Cloud Migration Company
Cloud Migration Services.
Cloud Migration Services.
Before Your Users Notice.
Your users never see the migration. Your team gets a CI/CD pipeline, cloud-native architecture, and code ownership on delivery day. We have migrated live streaming platforms with zero seconds of user disruption.
Submit brief → call within 48 hours → scoped proposal in 3 days → migration starts within 1 week
Zero downtime
migrationsAWS · Azure · GCPCI/CD included in every migrationIaC on delivery
The Infrastructure Decision You Face
Every week your team runs on-premises infrastructure is a week that compounds your migration cost.
The left column is where you are. The right column is what teams reach after cloud migration.
Your on-premises infrastructure today
Capacity planning requires 6-month procurement cycles
Hardware orders take months. By the time servers arrive,
your traffic projections have changed. You over-provision or
under-build.
Scaling requires a project, not a configuration change
Peak traffic events expose the ceiling. Scaling requires
infrastructure procurement, rack installation, and network
configuration.
Disaster recovery is a binder on a shelf, not a tested
process
Disaster recovery plans exist. They were written in 2019.
Nobody has tested failover since. Recovery time is unknown
until it is needed.
Security patches deployed manually, tested in production
Patch management is a monthly window. Emergency CVEs wait
for the next maintenance cycle. No automated scanning in the
pipeline.
Infrastructure costs are fixed regardless of usage
You pay for peak capacity at 3am on a Tuesday. Idle hardware
still draws power, still requires maintenance, still
consumes real estate.
After cloud migration
Capacity scales in minutes with a configuration change
Auto-scaling policies respond to real traffic. Adding
capacity takes a configuration update, not a procurement
request.
Peak traffic events handled without incident response
Load tests define the scaling policy. Traffic spikes trigger
auto-scaling before users notice. No emergency war rooms.
Disaster recovery tested automatically every 30 days
Automated failover tests run on a schedule. Recovery time is
a measured number, not an estimate. Recovery time objective
and recovery point objective are documented and proved.
Security scanning runs in every build, not in maintenance
windows
Dependency vulnerabilities surface in the CI/CD pipeline
build log. CVEs are closed in hours, not at the next
maintenance window.
Infrastructure costs track with actual usage
Pay for what runs. Scale down outside peak hours. Reserved
instances for predictable workloads. Spot instances for
batch jobs.
Pain · IT team at overcrowded on-premises server room
Cloud Migration Strategies
Not every workload needs the same migration approach. Your strategy depends on what you are moving and where you are going.
Select a migration strategy below to see how we approach it, what it delivers, and when it is the right choice.
Strategy 01
Rehost (Lift and Shift)
Move workloads to the cloud with minimal changes. Fastest path
to cloud infrastructure. Captures immediate savings on
hardware, colocation, and maintenance contracts.
Strategy 02
Replatform (Lift and Optimize)
Migrate workloads with targeted optimization. Replace
self-managed databases with managed cloud services. Reduce
operational overhead without a full re-architecture.
Strategy 03
Refactor / Re-architect
Redesign applications to be cloud-native. Microservices,
serverless, and containerized workloads. Maximum cloud
benefit. Highest initial investment, highest long-term return.
Strategy 04
Hybrid Cloud Bridge
Maintain a phased coexistence of on-premises and cloud.
Migrate in waves. Validate each wave before the next. Legacy
systems decommissioned on proven migration, not on a schedule.
WORKLOAD
SOURCETARGETSTATUS
Auth Service
API Gateway
Postgres DB
Media CDN
Migration progress2 of 4
live
Self-managed
PostgreSQL on EC2
Patching overhead: 8 hours/month
Managed service
Amazon RDS Aurora
Patching overhead: 0 hours/month
Annual savings estimate
$84,000DBA overhead eliminated
Legacy monolith
Monolithic App Server
Single Postgres DB
Bare metal CDN
Cloud-native target
Kubernetes (EKS)
Aurora + ElasticSearch
CloudFront + S3
65%
On-premises
35%
Cloud
Cloud percentage grows with each validated migration wave.
On-premises decommissioned only after cloud is proven in
production.
Cloud Migration Capabilities
Five capabilities your team gains before they log into the new cloud environment for the first time.
Assessment first
Cloud Strategy and Readiness Assessment
A complete inventory of your workloads, dependencies, data flows, and compliance requirements before migration planning begins. Every workload is classified by migration strategy: rehost, replatform, refactor, or retire. The assessment produces a risk-ranked migration plan with phase-by-phase timelines and cost projections. No migration work begins without it.
Zero disruption
Zero-Downtime Migration Architecture
Live cutover methodology using real-time data replication and parallel traffic routing. The new cloud environment receives live traffic before the old one is decommissioned. Users never experience a migration.
Cost control
FinOps and Cloud Cost Optimization
Right-sizing analysis, reserved instance planning, spot instance strategy for batch workloads, and cost allocation tagging. Most teams reduce cloud spend by 25 to 40 percent in the first 90 days after migration with proper FinOps governance.
Security and trust
Security, Compliance, and Identity Architecture
Cloud IAM design, VPC network architecture, encryption at rest and in transit, compliance-ready infrastructure for GDPR, SOC 2, PCI, and HIPAA where applicable. Security is designed into the cloud architecture before any workload migrates, not reviewed at the first audit. Penetration testing and vulnerability scanning included post-migration.
SOC 2 readyGDPR compliantPCI-DSS architectureHIPAA-ready
∞ Cloud-Native
CI/CDGet CI/CD Pipeline Included in Your Migration
Every migration includes a CI/CD pipeline. Your team ships code differently on day one.
Cloud migration is not just moving workloads. It is changing how your team ships software. We design and implement the full CI/CD pipeline as part of every migration, not as an add-on.
Pipeline design and implementation
GitHub Actions, GitLab CI, or your preferred tooling.
Every commit triggers the full pipeline.
Automated testing gates
Unit, integration, and smoke tests run before any
deployment reaches staging or production.
Security scanning in every build
Dependency vulnerability scanning, container image
scanning, and SAST checks run on every pull request.
Infrastructure as Code (IaC)
Terraform or Pulumi defines every cloud resource.
Environments are reproducible. No configuration drift.
GitOps deployment model
ArgoCD or Flux syncs cluster state from Git. Rollback is a
revert commit. Nothing is deployed manually.
Observability and alerting stack
Metrics, logs, and distributed traces configured from day
one. On-call playbooks delivered with the pipeline.
The CI/CD infinity loop
Click any stage to see what ships inside it
Code
Branch protection rules, required review approvals, and PR templates configured from day one. Feature flags and environment variable management set up before the first commit to the new cloud environment.
Tools configured
GitHub / GitLabBranch policiesFeature flagsSecrets management
Build
Containerized build environments ensure reproducible artifacts. Docker multi-stage builds minimize image size. Build cache configured for fast iteration.
Tools configured
Docker multi-stageGitHub ActionsBuild cacheECR / Artifact Registry
Test
Unit, integration, and smoke tests gate every pipeline run. Dependency vulnerability scanning (OWASP, Trivy) runs on every container image. Failed security scans block deployment to staging.
Tools configured
Jest / PyTest / Go testTrivy scanOWASP DependencySonarQube
Stage
Staging environment runs on production-equivalent cloud infrastructure. Environment parity eliminates the "works in staging, fails in prod" problem. Manual approval gate before production deployment.
Tools configured
Terraform workspacesK8s namespacesApproval gatesSmoke tests
Deploy
GitOps-driven deployment using ArgoCD or Flux. Cluster state is reconciled from Git. Rolling deployments with zero downtime. Automatic rollback on error rate threshold breach.
Tools configured
ArgoCD / FluxKubernetes rollingBlue/green deployAuto-rollback
Monitor
Metrics, logs, and distributed traces from day one. Dashboards pre-configured for key service health indicators. PagerDuty or OpsGenie on-call routing configured with escalation policies. Runbooks delivered with the pipeline.
Tools configured
Prometheus / GrafanaDatadog / SentryPagerDutyRunbooks
Cloud Provider Support
We migrate to AWS, Azure, and GCP. Click a provider to see service coverage.
Amazon AWS
EKS, RDS, CloudFront
Microsoft Azure
AKS, Cosmos DB, CDN
Google Cloud
GKE, Firestore, Cloud Run
Service category
AWS
Azure
GCP
Container orchestration
EKS
AKS
GKE
Managed database
RDS Aurora
Cosmos DB
Cloud Spanner
Serverless compute
Lambda
Azure Functions
Cloud Run
Infrastructure as Code
Terraform
Terraform
Terraform
Disaster recovery
Multi-region
Multi-region
Multi-region
Proof · Cloud operations team monitoring live migration
Client Result. OTT and Media Streaming Enterprise Cloud
Migration
Live production traffic migrated. Zero user disruptions. Zero data inconsistencies.
Zero
user disruptions during migration of live streaming
infrastructure
Real-time
CDC pipelines maintained data consistency across multiple
NoSQL systems throughout transition
Serverless
data pipelines on GCP reduced operational overhead and
eliminated database maintenance windows
The organization
An enterprise OTT and media streaming platform with live production traffic that could not tolerate any user-facing disruption. Data was distributed across multiple NoSQL systems with complex schemas and high write volumes. Traditional migration approaches were unsuitable. Zero downtime and data consistency were mandatory requirements throughout the full migration.
What we delivered
Zero-downtime migration architecture on Google Cloud
Platform
Real-time change data capture pipelines replacing legacy
NoSQL databases with Firestore
Serverless data pipelines eliminating operational
overhead from database maintenance
CI/CD pipeline and observability stack delivered
alongside the migration
Why Teams Choose Redefine for Cloud Migration
Three commitments that separate a cloud migration from an expensive infrastructure move.
01
We migrate without maintenance windows or user-facing downtime.
Our migration architecture runs the cloud environment in parallel before the old one is decommissioned. Users continue using the system throughout the migration. There is no maintenance window announcement. There is no dark weekend. We have migrated live streaming platforms, financial transaction systems, and SaaS products with zero production disruptions.
02
The CI/CD pipeline is a first-class deliverable, not an
afterthought.
Most cloud migrations move workloads and hand back the keys. Your team still deploys the same way. We build the CI/CD pipeline, observability stack, infrastructure as code, and GitOps model alongside the migration. Your team ships code differently on day one in the new cloud environment. Not six months later when you hire another contractor.
See legacy modernization services →03
Every migration is reversible. Nothing is irreversible until it
is proven.
We design each migration phase so that if something unexpected happens in the cloud environment, traffic routes back to the original infrastructure without data loss. The rollback path is tested before the cutover path. This is not a safety blanket. It is what allows us to run migrations without maintenance windows and without fear.
Enterprise software services →Common Questions
What CTOs and engineering leads ask before engaging.
Cloud migrations typically run 8 to 24 weeks depending on the
scope, number of workloads, and migration strategy.
Lift-and-shift migrations of well-documented systems can
complete in 8 to 12 weeks. Re-architecture engagements run 16 to
28 weeks. Every engagement starts with a 2-week assessment that
maps every workload and produces a risk-ranked migration plan
before any build work begins. See our
pricing guide
for phase-by-phase breakdown.
Yes. We design migrations so users never notice. Using real-time
change data capture pipelines and parallel-run architecture, the
new cloud environment receives live traffic before the legacy
infrastructure is decommissioned. We have migrated live
streaming platforms, financial transaction systems, and SaaS
products with zero production disruptions.
We migrate to AWS, Microsoft Azure, and Google Cloud Platform.
For organizations requiring multi-cloud resilience, we design
multi-region architectures that distribute workloads across
providers. Provider selection is driven by your compliance
requirements, existing tooling, and cost profile. We do not have
a default provider preference or a commercial arrangement that
influences recommendations.
Yes. Every cloud migration engagement includes full CI/CD
pipeline design and implementation. Teams should ship code
differently after migration, not just run the same workloads in
a different location. We implement automated build, test, and
deploy pipelines using GitHub Actions, GitLab CI, or your
preferred tooling, with infrastructure as code and GitOps
deployment models.
Cloud migration engagements typically run between $80,000 and
$400,000 depending on workload count, migration strategy,
compliance requirements, and CI/CD complexity. The assessment
phase (weeks 1 to 2) is priced separately and produces the
migration plan that informs the full engagement price. We scope
before we quote. See our
pricing guide.
Is This the Right Engagement?
We are direct about fit before any commitment is made.
Good fit
You are running production workloads on-premises or in a
legacy hosting environment and the costs, scale limitations,
or operational overhead are blocking growth
Zero downtime is a non-negotiable requirement. Your system
cannot go offline and your users cannot be asked to wait
during a maintenance window
You want the CI/CD pipeline, IaC, and observability stack
delivered alongside the migration, not as a separate
engagement 6 months later
Your team has an internal technical stakeholder who can
approve architecture decisions and participate in weekly
migration reviews
You have compliance requirements (SOC 2, GDPR, PCI, HIPAA)
and need them addressed in the cloud architecture from the
start
Not a fit
You need a simple lift-and-shift of a small personal project
or low-traffic website. Below $50,000 in total scope, our
process adds overhead that outweighs the benefit.
You need the migration completed in less than 4 weeks. The
assessment alone takes 2 weeks. Compressed timelines eliminate
the risk assessment that prevents outages.
You are not ready to commit to Infrastructure as Code and
CI/CD. Running the same deployment process in the cloud as you
run on-premises captures only 20 percent of the value.
Your organization does not have an internal technical
stakeholder who can make architecture decisions. Migrations
require frequent technical judgment calls that cannot wait for
agency responses.
Not sure? Tell us your situation and we will tell you honestly whether migration makes sense right now.
Book a Technical Strategy Call
Tell us about your infrastructure.
We review every brief and respond within two business days. No commitment. No pitch.
Form
Submit brief → call within 48 hours → scoped proposal in 3 days → assessment starts within 1 week
48 hours
Response time
3 days
Proposal scoped
Zero
Downtime migrations
100%
Code ownership
Brief received.
We will review your infrastructure and send a scoped migration proposal within 3 business days.
Prefooter · Cloud architect at modern workstation
Ready to scope your cloud migration?
No commitment. No pitch.