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KittySploit Framework

KittySploit is a modern Python exploitation framework offering AI-assisted analysis, real-time collaboration, and multi-interface penetration testing capabilities.

Introduction

The KittySploit Framework is a next-generation penetration testing tool designed for both individual researchers and security teams. It merges traditional command-line interface (CLI) power with modern web interfaces, AI-driven analysis, and real-time collaboration features.

Key Features:

  • AI-Powered Intelligence: KittyProxy automatically analyzes network traffic, identifies technologies, and suggests relevant exploits and scanners.
  • Real-Time Collaboration (KittyCollab): Offers a VS Code-like editor for live code editing, integrated chat, and direct module development within the browser, enabling seamless team coordination.
  • Intelligent Web Proxy (KittyProxy): Provides AI-powered analysis, real-time collaboration on traffic, smart endpoint discovery (REST APIs, GraphQL, WebSockets), and comprehensive request/response modification capabilities.
  • Intelligent Graph Mapping (KittyOsint): Facilitates Open Source Intelligence (OSINT) gathering and visualization through intelligent graph mapping.
  • Comprehensive Module System: Includes a vast library of exploits, multi-platform payload generation (Python, Bash, PHP, Zig), scanners for vulnerability detection, post-exploitation modules, automated workflows, and browser auxiliary/exploits.
  • Multiple Interfaces: Supports CLI, REST API, RPC Server, and intuitive Web UIs for various components.
  • Privacy & Security: Features built-in Tor support for anonymous operations, secure session management, and workspace isolation.

Use Cases:

  • Penetration Testing: Ideal for web application security testing, network penetration testing, post-exploitation activities, and vulnerability assessments.
  • Security Research: Supports exploit development, vulnerability research, and security tool development.
  • Team Collaboration: Enables real-time team coordination, shared exploit development, collaborative analysis, and knowledge sharing.
  • Automation: Facilitates automated vulnerability scanning, workflow automation, and CI/CD integration.

Information

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