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AWS Migration & Modernization

Migrate to AWS Without Moving Yesterday’s Problems With You

Move data centers, VMware environments, servers, databases and enterprise applications to AWS with a structured migration strategy designed to reduce risk, modernize where it creates value and build a secure foundation for future growth.

C&A Systems combines AWS cloud architecture, software engineering, DevOps and security to help organizations assess, migrate, modernize and optimize business-critical workloads on AWS.

AWS Select Tier Services Partner 20+ Years of Experience 300+ Technology Projects

U.S. Enterprise Focus  •  Texas & North America  •  Nearshore Engineering

Enterprise AWS Migration
From legacy infrastructure to a secure, scalable AWS foundation
SOURCE ENVIRONMENTS
Data Centers • VMware • Servers • Databases • Applications
MIGRATION FOUNDATION
Landing Zone • Security • Networking • Governance
AWS CLOUD
EC2 • RDS • ECS • EKS • Lambda • S3
Security, FinOps, resiliency and continuous optimization are integrated throughout the migration journey.
Your AWS Migration Journey
01 — ASSESS
Workloads, dependencies, costs, risks and business priorities
02 — MOBILIZE
Landing zone, security, governance, networking and migration waves
03 — MIGRATE & MODERNIZE
Infrastructure, VMware, databases, applications and cloud-native modernization
04 — OPTIMIZE & OPERATE
Performance, resilience, security, FinOps and continuous improvement
Why C&A Systems

AWS Migration Requires More Than Moving Workloads

A successful migration requires cloud architecture, software engineering, security, governance and operational experience working together from the beginning.

AWS
Select Tier Services Partner
20+
Years of Technology Experience
300+
Technology Projects
CMMI
Maturity Level 5
ISO
ISO/IEC 27001 & 20000
01

AWS Architecture + Engineering

We combine AWS architecture with application, DevOps and infrastructure engineering so migration decisions consider the entire technology environment—not just where a server will run.

02

Security & Governance by Design

Landing zones, identity, networking, security controls and governance are addressed as part of the migration foundation instead of being added after workloads have moved.

03

Migration with Modernization in Mind

Not every workload should simply be rehosted. We evaluate where replatforming, refactoring or cloud-native services can improve scalability, resilience and long-term operating efficiency.

The objective is not simply to reach AWS. It is to arrive with an architecture that is secure, governable, scalable and ready to evolve.

What We Migrate

Move the Right Workloads to AWS With the Right Migration Approach

From data centers and VMware environments to databases and enterprise applications, we help organizations migrate complex workloads to AWS while preserving business continuity, security and operational control.

01

Data Center Migration

Migrate physical and virtualized infrastructure from on-premises data centers to AWS with dependency mapping, migration waves, landing zone design and controlled cutover planning.

02

VMware Migration

Transition VMware-based environments to AWS while evaluating rehost, replatform and modernization options that reduce long-term infrastructure dependency.

03

Server Migration

Move Windows and Linux workloads to AWS with architecture sizing, network planning, security controls and migration sequencing designed to minimize disruption.

04

Database Migration

Migrate SQL Server, Oracle, PostgreSQL, MySQL and other database workloads while assessing opportunities to adopt Amazon RDS and managed database services.

05

Enterprise Application Migration

Move business-critical applications to AWS and determine when containerization, APIs, serverless architectures or application refactoring can create additional value.

06

Hybrid & Phased Migration

Support phased migration programs where selected workloads remain on-premises while AWS becomes the foundation for new services, applications and future modernization.

Typical Migration Path
From Current Environment to a Governed AWS Foundation
CURRENT ENVIRONMENT
Data Centers
VMware
Servers
Databases
Applications
MIGRATION FOUNDATION
Landing Zone
Networking
Identity
Security
Governance
AWS CLOUD
Amazon EC2
Amazon RDS
Amazon ECS / EKS
AWS Lambda
Amazon S3
AWS Migration Strategy

Not Every Workload Should Move to AWS the Same Way

We evaluate each application and infrastructure component individually to determine the migration strategy that best balances speed, cost, risk and modernization value.

REHOST
Faster Migration

Move With Minimal Changes

Migrate workloads to AWS with limited application changes when speed and infrastructure transition are the primary objectives.

REPLATFORM
Optimize

Optimize During Migration

Introduce targeted improvements such as managed databases, containers or AWS-native services without completely redesigning the application.

REFACTOR
Modernize

Redesign for Cloud-Native Value

Modernize applications using APIs, containers, microservices, serverless architectures or managed AWS services when the business case justifies deeper transformation.

REPURCHASE
Replace With SaaS

Replace legacy applications with modern SaaS alternatives when migration provides limited strategic value.

RETAIN
Keep Selected Workloads

Maintain workloads on-premises when business, technical, regulatory or timing constraints make migration inappropriate.

RETIRE
Eliminate What Is No Longer Needed

Decommission obsolete or redundant applications to reduce technical debt, complexity and infrastructure cost.

RELOCATE
Move at Infrastructure Scale

Relocate compatible virtualized environments with minimal application-level change when the architecture and migration scenario support it.

Workload-by-Workload Decision

A migration program can use multiple strategies at the same time. One application may be rehosted for speed, another replatformed for efficiency, and another refactored to unlock cloud-native capabilities.

Speed Cost Risk Value
How We Migrate to AWS

A Structured Migration Path From Assessment to Optimization

We organize migration into clear phases so technical decisions, business priorities, security and operational readiness stay aligned throughout the transformation.

Phase 01

Assess

Understand the current environment, identify dependencies and define which workloads should migrate, modernize, remain or retire.

Workload inventory
Dependency mapping
Risk and readiness assessment
Cost and business analysis
Phase 02

Mobilize

Prepare the AWS foundation and migration plan before workloads begin moving into production.

AWS Landing Zone
Identity and networking
Security and governance
Migration waves and roadmap
Phase 03

Migrate & Modernize

Execute migration waves with controlled cutovers while modernizing selected workloads where AWS-native capabilities create measurable value.

Infrastructure migration
Database migration
Application modernization
Testing and controlled cutover
Phase 04

Optimize & Operate

After migration, improve performance, security, resilience and cost efficiency so AWS becomes an operating platform—not just a hosting destination.

Performance optimization
Security hardening
FinOps and cost control
Operational improvement
Migration Outcome

The result is a controlled AWS migration with clearer architecture, stronger governance and a foundation that can continue evolving after the initial move is complete.

Assess Mobilize Migrate Optimize
Security, Governance & FinOps

Build Control Into the Migration From Day One

Security, governance and cost control should not be added after the migration. We integrate them into the AWS foundation so workloads arrive in an environment designed to operate with greater visibility, resilience and financial control.

01

Security by Design

Establish identity, network segmentation, encryption, logging and security controls as part of the migration foundation rather than as a post-migration correction.

Identity & access management
Network segmentation
Encryption & key management
Logging & monitoring
Security baselines
02

Governance & Operational Control

Define account structure, policies, ownership and operational standards so AWS can scale without creating uncontrolled complexity.

AWS Landing Zone
Multi-account structure
Policies & guardrails
Tagging standards
Ownership & accountability
03

FinOps & Cost Visibility

Introduce cost visibility early so cloud consumption can be measured, allocated and optimized as workloads transition into AWS.

Cost allocation
Budget visibility
Rightsizing analysis
Usage optimization
Continuous FinOps review
Migration With Operational Readiness

The goal is not only to migrate workloads successfully, but to leave the organization with an AWS environment that can be governed, secured, measured and optimized after go-live.

Secure Govern Optimize
Start Your AWS Migration

Know What to Migrate Before You Start Moving

Start with an AWS Migration Assessment to understand your workloads, dependencies, risks, migration options and target architecture before committing to a migration plan.

Discuss your migration scenario with an AWS specialist.
Request an AWS Migration Assessment Talk to an AWS Specialist WhatsApp
 Workload Assessment
 Migration Strategy
 Target AWS Architecture
 Cost & Risk Analysis
Explore the Complete AWS Practice

Migration Is One Part of Your AWS Cloud Journey

Explore C&A Systems capabilities across AWS cloud consulting, modernization, managed services, security, FinOps, data and artificial intelligence.

AWS Select Tier Services Partner 20+ Years of Experience U.S. Enterprise Focus Nearshore Engineering
AWS Migration FAQ

Questions Companies Ask Before Migrating to AWS

Every migration is different, but these are some of the most common questions organizations ask when evaluating an AWS migration strategy.

How long does an AWS migration typically take?
Migration timelines depend on the number of workloads, application dependencies, data volumes, compliance requirements and the migration strategy selected. A focused migration may take several weeks, while complex enterprise programs may be executed in multiple migration waves over several months.
Will there be downtime during the migration?
The objective is to minimize business disruption through dependency analysis, replication, testing and controlled cutover planning. Some workloads can be migrated with very limited interruption, while others may require a planned maintenance window.
Can you migrate VMware environments to AWS?
Yes. We assess VMware workloads, dependencies and future architecture requirements to determine whether each workload should be rehosted, replatformed, modernized, retained or retired as part of the AWS migration program.
Can legacy applications be migrated to AWS?
Yes. Legacy applications can often be migrated through rehosting or replatforming, while selected systems may benefit from refactoring, containerization, APIs or serverless services. The appropriate strategy depends on technical constraints and business value.
How much does an AWS migration cost?
Cost depends on the size and complexity of the environment, migration tools, required modernization, data transfer, target architecture and level of operational support. A migration assessment helps establish a more realistic cost model before execution begins.
What is included in an AWS Migration Assessment?
An assessment typically reviews workloads, infrastructure, dependencies, application criticality, migration readiness, risks, target architecture and potential AWS costs. The objective is to define a migration roadmap before workloads begin moving.
Can databases such as SQL Server, Oracle, PostgreSQL or MySQL be migrated to AWS?
Yes. Database migration can include moving existing database engines to AWS as well as evaluating managed services such as Amazon RDS when they can improve availability, operations, scalability or cost efficiency.
What happens after the migration is completed?
After migration, organizations typically move into an optimization phase focused on security, performance, resilience, governance and FinOps. C&A Systems can also support ongoing AWS operations and continuous improvement after go-live.