Implementation Summary¶
Example purpose¶
This artifact summarizes ES-107 controlled implementation and hands the project to ES-108 Integration.
It does not claim the implementation is release-ready, pilot-ready, or operational. It states what was implemented, what was deferred, what was verified, what remains open, and where reviewers must focus next.
Project¶
LMU Campus Operations and Incident Coordination Platform
Document control¶
| Field | Value |
|---|---|
| Artifact owner | COICP Product Engineer |
| Primary reviewers | Architecture Review Board chair, IT security reviewer, AI reviewer, Compliance reviewer, Campus Safety liaison |
| Status | Accepted with ES-108 focus areas |
| Last updated | 2026-07-06 |
| Related Engineering Stage | ES-107 — Controlled Implementation |
| Project workspace target | docs/project-workspace/implementation/implementation_summary.md |
| Previous stage | ES-106 — Implementation Readiness |
| Next stage | ES-108 — Integration |
Implementation context¶
| Field | Value |
|---|---|
| Source design package | ES-105 Design |
| Implementation readiness stage | ES-106 — Implementation Readiness |
| Controlled implementation stage | ES-107 — Controlled Implementation |
| Implementation baseline produced | LMU-COICP-IMPL-001 |
| Integrated baseline expected next | LMU-COICP-INT-001 |
| Candidate expected after testing | LMU-COICP-RC-001 |
| Downstream release posture | Internal engineering review only |
| Planned downstream review environment | LMU-COICP Internal Engineering Review Environment |
| Planned downstream dataset | Spring Semester Synthetic Incident Dataset |
| AI Incident Summary | Deferred / disabled |
| Operational pilot | Not approved |
Summary¶
ES-107 implemented the first controlled increment of LMU/COICP: incident record structure, evidence event structure, create synthetic incident workflow, partial status/handoff update workflow, and basic access-control checks.
AI Incident Summary implementation was intentionally deferred while preserving the guardrail that AI output cannot become official evidence without human review.
Implementation evidence is sufficient to begin ES-108 code review and integration, with targeted review attention required for evidence write failure behavior, access-control tests, status transition validation, emergency-boundary behavior, build/test command evidence, and partial workflow completion.
Implemented work items¶
- IW-001 —
IncidentRecordentity. - IW-002 —
EvidenceEvententity. - IW-003 — Create synthetic incident workflow.
- IW-004 — Status and handoff update workflow, partial.
- IW-005 — Basic access check, partial.
- IW-007 — Error and exception behavior, partial.
Deferred work items¶
- IW-006 — AI Incident Summary implementation.
- IW-008 — Review package stub.
AI assistance summary¶
AI was used to draft candidate structures, suggest edge cases, and identify test ideas. Several AI suggestions were rejected because they violated evidence, access, emergency-boundary, and AI-review guardrails.
The important AI lesson is not that AI helped. The important lesson is that AI also suggested plausible shortcuts that would have violated ETIS controls. Those suggestions were rejected and recorded.
Known gaps¶
- Access-control tests incomplete.
- Status transition validation incomplete.
- Evidence write failure path requires focused review.
- Concrete build/test command evidence should be added.
- Review/export behavior deferred.
- AI-enabled path not tested because feature is deferred.
- Retention behavior cannot be fully verified until retention rules are finalized.
- Emergency-boundary behavior requires Campus Safety review.
ES-108 review focus¶
ES-108 should verify:
- create incident workflow produces
EvidenceEvent; - status/handoff updates produce evidence;
- evidence write failure does not silently update current state;
- access-control matrix tests deny unauthorized actions;
- status transitions are valid and tested;
- AI deferral prevents any official AI output path;
- scope boundary behavior prevents emergency or prohibited incident categories;
- known gaps are either resolved or formally carried forward;
- implementation baseline can become
LMU-COICP-INT-001.
Readiness for ES-108¶
Decision: Yes, ES-108 can begin conditionally.
Reviewers have enough implementation evidence to begin code review and integration review, provided they focus on the known gaps and guardrail-sensitive areas.
Final implementation statement¶
LMU/COICP is ready to begin ES-108 Integration.
The implementation is credible as a controlled first increment, not as a finished system. The next stage must integrate the implemented pieces, verify the evidence and access-control behavior, and decide whether unresolved gaps block the integrated baseline.