Cloud Migration Services

Cloud migration services for AWS, Azure, and GCP

Moving to the cloud is an operational change, not a server-copying exercise. We plan the application, data, security, cost, and cutover work needed to move with less disruption.

For growing businesses moving from on-premise systems, consolidating cloud accounts, or modernizing infrastructure that is difficult to scale and operate.

See relevant work
Cloud infrastructure and migration service illustration from CIT India

AWS

migration and managed infrastructure

Azure

migration planning and implementation

GCP

cloud architecture and operations

CIT India selects the migration path and provider around the application, team, risk, and budget rather than forcing one cloud.

What we build

A migration plan built around continuity

The right path may be rehosting, replatforming, or re-architecting only the parts that need it. We inventory dependencies first, then plan a cutover and rollback path that fits the system’s tolerance for downtime.

01

Cloud readiness assessment

Application, data, dependency, security, and operating constraints mapped before the target architecture is chosen.

02

Migration architecture

A practical target design for AWS, Azure, or GCP, including network, identity, storage, and deployment needs.

03

Infrastructure as code

Repeatable provisioning with tools such as Terraform or CloudFormation when it fits the environment.

04

Data and application migration

Sequenced movement, validation, cutover, and rollback planning for the agreed workloads.

05

Cost and reliability controls

Monitoring, backups, scaling, and usage review designed into the operating model.

06

Managed cloud support

Post-migration monitoring, maintenance, and improvement for teams that need ongoing help.

Performance-focused architecture for a high-traffic community

Relevant work

Performance-focused architecture for a high-traffic community

CIT India rebuilt the Free Fire Community Forum with optimized caching, role-based moderation, and an architecture designed for traffic bursts. The published case study reports 50K+ active users and 99.9% uptime.

Read the platform architecture case study

How the work moves

A clear path from discovery to handover

  1. 01

    Discover dependencies

    We inventory workloads, data, traffic, integrations, operating responsibilities, and downtime constraints.

  2. 02

    Choose the migration path

    We compare rehost, replatform, and re-architecture options, then define the target environment and sequence.

  3. 03

    Migrate in controlled steps

    We build the environment, move agreed workloads, and test data, security, performance, and integrations.

  4. 04

    Cut over and stabilize

    We execute the release plan, watch the system closely, document operations, and address early issues.

Questions before you scope the project

Bring us the problem, not a finished specification

We’ll help define the useful first scope, surface the important constraints, and turn it into a practical delivery plan.

Review the relevant case study

Free initial consultation. No obligation.