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Cloud migration involves moving suitable applications, systems, data or computing workloads to a cloud environment. It may involve changing the hosting location, technology platform or application architecture.

Potential benefits include greater infrastructure flexibility, access to different computing services, opportunities for modernisation and improved resource management. Actual outcomes depend on the workloads and solution design.

No. Some workloads may be better retained on existing infrastructure. A readiness assessment should examine technical suitability, business value, security, operating requirements and cost.

Depending on compatibility and business needs, migration candidates may include virtual servers, applications, databases, files and other computing workloads. Some systems require reconfiguration or modernisation first.

Azure migration opportunities can be reviewed and scoped around compatible systems, available tools, architecture and the required implementation activities. Services and responsibilities should be confirmed in the project agreement.

A migration assessment reviews systems, dependencies, compatibility, security, licensing, business requirements and costs to help determine which workloads may be suitable for migration and how they should be approached.

Cloud strategy defines the direction, priorities and decisions guiding cloud adoption. Cloud migration concerns the planned implementation of moving or changing suitable workloads.

Lift-and-shift generally refers to rehosting a workload in a new environment with relatively limited changes to the application itself. It is not suitable for every workload and does not automatically deliver modernisation benefits.

Replatforming involves changing the underlying application platform or hosting services, usually with relatively limited changes to application code. It can help reduce certain operating requirements where technically appropriate.

Some workloads support migration methods that limit interruptions, but zero downtime cannot be assumed. The expected disruption depends on applications, data synchronisation, dependencies and cutover procedures.

A properly planned migration should consider appropriate data protection, access controls, backup, encryption, validation and recovery arrangements. No migration can be described as completely risk-free.

Backups and recovery planning are important for many migration projects. The appropriate protection method depends on the workload, available recovery options and the consequences of data loss or service interruption.

A migration plan should document suitable recovery or fallback procedures. Some changes can be reversed, while others may require restoration, manual recovery or additional remediation. Rollback feasibility should be assessed before cutover.

Yes. A phased migration may be appropriate when workloads have different requirements or when dependencies can be managed safely. The migration sequence should be designed around the actual technical relationships involved.

Hybrid cloud migration involves introducing cloud services while retaining some existing infrastructure. It may require integration between environments, including identity, networking, data exchange and operational processes.

Some legacy applications can be migrated, while others may require changes or may not be supported in the target environment. Application vendors, operating systems, dependencies and licensing should be reviewed.

Cloud migration may change infrastructure and maintenance costs, but savings are not guaranteed. Organisations should evaluate cloud consumption, licences, data transfer, support, migration effort and other total-cost factors.

Testing may include application functionality, user access, network connectivity, data integrity, performance, security requirements and recovery arrangements. The specific checks depend on the workload and acceptance criteria.

Cutover is the planned transition where production users or workloads begin relying on the destination environment. It may involve final synchronisation, network or DNS changes, service validation and formal acceptance.

Yes. Moving applications or data to cloud infrastructure may change connectivity, latency, bandwidth, remote access or security requirements. Networking should be reviewed as part of migration planning.

Post-migration support can be included in an agreed project or ongoing service arrangement. The exact scope, hours, monitoring responsibilities and response commitments should be confirmed in writing.

Timescales depend on the number of workloads, data volume, system dependencies, application compatibility, security requirements, migration method and testing.

Costs depend on discovery, architecture, migration complexity, data volumes, tools, cloud licensing, testing and ongoing support. Contact IRON IT Group to discuss your business requirements.