ES-111 — Operational Readiness¶
You are here¶
ES-110 made a release-readiness decision.
ES-111 determines whether the approved release scope can be operated responsibly.
Release readiness asks whether the baseline should move forward. Operational readiness asks whether the environment, people, procedures, limits, monitoring, support, rollback, communication, and evidence practices are ready to receive it.
A system can be release-ready and still operationally unready.
Why this stage exists¶
Teams often treat operations as something that happens after release. That is backwards.
Operations is where engineering claims meet real users, real data, real failures, and real organizational expectations.
Common operational failures include:
- no one owns support;
- users do not understand release limits;
- monitoring is missing;
- incidents have no response path;
- rollback criteria are vague;
- known defects are not communicated;
- data restrictions are ignored;
- AI capabilities are enabled without oversight;
- pilot feedback is not captured;
- operational evidence is not preserved.
ES-111 prevents those failures by preparing the operational context before deployment or transition.
The engineering question¶
Can the approved release scope be operated responsibly with clear ownership, limits, monitoring, support, escalation, rollback, and evidence?
What you will produce¶
ES-111 produces operational readiness artifacts under:
docs/operations/
Required artifacts:
operational_readiness_overview.md
operational_scope.md
support_model.md
monitoring_and_observability_plan.md
incident_response_plan.md
rollback_and_stop_plan.md
user_transition_plan.md
operational_risk_register.md
operational_readiness_review.md
operational_readiness_summary.md
Templates should be copied from:
template-library/operations/
Completed reference examples, when available, should be reviewed under:
examples/lmu-coicp/operations/
What good looks like¶
Good ES-111 evidence shows what operational scope is approved, who supports it, who may use it, what data may be used, what is monitored, what incidents or failures trigger action, how rollback or stop decisions happen, what users need to know, what risks remain, and whether ES-112 can begin.
Operational readiness is not about pretending the system will not fail. It is about being ready when it does.
Operations is part of the system¶
The model is not the system. The code is not the system either.
The system includes users, support staff, procedures, monitoring, escalation paths, rollback criteria, data rules, communication, evidence capture, incident response, governance review, and stewardship.
If those are not ready, the system is not ready.
Relationship to ES-110¶
ES-110 decides release scope.
ES-111 prepares that scope for operation.
Do not expand operational scope beyond the ES-110 release decision.
If operations cannot support the approved release scope, return to ES-110 and revise the release decision.
Relationship to ES-112¶
ES-112 should not have to guess how deployment and transition should happen.
ES-111 gives ES-112 the operational scope, support model, monitoring expectations, incident paths, rollback criteria, user transition plan, operational risks, and readiness decision.
Deployment becomes responsible only when operations is ready to receive the system.
Lifecycle chain¶
ES-111 continues the ETIS lifecycle chain:
Question
↓
Evidence
↓
Decision
↓
Repository Artifact
↓
Next Stage
For ES-111, the question is whether the approved release scope can be operated responsibly. The evidence is the operational readiness package. The decision is whether deployment and transition can begin. The repository artifact is stored under docs/operations/. The next stage is ES-112.
AI may help draft support plans, identify operational risks, review monitoring gaps, draft rollback criteria, and critique user transition plans. AI must not define operational accountability.
Do not confuse deployment with operational readiness. Putting software somewhere users can reach it does not mean it can be responsibly operated.
A limited release is only safe when the limits are operationally enforceable.