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DevOps & Automation

Infrastructure as Code (Terraform)

Infrastructure as Code with Terraform. We codify your cloud infrastructure for reproducible, version-controlled, and automated infrastructure management.

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Infrastructure as Code (Terraform)
80%
Faster Releases
99.9%
Deploy Success
Zero-Downtime
Deploys
Full
Observability
Service Category
Infrastructure Engineering
Ideal For
Teams needing reproducible, version-controlled infrastructure management with proper automation.
Timeline
3 – 8 weeks

Why Choose MicrocosmWorks for Infrastructure as Code?

Manual infrastructure management doesn't scale — it creates snowflake environments, undocumented changes, and configuration drift. We implement Infrastructure as Code with Terraform that makes your infrastructure reproducible, auditable, and self-documenting. Every change is reviewed, versioned, and automated.

Our IaC Capabilities

  • Terraform Module Design — Create reusable, composable Terraform modules for common patterns — networking, compute, databases, and security.
  • Multi-Environment Management — Manage dev, staging, and production environments with shared modules and environment-specific variables.
  • State Management — Configure remote state backends, state locking, and workspace management for team collaboration.
  • Automated Infrastructure CI/CD — Set up Terraform plan/apply pipelines with approval gates, drift detection, and automated rollback.
  • Security & Compliance — Implement policy-as-code with Sentinel/OPA, enforce tagging standards, and ensure compliance requirements are codified.
  • Migration from Manual — Import existing manually-created infrastructure into Terraform management without disruption.

Technology Stack

We use Terraform as the primary IaC tool with Terragrunt for DRY configurations. State stored in S3/GCS with DynamoDB/Firestore locking. CI/CD via GitHub Actions with plan comments on PRs. Policy enforcement with OPA or Sentinel. Supporting tools include tfsec, checkov, and infracost for cost estimation.

Who This Is For

Teams managing cloud infrastructure manually, experiencing configuration drift between environments, or needing audit trails for compliance. Whether you're starting fresh or migrating existing infrastructure to code, we make your infrastructure manageable and reproducible.

Our Process

1

Infrastructure Audit

Document current infrastructure, identify resources, and plan Terraform module structure.

2

Module Design

Design reusable modules, state management strategy, and multi-environment architecture.

3

Implementation

Write Terraform code, import existing resources, and validate with plan output.

4

CI/CD Pipeline

Set up automated plan/apply pipeline with PR reviews, approval gates, and drift detection.

5

Team Enablement

Train team on Terraform workflow, document modules, and establish change management practices.

Technology Stack

IaC Tools

TerraformTerragruntPulumiCloudFormation

State & CI

S3 BackendGitHub ActionsAtlantisSpacelift

Policy

OPASentineltfseccheckovinfracost

Providers

AWSGCPAzureKubernetesCloudflare

Industries We Serve

SaaSFinTechEnterpriseHealthcareGovernmentE-Commerce

Ready to Codify Your Infrastructure?

Let's make your infrastructure reproducible, auditable, and manageable with Terraform.

Frequently Asked Questions

We primarily use Terraform and OpenTofu for multi-cloud IaC, along with Pulumi for teams preferring general-purpose languages. We also use AWS CloudFormation and Ansible for configuration management where appropriate.

Infrastructure as Code and Terraform services at MicrocosmWorks are priced at $25-$50/hour, covering module development, state management, CI/CD integration, and cloud infrastructure provisioning.

Yes, we use terraform import and tools like Terraformer to reverse-engineer existing cloud infrastructure into Terraform code, then refactor it into reusable modules with proper state management and CI/CD pipelines.

We configure remote state backends using S3 with DynamoDB locking, Terraform Cloud, or equivalent solutions. We implement state file encryption, access controls, workspace separation, and automated drift detection to keep infrastructure in sync.

Yes, we develop composable, versioned Terraform modules with input validation, output references, and comprehensive documentation. Our modules follow HashiCorp best practices and can be shared across teams via private registries.

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