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WhosYourDaddySec

GhostSec Network Manipulation Tool

WhosYourDaddySec
Jan 24th, 2024
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  1. #    The GhostNetwork Tool, as a standalone security utility, offers several features designed to enhance user privacy and control over their network environment, particularly suitable for users new to advanced security concepts:
  2. #    1. Captive Portal for Controlled Entry: The tool establishes a customized welcome page on the user's local machine (localhost), creating a controlled entry point for online interactions. This means that when users access the internet through this tool, their presence is initiated from a predefined, secure location, adding a layer of control over their online activities.
  3. #    2. Traffic Routing through 127s: By routing network traffic through a series of 127.0.0.1 addresses, the tool decentralizes the user's online presence. This involves directing internet traffic through a loopback address, making it more challenging for external entities to trace the user's actual identity or location.
  4. #    3. Microsegmentation for Controlled Traffic: Microsegmentation involves configuring advanced network settings, such as iptables rules and routing mechanisms. In simpler terms, it means dividing and controlling how different types of internet traffic flow. This provides users with a level of control over what data enters and exits their system, contributing to enhanced privacy.
  5. #    4. Dynamic Control for Adjustments: Users can dynamically control microsegmentation settings, allowing them to make real-time adjustments to their network configuration. While the details may be complex, the ability to control these settings provides beginners with a simple way to adapt their level of online privacy based on their preferences or specific security needs.
  6. #    5. Network Scanning for Threat Awareness: The tool includes a network scanning feature using nmap, which allows users to identify active hosts and services on their local network. This helps users become aware of potential security risks or unauthorized devices, providing a proactive approach to maintaining a secure network environment.
  7. #    In essence, the GhostNetwork Tool introduces basic yet effective security measures for beginner users. The combination of a controlled entry point, decentralized routing, microsegmentation, dynamic control, and network scanning collectively contributes to a more secure online experience. While it may not replace more advanced tools like VPNs, the GhostNetwork Tool offers an accessible introduction to network security concepts for users who are new to the intricacies of online privacy.
  8.  
  9. import os
  10. import subprocess
  11. import sys
  12. from threading import Thread
  13. from http.server import HTTPServer, SimpleHTTPRequestHandler
  14. import signal
  15.  
  16. class CaptivePortalHandler(SimpleHTTPRequestHandler):
  17.     def do_GET(self):
  18.         # Customize the captive portal response as needed
  19.         self.send_response(200)
  20.         self.send_header("Content-type", "text/html")
  21.         self.end_headers()
  22.         self.wfile.write(b"<html><body><h1>Welcome to the Captive Portal</h1></body></html>")
  23.  
  24. class GhostNetworkTool:
  25.     def __init__(self):
  26.         self.microsegmentation_configured = False
  27.         self.iptables_default_ports = [80, 443]
  28.         self.captive_portal_port = 8080
  29.         self.captive_portal_server = None
  30.         self.captive_portal_thread = None
  31.  
  32.     def configure_iptables(self):
  33.         """Configure iptables rules for HTTP and HTTPS traffic."""
  34.         for port in self.iptables_default_ports:
  35.             subprocess.run(["iptables", "-A", "INPUT", "-p", "tcp", "--dport", str(port), "-j", "ACCEPT"])
  36.         print("Default iptables rules applied for HTTP and HTTPS traffic.")
  37.  
  38.     def configure_captive_portal(self):
  39.         """Create a captive portal on localhost and route traffic through a series of 127s."""
  40.         self.captive_portal_server = HTTPServer(("127.0.0.1", self.captive_portal_port), CaptivePortalHandler)
  41.         self.captive_portal_thread = Thread(target=self.captive_portal_server.serve_forever)
  42.         self.captive_portal_thread.start()
  43.         print(f"Captive portal created on port {self.captive_portal_port}. "
  44.               "HTTP traffic will be routed through a series of 127.0.0.1 addresses.")
  45.  
  46.     def configure_routing(self):
  47.         """Configure routing to redirect captive portal traffic through a series of 127s."""
  48.         subprocess.run(["iptables", "-t", "nat", "-A", "PREROUTING", "-p", "tcp", "--dport",
  49.                         str(self.captive_portal_port), "-j", "REDIRECT", "--to-ports", "8081"])
  50.         subprocess.run(["socat", "TCP-LISTEN:8081", "TCP:127.0.0.2:8082"])
  51.         subprocess.run(["socat", "TCP-LISTEN:8082", "TCP:127.0.0.3:8083"])
  52.         subprocess.run(["socat", "TCP-LISTEN:8083", "TCP:127.0.0.4:8084"])
  53.         # Add more socat commands for additional 127.0.0.x addresses as needed
  54.  
  55.     def configure_microsegmentation(self):
  56.         """Configure network microsegmentation with advanced settings, including iptables, a captive portal, and routing."""
  57.         print("Initiating microsegmentation setup...")
  58.         self.configure_iptables()
  59.         self.configure_captive_portal()
  60.         self.configure_routing()
  61.         print("Microsegmentation setup complete")
  62.         self.microsegmentation_configured = True
  63.  
  64.     def control_iptables(self, remove_rules=True):
  65.         """Control iptables rules to manage HTTP and HTTPS traffic."""
  66.         if remove_rules:
  67.             for port in self.iptables_default_ports:
  68.                 subprocess.run(["iptables", "-D", "INPUT", "-p", "tcp", "--dport", str(port), "-j", "ACCEPT"])
  69.             print("Iptables rules for HTTP and HTTPS traffic removed.")
  70.         else:
  71.             print("Custom iptables control logic not implemented yet.")
  72.  
  73.     def control_captive_portal(self, stop_server=True):
  74.         """Control the captive portal server."""
  75.         if stop_server and self.captive_portal_server:
  76.             self.captive_portal_server.shutdown()
  77.             self.captive_portal_thread.join()
  78.             print("Captive portal server stopped.")
  79.         else:
  80.             print("Custom captive portal control logic not implemented yet.")
  81.  
  82.     def scan_network(self):
  83.         """Scan the network for active hosts and services using nmap."""
  84.         print("Scanning the network for active hosts and services...")
  85.         subprocess.run(["nmap", "-sP", "192.168.1.0/24"])
  86.         print("Network scan complete.")
  87.  
  88.     def perform_dns_spoofing(self):
  89.         """Initiate a DNS spoofing attack using dnsmasq."""
  90.         print("Initiating DNS spoofing attack...")
  91.         subprocess.run(["dnsmasq"])
  92.         print("DNS spoofing attack successful.")
  93.  
  94.     def control_microsegmentation(self):
  95.         """Dynamically control and adjust network microsegmentation settings."""
  96.         if not self.microsegmentation_configured:
  97.             print("Microsegmentation not set up. Please configure it first.")
  98.             return
  99.  
  100.         print("Initiating microsegmentation control...")
  101.  
  102.         # Add sophisticated logic for controlling microsegmentation
  103.         self.control_iptables(remove_rules=False)  # For illustration purposes, don't remove iptables rules
  104.         self.control_captive_portal(stop_server=False)  # For illustration purposes, don't stop captive portal server
  105.  
  106.         print("Microsegmentation controlled")
  107.  
  108.     def show_help_menu(self):
  109.         """Display a detailed help menu providing insights into each option."""
  110.         help_text = """
  111.        1. Configure Microsegmentation:
  112.           - Set up network microsegmentation with advanced configuration, including iptables rules, a captive portal,
  113.             and routing through a series of 127s.
  114.  
  115.        2. Control Microsegmentation:
  116.           - Dynamically control and adjust network microsegmentation settings, including iptables and the captive portal.
  117.  
  118.        3. Scan Network:
  119.           - Perform a network scan to identify active hosts and services.
  120.  
  121.        4. Perform DNS Spoofing:
  122.           - Initiate a DNS spoofing attack to manipulate DNS responses.
  123.  
  124.        5. Help:
  125.           - Display this detailed help menu, providing insights into each option.
  126.  
  127.        6. Exit:
  128.           - Exit the tool, ensuring a clean termination.
  129.        """
  130.         print(help_text)
  131.  
  132.     def show_menu(self):
  133.         """Display the main menu of the GhostNetwork Tool."""
  134.         menu = """
  135.        Welcome to the GhostNetwork Tool - Main Menu
  136.        -------------------------------------------
  137.        1. Configure Microsegmentation
  138.        2. Control Microsegmentation
  139.        3. Scan Network
  140.        4. Perform DNS Spoofing
  141.        5. Help
  142.        6. Exit
  143.  
  144.        Please select an option:
  145.        """
  146.         print(menu)
  147.  
  148.     def run_tool(self):
  149.         """Run the GhostNetwork Tool, processing user inputs and executing chosen functionalities."""
  150.         while True:
  151.             self.show_menu()
  152.             choice = input("Enter your choice: ")
  153.  
  154.             if choice == '1':
  155.                 self.configure_microsegmentation()
  156.             elif choice == '2':
  157.                 self.control_microsegmentation()
  158.             elif choice == '3':
  159.                 self.scan_network()
  160.             elif choice == '4':
  161.                 self.perform_dns_spoofing()
  162.             elif choice == '5':
  163.                 self.show_help_menu()
  164.             elif choice == '6':
  165.                 print("Exiting...")
  166.                 # Cleanup: Close captive portal server
  167.                 sys.exit(0)
  168.             else:
  169.                 print("Invalid option. Please try again.")
  170.  
  171. if __name__ == "__main__":
  172.     # Create an instance of the GhostNetworkTool
  173.     ghost_network_tool = GhostNetworkTool()
  174.     # Run the tool
  175.     ghost_network_tool.run_tool()
  176.  
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