Terraform Development for Automated Delivery Processes
Automated delivery processes with Infrastructure as Code for reproducible, versioned cloud infrastructures
Terraform Development for Automated Delivery Processes Below you will find use cases, services and answers to common questions.
What is Terraform?
Terraform is an open-source Infrastructure as Code (IaC) tool by HashiCorp that enables you to declaratively define, version and automatically deploy cloud infrastructures. With Terraform you can manage resources across multiple cloud providers using a unified syntax.
The HashiCorp Configuration Language (HCL) allows you to describe infrastructure as code, enabling reproducible deployments, easy version control and team collaboration. Terraform supports over 1,000 providers, including AWS, Azure, Google Cloud, Kubernetes and many more.
Our Terraform Services
Infrastructure as Code
Development of reusable Terraform modules for standardized and consistent infrastructure
Multi-Cloud Setup
Managing infrastructure across AWS, Azure, Google Cloud and other providers with unified code
State Management
Secure management of Terraform state with remote backends (S3, Azure Storage, Terraform Cloud)
CI/CD Integration
Automated Terraform workflows with GitLab CI, GitHub Actions or Azure DevOps
Security & Compliance
Policy as Code with Sentinel and automated security checks in the pipeline
Migration & Refactoring
Migration of existing manual infrastructure to Terraform and refactoring of legacy code
Terraform Ecosystem & Tools
Core Tools
- Terraform CLI for local development
- Terraform Cloud for team collaboration
- Terraform Enterprise for organizations
- HCL (HashiCorp Configuration Language)
Cloud Providers
- AWS Provider for EC2, S3, RDS, Lambda, etc.
- Azure Provider for VMs, Storage, AKS, etc.
- Google Cloud Provider for GCE, GKE, etc.
- Kubernetes Provider for K8s resources
Development Tools
- terraform fmt for code formatting
- terraform validate for syntax checks
- tflint for best practices
- terraform-docs for documentation
Security & Testing
- Sentinel for Policy as Code
- Terratest for automated testing
- tfsec for security scanning
- Checkov for compliance checks
Advantages of Terraform
Declarative
Describe the desired state, Terraform handles the implementation
Multi-Cloud
Unified syntax for AWS, Azure, GCP and 1,000+ providers
Version Control
Infrastructure code in Git with complete history
Reproducible
Identical infrastructure in dev, staging and production
Modular
Reusable modules for standardized components
State Tracking
Automatic tracking of infrastructure state
Plan & Apply
Preview changes before deployment
Community
Large community with ready-made modules and best practices
Our Terraform Development Process
Architecture & Design
We analyze your infrastructure requirements and design a modular, scalable Terraform architecture
Module Development
Development of reusable Terraform modules with best practices for security, naming and structure
Testing & Validation
Automated tests with Terratest, security scans with tfsec and policy checks with Sentinel
Pipeline Automation
Integration into your CI/CD pipeline with automated terraform plan and apply workflows
Ready for Infrastructure as Code with Terraform?
Let us modernize and automate your infrastructure. We support clients across Northern Germany and the entire DACH region.
Terraform for Infrastructure as Code: Reproducible Environments
State management is the most critical aspect of any Terraform deployment. We configure remote backends with S3 and DynamoDB locking or Azure Storage with lease-based locking to prevent concurrent modifications. State file encryption at rest, strict IAM policies limiting state access, and regular state backup snapshots ensure that your infrastructure source of truth remains secure, consistent, and recoverable even when teams work across multiple time zones.
Well-designed Terraform modules are the foundation of scalable infrastructure. We structure modules with clear input variables, sensible defaults, and typed outputs that compose cleanly across environments. Each module undergoes automated testing with Terratest, policy validation with OPA or Sentinel, and security scanning with tfsec before merging. This approach lets teams provision complete environments — from networking and compute to monitoring and alerting — with a single terraform apply command.
Drift detection is where many Terraform workflows fall short. We implement scheduled terraform plan runs in CI pipelines that compare actual cloud state against the declared configuration and alert on any discrepancies. Combined with import blocks for brownfield resources and moved blocks for safe refactoring, this workflow catches manual console changes, expired resources, and configuration inconsistencies before they cause outages or compliance violations in production environments.