AWS Architecture Design
Multi-account landing zone design, VPC architecture, IAM structure, and service selection matched to workload type, compliance requirements, and cost targets. Designed before any provisioning begins.
CLOUD CONSULTING · AWS
Most enterprises that move to AWS do so without a workload-level architecture strategy. The result is a cloud bill that grows faster than the performance does. DAM Networks designs AWS environments around what each workload actually requires.
THE PROBLEM
Organisations that move workloads to AWS without a workload assessment carry their on-premise cost structure into the cloud. Compute is over-provisioned because the original sizing was never questioned. Storage grows without lifecycle policies. Data transfer costs accumulate because nobody designed the network topology with egress in mind. The cloud bill rises and the performance case that justified the migration becomes difficult to demonstrate.
The problem is not AWS. AWS provides the tools to run workloads efficiently at every scale. The problem is that most migrations prioritise speed of cutover over quality of architecture. Once workloads are running, the organisation has limited appetite to revisit the configuration because changing a live environment carries risk. The cost inefficiency compounds quietly.
DAM Networks approaches AWS engagements at the workload level before any infrastructure decision is made. The architecture is designed around what each application actually needs to do — its performance profile, its availability requirements, its data classification, and its cost tolerance — not around what was easiest to lift across.
CAPABILITIES
Multi-account landing zone design, VPC architecture, IAM structure, and service selection matched to workload type, compliance requirements, and cost targets. Designed before any provisioning begins.
Workload assessment, migration wave planning, and cutover execution for organisations moving from on-premise, data centre, or other cloud providers. Each workload assessed individually before the migration strategy is set.
Reserved instance and Savings Plan strategy, right-sizing analysis, storage tier optimisation, and data transfer cost reduction. Delivered as a standalone engagement or as part of an ongoing managed service.
Ongoing infrastructure management, monitoring, patching, and incident response for AWS environments. Combined with cost reporting that gives engineering and finance teams a shared view of what is running and what it costs.
DAM APPROACH
Before any architecture decision is made, DAM conducts a workload assessment covering compute, storage, data, and network requirements for each application in scope. The assessment produces a migration or optimisation strategy at the individual workload level — not a blanket recommendation to use a particular AWS service tier.
Architecture decisions are documented and reviewed before implementation. Change is applied in controlled stages with rollback capability maintained throughout. For live environments, DAM operates a change window process that coordinates with the client's operations team to minimise disruption.
Cost governance is built into the architecture rather than managed retroactively. Tagging policies, budget alerts, and account-level cost visibility are established from the outset. The engineering team and the finance team both have a clear view of what is running, what it is costing, and why — without needing a separate cost management tool to produce a readable report.
RELATED SERVICES
WORK WITH DAM NETWORKS
DAM Networks works with enterprise engineering and infrastructure teams on AWS architecture, migration, and cost optimisation. Engagements begin with a documented view of what is running and what it should cost.
FREQUENTLY ASKED QUESTIONS
A workload assessment covers compute requirements, storage patterns, data transfer volumes, availability requirements, and compliance constraints for each application in scope. For a typical enterprise with 20 to 40 workloads in scope, the assessment takes two to three weeks and produces a per-workload migration or optimisation recommendation with a cost model for each option.
Yes. Cost optimisation is available as a standalone engagement covering right-sizing, Reserved Instance and Savings Plan coverage, storage lifecycle policy, and data transfer configuration. Most enterprise AWS environments have identifiable cost reduction of 20 to 35 percent available without any workload migration or re-architecture — purely from configuration changes and commitment pricing adjustments.
Both. Migration engagements cover organisations moving to AWS from on-premise or another cloud provider. Architecture and optimisation engagements cover organisations already on AWS that need to improve performance, reduce cost, or redesign an environment that was not built to the right specification for its current workloads.