We Get There
01
Assess
We review your application portfolio and identify which applications are genuinely holding the business back, and why.
02
Prioritize
We score candidates by effort versus value, so modernization starts where it will actually move the needle.
03
Design
We define the target architecture — services, containers, managed components — specific to each application's real requirements.
04
Modernize
We execute in phases, delivering incrementally rather than betting everything on a single cutover.
05
Validate
We confirm performance, scalability, and cost improvements against the goals set before the work began.
When Cloud Modernization Makes Sense
- An application is too costly or slow to change every time the business needs something new
- Scaling means adding more of the same instead of scaling intelligently
- A monolith has become risky to deploy — one change threatens the whole system
- You're paying to self-manage infrastructure a managed service could handle
- Engineering time goes to keeping the lights on instead of building features
- A previous lift-and-shift migration didn't deliver the flexibility you expected
Outcomes
What You Walk Away With
- Applications that scale independently instead of as a single bottleneck
- Reduced operational overhead through managed-service adoption
- Faster, safer deployments through decoupled, independently releasable services
- Lower long-term infrastructure and maintenance costs
- A clear architecture your team can build on, not just maintain
Where This Leads Next
Modernization often changes what your environment needs going forward. Depending on the outcome, these solutions typically follow:
Common Questions
Do all our applications need to be modernized?
No — and part of our assessment is telling you which ones don’t. Modernization makes sense where the current architecture is actively limiting the business. Stable, low-change applications are often better left alone.
How disruptive is this to ongoing development?
We sequence modernization in phases specifically to avoid disrupting active development. Parallel-run strategies let the old and new versions coexist until the new one is proven, rather than forcing a hard cutover.
Do we need Kubernetes for this to make sense?
No. Containerization and orchestration are common outcomes, but not the goal itself — some applications are better served by serverless or managed-service approaches with no orchestration layer at all. We recommend based on the workload, not a default toolset.
How is this different from Cloud Migration?
Migration moves a workload to the cloud largely as-is. Modernization changes the architecture itself — breaking apart monoliths, adopting managed services, redesigning for scalability — regardless of whether the application has already been migrated or not.
Ready to Make Your Applications Actually Cloud-Native?
Start with an assessment. We'll show you which applications are worth modernizing, and what it would take.
Book a Modernization Assessment