Does reverse-skill Support Penetration Testing Scenarios? A Complete Technical Guide

Yes, reverse-skill includes a dedicated Pentest-Tools skill that orchestrates the full penetration-testing lifecycle—from reconnaissance to exploitation and reporting.

The reverse-skill repository provides first-class support for penetration testing scenarios through a structured routing architecture that maps security tasks to validated workflows. This guide examines how the Pentest-Tools skill integrates with the routing core, authorization gates, and MCP back-ends to enable automated security assessments.

How the Routing Engine Directs Penetration Testing Tasks

The reverse-skill architecture centers on a routing core that processes user requests and dispatches them to appropriate skill modules. For penetration testing, this involves several coordinated components.

The Routing Matrix: skills/config/routing.json

At the heart of task dispatch lies skills/config/routing.json, a structured matrix containing 43 routing rules (R0-R44). This file maps penetration testing keywords—including "penetration testing", "Nmap", "SQLMap", and "FFUF"—directly to the pentest-tools skill.

When you submit a scanning request, the engine performs string matching against these rules to determine the appropriate handler.

Authorization Gates: RULES.md

Before any ACT (active) step executes, the routing engine consults RULES.md, the single source of truth for routing decisions. This file enforces a scope gate requiring:

• Existence of a scope.md file defining the target boundaries
• auth.status=granted to prevent unauthorized actions

This design prevents accidental or malicious scanning outside defined parameters.

Skill Dispatch: skills/MASTER-ROUTING.md

The fast-track entry point skills/MASTER-ROUTING.md executes primary triage through master-route.ps1 (PowerShell) or master-route.sh (Bash). These scripts read routing.json and dispatch to the selected skill module.

The Pentest-Tools Skill: Core Capabilities

Located at skills/pentest-tools/SKILL.md, the penetration testing skill defines the complete workflow supported by reverse-skill.

Supported Tool Matrix

Category	Tools (MCP-exposed)
Reconnaissance	Nmap, Masscan
Vulnerability Scanning	Nuclei, Nikto
Exploitation	SQLMap, FFUF, custom scripts
Reporting	Built-in doc generator

Standard Workflow: Recon → Scan → Exploit → Report

The skill implements a four-phase methodology:

1. Reconnaissance – Gather target information through passive and active techniques
2. Vulnerability Scanning – Identify security weaknesses using automated scanners
3. Exploitation – Validate findings with controlled proof-of-concept attempts
4. Reporting – Generate structured documentation of results

Reference Materials: skills/pentest-tools/references/

The references directory contains extensive playbooks, dictionaries, and methodology documentation covering concrete attack vectors:

• SQL injection techniques and bypass methods
• Cross-site scripting (XSS) payload libraries
• Remote code execution (RCE) scenarios
• Authentication bypass strategies

These resources guide AI agents through complex penetration testing scenarios.

Practical Usage: Running Penetration Tests with reverse-skill

Below are validated command sequences for executing penetration testing workflows. All commands assume repository root as working directory.

Initialize a Scoped Engagement

# Creates work/<case>/ with scope.md, timeline.md, evidence/ structure

bash skills/scripts/case-init.sh --hint "pentest target 10.0.0.5"

Verify Available Tools

# Detects MCP-exposed tools and updates skills/tool-index.md

bash skills/scripts/refresh-tool-index.sh

# Verify Nmap, Nuclei, SQLMap appear in the generated index

cat skills/tool-index.md | grep -E "(nmap|nuclei|sqlmap)"

Execute Automated Routing

# Master route automatically selects pentest-tools based on hint keywords

bash skills/scripts/master-route.sh --hint "run full scan on 10.0.0.5"

This command internally:

• Reads routing.json to match "scan" keywords
• Validates scope.md and authorization status
• Dispatches to the pentest-tools workflow

Direct Tool Invocation (Debug Mode)

# Execute specific tool through MCP wrapper when needed

nmap -sV -sC -O 10.0.0.5

Generate Penetration Testing Reports

# Produces structured report from case artifacts

bash skills/scripts/docs-generator.sh --template pentest-report

Docker-Based MCP Back-End Deployment

For containerized tool execution, reverse-skill supports the pentestMCP Docker image.

One-Time Bootstrap

# Pull and start the MCP container

docker pull ramkansal/pentestmcp
docker run -d -p 8080:8080 ramkansal/pentestmcp

Register MCP Endpoint

# Windows: Register endpoint in .mcp-config

powershell -NoProfile -ExecutionPolicy Bypass -File skills\scripts\bootstrap-reverse.ps1 -Capability pentestMCP -McpHostTarget Codex

# Linux/macOS equivalent

bash skills/scripts/bootstrap-reverse.sh --capability pentestMCP --mcp-host-target Codex

Tool Index and Validation

skills/tool-index.md serves as the auto-generated inventory of locally available MCP-exposed tools. The refresh-tool-index.sh script populates this file by querying registered MCP servers.

The test-routing.ps1 and test-routing.sh scripts in skills/scripts/ enable regression testing to ensure routing rules correctly map penetration testing keywords to the appropriate handlers.

Summary

• reverse-skill provides dedicated penetration testing support through the pentest-tools skill module
• Routing decisions are governed by skills/config/routing.json (43 rules) and validated against RULES.md authorization gates
• The standard workflow covers reconnaissance, vulnerability scanning, exploitation, and reporting
• MCP back-ends enable integration with Nmap, Nuclei, SQLMap, and other security tools
• Helper scripts in skills/scripts/ automate case initialization, tool bootstrapping, and report generation
• Containerized deployment via pentestMCP Docker image supports scalable, isolated tool execution

Frequently Asked Questions

What penetration testing tools does reverse-skill support?

reverse-skill supports Nmap, Nuclei, Nikto, SQLMap, FFUF, and Masscan as MCP-exposed tools. The complete inventory is maintained in skills/tool-index.md and updated via skills/scripts/refresh-tool-index.sh. Additional tools can be registered through custom MCP server configurations.

How does reverse-skill prevent unauthorized scanning?

The RULES.md file enforces a scope gate requiring both a valid scope.md file and auth.status=granted before any ACT step executes. This architecture prevents the routing engine from dispatching penetration testing tasks without explicit authorization and defined boundaries.

Can I use reverse-skill with existing Docker-based security tools?

Yes. The repository includes bootstrap-reverse.ps1 and bootstrap-reverse.sh for registering external MCP endpoints. The pentestMCP Docker image (ramkansal/pentestmcp) is explicitly supported, and custom containers can be integrated by updating .mcp-config with appropriate endpoint definitions.

{
  "mcpServers": {
    "instagit": {
      "command": "npx",
      "args": ["-y", "instagit@latest"]
    }
  }
}