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Cloud migration services

Cloud migration services: every workload assessed, then moved in planned waves

Cloud migration is the move of your applications, databases and servers from on-premises hardware or a hosting contract to a cloud platform such as AWS or Microsoft Azure. HabileLabs assesses each workload first, picks how to move it (lift-and-shift, re-platforming or modernization), migrates in planned waves and tunes cost, performance and security once you are live. Aavas Financiers moved 35+ TB of legacy document data to AWS in a phased lift-and-shift migration, and Eternal Hospital, Jaipur (EHCC) now recovers from failures in under 30 minutes.

  • AWS Partner, Advanced Tier Services
  • Microsoft Solutions Partner, Infrastructure (Azure)
  • Google Cloud Partner
People on a hilltop beneath a glowing cloud with an upload arrow, illustrating a move to the cloud

Flagship results

What moving to AWS changed for Aavas Financiers and EHCC

  • Aavas Financiers · AWS

    35+ TB

    of legacy document data moved to AWS in a phased lift-and-shift migration

  • Aavas Financiers · AWS

    60%

    lower infrastructure management costs after the move to AWS-native services

  • EHCC · AWS

    99.9%

    Uptime for the hospital's clinical systems

  • EHCC · AWS

    Under 30 min

    Recovery time objective, with a recovery point objective under 5 minutes

Figures from the Aavas Financiers and EHCC case studies. Aavas Financiers, an Indian NBFC, had outgrown aging on-premises infrastructure. Eternal Hospital, Jaipur (EHCC) ran its HIS, EMR, diagnostics and patient portals on fixed on-premises capacity that could not scale with patient load; its case study also records 25–30% lower cloud spend.

What is cloud migration?

What a cloud migration with HabileLabs covers

A migration with us covers six pieces of work, from the first inventory of what you run to the handover, on AWS and on Azure.

  1. Assessment and roadmap

    An inventory of servers, applications and dependencies, a migration strategy for each workload and a wave plan your teams can schedule around.

  2. A secure foundation, built first

    Networking, identity, security and governance set up before any workload arrives, with encryption, access management and logging in place from the first day.

  3. Application and database migration

    Applications, databases and data centers moved in planned waves, each workload assessed first and moved by lift-and-shift, re-platforming or modernization.

  4. Data validation and testing

    Certified engineers build, migrate and test, with data validated and cutovers agreed with your business.

  5. Cutover in agreed windows

    Switch-overs are scheduled with your business so downtime stays as short as the workload allows, and in some cases is zero.

  6. Tuning and handover

    We tune cost, performance and security after go-live, then hand over with documentation or run the environment for you as a managed service.

Moving a database in particular? See database migration and modernization.

Migration strategies

Rehost, replatform, refactor or mainframe modernization

The free AWS modernization assessment recommends one of these paths for each application. The path is chosen per workload instead of applied blanket-wide, so effort goes where it actually pays off.

  • 01

    Rehost

    Move the application as it is, then optimize afterward: the fastest exit from aging infrastructure or a data center lease. Also called lift-and-shift. At EHCC, servers were rehosted with AWS Application Migration Service and databases moved with rollback paths.

    • Lift-and-shift
    • AWS Application Migration Service
    EHCC case study
  • 02

    Replatform

    Keep the application's design and make small changes on the way, such as moving a database onto a managed service like Amazon RDS or Azure SQL Database, to cut maintenance and cost.

    • Amazon RDS
    • Azure SQL Database
    Azure consulting and migration
  • 03

    Refactor

    Change the application when its design holds you back: break monoliths into containers and serverless services on Amazon ECS and AWS Lambda, without a full rewrite.

    • Amazon ECS
    • AWS Lambda
    AWS cloud modernization
  • 04

    Mainframe modernization

    Re-platform COBOL, PL/I, Natural and other 4GL cores onto managed AWS mainframe modernization services, with pattern-based code conversion and side-by-side validation before cutover.

    • COBOL
    • PL/I
    • Natural
    AWS modernization services

Not sure which path fits? The free AWS modernization assessment recommends one per application.

How a migration runs

Assess, plan, migrate, optimize

The same four stages on our AWS and Azure migration pages, and you see the plan for every workload before anything moves. Beside each stage is the matching step from Eternal Hospital, Jaipur (EHCC), whose move to AWS ran as assess, mobilize a landing zone, migrate in waves, then modernize and operate.

  1. Assess

    Inventory what you run and how it connects

    We review your workloads, dependencies, security and spend, and tell you plainly what to move, fix or leave alone.

    You get

    • Inventory of servers and applications
    • Dependency map
    • Migration strategy per workload
    • Wave plan

    At EHCC

    The migration began by assessing workloads and dependencies. The hospital's core systems ran on fixed on-premises capacity, with manual operations and untested recovery.

  2. Plan

    Design the target and build the foundation first

    A target architecture, a landing zone design and a dated plan for each workload, signed off before anything moves.

    Used at EHCC

    • AWS Control Tower
    • AWS IAM
    • AWS KMS
    • AWS CloudTrail
    • AWS Config

    At EHCC

    A secure landing zone was mobilized with AWS Control Tower in the Mumbai Region. Patient records needed encryption, data residency in India and alignment with the DPDP Act, 2023.

  3. Migrate

    Move in planned waves, tested before cutover

    Certified engineers build, migrate and test, with data validated and cutovers agreed with your business. On Azure, workloads move in waves using Azure Migrate, each one tested before cutover.

    Used at EHCC

    • AWS Application Migration Service
    • AWS DMS

    At EHCC

    Servers rehosted, databases moved with rollback paths.

  4. Optimize

    Tune it, then hand it over or keep running it

    We tune cost, performance and security after go-live, then hand over with documentation or run it for you as a managed service.

    Used at EHCC

    • AWS Systems Manager
    • Amazon CloudWatch
    • AWS Compute Optimizer
    • Savings Plans

    At EHCC

    24x7 monitoring, automated patching and right-sizing. HabileLabs now runs the platform as a 24x7 managed service.

After go-live

EHCC's platform is now run by HabileLabs as a 24x7 managed service. See what our managed cloud services cover on AWS and Azure.

Choose your cloud

Moving to AWS, Microsoft Azure or Google Cloud?

AWS Partner, Advanced Tier ServicesAWS Small and Medium Business Services Competency

AWS migrations, with the plan for every workload before anything moves.

An AWS Advanced Tier Services Partner with 200+ AWS customer launches. We move applications, databases and whole data centers to AWS for teams that cannot afford a long outage: every workload assessed first, migrated in planned waves and handed back running.

AWS customer launches
200+
AWS service delivery validations
9
AWS competencies
2
  • Assessment and roadmap
  • Secure AWS foundation
  • Application and database migration
  • Data validation
  • Cutover in agreed windows
  • Tuning and handover
Explore AWS cloud migration →

Free assessments

Start with an assessment of what you run today

Pick the one that matches the cloud you are moving to. Each is described in its own page's terms, and the ones that are free say so.

  • Free AWS modernization assessment

    An AWS-certified architect maps your AWS modernization pathways and rough sizing within two business days. The assessment itself runs two to four weeks.

    Best for: Moving or modernizing workloads on AWS

    • A workload inventory and a dependency map
    • A pathway recommendation per application
    • A calculator view of cost, effort and timeline
    • An AWS modernization funding eligibility check
    Request the free assessment
  • Free cloud infrastructure assessment

    Tell us what you run today and where it runs. We will review it against performance, availability, security and cost.

    Best for: Estates on AWS, Microsoft Azure or private cloud

    • Performance and availability
    • Security
    • Cost
    • AWS, Azure or private cloud
    Get the free assessment
  • Azure readiness assessment

    Plan your move to Azure before anything moves, with the landing zone and license options worked out first.

    Best for: Windows Server and SQL Server estates and data center exits

    • Servers, applications, databases and their dependencies
    • A recommended move approach for each
    • The landing zone design and license options
    • An estimate of running costs on Azure
    Plan your move to Azure

Keep exploring

Related cloud services

  • Cloud consulting

    The cloud practice in one place: migration, managed operations, security and recovery, cost and DevOps on AWS, Azure and Google Cloud.

    Cloud consulting
  • Managed cloud services

    Monitoring, incident response, patching, backups, security and cost control for AWS and Azure after the move.

    Managed cloud services
  • AWS migration for SMBs

    A free AWS cloud readiness assessment, a pilot to prove the move, and help accessing up to $300 in AWS Rapid Ramp Credits for eligible clients.

    AWS migration for SMBs
  • Cloud cost optimization

    Right-sized resources, the right storage tiers, and Savings Plans bought only where usage is steady.

    Cloud cost optimization
  • Cloud security and disaster recovery

    AWS WAF, identity, encryption and tested recovery plans for workloads that regulators and customers depend on.

    Cloud security services
  • Database migration and modernization

    Legacy and self-managed databases moved onto managed platforms such as Amazon RDS, with the data intact.

    Database migration

Cloud migration FAQs

Cloud migration, answered

What a migration involves, how the strategies differ, and how long it takes.

Cloud migration services plan and carry out the move of applications, databases and servers from on-premises hardware or a hosting contract to a cloud platform such as AWS or Microsoft Azure, then tune what runs there. HabileLabs assesses each workload first, picks how to move it (lift-and-shift, re-platforming or modernization), migrates in planned waves and tunes cost, performance and security once you are live.

Rehost, replatform, refactor and mainframe modernization. Rehosting, also called lift-and-shift, moves an application as it is and optimizes it afterward; it is the fastest exit from aging infrastructure or a data center lease. Replatforming makes small changes on the way, such as moving a database to a managed service. Refactoring changes the application, for example breaking a monolith into containers and serverless services. Mainframe modernization re-platforms COBOL, PL/I, Natural and other 4GL cores onto managed AWS services. The free AWS modernization assessment recommends one path per application.

A small set of workloads can move in a few weeks; a full data center can take a few months, planned in waves. On AWS, the modernization assessment itself runs two to four weeks, and a single application replatform can land in eight to twelve weeks, while a mainframe modernization program typically runs in phased waves over several months.

Workloads move in planned waves, each one tested before cutover, and switch-overs are scheduled with your business so downtime stays as short as the workload allows, and in some cases is zero. On AWS, database moves use AWS DMS-based replication and a rehearsed cutover plan to keep downtime inside an agreed window. At EHCC, servers were rehosted and databases moved with rollback paths.

It depends on your needs and usage. HabileLabs is an AWS Advanced Tier Services Partner and a Microsoft Solutions Partner for Azure Infrastructure, so we can help you compare the two clouds and pick the one that fits. Windows Server and SQL Server are among the most common workloads moved to Azure, and existing licenses with Software Assurance can often be applied through Azure Hybrid Benefit to lower the cost; we check this during the readiness assessment. HabileLabs is also a Google Cloud Partner.

Yes, cloud-to-cloud moves from Microsoft Azure and Google Cloud Platform (GCP) to AWS are part of our AWS migration service, as are on-premises and data center moves. None of our published case studies covers a move between clouds yet.

Yes. The free AWS modernization assessment maps your modernization pathways and rough sizing within two business days and runs two to four weeks; it delivers a workload inventory, a dependency map, a pathway recommendation per application, a calculator view of cost, effort and timeline, and an AWS modernization funding eligibility check. The free cloud infrastructure assessment reviews what you run on AWS, Azure or private cloud against performance, availability, security and cost. Small and medium businesses moving to AWS can start with a free AWS cloud readiness assessment.

We tune cost, performance and security after go-live, then hand over with documentation or keep running the environment for you as a managed service. HabileLabs migrated and modernized EHCC's hospital systems on AWS and now runs the platform as a 24x7 managed service.

Next step

Which workloads should move first?

Tell us what you run today, where it runs and what it connects to. The free AWS modernization assessment comes back with a workload inventory, a dependency map and a recommended path for each application.

  • Pathways and rough sizing within two business days
  • A path for each application
  • Cost, effort and timeline view