We codify your entire infrastructure with Terraform, Pulumi, or CloudFormation — with drift detection, state management, and reusable module libraries that make provisioning repeatable and auditable.
Engineered for growing organisations.
ClickOps is the silent killer of infrastructure reliability. Every manually created resource — every security group configured through a console wizard, every load balancer tuned by hand, every IAM policy copy-pasted between accounts — represents undocumented state that exists only in the cloud provider's API and in the memory of the engineer who created it. Configuration drift is not a theoretical risk; it is a certainty. Within weeks of manual configuration, production and staging diverge in ways that make testing meaningless, disaster recovery untestable, and compliance audits a scramble to reverse-engineer what actually exists versus what was documented.
Infrastructure as Code eliminates the "it worked on my account" problem by making every resource definition version-controlled, peer-reviewed, tested, and reproducible. But IaC is not just Terraform init and apply. Production-grade IaC requires module architecture that prevents copy-paste drift across teams, state management that supports concurrent operations safely, drift detection that catches manual changes before they cause incidents, and policy-as-code guardrails that enforce organizational standards before any terraform apply reaches production. Without these foundations, IaC becomes another source of technical debt — hundreds of unstructured HCL files that nobody trusts enough to modify.
CloudForge's IaC practice builds module-driven infrastructure libraries with drift detection, automated testing, and policy enforcement baked in from day one. We codify existing manually-created estates using systematic import workflows that preserve running infrastructure while bringing it under version control. Our module libraries are opinionated, tested with Terratest, versioned with semantic releases, and documented with usage examples — giving your teams self-service infrastructure provisioning that is fast, safe, and auditable. Every module enforces your organization's tagging standards, networking patterns, and security baselines by default.
Common scenarios where this service delivers the highest impact.
Organization with 400+ manually created cloud resources across 3 AWS accounts — no documentation, tribal knowledge concentrated in 2 senior engineers, and growing compliance audit failures.
100% infrastructure codified with Terraform, full resource inventory documented, import scripts preserving running infrastructure, and zero-drift guarantee with automated detection and alerting.
Multiple teams writing their own Terraform configurations with inconsistent patterns, duplicated code, and no shared standards for networking, security groups, or tagging.
Centralized module library with tested, versioned modules for VPC, compute, database, and IAM patterns — consumed by teams via module registry with semantic versioning and upgrade guides.
Infrastructure defined in Terraform but engineers routinely make console changes for "quick fixes" — state and reality diverge, causing plan/apply failures and unpredictable behavior.
Automated drift detection running on schedule with Slack/Teams notifications, remediation workflows that either reconcile state or revert manual changes, and policy preventing direct console modifications.
Organization running workloads across AWS, Azure, and GCP with different IaC tools, naming conventions, and module patterns per cloud — making cross-cloud governance impossible.
Unified Terraform module architecture with provider-specific implementations behind consistent interfaces, standardized naming and tagging across clouds, and single CI/CD pipeline for all infrastructure changes.
Security team reviews infrastructure changes manually via pull requests but lacks the Terraform expertise to catch misconfigurations — production has had 3 incidents from overly permissive security groups.
OPA/Sentinel policies enforcing security baselines (no public S3 buckets, no overly permissive security groups, mandatory encryption) in CI pipeline — non-compliant changes blocked before terraform apply.
A proven methodology built for growing organisations.
Configure remote state, locking, and workspace isolation for team safety
Build opinionated, tested modules for networking, compute, and data services
Automated scheduled plans to detect and alert on configuration drift
Enforce guardrails with OPA/Sentinel policies before any apply reaches production
A financial services organization with 400+ manually configured AWS resources across 5 accounts. Three senior engineers held all infrastructure knowledge — one departure triggered a 6-hour incident because nobody could locate or understand the VPC peering configuration. Compliance audits required weeks of manual documentation that was outdated before submission.
CloudForge codified the entire estate with Terraform over 10 weeks: systematic resource inventory, automated import with manual validation, reusable module library for standard patterns, OPA policy guardrails enforcing encryption and tagging standards, and drift detection running every 4 hours with automated notifications.
We had 400 resources that existed only in the AWS console and in two engineers' heads. CloudForge codified everything in 10 weeks without a single disruption to running services. When our senior engineer left last month, we did not even notice from an infrastructure perspective — everything is in version control, tested, and documented.
— Head of Infrastructure, European Financial Services Organization
HashiCorp's infrastructure as code tool with Terragrunt for DRY configurations across environments — remote state management, workspace isolation, and module composition for complex estates.
Infrastructure as code using TypeScript, Python, or Go — full programming language capabilities for complex infrastructure logic, loops, conditionals, and custom abstractions with strong IDE support.
Policy enforcement engine evaluating Terraform plans against organizational rules before apply — preventing security misconfigurations, enforcing tagging standards, and blocking non-compliant resource types.
Kubernetes-native infrastructure provisioning using custom resources — enabling teams to self-service cloud resources through kubectl and GitOps workflows with the same reconciliation model as application deployments.
Go-based testing framework for infrastructure code — deploying real resources in isolated test accounts, validating behavior with assertions, and tearing down automatically, integrated into CI pipelines.
IaC CI/CD platforms providing pull-request-driven terraform plan/apply workflows with approval gates, policy checks, drift detection, and state management — purpose-built for infrastructure delivery pipelines.
Existing infrastructure fully documented and import plan created — resource inventory complete, module architecture designed, and state backend configured with locking and versioning.
80% of resources codified and module library started — critical infrastructure (networking, IAM, compute) imported, core modules tested, and CI pipeline running plan on every PR.
100% IaC coverage achieved with drift detection active — all resources under Terraform management, automated drift alerts configured, and console modification policies enforced.
Policy guardrails enforced and team contributing independently — OPA rules blocking non-compliant changes, module contribution guide delivered, and team self-serving infrastructure changes via PR workflow.
Our IaC practice is led by HashiCorp-certified engineers (Associate and Professional) who have codified infrastructure estates with 1,000+ resources across AWS, Azure, and GCP. We do not just write Terraform — we architect module libraries, state management strategies, and CI/CD pipelines that make infrastructure self-service for your development teams.
Drift detection is not an afterthought in our engagements — it is built in from day one. Every IaC deployment includes automated scheduled plans that detect manual changes, alert the responsible team, and optionally reconcile state automatically. Organizations that skip drift detection after codification find themselves back in ClickOps within 6 months.
Our module libraries are tested with Terratest, versioned with semantic releases, and documented with usage examples and architectural decision records. We build modules that your teams actually want to use — opinionated enough to enforce standards but flexible enough to accommodate legitimate variation across services and environments.
We treat IaC migration as a zero-disruption discipline. Our import workflows systematically bring manually-created resources under Terraform management without affecting running infrastructure. Every import is validated with a terraform plan that must show zero changes before the PR merges — guaranteeing that the code accurately represents the live state.
Let's start with a technical conversation about your specific needs.