What is a 5x5 Risk Matrix?

A 5x5 Risk Matrix is a visual framework used to evaluate and rank risks by plotting them against two axes: Likelihood (Rare to Almost Certain) and Impact/Severity (Insignificant to Catastrophic). The grid helps project teams visually prioritize risks into Low, Medium, High, and Extreme zones.

How is a project Risk Score calculated?

The risk score is calculated by multiplying the Likelihood rating (1-5) by the Impact rating (1-5), resulting in a score range from 1 to 25. High scores (e.g., 15+) represent Extreme risks that require immediate mitigation plans and senior leadership visibility.

What should be included in a project Risk Register?

A project Risk Register should include a clear description of the risk, the likelihood and impact scores, the overall risk level, concrete mitigation strategies to minimize the risk probability or severity, and a dedicated owner responsible for monitoring the risk.

Free Agile Resource

Risk Matrix Generator

Create, visualize, and prioritize project risks on an interactive 5x5 assessment grid. Build your mitigation log, export to Markdown, and share with your team.

Interactive 5x5 Risk Matrix

Click a cell to pre-fill Likelihood & Impact

Likelihood

Impact / Severity

Insignificant

Minor

Moderate

Major

Catastrophic

Log New Project Risk

Project Risk Register (3)

Review, categorize, and document mitigation strategies for critical projects.

Risk Item & Category	Score	Level	Mitigation Strategy
Technical	12	High	Perform pre-migration dry run on replica staging environment
Resource	6	Medium	Cross-train developer on manual smoke tests
Schedule	9	Medium	Freeze requirements early; build Mock SSO endpoint first

Calculated locally in your browser. No data leaves your machine.

Link Risks Directly to Backlog Items

Mitigate Risks in Real-Time

In Klority, risk assessment registers are contextually linked to active requirements, wiki files, and test plans. See which features are blocked by High Risks instantly.

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Why Use a 5x5 Risk Matrix in Agile Projects?

Risk management is often overlooked in fast-paced software development teams. A 5x5 Risk Matrix helps teams shift-left on risk identification by providing a clean, visual representation of what could derail a release, sprint, or client delivery.

By rating potential issues on probability (Likelihood) and business damage (Impact), project managers can separate negligible background issues from critical risks that require immediate architecture modifications, resource shifts, or client notifications.

Risk Levels and Scoring Structure

Multiplying Likelihood (1–5) by Impact (1–5) outputs a Risk Score from 1 to 25. These are grouped into 4 distinct risk tiers:

Low Risk (Scores 1-4): Routine operational maintenance issues. Typically handled under standard task logs without custom board visibility.
Medium Risk (Scores 5-9): Minor schedule slips or non-blocker bugs. Monitored closely during backlog refinement.
High Risk (Scores 10-14): Significant technical issues (e.g. database performance issues or team lead leaves). Requires a documented mitigation plan.
Extreme Risk (Scores 15-25): Critical blockers (e.g. security vulnerabilities, contract breaches, or major server downtime). Requires active daily standup visibility.

Frequently Asked Questions

How often should we review the Risk Register?

Teams should ideally review active project risks during Sprint Planning and Release planning sessions. Additionally, review the mitigation progress in the mid-sprint check-in. If new risks arise mid-sprint, log them immediately to keep the business and clients aligned.

What is the difference between a mitigation strategy and a contingency plan?

A mitigation strategy is a proactive measure taken to reduce the probability or impact of a risk before it happens (e.g., writing automated integration tests to reduce deploy risks). A contingency plan is a reactive plan executed after a risk materializes (e.g., rollback script ready if database migration breaks).

Is this risk register completely private?

Yes. This tool is built entirely as a client-side WebApplication. Your risk descriptions, scores, and names are stored inside your browser's local sandbox (`localStorage`) and never uploaded to our servers, keeping proprietary engineering plans safe.

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Connect Risks with Tasks

Klority brings tasks, issues, test cases, and wiki docs together. One click shows you what tasks are associated with your project risk profiles.