The config was perfect yesterday. Today, it is not.
IAC drift detection is the difference between control and chaos. When your infrastructure stops matching your code, you lose truth. Drift creeps in through manual changes, failed deployments, or hidden dependencies. Without detection, you only see it when systems break. By then, it’s too late.
SCIM provisioning solves a different but related problem: identity consistency. As teams grow, accounts must be created, updated, or removed in sync with your source of truth—usually an identity provider. Without SCIM, shadow accounts remain alive long after a user leaves. Access control collapses.
Together, IaC drift detection and SCIM provisioning close two dangerous gaps. One protects infrastructure state. The other protects user state. Both rely on automation. Both need real-time checks.
Drift detection in IaC works by comparing live resources to your declared config. Any mismatch triggers alerts or automated remediation. The best systems integrate directly with CI/CD pipelines, so drift is flagged before deployment. This turns every run into an integrity check.
SCIM provisioning uses a standard API to push and pull identity changes across platforms. You define user attributes in one source, and SCIM ensures every connected service reflects those attributes exactly. Real provisioning systems handle updates instantly and deactivate stale accounts without human oversight.
When implemented together, these controls form a hard perimeter around your infrastructure and access layer. Your Terraform or Pulumi code remains the single source of truth. Your identity provider maintains complete accuracy across apps and services. You know where every resource and account stands—now, not later.
Drift detection prevents silent config changes. SCIM provisioning prevents silent access creep. Automation keeps pace with reality.
See IaC drift detection and SCIM provisioning unified in action at hoop.dev and get it running in minutes.