Official Microsoft Solution
Move your workloads, data and applications to Azure with precision. Cambay's proven migration methodology eliminates risk at every phase — from initial assessment through final cutover — ensuring your business keeps running throughout.
Cloud migration is the process of moving your on-premises servers, applications, databases and data to Microsoft Azure. It encompasses everything from the initial readiness assessment through workload migration waves, application modernisation, and post-migration optimisation — transforming legacy infrastructure into a scalable, cost-efficient cloud platform.
Whether you're lifting and shifting, re-platforming or fully modernising — Cambay has the certified expertise to deliver.
Re-host existing VMs, storage and networking on Azure IaaS with minimal code change. Fastest path to cloud with immediate cost benefits and a validated rollback plan.
Move apps to Azure PaaS — App Service, Azure SQL, and Containers — eliminating OS management overhead and unlocking built-in scaling and resilience.
Migrate SQL Server, Oracle, MySQL and PostgreSQL to Azure SQL Managed Instance or Azure Database services with near-zero downtime using Azure Database Migration Service.
Migrate from Exchange on-premises, G Suite, or legacy mail platforms to Exchange Online and Microsoft 365 with full mailbox, calendar and contacts fidelity.
Full data centre decommission programmes — migrating every workload to Azure and validating complete shutdown of on-premises infrastructure within agreed timelines.
Re-architect legacy monolithic applications as cloud-native microservices, containerise with Azure Kubernetes Service, and integrate CI/CD pipelines for future agility.
Our migration methodology is built on 150+ real-world Azure projects. We de-risk every phase through rigorous assessment, wave-based execution, and validated rollback capability at every step.
Azure Migrate automated discovery of all VMs, databases and apps — with dependency mapping to understand what needs to move together.
Workloads grouped into logical waves by dependency, criticality and business impact — lowest risk first, highest value early.
Every workload is test-migrated in a staging environment and validated against performance, functionality and integration benchmarks before production cutover.
Controlled production cutover in maintenance windows with real-time monitoring, rollback readiness, and immediate post-migration performance optimisation.

Eliminate data centre CapEx, reduce over-provisioned hardware and move to a consumption-based cloud model that scales with your business.
Azure self-service provisioning reduces new environment setup from weeks to hours — dramatically accelerating your development and delivery cycles.
Azure geo-redundancy, availability zones and Site Recovery replace fragile on-premises single points of failure with enterprise-grade resilience.
Scale Azure compute and storage on demand — handle seasonal peaks without over-provisioning and reduce capacity during quiet periods automatically.
Cambay executed an 18-month data centre exit for a multinational insurance group — migrating 80+ workloads including trading platforms, policy management systems and data warehouses. Zero unplanned downtime, 45% cost reduction, and full FCA regulatory compliance maintained throughout.

"We had a hard deadline to vacate our data centre. Cambay delivered every workload on time with zero disruption. Their wave-based methodology and constant communication meant our leadership team never lost confidence throughout an 18-month programme."
Answers to the most common questions about planning and executing a cloud migration to Microsoft Azure.
Plan Your MigrationThe cloud platform your migrated workloads run on — scalable, secure and globally available.
ExploreSecure every migrated workload with Microsoft Defender, Entra ID and Zero Trust architecture.
ExploreBuild your Azure data platform alongside your migration for instant analytics on cloud data.
ExploreStart the conversation today and unlock measurable growth with Microsoft technology.