The cloud is not a destination — it's a set of operational choices that need to match your workloads, your team's capabilities, and your actual business constraints. A Maldives resort with six island properties has different connectivity considerations than a Colombo fintech. Both need cloud strategy, but not the same one.

We use the 6 Rs migration framework — Rehost, Replatform, Repurchase, Refactor, Retain, Retire — to classify every workload before deciding how to migrate it. Not everything should move, not everything should be rewritten, and doing the wrong thing with a workload will cost more to fix later than it saved by going fast now.

Migration strategies we apply

Rehost (lift and shift)

Move workloads to cloud VMs with minimal changes. Right for getting out of an expiring data center contract quickly, or for workloads that are stable but too risky to re-architect under time pressure. Faster and lower risk than re-architecture, but typically leaves cost and operational efficiency gains on the table. We use this when speed is the constraint and plan for optimization in a second phase.

Replatform (lift, tinker, and shift)

Move to cloud with targeted optimizations — migrating from self-managed databases to managed services (RDS, Azure SQL, Cloud SQL), or containerizing applications without rewriting the application logic itself. Better cost and operational profile than pure rehost, without the full cost of refactoring.

Refactor (re-architect)

Re-architect applications to use cloud-native capabilities — serverless functions, container orchestration, managed queues, event-driven architectures. Highest effort and risk but best long-term operational and cost profile. We apply this selectively to workloads where the existing architecture creates real operational pain and the business case for re-architecture is clear.

Retain and retire

Some workloads shouldn't move. Systems with high compliance complexity, specialized hardware dependencies, or very low utilization may be better retained on-premises or decommissioned entirely. Part of our assessment is identifying which workloads are migration candidates and which aren't — that decision itself has value.

Provider and region selection for Maldives

For organizations in the Maldives, region selection matters in ways it doesn't for organizations in major markets. AWS Mumbai (ap-south-1) and AWS Singapore (ap-southeast-1) are the primary candidates for most workloads — with Singapore typically having better latency for Maldives connectivity. Azure Southeast Asia (Singapore) and Australia East (Sydney) are alternatives depending on the application. We model latency and cost for each option before recommending a region.

How a migration engagement works

1

Discovery and workload inventory

Enumerate all applications, databases, and dependencies. For each workload: document the architecture, performance requirements, dependencies, data sensitivity, compliance obligations, and operational criticality. This is the foundation — every migration decision flows from workload knowledge.

2

Migration classification and business case

Apply the 6 Rs to each workload. Build the migration business case: total cost of ownership comparison between current state and target state, including licensing, operational overhead, and any re-architecture investment. This gives leadership a decision framework, not just a migration plan.

3

Landing zone design

Design the target cloud environment before migrating anything. Account structure, identity federation, network topology (VPCs, subnets, connectivity back to on-premises), security baseline, logging and monitoring foundation. Migrating into a poorly designed environment means fixing the foundation after workloads are already running — far more disruptive than designing it right first.

4

Pilot migration

Migrate a low-risk workload first to validate the landing zone, migration tooling, and runbook. Identify what you didn't anticipate. Adjust before migrating critical systems. Every migration has surprises — the pilot is how you find them cheaply.

5

Wave migration and cutover

Migrate workloads in dependency-ordered waves. For each wave: migration runbook, rollback procedure, cutover plan, and post-migration validation checklist. Critical systems have dual-run periods and verified rollback paths before the old environment is decommissioned.

6

Post-migration optimization

The first 30-90 days post-migration are when most cost and performance optimization happens — right-sizing instances based on actual observed utilization, purchasing Reserved Instances for stable workloads, enabling auto-scaling. We stay engaged through this phase.

What you receive

Workload inventory and classification

Complete application inventory with 6 Rs classification, migration priority, and dependency map. The foundation for every migration decision.

Migration business case

Total cost of ownership analysis comparing current state to target state, including infrastructure costs, licensing changes, and operational overhead shifts.

Landing zone architecture

Target cloud environment design: account structure, network topology, identity federation, security baseline, and logging foundation. Built to provider Well-Architected Framework standards.

Migration runbooks

Step-by-step migration and rollback procedures for each workload wave. Detailed enough that your operations team can execute them without consulting us for every decision.

Post-migration optimization report

30-90 day optimization findings with specific rightsizing recommendations, Reserved Instance purchasing recommendations, and quick-win cost reductions.

Operations handover documentation

Architecture documentation, operational runbooks, and knowledge transfer to your team so they can operate the migrated environment independently.

Who this is for

→ Organizations with on-premises infrastructure they want to exit — data center contracts expiring, aging hardware, or hosting costs that have become hard to justify
→ Resort groups and multi-property hospitality businesses looking to centralize operations and move property systems to cloud
→ Businesses that have already started a cloud migration but it's stalled, over budget, or the architecture isn't right
→ Organizations pursuing ISO 27001 or PCI DSS who need cloud infrastructure that meets audit requirements from the start
→ Companies with a software product currently self-hosted that want to move to a managed cloud environment

Plan your migration before you start it

Start with a free consultation. We'll review your current environment, identify your migration drivers, and tell you honestly what a well-structured migration would involve.

Schedule Free Consultation

Cloud Migration & Strategy