ASSESS
Verify the workflow, economics, authority, interfaces, data, risk, ownership, and build/no-build decision.
AAS-1C · Automation Intelligence
Technical Operating Blueprint
A build-ready architecture for a consequential automation capability, including interfaces, data, authority, failure behavior, observability, release, ownership, and recovery.
ENGINEERING SCOPE
What is included.
- Target system architecture
- API, event, and data contracts
- Identity and authority model
- Execution and exception design
- Test, release, and rollback plan
- Build portfolio and estimates
ACCEPTANCE & EVIDENCE
What proves completion.
- Architecture decision records
- Interface inventory
- Threat and failure model
- Acceptance test plan
SYSTEM BOUNDARY
What is not silently included.
Software work fails when assumptions are allowed to become scope. Every external system, credential boundary, environment, service level, dataset, user population, support duty, and acceptance test must be named.
- Production implementation
- Hosting and software fees
- Ongoing operations
- Undefined third-party work
SPECIFY
Freeze the accepted boundary, contracts, states, exceptions, service objectives, tests, rollout, and rollback.
BUILD & INTEGRATE
Implement source, configuration, infrastructure, interfaces, controls, telemetry, and documentation as one traceable change.
VERIFY & RELEASE
Exercise functional, integration, security, resilience, recovery, and acceptance tests before production authority.
OPERATE & TRANSFER
Stabilize the service, transfer ownership, establish runbooks and lifecycle duties, and issue the evidence closeout.
Put the actual workflow and production boundary on the table.
No credentials are requested. The assessment creates a durable engineering record and does not authorize access, code, or deployment.
Assess Technical Operating Blueprint