Services
Cloud Migration
We plan and execute migrations to AWS and Azure. Mapped dependencies, phased cutovers, zero surprise downtime.
Talk to us about cloud migrationCloud Migration services we provide
Migration assessment & planning
Infrastructure assessment, dependency mapping, and a target architecture decision, before any workload moves.
Migration execution
Phased execution across compute, storage, and managed services, sequenced by risk, not convenience.
Application modernization
Re-architecting into containers, serverless, or managed databases where it's worth it, not modernization for its own sake.
Infrastructure as code
Infrastructure provisioned as Terraform, version-controlled and repeatable, not manual configuration that drifts.
Security & compliance
Secure data transfer, IAM setup, and network security built into the migration, mapped to whatever framework you're working toward.
Post-migration optimization
Performance tuning, cost cleanup, and monitoring set up once workloads are stable, not left for later.
Benefits of cloud migration
Lower total cost of ownership
Pay for the capacity you use instead of provisioning for peak load year-round, with reserved and spot capacity filling in behind autoscaling.
Elastic scalability
Scale within minutes instead of a procurement cycle measured in weeks. Traffic spikes don't require guessing capacity months ahead.
A stronger security baseline
IAM, encryption, and network segmentation built into the target architecture from day one, not retrofitted after launch.
Faster time-to-market
Managed services and CI/CD pipelines replace infrastructure your team used to build and patch by hand, freeing engineering time for product work.
Built-in resilience
Multi-AZ architecture and tested rollback paths mean redundancy is part of the design, not a disaster-recovery plan nobody's tested.
Access to managed & AI/ML services
Once the migration lands, managed databases, queues, and AI/ML services are available without standing up and operating them yourselves.
Challenges we solve
Unmapped dependencies
Undocumented service dependencies turn a planned cutover into an incident.
Our solution
Full dependency mapping before any workload moves, so nothing breaks blind.
All-or-nothing cutovers
A single big-bang migration window means one mistake takes everything down.
Our solution
Workloads move in phased waves, each with a tested rollback path.
Cost surprises post-migration
Lift-and-shift migrations often land 30-50% over the original cost estimate.
Our solution
Target architecture right-sized for cloud-native pricing, not a copy of on-prem.
The 6 R's of cloud migration
Not every workload should move the same way. Which of these applies is decided per workload, not applied blanket-wide.
Rehost (lift & shift)
Move as-is. Fastest path and least architectural change, usually a starting point rather than an end state.
Replatform (lift & optimize)
Move with targeted upgrades, a managed database instead of a self-hosted one, for example, without a full rewrite.
Refactor (re-architect)
Redesign for cloud-native patterns when the current architecture won't scale or costs too much to keep maintaining.
Repurchase (replace)
Swap a self-hosted or legacy system for a SaaS equivalent when maintaining it yourself no longer makes sense.
Retain
Some workloads shouldn't move yet, compliance constraints, imminent retirement, or unclear ROI. Retaining is a decision, not a failure to migrate.
Retire
Decommission what nobody's using. Every migration surfaces workloads that turn out to be dead weight.
Ready to start your cloud migration?
We'll assess what you're running before proposing anything, not the other way around.
Talk to an ExpertThe migration journey
01
Assessment & planning
Map dependencies and decide the target architecture before anything moves.
02
Strategy & sequencing
Decide which of the 6 R's applies to each workload, and in what order.
03
Phased execution
Workloads move in waves, each with a tested rollback path.
04
Validation
Confirmed under real traffic before the next wave starts.
05
Optimization & handoff
Right-sizing, cost cleanup, and documentation handed over.
What you can count on
Not client-average numbers, commitments built into how every migration is run.
8–16 wks
Typical phased migration timeline
Zero
Surprise downtime, by design
100%
Of waves ship with a tested rollback path
Right-sized
Target architecture, not a lift-and-shift copy
FAQ
Frequently asked questions
How long does a cloud migration take?+
8–16 weeks for most mid-sized environments, in phased waves.
Do you handle cloud-to-cloud migrations, not just on-prem to cloud?+
Yes, on-prem to cloud and cloud-to-cloud across AWS and Azure.
Will migrating cause downtime?+
Not by design. Workloads move in phased waves with tested rollback paths, so a failed wave doesn't take production down.
Do we need to decide the migration strategy ourselves first?+
No. Assessment comes first. Which of the 6 R's applies to each workload is decided during that phase, not before it.
Related services
Managed Kubernetes
Production-grade Kubernetes, hardened and operated, without hiring a platform team.
Cloud Cost Optimization
Cut 20-40% off cloud spend without touching the workloads your product depends on.
Cloud Security & Compliance
Security built into the architecture, not bolted on the week before an audit.