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Ejecuta cualquier Skill en Manus con un clic

composing-vulnerability-report

Read findings JSONL files from cluster 1-4 skills, deduplicate by fingerprint, group by severity, and compose a deliverable- grade markdown vulnerability report with per-finding sections (title, severity, target, detail, remediation, evidence) and a top-level summary table. The canonical written artifact a customer receives at engagement close; precise, reproducible, machine- checkable against source findings. Use when: closing an engagement, generating an interim report, regenerating after CVE or OWASP enrichment, or producing the input for generating-executive-summary. Threshold: findings missing required fields are dropped. HIGH and CRITICAL findings highlighted in the summary section. Trigger with: "compose vuln report", "write pentest report", "generate vulnerability deliverable", "render findings to report".

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Actualizado8 de junio de 2026, 01:18

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jeremylongshore

jeremylongshore/claude-code-plugins-plus-skills

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name	composing-vulnerability-report
description	Read findings JSONL files from cluster 1-4 skills, deduplicate by fingerprint, group by severity, and compose a deliverable- grade markdown vulnerability report with per-finding sections (title, severity, target, detail, remediation, evidence) and a top-level summary table. The canonical written artifact a customer receives at engagement close; precise, reproducible, machine- checkable against source findings. Use when: closing an engagement, generating an interim report, regenerating after CVE or OWASP enrichment, or producing the input for generating-executive-summary. Threshold: findings missing required fields are dropped. HIGH and CRITICAL findings highlighted in the summary section. Trigger with: "compose vuln report", "write pentest report", "generate vulnerability deliverable", "render findings to report".
allowed-tools	["Read","Write","Bash(python3:*)","Glob"]
disallowed-tools	["Bash(rm:)","Bash(curl:)","Bash(wget:*)","Write(.env)","Edit(.env)"]
version	3.0.0-dev
author	Jeremy Longshore <jeremy@intentsolutions.io>
license	MIT
compatibility	Designed for Claude Code
tags	["security","reporting","vulnerability-report","cvss","pentest"]

Composing Vulnerability Report

Overview

After cluster 1-4 scan skills run, each one produces a Findings file. A typical engagement ends up with eight to twenty such files across the different skill categories. The customer wants ONE vulnerability report — comprehensive, deduplicated, organized by severity, with each finding cross-referenced to its source skill and target.

This skill consumes one or more findings files (JSONL preferred, JSON list also accepted), deduplicates entries by the canonical fingerprint defined in lib/finding.py, enriches each finding with a CVSS v3.1 vector when one isn't present (using a deterministic heuristic based on severity + category — explicitly noted as "derived, not assigned by NVD" in the output), and emits a single markdown report with per-finding sections plus a top-level summary table.

The report has a defined structure that downstream tools (next two skills in cluster 6) consume:

Header — engagement ID, generation timestamp, source files
Summary table — finding count by severity
Per-severity sections — CRITICAL first, then HIGH, MEDIUM, LOW, INFO
Per-finding subsections — title, severity, target, detail, remediation, evidence, references

When the skill produces findings

Finding	Severity	Threshold	Affected control
Source file unparseable	HIGH	JSON/JSONL parse fails	(operational)
Finding missing required field	HIGH	A finding record is missing title, severity, target, detail, or remediation	(operational)
Duplicate fingerprint across files	INFO	Same finding appears in N>1 sources; reported as deduplication count	(informational)
Source file has zero findings	INFO	Empty or all-info-only file; reported but not an error	(informational)
Report generated cleanly	INFO	Positive confirmation	(informational)

Prerequisites

Python 3.9+
One or more findings files in JSON or JSONL format produced by any cluster 1-4 scan skill (which all share lib/finding.py schema)

Instructions

Step 1 — Gather findings sources

By default the skill reads every file matching engagement/findings/*.json and engagement/findings/*.jsonl. Override with --source FILE (repeatable).

Step 2 — Run the composer

python3 ./scripts/compose_report.py engagements/acme-2026-q2/

Options:

Usage: compose_report.py PATH [OPTIONS]

Options:
  --source FILE         Specific findings file (repeatable; overrides default glob)
  --report-output FILE  Write the composed report here (default:
                        PATH/reports/vulnerability-report.md)
  --engagement-id ID    Override the engagement ID (default: parse from PATH/roe.yaml)
  --output FILE         Operational findings output (this skill's own findings)
  --format FMT          json | jsonl | markdown (default: markdown)
  --min-severity SEV    Filter report to findings at or above this severity
  --include-info        Include INFO-severity findings in the report (default: omit)

Step 3 — Review the report

The output report has a predictable structure. The header identifies the engagement, the source files, and the generation timestamp. The summary table shows finding counts by severity. Per-severity sections follow.

Each finding subsection includes a stable anchor (the fingerprint) so cross-references from later artifacts (executive summary, OWASP mapping) resolve into the report cleanly.

Step 4 — Verify against sources

python3 ./scripts/compose_report.py engagements/acme-2026-q2/ --format json --output /tmp/compose-findings.json
jq '.[] | select(.severity == "high")' /tmp/compose-findings.json

If the report references a finding the operator didn't expect, trace back via the finding's skill_id + target to the source file.

Examples

Example 1 — End-of-engagement report

python3 ./scripts/compose_report.py engagements/acme-2026-q2/ \
    --report-output engagements/acme-2026-q2/reports/vulnerability-report.md

Example 2 — Interim report mid-engagement

python3 ./scripts/compose_report.py engagements/acme-2026-q2/ \
    --min-severity high \
    --report-output engagements/acme-2026-q2/reports/interim-2026-06-15.md

--min-severity high produces an interim report covering only HIGH and CRITICAL findings — useful for in-engagement customer syncs.

Example 3 — Regenerate after OWASP mapping

python3 ./scripts/compose_report.py engagements/acme-2026-q2/ \
    --source engagements/acme-2026-q2/findings/all-findings-with-owasp.jsonl \
    --report-output engagements/acme-2026-q2/reports/vulnerability-report-v2.md

Re-run after mapping-findings-to-owasp-top10 has enriched each finding with its OWASP category; the regenerated report includes the OWASP tag in each per-finding subsection.

Output

JSON / JSONL / Markdown per lib/report.py for the skill's own operational findings. The PRIMARY output is the composed vulnerability report, written as standalone Markdown to the --report-output path.

Each operational Finding includes:

id — compose::<issue>::<source-file>
severity — CRITICAL / HIGH / MEDIUM / INFO
category — report-composition
summary — what went wrong (or right) during composition
evidence — source files, finding counts, dedup stats

Error Handling

PATH missing or empty → emits CRITICAL operational finding, exits 1.
Source file unparseable → emits HIGH operational finding, skips the file, continues with remaining sources.
No findings files found → emits HIGH operational finding, exits 1.
Output report path not writable → emits HIGH operational finding, exits 1.
Finding missing required fields → emits HIGH operational finding, omits that record from the report, continues.

Resources

references/THEORY.md — Vulnerability-report structure history (NIST SP 800-115, OWASP Testing Guide), CVSS v3.1 vector composition, severity scoring tradeoffs (CVSS vs intrinsic vs EPSS), finding-deduplication theory, why fingerprint-based dedup beats title-based
references/PLAYBOOK.md — Report-template variants per audience (technical, executive, regulatory), per-finding remediation phrasing patterns, evidence-redaction patterns for distributed reports, cross-reference protocol with the OWASP-mapping and exec-summary skills