InfraDots vs. HCP Terraform
InfraDots vs. HCP Terraform: an honest comparison
Picking a platform to run your IaC on is a 5-year decision. So let's be honest about what you're actually choosing between.
Pick InfraDots if
You run more than Terraform, want AI plan review and drift detection as defaults, and would rather work in Slack and the IDE than a dashboard — without per-resource billing you can’t forecast.
Stick with HCP Terraform if
You’re committed to Terraform long-term, need Sentinel and the HashiCorp/IBM enterprise ecosystem, and your team operates happily from the HCP dashboard.
This isn't a hit piece on HCP Terraform. It's the dominant TACOS platform for a reason. But the choices HashiCorp made — especially after the IBM acquisition — reveal a clear philosophy. And that philosophy isn't always the right fit for the team in front of you.
What HCP Terraform does well
Credit where it's due. HCP Terraform is mature, deeply integrated with the Terraform ecosystem, and ships features no other vendor has: Sentinel policy, a private module registry that's the de facto standard, an extensive provider ecosystem, and the gravitas of a vendor with IBM-scale support behind it.
If you've standardized on Terraform, run a small number of state files, and value a single-vendor relationship with deep enterprise contracts, HCP Terraform delivers what it promises.
That's the case for it. Now the catch.
The pricing model is the real story
HCP Terraform is priced by Resources Under Management — $0.10 / $0.47 / $0.99 per managed resource per month on the Essentials, Standard, and Premium tiers respectively. That sounds reasonable until you look at how the meter actually runs.
Billing is based on hourly peak resource counts, not monthly averages. A temporary spike during a CI run inflates your bill — even after the resources are destroyed. Partial hours count as full hours.
And "resources" doesn't mean what most engineers think. Individual security group rules, S3 lifecycle policies, and IAM policy attachments each count as separate managed resources, so a seemingly modest infrastructure can generate thousands of billable items.
The free tier story has changed too. The legacy HCP Terraform Free plan reached end-of-life on March 31, 2026. The replacement is capped at 500 managed resources — enough for tutorials, not enough for a real EKS cluster.
And quietly, cost estimation — a feature that gave engineers a priori cost impact for IaC changes — has been removed from all tiers. So the platform you pay per-resource to use no longer tells you what those resources will cost before you apply them.
This isn't a critique of any single feature. It's a coherent direction: extract more value per resource, with billing mechanics that make costs harder to forecast as you scale.
HCP Terraform
~$470/mo
InfraDots
Flat, by concurrency
1,000 managed resources on the Standard tier — That’s over $5,600 a year just to manage the resources — before anyone runs a plan — and it climbs with every security-group rule and IAM attachment. InfraDots pricing is set by concurrency, not resource count, so it doesn’t move when your infrastructure gets more granular.
The Terraform-only assumption
HCP Terraform is built around Terraform. That's the product. But in 2026, "IaC" doesn't mean "Terraform" for most teams.
OpenTofu is now a credible, Linux Foundation-governed fork that many teams have adopted to escape the BSL license. Terragrunt has evolved into a platform-level orchestration layer that real teams depend on. Most engineering orgs we talk to run some combination — and HCP Terraform doesn't natively support either OpenTofu or Terragrunt as first-class citizens.
If your team has standardized on Terragrunt, or you're piloting OpenTofu, you're either compromising on tool choice or compromising on platform.
The interface assumption
HCP Terraform is a web platform. The product is the dashboard. Every workflow assumes engineers will leave their existing environment, navigate to the HCP UI, and operate there.
In 2026, that's an increasingly hard assumption to defend. Engineers already work in Slack, in their IDE, in their pull requests. Each new dashboard is another tab nobody opens.
What InfraDots does differently
InfraDots is built around a different set of choices.
Tool-agnostic by design
Native support for Terraform, OpenTofu, and Terragrunt — not as add-ons or extensions, but as first-class workflows. Your tool choice stays yours.
Slack and IDE-native interface
The workflow lives where your engineers already are. Plan reviews, drift alerts, change approvals — all in Slack and the IDE. The dashboard exists, but it's not the product. Engineers don't switch context to ship infrastructure.
AI-native plan review
Every plan is reviewed by AI agents that flag risks, surface unexpected changes, and suggest fixes — before a human eyeballs it. Stop rubber-stamping infrastructure PRs: the plan arrives already reviewed, not as a raw diff someone is trusted to read line by line.
Drift detection built in
Not gated behind a higher tier. Not a feature you discover you need after an incident.
Built for the messy middle
The teams InfraDots is built for aren't running a clean Terraform-only stack. They have legacy modules, brownfield infrastructure, OpenTofu pilots, Terragrunt orchestration. InfraDots is the on-ramp for that reality.
Side-by-side
| Dimension | HCP Terraform | InfraDots |
|---|---|---|
| Pricing model | Per-resource (RUM), hourly peak billing | ✓Flat pricing determined by concurrency, predictable at scale |
| Free tier | 500 managed resources cap | ✓Built for real teams to get started |
| Tool support | Terraform only | ✓Terraform + OpenTofu + Terragrunt natively |
| Primary interface | Web dashboard | ✓Slack + IDE, dashboard as secondary |
| Drift detection | Standard tier and above only | ✓Built in, all tiers |
| AI plan review | Not core to product | ✓Built in, every plan |
| Cost estimation | Removed from all tiers | On the roadmap |
| Policy engine | ✓Sentinel — mature, deeply integrated | Policy guardrails + AI review (no Sentinel equivalent) |
| Enterprise ecosystem | ✓HashiCorp / IBM — scale support, procurement | Younger vendor, leaner ecosystem |
| License story | Terraform is BSL | ✓Tool-agnostic, works with OpenTofu (Linux Foundation) |
✓ marks where HCP Terraform wins — ✓ where InfraDots does. Unmarked rows are a wash.
When HCP Terraform is the right choice
- •You're committed to Terraform long-term and the BSL license doesn't concern you
- •You have a single-vendor enterprise procurement preference and IBM is a green check
- •Your team is centralized, dashboard-first, and operates from the HCP UI
- •You're at a scale where Sentinel and the HashiCorp ecosystem are non-negotiable
These are real reasons. If they describe your team, HCP Terraform is a defensible choice.
When InfraDots is the right choice
- ✓You run more than just Terraform — OpenTofu, Terragrunt, or a mix
- ✓You want infrastructure changes to live in Slack and the IDE, not in another dashboard
- ✓You want drift detection and AI plan review as defaults, not as upgrades
- ✓You're past CLI-and-Atlantis but not ready to architect around HashiCorp's pricing model
- ✓You need a platform that adapts to how your team actually works, not the other way around
The honest verdict
HCP Terraform is the safe choice for a particular kind of team — Terraform-committed, dashboard-centric, enterprise-procured. It will keep being that for a long time.
InfraDots is the right choice for everyone else. The teams in the messy middle. The teams running multiple tools. The teams who'd rather their engineers stay in Slack and their IDE than learn another platform.
Two different answers to "how should teams manage their IaC?" Pick the one whose assumptions match your team.
Migrating from HCP Terraform
This is the one migration that’s genuinely one-click. InfraDots has a native Import from Terraform Cloud flow — you don’t rebuild workspaces by hand.
- 1
Connect Terraform Cloud
In your InfraDots organization, choose “Import from Terraform Cloud” and enter your Terraform Cloud API token and organization name.
- 2
Select workspaces
Pick the workspaces to bring over. InfraDots imports each workspace’s configuration, its latest Terraform state version, non-sensitive variables, and team access (mapped to InfraDots permissions).
- 3
Re-enter sensitive variables
Sensitive values can’t be read from Terraform Cloud’s API, so they’re flagged as required after import. Re-enter your secrets before the first run — everything else is already in place.
- 4
Connect VCS and run a plan
Point each workspace at its repo and branch, then run a plan. Because the state came over, the plan should show no changes — confirming you’re in sync — before you apply from InfraDots.
Cut over one workspace at a time. Until you apply from InfraDots, your existing Terraform Cloud setup keeps running untouched — there’s no in-flight run to interrupt.
See if InfraDots fits your team
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Sources
Claims about HCP Terraform pricing, features, and the free tier change are based on: