You open your laptop Monday morning and find a pull request that changes 80 service owners in OpsLevel. Half are wrong, three are missing, and one engineer somehow assigned ownership to their dog’s Slack handle. This is what happens when service metadata drifts faster than your IaC can keep up. Enter OpsLevel Terraform.
OpsLevel tracks what services exist, who owns them, and how production standards are applied. Terraform manages infrastructure as code, where every policy, permission, and service definition is versioned, reviewed, and auditable. Put them together and you get one repeatable source of truth for your service catalog, not a spreadsheet graveyard.
Here is the logic: OpsLevel becomes the system of record, while Terraform becomes the instrument of deployment. You define services, teams, and ownership in Terraform, using provider resources backed by OpsLevel’s API. When you apply changes, Terraform updates OpsLevel automatically. No manual clicking, no stale fields. Just pull, plan, apply.
To wire it up, assign an OpsLevel API token with the right RBAC scope. Store it safely in your secrets manager, not in plain text. Map Terraform’s definitions to OpsLevel entities such as service, team, and repository. Run your plan command as part of CI so ownership data stays consistent with your codebase.
A tidy workflow keeps compliance and speed in balance. Use OIDC with your CI system to avoid long-lived credentials. Rotate tokens every 90 days. Review drift reports weekly. When something changes in code, OpsLevel updates in minutes, not weeks.
Common troubleshooting checks:
- If Terraform claims a resource already exists, import it with the OpsLevel resource ID before applying.
- Use tags for environment context rather than hardcoding it.
- Keep Terraform provider versions pinned to avoid mismatched schemas.
Benefits of managing OpsLevel through Terraform:
- Service ownership as code, tracked in Git.
- Faster onboarding for new teams, no UI maze.
- Predictable, reviewable change control for every service.
- Reduced audit noise since everything is versioned.
- Easier SOC 2 and ISO 27001 reporting.
For daily developer life, this reduces Slack pings about “who owns what.” The Ops team stops being a bottleneck, and new repositories appear in OpsLevel as soon as they exist in Terraform. It feels automatic because, well, it basically is.
Platforms like hoop.dev push this further. Instead of just syncing definitions, they enforce access boundaries automatically. You define how services connect, hoop.dev applies the policy live, with the same kind of IaC predictability that Terraform offers for servers and OpsLevel brings to service metadata.
How do I connect OpsLevel Terraform in CI/CD?
Set your OpsLevel API token as a CI secret, export it in the pipeline environment, and run terraform apply as usual. The provider handles API calls, so your catalog, repos, and ownership records stay fresh across environments.
When AI copilots start generating infrastructure code for you, maintaining correct ownership metadata will matter even more. OpsLevel Terraform forms the trust layer between code your bot writes and the humans responsible for production.
Treat service metadata like infrastructure. With OpsLevel and Terraform, you codify responsibility, not just resources.
See an Environment Agnostic Identity-Aware Proxy in action with hoop.dev. Deploy it, connect your identity provider, and watch it protect your endpoints everywhere—live in minutes.