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codexkit-risk-register

Build and maintain a project Risk Register per PMBOK 8 Risk Performance Domain. Identify risks, assess probability and impact, define response strategies, and track residual risk. Use throughout the project lifecycle — not just at planning. Do not use for operational incident response or security vulnerability scanning.

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Repository
hoavdc/CodexKit
Last source activity
March 22, 2026 at 17:03
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English
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26
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name
codexkit-risk-register
description
Build and maintain a project Risk Register per PMBOK 8 Risk Performance Domain. Identify risks, assess probability and impact, define response strategies, and track residual risk. Use throughout the project lifecycle — not just at planning. Do not use for operational incident response or security vulnerability scanning.
version
1.0.0
category
infra
# Risk Register Manager ## Purpose Systematically identify, assess, and manage project risks using a structured register with probability/impact scoring and defined response strategies. ## When to use - project kick-off to establish the initial risk baseline - sprint or milestone reviews to update and add emerging risks - before major decisions to assess risk exposure - when stakeholders request a risk assessment report ## When not to use - live incident response or post-mortem analysis - security vulnerability scanning (use security tools) - personal task risk assessment ## Inputs - project scope, objectives, and constraints - project type (predictive / adaptive / hybrid) - stakeholder list and their risk tolerance - known assumptions and dependencies - lessons learned from similar projects (if available) ## Procedure 1. **Identify risks** using multiple sources: - Internal: technical complexity, resource gaps, schedule pressure, budget - External: market shifts, regulatory changes, vendor reliability, geopolitical - PMBOK 8 emphasis: sustainability risks (ESG, climate, social impact) - Techniques: brainstorming, PESTLE analysis, Risk Breakdown Structure (RBS) 2. **Assess each risk** qualitatively: - Probability: Very Low (0.1) / Low (0.3) / Medium (0.5) / High (0.7) / Very High (0.9) - Impact: Very Low (0.05) / Low (0.1) / Medium (0.2) / High (0.4) / Very High (0.8) - Risk Score = Probability × Impact - Red zone (≥ 0.25): immediate response required - Yellow zone: response plan needed - Green zone: monitor only 3. **Define response strategy**: - For threats: Avoid / Transfer / Mitigate / Accept (active or passive) - For opportunities: Exploit / Share / Enhance / Accept 4. **Assign ownership** — every risk has one named owner. 5. **Track residual risk** — after response, re-score to verify reduction. 6. **SAFe integration** — for SAFe teams, use ROAM board: - R = Resolved | O = Owned | A = Accepted | M = Mitigated ## Output - risk register table: ID | Category | Description | Trigger | Probability | Impact | Score | Owner | Response Strategy | Residual Risk | Status - risk heat map summary (red/yellow/green distribution) - top 10 risks with detailed response plans - escalation list for sponsor or steering committee - risk trend over time (risk burn-down if tracked across sprints) ## Definition of done - every identified risk has a probability, impact, and score - every red/yellow risk has a named owner and defined response strategy - residual risk is assessed for all mitigated risks - register is reviewable by stakeholders ## Examples - "Build an initial risk register for a 6-month ERP migration project." - "Update the risk register after Sprint 5 — add 3 new risks we discovered." - "We have 15 risks but no response plans. Help me define strategies for the top 10." ## Quality Criteria - [ ] All dependencies and prerequisites are documented - [ ] Changes are reversible or include a rollback plan - [ ] Security implications are assessed for each configuration change - [ ] Monitoring and alerting are defined for post-deployment validation ## Verification (4C) | Check | Question | |-------|----------| | **Correctness** | Are all configurations, permissions, and dependencies accurate? | | **Completeness** | Does the setup cover dev, staging, and prod environments as needed? | | **Context-fit** | Is the solution proportional to the problem (not over/under-engineered)? | | **Consequence** | If deployed as-is to production, what is the highest-risk failure mode? | ## Edge Cases - **Target environment has pre-existing configuration** — Scan for conflicts before applying changes. Document what to preserve. - **Permissions differ between environments** — Test in staging first. Document the minimum permissions required. - **Third-party service is unavailable or deprecated** — Document fallback or alternative. Include health-check endpoints. ## Changelog - v1.0.0 — Initial release
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