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Release Candidate Summary

LMU/COICP Example

Release Candidate Summary Example

Define LMU-COICP-RC-001 as the ES-109 tested baseline, including what is included, excluded, deferred, blocked, and allowed for LMU internal engineering review.

ES-110 Candidate LMU RC-001

Example purpose

This artifact identifies the ES-110 release candidate for LMU/COICP.

The candidate is the ES-109 tested baseline. It is useful for a controlled internal review by LMU engineering and stakeholder reviewers, but it does not satisfy the evidence threshold for operational pilot.

Project

LMU Campus Operations and Incident Coordination Platform

Document control

Field Value
Artifact owner LMU COICP Product Owner
Primary reviewers Product Engineer, Architecture Review Board chair, IT security reviewer, AI reviewer, Compliance reviewer, Campus Safety liaison
Status Accepted for ES-110 review
Last updated 2026-07-06
Related Engineering Stage ES-110 — Release Readiness
Project workspace target docs/project-workspace/release/release_candidate_summary.md
Source stage ES-109 — Testing and Verification

Release candidate

Field Value
Candidate LMU-COICP-RC-001
Planned deployment ID DEP-LMU-COICP-2026-03-18-001
Planned review environment LMU-COICP Internal Engineering Review Environment
Planned dataset Spring Semester Synthetic Incident Dataset
Planned synthetic records 421
Planned reviewer accounts 24
Planned review window March 18–22, 2026
AI Incident Summary Disabled
Operational pilot Not approved

Included capabilities

  • Create synthetic non-emergency incident record.
  • Store current synthetic incident state.
  • Create EvidenceEvent for valid incident creation.
  • Basic required field validation.
  • Basic out-of-scope category rejection.
  • Basic unauthorized create denial.
  • Manual workflow without AI.
  • Engineering inspection of evidence event behavior.
  • Campus Operations intake review using synthetic scenarios.
  • Facilities and Residence Life handoff review using synthetic scenarios.
  • Campus Safety emergency-boundary review using synthetic scenario COICP-SYN-322.
  • Continued testing of known defects.

Excluded capabilities

  • Operational pilot.
  • Production deployment.
  • Real campus incident use.
  • Full post-incident review export.
  • AI Incident Summary workflow.
  • Emergency dispatch or emergency notification replacement.
  • Medical, clinical, law-enforcement, student conduct, or disciplinary records.
  • Full access-control matrix coverage.
  • Final retention-policy enforcement.
  • Broad stakeholder or campus-operator deployment.
  • Real-user production notifications.

Release question

Is LMU-COICP-RC-001 ready for a controlled LMU internal engineering review using synthetic data, or should release be deferred entirely until open guardrail-sensitive defects are resolved?

Candidate posture

LMU-COICP-RC-001 is not ready for operational pilot.

It may proceed to LMU internal engineering review because:

  • normal-path incident creation works;
  • normal-path evidence event creation exists;
  • AI Incident Summary is disabled;
  • retention is not hard-coded;
  • known defects are visible;
  • operational use is explicitly prohibited;
  • the review will use synthetic data and approved reviewer accounts.

Lineage from Testing

ES-109 Finding Release Implication
DEF-001 invalid status transition defect Blocks operational workflow pilot until fixed and retested.
DEF-002 full access-control matrix not tested Blocks real-user pilot until tested.
DEF-003 evidence write failure behavior not verified Blocks operational pilot until verified.
DEF-004 emergency-boundary test incomplete Requires Campus Safety scenario review before pilot.
DEF-005 build/test command evidence incomplete Weakens repeatability; must be corrected.
AI summary path absent / disabled Allows internal review only with AI disabled.
Retention not hard-coded Allows internal review only with synthetic data.

Candidate decision preview

Approve LMU internal engineering review only.
Do not approve operational pilot.

Continue to Release Evidence Index

Index the evidence used to make the RC-001 release-readiness decision.

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