Infrastructure as Code Services
Turn one cloud environment into code another engineer can review.
RaftLabs develops Terraform or Pulumi infrastructure for a bounded AWS, Azure, or GCP environment and can bring selected existing resources under code without recreating them. The first phase includes state, review, plan, apply, validation, drift, and handover decisions, not a folder of modules with no safe operating path.
Bring the problem, the current workflow, or the existing code. We reply with a practical next step within one business day.
The brief
Start with what is not working.
Good software decisions begin with the constraint, not a list of features or a preferred technology.
Can only one engineer explain which portal changes production depends on?
Does a Terraform plan contain so much unrelated change that nobody can review or apply it safely?
Plain answer
Infrastructure as code defines cloud resources in version-controlled configuration so teams can review, reproduce, and audit changes. RaftLabs develops Terraform or Pulumi modules, state boundaries, CI plans, policy checks, and import paths for existing resources. A first bounded environment starts at $15,000 and usually takes 4 to 6 weeks.
A Terraform repository can still be ClickOps with extra steps.
If state is shared across an estate, plans contain unexplained drift, and production applies happen from one laptop, the configuration has not created a safe operating model. It has only moved part of the knowledge into files.
Start with one boundary that another engineer can understand and change: the live resources match the code, state limits the blast radius, plans are reviewed, applies use controlled identity, and exceptions are written down.
First-phase planning
- starting point for one bounded module or environment
- $15K
- Greenfield or carefully selected import
- usual window for a working first slice
- 4-6 weeks
- Resource condition and access affect timing
- review path before a production infrastructure change
- 1 plan
- Expected creates, updates, replacements, and deletes
These are RaftLabs scope anchors, not market benchmarks or a promise that every live resource can be imported unchanged. Provider behaviour, undocumented dependencies, access, and properties that force replacement can change the plan. The first phase exposes those risks before expanding across the estate.
A focused IaC engagement fits when one resource boundary can be owned, reviewed, and tested.
Choose cloud migration when workloads and data must move, or broader DevOps work when deployment and observability are equally important.
A first environment, service, or resource group can be separated from the wider estate.
The client can provide cloud, repository, state, billing, and application-owner access.
The operating team wants to own plans and applies after handover.
The request assumes every existing resource can be imported without replacement risk.
No owner can review planned infrastructure changes or approve production access.
The main problem is application cutover, data movement, or a provider decision.
Focused scope
What the first IaC boundary includes
- 01
Modules and environment inputs
Define networking, compute, data, identity, storage, or service resources with readable inputs and outputs. Reuse only where environments genuinely share behaviour; do not hide important differences behind abstraction. - 02
State and dependency boundaries
Choose remote state, locking, encryption, access, backup, and separation that limit concurrent change and blast radius. Make cross-state outputs explicit and avoid a single state file that turns every plan into an estate-wide event. - 03
Import and reconciliation
Write configuration for selected live resources, associate them with state, and resolve unexpected differences before apply. Flag properties that may recreate infrastructure and agree a safer path for each exception. - 04
Plan, policy, apply, and drift
Run plans in CI, expose destructive or replacement operations, require appropriate review, use short-lived deployment identity, and inspect drift on a useful schedule. Document emergency changes and how they return to code.
Focused IaC implementation or full DevOps engagement?
Infrastructure code vs broader delivery systems
| IaC engagement | DevOps engagement | |
|---|---|---|
| Primary constraint | Manual resources, state, or drift | Build, release, infrastructure, or recovery flow |
| First boundary | One environment or resource group | One delivery or operating bottleneck |
| Core evidence | Reviewed plan, controlled apply, reproducibility | Measured improvement to release or operation |
| Typical output | Modules, state, policy, workflow, runbook | Pipeline, infrastructure, telemetry, rollback, handover |
| Starting price | $15K | $8K for a focused DevOps engagement |
This page fits when infrastructure configuration itself is the risk. DevOps services fits a failure across application build, release, environment, observability, or recovery. Cloud migration fits a workload that must move and be validated.
Delivery
From unmanaged resources to one safe change path
Four steps make one infrastructure boundary reviewable and operable.
- Step 101
Bound the first infrastructure slice
Choose one environment or service, inventory dependencies, identify owners, and agree what the first code boundary must reproduce or import. Record resources and changes that remain outside scope.
- Step 202
Design modules, state, and controls
Set repository structure, state isolation, variables, secrets, provider versions, plan review, apply permissions, and rollback expectations. Review the design with the engineers who will inherit it.
- Step 303
Create or import incrementally
Write configuration, import selected live resources where needed, reconcile plans to expected change, and apply through the approved workflow. Stop when a replacement or dependency is not understood.
- Step 404
Test drift and hand over
Exercise a representative change and recovery path, enable drift review, and leave code, runbooks, ownership, and known exceptions with the team. Expand only after the first boundary is stable.
IaC risks that must stay visible
- Import is mistaken for adoption
- A resource in state is not safely managed until its configuration matches, dependencies are understood, and a reviewed plan shows the intended result.
- State has a wide blast radius
- Separate boundaries around ownership and failure. Back up state, control access, and document recovery before production applies depend on it.
- Abstraction hides provider behaviour
- Keep modules readable and expose consequential service choices. Reuse should reduce duplication without concealing replacements, limits, or environment differences.
- Emergency changes bypass code forever
- Define a break-glass path, record the change, reconcile configuration, and review why the normal workflow could not support the incident.
Scope and price
A first IaC boundary starts at $15,000.
Begin with one environment or service and prove the plan, apply, drift, and handover path before expanding.
Cloud consumption, Terraform Cloud, policy tools, secrets platforms, and other vendor charges remain separate unless the proposal includes them.
Starting investment
Starts at $15K
A working first slice usually takes 4 to 6 weeks. Multi-environment or import programmes can range from $40K to $60K over 6 to 12 weeks after review.
No unexplained production apply
The first scope requires a reviewed plan, named approver, expected change, rollback consideration, and documented exceptions before production changes.
The operating team owns the path
Code, state access, pipeline, decisions, and runbooks remain in client-controlled systems with a handover exercise before completion.
Related cloud operations
Choose the service that owns the constraint
- 01
DevOps services
Fix a broader build, release, infrastructure, observability, recovery, or operating constraint. Use it when IaC is only one part of the failure.
- 02
Cloud monitoring and observability
Connect service alerts to metrics, logs, traces, owners, and response runbooks.
- 03
Cloud migration services
Plan and validate application, data, identity, cutover, rollback, and operations for an existing workload.
Work with us
Bring the plan your team is afraid to apply.
We will review its state, resource boundary, dependencies, access, replacement risk, and operating owner, then scope one safer IaC slice.
- Scope and cost agreed before work starts. No surprises. No obligation.
- Working prototype within 3 weeks of kickoff.
- Pay by milestone. You see progress before each invoice.
- 60-day post-launch warranty. Bug fixes, UI tweaks, and deployment support. No retainer.
- All conversations are NDA-protected.
Common questions
Infrastructure as code represents cloud resources and their relationships in version-controlled configuration. A useful implementation also defines state, variables, secrets, review, plan, apply, policy, validation, drift, and recovery. The objective is not merely to generate resources. It is to make intended infrastructure changes understandable and repeatable by the operating team.
Terraform fits teams that want a purpose-built declarative language, broad provider coverage, and a large hiring pool. Pulumi fits teams that prefer infrastructure definitions in TypeScript, Python, Go, or another supported language. Existing standards, provider maturity, policy tooling, state strategy, and operator familiarity matter more than syntax preference alone.
Many resources can be associated with Terraform or Pulumi state without recreation, but import itself does not guarantee zero risk. Configuration must match the live resource, plans must be reconciled, dependencies and generated values must be understood, and changes must be staged. Some resource properties force replacement, so the plan and provider behaviour need review before apply.
No. IaC focuses on reproducible infrastructure configuration and its change workflow. DevOps services may also address application pipelines, environment promotion, observability, release recovery, or operating ownership. Choose this specialist page when manual infrastructure or unsafe state is the main constraint, and the DevOps page when the problem spans several delivery layers.
A first module for one bounded environment starts at $15,000 and usually takes 4 to 6 weeks. A multi-environment estate or import programme can range from $40,000 to $60,000 over 6 to 12 weeks after resource count, dependencies, state, access, policy, and replacement risk are reviewed. Cloud and tooling fees remain separate.