Governance Readiness Summary¶
Example purpose¶
This artifact summarizes governance readiness for LMU/COICP.
It is the final cross-cutting governance decision for the RC-001 internal engineering review cycle.
Project¶
LMU Campus Operations and Incident Coordination Platform
Document control¶
| Field | Value |
|---|---|
| Artifact owner | LMU COICP Product Owner |
| Primary reviewers | Architecture Review Board chair, IT security reviewer, AI reviewer, Compliance reviewer, Product Engineer, Campus Operations lead, Campus Safety liaison |
| Status | Governance ready for internal-review continuation only |
| Last updated | 2026-07-06 |
| Repository target | docs/project-workspace/governance/governance_readiness_summary.md |
| Previous section | ES-114 — Stewardship |
| Next section | LMU/COICP example closeout |
Summary¶
This summary governs LMU-COICP-RC-001, the internal engineering review baseline deployed as DEP-LMU-COICP-2026-03-18-001.
LMU/COICP governance is ready for the current approved scope: continued internal engineering review and targeted next-cycle remediation.
Governance evidence now covers the cross-cutting controls that were distributed across the Engineering Stages:
- governance model;
- AI governance;
- evidence governance;
- risk and exception governance;
- release governance;
- stewardship governance.
The system is not governed for operational pilot expansion yet. Evidence write failure behavior, handoff evidence gaps, access-control matrix testing, invalid status transition validation, emergency-boundary wording, retention policy, sensitive-data cleanup, and future AI readiness criteria remain unresolved.
Completed governance artifacts¶
- [x]
governance_model.md - [x]
ai_governance.md - [x]
evidence_governance.md - [x]
risk_and_exception_governance.md - [x]
release_governance.md - [x]
stewardship_governance.md
Governance decision¶
Governance is ready for internal engineering review continuation and next-cycle remediation.
Governance is not ready for operational pilot expansion.
Governance gaps¶
| Gap | Owner | Route |
|---|---|---|
| Evidence write failure behavior unresolved | Architecture Review Board | ES-109 |
| Handoff evidence gaps unresolved | Product Engineer / Architecture Review Board | ES-107 / ES-109 |
| Access-control matrix incomplete | IT Security Reviewer | ES-109 |
| Invalid status transition defect open | Product Engineer | ES-107 / ES-109 |
| Emergency-boundary wording needs stronger standard | Product Owner / Campus Safety | ES-105 / ES-109 |
| Retention policy unresolved for production-like data | Compliance Reviewer | Governance / ES-111 |
| Sensitive-data cleanup procedure undefined | Compliance Reviewer | Governance / ES-111 |
| Future AI readiness criteria incomplete | AI Reviewer | Governance / ES-105 / ES-110 |
Conditions¶
- AI Incident Summary remains disabled.
- Spring Semester Synthetic Incident Dataset only.
- Approved reviewers only.
- No real campus incident use.
- No operational pilot without repeating release and operational readiness.
- High-priority trustworthiness gaps must be closed before pilot reconsideration.
- Governance must review any request for scope expansion.
- Stewardship backlog remains active.
Governance follow-up¶
- Route evidence failure verification to ES-109.
- Route handoff evidence correction to ES-107 and ES-109.
- Route access-control matrix testing to ES-109.
- Route status transition fix to ES-107.
- Route emergency-boundary wording to ES-105 and ES-109.
- Define sensitive-data cleanup procedure in Governance / ES-111.
- Define retention expectations before production-like data.
- Define AI readiness criteria before future AI capability work.
- Repeat ES-110 before pilot reconsideration.
- Repeat ES-111 and ES-112 if operational scope expands.
Final LMU/COICP governance statement¶
The LMU/COICP RC-001 internal engineering review cycle is governed, closed, and routed to next-cycle remediation. The project should not expand to operational pilot until release-blocking trustworthiness gaps are closed, evidence is updated, and release readiness is repeated.
Example closeout¶
The LMU/COICP Examples section now demonstrates a complete repository-centered engineering lifecycle:
Vision → Requirements → Planning → Architecture → Design → Implementation → Integration → Testing → Release → Operations → Deployment → Monitoring → Stewardship → Governance
The final governance decision preserves the integrity of the whole example: the project learned from a realistic internal review, but it did not pretend that learning was operational proof.