DevOps & Cloud

Your cloud infrastructure is manually configured and nobody knows what changed or when

We implement Terraform infrastructure as code so your entire cloud environment is version-controlled, repeatable, and auditable — from development to production.

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The challenges you're facing

Cloud infrastructure built manually through the console with no documentation or version control — 'archaeology' needed to understand what exists

Staging and production environments that diverge over time because they're managed independently

No disaster recovery capability — recreating the environment from scratch would take days and be error-prone

Your Infrastructure in Code, Version-Controlled and Automated

We implement Terraform infrastructure as code for your cloud environment: existing infrastructure imported into Terraform state, reusable modules for common patterns (VPCs, ECS services, RDS), remote state in S3/Azure Blob with DynamoDB/Azure locking, workspace-based environment management, Terraform Cloud or Atlantis for plan/apply automation, and automated Checkov security scanning in CI/CD.

What you get

1

Infrastructure Discovery & Import

Audit existing cloud resources and import them into Terraform state without disrupting live infrastructure.

2

Module Design & Codebase Structure

Design reusable module structure, workspace strategy, and variable management across environments.

3

State Management & Remote Backend

Configure remote state with locking, state encryption, and team access controls.

4

CI/CD Integration

Automate Terraform plan (on PR) and apply (on merge) with security scanning and drift detection.

Technologies & tools

TerraformAWSAzureGCPTerraform CloudAtlantisCheckovGitHub Actions

Case study — anonymised

Healthcare SaaS — AWS Multi-Region

Before

AWS infrastructure built manually over 3 years. No documentation. Engineers afraid to change anything for fear of unknown consequences. DR plan: 'recreate from memory'. Staging drift from production: significant.

After

Full Terraform implementation covering 200+ resources. Staging and production managed from same codebase with workspace isolation. DR tested: full environment recreation in 22 minutes.

Zero infrastructure configuration drift (validated by Terraform plan showing no changes), DR capability validated, infrastructure change review time from 0 (no review) to structured PR process

Further reading

Terraform vs. Manual Infrastructure: Why IaC Matters

Ask most teams to recreate their production environment from scratch and the honest answer is "we're not sure how long that would take." That answer is the whole argument for infrastructure as code.

Frequently Asked Questions

Common questions from enterprise and mid-market teams across India and internationally.

Can Terraform manage infrastructure that already exists?
Yes. Existing resources can be imported into Terraform state using terraform import or the bulk import block (Terraform 1.5+). We assess your existing infrastructure, generate Terraform code that matches current configuration, import resources into state, and validate that Terraform plan shows no changes before making any modifications.
What is Terraform state and why does remote state matter?
Terraform state is a JSON file that maps your Terraform code to real cloud resources. Without remote state, each engineer has their own local state file — creating conflicts and drift. Remote state (S3, Azure Blob, Terraform Cloud) is shared, locked during applies (preventing concurrent modification), and encrypted. It's required for any team use of Terraform.
What is the difference between Terraform Cloud and Atlantis?
Atlantis is self-hosted automation that runs Terraform plan/apply via PR comments — free but requires hosting. Terraform Cloud is HashiCorp's managed service — easier to operate, includes secrets management, policy enforcement (Sentinel), and audit logs, but costs $20+/user/month for the Business tier. For small teams, Atlantis is often sufficient.
How do you handle Terraform secrets — database passwords, API keys?
Secrets should never be in Terraform code or state (state is stored as plain JSON). We use: AWS Secrets Manager / Azure Key Vault data sources (read secrets at apply time, never stored in state), environment variables for sensitive variables during plan/apply, and HashiCorp Vault for complex secrets management scenarios. We review your secret handling as part of every Terraform engagement.

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