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Welcome to this lesson on HCP Terraform. If you’re new to Terraform or preparing for the Terraform Associate exam, this article explains HashiCorp Cloud Platform (HCP) for Terraform and why teams adopt it. This is a practical, non-marketing explanation focused on how HCP Terraform complements Terraform CLI and helps teams scale infrastructure-as-code workflows. What is HCP Terraform? HCP (HashiCorp Cloud Platform) Terraform is a hosted, managed service that enables teams to use Terraform to provision and manage infrastructure while adding collaboration, governance, and consistent execution. It provides three core capabilities:
  • Collaboration and role-based access controls for teams
  • Managed remote state storage with locking and encryption
  • Workflow automation and policy enforcement for consistent, auditable runs
A purple-themed header image showing the Terraform logo and the title "HCP Terraform." Below it is the question "What is HCP Terraform?" with introductory text explaining it’s a hosted service to help teams provision and manage infrastructure.
Important: HCP Terraform is not a different language or a new Terraform version. You continue to author the same Terraform configuration language. HCP changes where plans and applies run and how teams coordinate and store state. Why use HCP Terraform?
  1. Secure remote state storage
    • Managed, encrypted state storage with built-in state locking.
    • A single source of truth for team state instead of local terraform.tfstate files.
  2. Team collaboration
    • Shared workspaces, role-based access control (RBAC), and audit logs let teams control who can do what and track changes.
  3. Remote execution
    • Plans and applies run in a consistent cloud environment managed by HCP, reducing “works on my machine” issues and ensuring consistent tooling, versions, and providers.
  4. Governance and policy
    • Policy enforcement (Sentinel/OPA), cost estimation, drift detection, and other governance features that help teams meet compliance and cost goals.
A slide titled "The Value of HCP Terraform" showing four purple panels that list benefits: Secure Remote State Storage, Team Collaboration, Remote Execution, and Governance & Policy. Each panel includes a simple icon and brief bullet points describing those features.
Together, these capabilities solve the most common operational challenges teams face when adopting Terraform at scale. How HCP Terraform relates to Terraform CLI Terraform CLI (the community distribution) remains the foundation: the Terraform language, provider ecosystem, modules, and local workflows stay the same. HCP Terraform builds on top of that foundation by adding managed services and team features. HCP adds:
  • Managed remote state and locking
  • Consistent execution environments (remote runs)
  • Team collaboration (RBAC, audit logs)
  • Policy enforcement (Sentinel/OPA) and cost estimation
  • A private module registry and enterprise governance features
An infographic titled "Comparing Terraform with HCP Terraform" showing two columns: left lists benefits of the Terraform community (like infrastructure as code, reusable modules, local execution) and right lists additional HCP Terraform features (managed remote state, RBAC, policy enforcement, cost estimation, etc.).
Key takeaway: you are not learning a new language — you are adding managed capabilities around the same Terraform codebase. Do you need to rewrite your Terraform code? No. Existing Terraform files—resources, data blocks, modules, and providers—continue to work. HCP Terraform changes where plan and apply execute and where state is stored, not the configuration language. Your common workflow commands remain the same:
You can keep using version control, CI/CD pipelines, and automation scripts. Adoption can be incremental: start with remote state storage, then enable remote execution and policy features when ready. You can also run locally while storing state remotely. Workflow with HCP Terraform The standard workflow still follows Write → Plan → Apply:
  • Write: Author Terraform configuration locally and commit to version control.
  • Plan: The plan can be executed remotely in HCP Terraform so the platform performs the evaluation and returns results for team review.
  • Apply: When you apply, HCP Terraform executes the apply in its managed environment and stores state remotely.
Because state is remote, a local terraform.tfstate file typically won’t exist; the platform manages state centrally so all teammates see the same state.
A purple infographic titled "The HCP Terraform Workflow" showing an infinity-loop diagram with three stages labeled WRITE, PLAN, and APPLY. It includes brief notes about running plans remotely in HCP Terraform and seeing changes before applying.
Remote execution explained When you run Terraform commands from your terminal, HCP Terraform can execute the run in the cloud and stream CLI output back to your terminal. The run itself occurs in a managed environment. Benefits:
  • Consistent environment across the team
  • Central visibility into run status and results
  • Runs continue even if a developer disconnects from their local machine
Execution modes HCP Terraform supports two execution modes. Use the mode that fits your workflow:
An infographic titled "Execution Modes: Where Runs Happen" comparing Remote Execution and Local Execution for Terraform/HCP, with bullet points listing pros and cons of each. The design uses a purple theme with a central "VS" badge.
Connecting your local Terraform to HCP Terraform Quick setup:
  1. Sign up for an HCP Terraform account at app.terraform.io.
  2. Add a cloud block to your terraform configuration to tell Terraform to use HCP workspaces and backend.
Place the cloud block inside the top-level terraform block. It specifies your HCP organization and workspace:
Notes:
  • organization is the HCP organization you create in the platform.
  • workspaces.name points to the workspace for this configuration.
  • Use terraform login or other authentication methods to connect your local CLI to HCP (details are covered in hands-on lessons).
Tiers and pricing HCP Terraform offers multiple tiers to match different team needs: Feature availability and limits change over time — refer to the official HCP Terraform pricing page for the current details. For exam practice and learning, the free tier is typically sufficient.
An infographic titled "HCP Terraform Tiers" showing four purple cards for Free Tier, Essentials, Standard, and Premium. Each card includes an icon and a short description of features or target users for that tier.
Getting started
  • Visit app.terraform.io and sign up for a free account (email, password, verify).
  • Create an organization and a workspace.
  • Authenticate your CLI with terraform login, add a cloud block, and run a remote plan and apply to see the platform in action.
If you’re preparing for the Terraform Associate exam or practicing on personal projects, the free tier is usually sufficient. Create an account to follow along with the hands-on lessons.
Key takeaways
  • HCP Terraform extends Terraform CLI with managed services — it is not a replacement. Your Terraform language and providers remain the same.
  • Your Terraform code does not need to be rewritten. HCP changes where plan and apply run and where state is stored.
  • Remote execution is the recommended default for teams to gain governance, visibility, and consistency. Local execution remains available when needed.
A presentation slide titled "Key Takeaways" with three large purple numbered circles (01, 02, 03) showing icons for Terraform, cloud, and a command window. The slide summarizes points about HCP Terraform, cloud execution, and execution environment differences.
Next steps
  • Authenticate with HCP Terraform using terraform login
  • Configure the cloud block in depth for your environment
  • Connect your local Terraform to HCP Terraform and run remote plans and applies
Create your free HCP Terraform account now so you can follow along with hands-on lessons and practice the concepts in this guide.

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