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ns-analyze-vulnerabilities

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Atualizado30 de junho de 2026 às 12:18

Analyzes live runtime vulnerabilities loaded by connected N|Solid Node.js processes. Use when the user wants to know which CVEs are actually present in running apps, active exploitable/live vulnerabilities, zero-day exposure, supply-chain risk in production, or production package risk. For static npm-audit-style project dependency scans, use ns-audit-dependencies instead.

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nodesource

nodesource/nsolid-plugin

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Ocupações relacionadasSOC

Baseado na classificação ocupacional SOC

Analistas de segurança da informaçãoInformática e Matemática·SOC 15-1212

SKILL.md

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name	ns-analyze-vulnerabilities
description	Analyzes live runtime vulnerabilities loaded by connected N\|Solid Node.js processes. Use when the user wants to know which CVEs are actually present in running apps, active exploitable/live vulnerabilities, zero-day exposure, supply-chain risk in production, or production package risk. For static npm-audit-style project dependency scans, use ns-audit-dependencies instead.

1. High-Level Overview

Call the vulnerabilities tool with showLimit/page when scanning large fleets.
Summarize the output to identify which application (app) has the most critical issues.

2. Detail Per App

For a specific vulnerable app, call application-packages (parameters: exact app name, mode='flat').
Timeout note: The MCP server allows 180s for this streaming endpoint, but the MCP client may drop after 60s. If it times out, proceed using data already collected from the vulnerabilities tool.

3. Discover First Detection Time

Call events-historic (parameters: type='new-vulnerability-found', plus app, start, and end when known).
CRITICAL: The MCP tool description may incorrectly say vulnerability-detected. Do not use that. Valid Security Events: new-vulnerability-found, package-vulnerabilities-updated, vulnerabilities-database-updated, active-vulns-updated.
If this endpoint returns null, it means there are no matched historical events. Proceed without failing the audit.

4. Propose and Implement

Locate the target package.json in the user's workspace.
Propose an update to a patched version.
Wait for user approval if the update represents a major breaking change. Otherwise, implement the fix.

5. Verify

Re-run the vulnerabilities tool to confirm the vulnerability is resolved.
If results do not change, note that verification may require app restart/redeploy or package refresh before live data updates.

6. Present a Report

Emit the analysis directly in chat as markdown:
- # Runtime Vulnerability Analysis — <appName-or-fleet>
- ## Summary
- ## Evidence
- ## Findings
- ## Remediation Plan
- ## Verification
Ground every CVE, package, version, and severity in vulnerabilities, application-packages, or provided evidence.

7. Write the Report to Disk

Ask the user if they want to save the report to disk.
If the user confirms, write the final report as a markdown file (.md) under .nsolid/assets/ — for example .nsolid/assets/runtime-vulnerability-analysis-<appName>.md.

Guardrails

NEVER suggest bumping a major version without explicitly warning the user about potential breaking changes.
ALWAYS base your analysis on the actual output from the vulnerabilities and application-packages tools.
Only analyze the application requested, or the one with the highest vulnerabilities if none is specified.

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name	ns-analyze-vulnerabilities
description	Analyzes live runtime vulnerabilities loaded by connected N\|Solid Node.js processes. Use when the user wants to know which CVEs are actually present in running apps, active exploitable/live vulnerabilities, zero-day exposure, supply-chain risk in production, or production package risk. For static npm-audit-style project dependency scans, use ns-audit-dependencies instead.

1. High-Level Overview

Call the vulnerabilities tool with showLimit/page when scanning large fleets.
Summarize the output to identify which application (app) has the most critical issues.

2. Detail Per App

For a specific vulnerable app, call application-packages (parameters: exact app name, mode='flat').
Timeout note: The MCP server allows 180s for this streaming endpoint, but the MCP client may drop after 60s. If it times out, proceed using data already collected from the vulnerabilities tool.

3. Discover First Detection Time

Call events-historic (parameters: type='new-vulnerability-found', plus app, start, and end when known).
CRITICAL: The MCP tool description may incorrectly say vulnerability-detected. Do not use that. Valid Security Events: new-vulnerability-found, package-vulnerabilities-updated, vulnerabilities-database-updated, active-vulns-updated.
If this endpoint returns null, it means there are no matched historical events. Proceed without failing the audit.

4. Propose and Implement

Locate the target package.json in the user's workspace.
Propose an update to a patched version.
Wait for user approval if the update represents a major breaking change. Otherwise, implement the fix.

5. Verify

Re-run the vulnerabilities tool to confirm the vulnerability is resolved.
If results do not change, note that verification may require app restart/redeploy or package refresh before live data updates.

6. Present a Report

Emit the analysis directly in chat as markdown:
- # Runtime Vulnerability Analysis — <appName-or-fleet>
- ## Summary
- ## Evidence
- ## Findings
- ## Remediation Plan
- ## Verification
Ground every CVE, package, version, and severity in vulnerabilities, application-packages, or provided evidence.

7. Write the Report to Disk

Ask the user if they want to save the report to disk.
If the user confirms, write the final report as a markdown file (.md) under .nsolid/assets/ — for example .nsolid/assets/runtime-vulnerability-analysis-<appName>.md.

Guardrails

NEVER suggest bumping a major version without explicitly warning the user about potential breaking changes.
ALWAYS base your analysis on the actual output from the vulnerabilities and application-packages tools.
Only analyze the application requested, or the one with the highest vulnerabilities if none is specified.