How does this skill help with CVSS scores?

It provides deep interpretation of CVSS scores by factoring in your specific environment and exploitability metrics to provide a more accurate risk profile.

Does it integrate with my existing security scanning tools?

This skill is designed to process the output from tools like Snyk, Dependabot, or Trivy to help you prioritize the findings they generate.

What is blast radius calculation?

Blast radius calculation is an assessment performed by the skill to determine the potential extent of damage or lateral movement possible if a specific vulnerability is exploited.

Can it help with patch management decisions?

Yes, it uses decision trees to help you determine if a vulnerability requires an immediate hotfix or can be scheduled for a regular maintenance window.

Risk Prioritization Framework

Name: Risk Prioritization Framework
Author: adaptive-enforcement-lab

byadaptive-enforcement-lab

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セキュリティとテスト

Streamlines security triage using objective metrics, CVSS interpretation, and decision trees to prioritize vulnerability remediation.

This skill empowers engineering teams to move beyond overwhelming vulnerability lists by providing a structured framework for risk assessment. It enables Claude to assist in calculating blast radius, interpreting CVSS scores in a real-world context, and conducting cost-benefit analyses for patch management. By using objective metrics and decision trees, engineers can ensure their limited security resources are focused on the highest-exposure risks, effectively distinguishing between critical threats and minor security noise.

主な機能

01Contextual CVSS score interpretation and exploitability analysis

02Concrete examples and templates for security remediation planning

03Automated decision trees for patch-now vs. patch-later triage

040 GitHub stars

05Remediation cost-benefit analysis and trade-off modeling

06Blast radius calculation for infrastructure and application vulnerabilities

ユースケース

01Triaging a backlog of Dependabot or Snyk alerts to identify immediate threats

02Communicating the business risk of technical debt and unpatched vulnerabilities to stakeholders

03Deciding whether to delay a release to apply a zero-day patch

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add adaptive-enforcement-lab/claude-skills risk-prioritization-framework-for-engineers

For use in Claude.ai and ChatGPT

Download Skill

主な機能

01Contextual CVSS score interpretation and exploitability analysis

02Concrete examples and templates for security remediation planning

03Automated decision trees for patch-now vs. patch-later triage

040 GitHub stars

05Remediation cost-benefit analysis and trade-off modeling

06Blast radius calculation for infrastructure and application vulnerabilities

ユースケース

01Triaging a backlog of Dependabot or Snyk alerts to identify immediate threats

02Communicating the business risk of technical debt and unpatched vulnerabilities to stakeholders

03Deciding whether to delay a release to apply a zero-day patch

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add adaptive-enforcement-lab/claude-skills risk-prioritization-framework-for-engineers

For use in Claude.ai and ChatGPT

Download Skill