Gate 1
Approval
Record the approved identity or service, organization or project, Daybreak level, model, surface, and any separately approved retention control.
Approved defensive deployment record
Daybreak AWS Deployment Readiness
Describe the approval, AWS path, authorized task, data, tools, and review controls. Generate a readiness record without treating model access as target or action authority.
Four independent gates
Gate 2
AWS path
Verify the account, commercial Region, exact model entitlement, IAM principal, authentication method, quota, billing owner, and log destination.
Gate 3
Task authority
Name the owner, targets, testing window, allowed and forbidden actions, data classes, escalation contacts, and explicit stop conditions.
Gate 4
Operating controls
Define isolation, least privilege, reviewer gates, secret handling, retry and duplicate controls, rollback, evidence retention, and incident response.
Required decision output
Ready to pilot
Every approval, AWS, authority, data, review, and recovery claim has current evidence.
Needs confirmation
An owner, exact model, Region, entitlement, task boundary, retention rule, or reviewer remains unknown.
Stop
The request reaches an unapproved target, credential, persistence, destructive action, production change, or unexplained safeguard.
Continue with the source guides
Frequently Asked Questions
It turns your stated approval, AWS, task, and operational boundaries into a review checklist. It does not inspect an account, apply for access, configure AWS, or authorize security testing.
No. OpenAI documents Daybreak Red as a separately approved and provisioned specialist offering. Blue approval or identity verification does not grant Red access.
No. AWS entitlement is technical access. The system owner must separately authorize the exact targets, actions, operators, dates, and stop conditions.
No. Verify the exact model identifier, Region availability, quota, price, and account entitlement in current AWS documentation and the intended account.
Start with Daybreak Blue on a bounded defensive task in an isolated environment, using read-only data, least privilege, known-answer tests, and human review before sensitive actions.