Cloud Automation Guardrails

Authorized cloud changes can still be hard to recover

SMERC scores recoverability before cloud automation, infrastructure-as-code, IAM, Kubernetes, database, and deployment actions execute. The question is not only whether the action is allowed, but whether the organization can recover if it is wrong.

ALLOW THROTTLE FREEZE DENY ESCALATE
Cloud guardrails docs Try sample-event pilot Self-service connector Public repository

Where SMERC Fits

Before the cloud action creates side effects

Cloud teams already use IAM, policy-as-code, change approval, CI/CD controls, logging, monitoring, and incident response. SMERC is a recoverability checkpoint before execution. It evaluates rollback latency, containment, reversibility, evidence validity, anomaly pressure, impact scope, and cancellation reliability.

Automation request Existing IAM / policy SMERC recoverability score Execution route Execute, constrain, pause, block, or escalate

Example Questions

What SMERC asks before execution

  • Can this resource deletion be restored quickly from a verified backup?
  • Can the IAM change be scoped, staged, or automatically reverted?
  • Does the Kubernetes change have a reliable rollback path?
  • Would this network rule change disable observability, access, or recovery?
  • Is the requested scope larger than the evidence supports?
  • Should this run in observe, constrained, paused, blocked, or escalated mode?

Pilot Shape

Start with metadata-only shadow mode

The first cloud-admin pilot should not block production. A reviewer supplies 10 to 25 non-secret sample actions, runs SMERC in observe mode, compares posture against current approvals, and measures reviewer agreement, false release candidates, useful constraints, and latency.

Open self-service pilot path View sample report GitHub Actions pilot

Evidence Boundary

Complement existing cloud security controls

SMERC does not replace IAM, OPA, cloud-native policy, CI/CD approvals, SIEM, CSPM, CNAPP, incident response, or human accountability. It adds a recoverability-aware runtime permission signal before high-impact automated cloud actions execute.