Runbook RB-08

Confidential or Sovereign AI Boundary Failure

Evidence suggests data, model, key, prompt, output, or workload state crossed a claimed private, local, sovereign, air-gapped, or confidential boundary.

Version 1.0 · 27 August 2026Free to use inside your organization

Trigger: Evidence suggests data, model, key, prompt, output, or workload state crossed a claimed private, local, sovereign, air-gapped, or confidential boundary.

Severity guide: Severity 1 for regulated, national, classified, or high-value customer data; attestation or key-custody failure; or systematic boundary bypass.

First 15 minutes

  • Preserve attestation, key, management-plane, network, logging, update, support, and operator evidence.
  • Stop the affected data path or workload if continued exposure is likely.
  • Identify the exact public or contractual claim at risk.
  • Engage architecture, cryptography, legal, privacy, and executive owners.
  • Do not destroy volatile enclave, VM, or management-plane evidence through unplanned restart.

First 60 minutes

  • Map the complete claim-to-control path, including relying-party verification.
  • Identify data and key custody at each transition.
  • Review operator, support, logging, backup, update, and recovery paths.
  • Test whether the failure is cryptographic, orchestration, identity, policy, or claim-language mismatch.
  • Scope affected workloads, tenants, regions, data classes, and time window.
  • Preserve customer-facing architecture and assurance materials.

Evidence checklist

  • attestation evidence and verification logs
  • hardware, firmware, VM, enclave, and workload identities
  • key creation, injection, use, rotation, and access
  • network and data-flow telemetry
  • operator and management-plane activity
  • logging, support, backup, update, and recovery paths
  • customer claims, contracts, and architecture decisions

Containment options

  • stop or reroute affected workloads
  • revoke keys and operator access
  • disable unverified attestation path
  • block external data egress
  • isolate management and support channels
  • suspend inaccurate assurance claims

Recovery and durable controls

  • independent attestation verification
  • bound workload identity and key release
  • least-privilege management plane
  • data-minimized logging and support
  • signed update and recovery path
  • claim-to-control evidence register
  • periodic adversarial validation

Communications

  • Legal and executive leadership own claim and customer decisions.
  • Technical updates separate cryptographic primitive failure from system-boundary failure.
  • Avoid “air-gapped,” “sovereign,” or “confidential” language beyond tested scope.

Closure criteria

  • Boundary is restored and independently validated.
  • Affected data, keys, and workloads are scoped.
  • Customer claims match proven evidence.
  • Monitoring and response are tested.
  • Residual risk is accepted by accountable leadership.

Required conversion to practice

Before closure, produce:

  • one updated attack-path or trajectory diagram
  • one root-cause finding
  • one production or candidate hunt analytic
  • one safe replay or regression test
  • one remediation-validation memo
  • one owner and residual-risk decision

How to use these. They are generic by design: they do not know your environment, your provider, or your legal obligations. Free to use and adapt inside your organization; keep the source line if you republish. Version 1.0, 27 August 2026. Every runbook ends with the same rule: before closure, convert the incident into a diagram, a root-cause finding, a hunt analytic, a regression test, a validation memo, and an owner. That conversion is the part most teams skip, and it is the part we are hired for.

Happening now?

Send a project inquiry and set timing to active incident. Joey Victorino reads those first and answers the same business day, US Pacific. Put no credentials, prompts, or customer data in the form.

Describe the situation