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ScopeForgeX

Stage-Based Cybersecurity Workflow Automation Framework

Transforming penetration testing activities into a structured, repeatable, and report-driven security assessment workflow.


Python Platform Security Architecture License


Overview

  • ScopeForgeX is a stage-driven cybersecurity workflow automation framework designed to organize penetration testing activities into a controlled, repeatable assessment pipeline.

  • Instead of manually running individual security tools and collecting scattered outputs, ScopeForgeX provides a unified workflow engine that manages:

    • Scope validation
    • Reconnaissance
    • Enumeration
    • Vulnerability identification
    • Analyst-assisted validation preparation
    • Artifact collection
    • Automated reporting
  • The goal is not to replace penetration testers.

  • The goal is to reduce repetitive operational work and provide a structured assessment workflow while keeping security decisions under analyst control.


Why ScopeForgeX?

  • Traditional penetration testing workflows often involve:
Traditional Workflow ScopeForgeX Approach
Manually execute many tools Stage-based automation
Scattered output files Centralized artifact management
Inconsistent assessment flow Repeatable workflow pipeline
Manual report preparation Automated reporting
No execution history Runtime tracking and metadata
  • ScopeForgeX brings software engineering principles into offensive security workflows:

    • Modularity
    • Separation of responsibilities
    • Repeatability
    • Structured results
    • Automation safety

Architecture

                         User

                          |
                          v

                  CLI Dashboard

                          |
                          v

                 Workflow Engine

                          |
        +-----------------+-----------------+

        |                 |                 |

     Recon            Enumeration       Validation

        |                 |                 |

        +-----------------+-----------------+

                          |

                          v

              Vulnerability Intelligence

                          |

                          v

                Reporting Engine

                          |

             +------------+------------+

             |                         |

        Markdown Report          JSON Report

Workflow Pipeline

  • ScopeForgeX follows a professional assessment structure:
STAGE 0
Scope Validation
        |
        v
STAGE 1
Reconnaissance
        |
        v
STAGE 2
Enumeration
        |
        v
STAGE 3
Vulnerability Assessment
        |
        v
STAGE 4
Exploitation Preparation
        |
        v
STAGE 5
Post Assessment Preparation
        |
        v
STAGE 6
Reporting

Features

Stage-Based Execution

  • Each security activity is isolated into independent stages:
Stage Function
Stage 0 Authorization and scope validation
Stage 1 Attack surface discovery
Stage 2 Technology and service enumeration
Stage 3 Vulnerability identification
Stage 4 Analyst-assisted exploit preparation
Stage 5 Post-assessment preparation
Stage 6 Automated reporting

Execution Profiles

FAST Profile

  • Designed for quick assessments.

  • Workflow:

    Scope
     |
    Recon
     |
    Vulnerability Assessment
     |
    Reporting
    
  • Suitable for:

    • Initial reconnaissance
    • Bug bounty preparation
    • Rapid attack surface analysis

FULL_SAFE Profile

  • Designed for broader assessments.

  • Workflow:

    Scope
     |
    Recon
     |
    Enumeration
     |
    Vulnerability Assessment
     |
    Exploit Preparation
     |
    Post Assessment Preparation
     |  
    Reporting
    
  • Higher-risk activities are prepared for manual review.


Security Model

  • ScopeForgeX follows a controlled automation approach.

Automatically Executed

  • Scope processing
  • Recon workflows
  • Enumeration
  • Vulnerability scanning
  • Artifact collection
  • Report generation

Analyst-Controlled

  • Exploitation
  • Credential attacks
  • Payload generation
  • Pivoting
  • Post-exploitation actions

Prepared commands are generated for review.

They do not represent successful exploitation.


Supported Integrations

Reconnaissance

Tool Purpose
Subhunt Subdomain discovery
httpx Host validation
Katana Optional endpoint discovery

Enumeration

Tool Purpose
WhatWeb Technology fingerprinting
wafw00f WAF detection
FFUF Content discovery
enum4linux-ng SMB enumeration
snmpwalk SNMP enumeration

Vulnerability Identification

Tool Purpose
Nuclei Template-based vulnerability identification
  • Nuclei results are processed into:

    • JSONL vulnerability data
    • Finding summaries
    • Severity statistics
    • Reporting artifacts

Analyst-Assisted Preparation

  • ScopeForgeX prepares analyst-reviewed workflows for:
Tool Purpose
SQLMap SQL injection testing preparation
Dalfox XSS testing preparation
XSStrike XSS testing preparation
SSTImap SSTI testing preparation
SearchSploit Exploit research preparation
Chisel Tunneling preparation
Hydra Credential testing preparation
John Password analysis preparation
Hashcat Password recovery preparation
Medusa Credential testing preparation

Reporting Engine

  • ScopeForgeX automatically generates professional assessment reports.

  • Generated outputs:

report.md
report.json
  • Reports contain:

    • Assessment information
    • Workflow execution summary
    • Stage results
    • Tool results
    • Vulnerability summaries
    • Severity overview
    • Generated artifacts
    • Analyst guidance
  • Example:

    outputs/
    
    └── target/
    
        ├── recon/
    
        ├── enum/
    
        ├── vuln/
    
        ├── exploit/
    
        ├── post/
    
        ├── report.md
    
        └── report.json
    

Example Execution

$ python3 scopeforgex.py


╭──────────────────────────╮
│ ScopeForgeX Dashboard    │
╰──────────────────────────╯


STAGE 0 — SCOPE

STAGE 1 — RECON

STAGE 3 — VULNERABILITY ASSESSMENT

STAGE 6 — REPORTING


[✔] Workflow completed successfully

Installation

Requirements

  • Python 3.10+
  • Linux environment
  • Security tools required by selected workflow

Clone Repository

git clone https://github.com/VikashChoudhary-04/ScopeForgeX.git

cd ScopeForgeX

Create Environment

python3 -m venv .venv

source .venv/bin/activate

Install Dependencies

pip install -r requirements.txt

Usage

  • Start ScopeForgeX:

    python3 scopeforgex.py
  • Select:

    1. Run FAST Profile
    2. Run FULL_SAFE Profile
    3. Install Tools
    4. View Last Run
    5. Exit
    

Repository Structure

ScopeForgeX/

├── config/
│
├── scopeforgex/
│   ├── stages/
│   ├── tools/
│   ├── registry/
│   ├── workflow.py
│   └── cli.py
│
├── reporting/
│   ├── models.py
│   ├── report_generator.py
│   ├── json_exporter.py
│   └── parsers/
│
├── outputs/
│
├── requirements.txt
│
├── scopeforgex.py
│
└── README.md

Engineering Highlights

  • ScopeForgeX demonstrates:

    • Python software architecture
    • CLI application development
    • Offensive security workflow design
    • Security tool orchestration
    • Modular stage systems
    • Runtime state management
    • Automated report generation
    • Machine-readable security output

Current Limitations

  • ScopeForgeX intentionally does not:

    • Automatically exploit vulnerabilities
    • Claim compromise of systems
    • Replace professional penetration testing
    • Replace manual validation
  • Automated results require analyst review.


Future Roadmap

  • Potential improvements:

    • CVSS scoring automation
    • Evidence management
    • Advanced report templates
    • Plugin-based architecture
    • Additional export formats
    • Workflow checkpoints
    • Dashboard analytics

Ethical Use

  • ScopeForgeX must only be used against:

    • Systems you own
    • Authorized penetration testing targets
    • Security laboratories
    • CTF environments
  • Always obtain proper authorization before security testing.


License

  • MIT License

ScopeForgeX

A modular cybersecurity workflow automation framework built for structured security assessments.

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A Python-based stage-oriented cybersecurity workflow framework for reconnaissance, enumeration, vulnerability identification, structured reporting, and analyst-assisted security testing.

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