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Cloud

Target-state design for scale, cost, and reliability — then a wave-based move with a rollback path at every step.

What it looks like

What a landing zone looks like

Edge / CDNWAF · TLS · cachingAPI Gatewayauth · rate limitsKubernetesautoscaled servicesDataMulti-AZ · replicasObservabilityMetricsLogsTracesSecurity & CostPolicyIdentityGuardrailsBudget

What's included

Everything we cover

One engagement, one team. Take the whole service or the part you need today.

Landing zone design

Accounts, networks, identity, and guardrails settled before the first workload arrives.

  • Account and subscription topology
  • Network and segmentation plan
  • Policy guardrails as code

Architecture & assessment

A target state with the tradeoffs written down, so the reasoning survives after we leave.

  • Current-state assessment
  • Target-state architecture
  • Decision records per tradeoff

Migration execution

Moved in waves, each one small enough to roll back on the day it goes wrong.

  • Wave plan and sequencing
  • Cutover and rollback runbooks
  • Dependency mapping

Cost & reliability

Right-sizing against real telemetry, and the availability design the SLA actually requires.

  • Cost baseline and budgets
  • Resilience and failover design
  • Post-migration optimisation

Engagement flow

How a cloud engagement runs

Nothing moves until you have seen the target state drawn out and priced.

  1. STEP 01
    Assess

    What you run, what it depends on, what it costs.

  2. STEP 02
    Design

    Landing zone, network, identity, cost model.

  3. STEP 03
    Build as code

    Terraform or Bicep modules in your repositories.

  4. STEP 04
    Migrate in waves

    Each wave with a rollback path we have tested.

  5. STEP 05
    Hand over

    Runbooks, dashboards, and your engineers driving.

Ready to build something that lasts?

Tell us what you are trying to ship or secure. All we need is a 30-minute call to understand the problem and tell you what it would take.