Cloud-to-AWS Migration

Cloud-to-AWS Migration Services for a Secure, Scalable Cloud Future

Move applications, infrastructure, databases, and workloads from GCP to AWS or Azure to AWS with a structured migration approach built around security, performance, and business continuity. We assess your current environment, design the right AWS target architecture, and manage the migration through controlled execution and optimization.

Up to 40%Cost Reduction on AWS
ZeroData Loss Guaranteed
< 2 hrsCutover Window
300+AWS Security Services
02. Why Migrate to AWS Cloud?

Turn your cloud-to-cloud migration into a business advantage.

The right AWS migration strategy does more than relocate workloads — it controls infrastructure cost, improves resilience, and creates a stronger foundation for modernization.

01

Reduce infrastructure costs

Swap fixed GCP spend for AWS Reserved Instances and Savings Plans — right-sized to actual usage and often 20–40% cheaper for equivalent workloads.

AWS Advantage
02

Scale with demand

AWS auto-scaling groups, ECS Fargate, and Lambda let workloads expand and contract elastically — no pre-provisioning, no capacity waste.

AWS Advantage
03

Improve business resilience

Multi-AZ deployments, automated failover with RDS, and global load balancing give you a fundamentally more resilient runtime than single-region GCP.

AWS Advantage
04

Modernize legacy workloads

The migration window is the right moment to re-platform aging services onto managed AWS equivalents — EKS, RDS, Lambda — without a ground-up rebuild.

AWS Advantage
05

Accelerate application delivery

AWS CodePipeline, CodeBuild, and a deeper marketplace of DevOps integrations cut cycle times and get features shipped faster post-migration.

AWS Advantage
06

Strengthen operational efficiency

CloudWatch, AWS Systems Manager, and Security Hub give ops teams consolidated observability and control — reducing toil and alert fatigue.

AWS Advantage
03. Cloud-to-AWS Migration Services

Move cloud workloads to AWS with a controlled migration strategy.

GCP to AWS or Azure to AWS — structured process covering architecture, security, data integrity, and business continuity. Using AWS MGN · AWS DMS · AWS Migration Hub.

GCP Workloads

Google Cloud Platform

  • Applications
  • Infrastructure
  • Databases
  • Containers
  • Storage

Azure Workloads

Microsoft Azure

  • Applications
  • Infrastructure
  • Databases
  • Containers
  • Storage
Security & Data Integrity
End-to-end encryption
Continuous replication
Zero data loss
Compliance validated
Rollback ready
AWS Tools

AWS MGN

Server migration

AWS DMS

Database migration

Migration Hub

Orchestration

AWS Inspector

Security

AWS SCT

Schema conversion

AWS Cloud

Target Environment

Migrated Workloads

  • Applications
  • Infrastructure
  • Databases
  • Containers
  • Storage
SecureScalableCompliant

Tap any phase to explore details

04. GCP → AWS Migration

Move GCP workloads to AWS with a controlled migration approach.

Transition applications, infrastructure, databases, containers, and data from Google Cloud to AWS — built around workload dependencies, target architecture, security, and business continuity.

GCP
Assess
Map
Migrate
Validate
Cutover
AWS
01
Phase 01Assess

Assess your GCP environment

Identify workloads, dependencies, resource utilization, and data flows before defining the AWS target. We inventory every Compute Engine VM, Cloud SQL instance, GKE cluster, Cloud Storage bucket, and IAM policy.

Key Activities

Full GCP resource inventory
Dependency & data flow mapping
Utilization and cost analysis
Migration readiness scoring
Migration guarantee
Zero data loss
Rollback ready
Compliance preserved
< 2hr cutover window

Migration Journey

GCP → AWS

5-Phase Process
05. Azure → AWS Migration

Move Azure workloads to AWS with confidence.

Transition applications, infrastructure, databases, containers, and data from Microsoft Azure to AWS — designed to minimize disruption and preserve data integrity throughout.

Azure
Assess
Architect
Migrate
Validate
Cutover
AWS
01
Phase 01Assess

Assess your Azure environment

Map applications, workloads, dependencies, and data flows across your Azure estate. We inventory every VM, Azure SQL instance, AKS cluster, Blob Storage container, and Azure AD policy before a single workload moves.

Key Activities

Full Azure resource inventory
App & data dependency mapping
TCO & cost baseline analysis
Migration readiness scoring
Migration guarantee
Zero data loss
Rollback ready
Compliance preserved
< 2hr cutover window

Migration Journey

Azure → AWS

5-Phase Process
06. AWS Migration Strategy

Choose the right AWS migration strategy for every workload.

One migration strategy doesn't fit every workload. We evaluate each application against the 7 AWS migration strategies — the "7 Rs" — and select the right path per workload.

Input

Workload Assessment

7 Rs Framework

Exit Strategy

No migration needed

R
RetainKeep it for now
Effort:NoneSpeed:Immediate

Keep workloads where migration doesn't yet add enough value. Best for workloads with upcoming end-of-life, recent upgrades, or high migration risk.

R
RetireDecommission it
Effort:MinimalSpeed:Immediate

Remove obsolete or redundant workloads that no longer serve business value. Retiring unused systems reduces cost and security surface area.

Migrate As-Is

Move to AWS with minimal change

R
RehostLift & Shift
Effort:LowSpeed:Fastest

Move with minimal change when speed is the priority. Rehost to AWS EC2 using AWS Application Migration Service (MGN) with no code changes required.

R
RelocateMove to AWS managed
Effort:LowSpeed:Fast

Move to AWS with limited architectural change — for example, migrating VMware workloads to AWS via VMware Cloud on AWS without OS changes.

R
RepurchaseBuy AWS-native
Effort:MediumSpeed:Moderate

Replace with a suitable AWS-native or SaaS product. Move from on-prem CRM to Salesforce, from custom SMTP to Amazon SES, or from legacy DB to Amazon Aurora.

Modernize for AWS

Re-architect for cloud-native

R
ReplatformLift, Tinker & Shift
Effort:MediumSpeed:Moderate

Take advantage of AWS capabilities without a full redesign. Move from self-managed MySQL to Amazon RDS, or from app servers to Elastic Beanstalk, with minor optimisations.

R
RefactorRedesign cloud-native
Effort:HighSpeed:Longest

Redesign for cloud-native AWS architecture using microservices, serverless, containers, and managed services. Highest long-term value — reserved for critical, frequently used workloads.

Transformation Spectrum

Minimal → Maximum cloud-native value

← No Change RequiredFull Cloud-Native Redesign →
07. AWS Migration Outcomes

What your AWS migration should deliver.

Every AWS migration we run is measured against concrete outcomes. These are the results your business should expect — not just a workload relocation.

40%Avg. cost reduction
99.99%Target availability
10×Faster provisioning
ZeroData loss guaranteed

Lower Infrastructure Costs

Eliminate overhead through right-sizing, Reserved Instances, Savings Plans, and managed service adoption. Move from CapEx to OpEx.

Right-sizingReserved InstancesSavings Plans
0%

avg. cost reduction

Improved Scalability

Scale without relying on fixed capacity. AWS auto-scaling groups, elastic load balancers, and serverless services absorb demand spikes instantly.

Auto ScalingELBServerless

elastic scaling

Greater Application Resilience

Stronger availability, recovery, and continuity with multi-AZ deployments, automated failover, and AWS Backup.

Multi-AZAuto FailoverAWS Backup
0%

target availability

Better Resource Utilization

Align AWS resources to actual workload demand. CloudWatch metrics and Cost Explorer surface waste so nothing runs idle.

CloudWatchCost ExplorerCompute Optimizer
0%

better utilization

Faster Infrastructure Delivery

Provision and manage through automation using IaC, CI/CD pipelines, and AWS CloudFormation or Terraform — from weeks to minutes.

IaC / TerraformCI/CDCloudFormation
0×

faster provisioning

Modern Cloud Architecture

A scalable AWS foundation for future growth — microservices-ready, container-native, observability-first. Built to grow with your business without rearchitecting every 3 years.

MicroservicesEKS / ECSObservability
Future-ready

cloud-native foundation

Ready to see these outcomes for your workloads?

Get a structured AWS migration assessment — mapped to your environment.

Get Your Migration Assessment
Cloud-to-AWS Migration Service

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