REM This script sets up a network fragmentation technique using Scapy.
REM It generates ICMP packets with a randomized payload length and performs fragmentation.
REM The payload is created by randomly selecting printable ASCII characters within a specific range.
REM The script constructs an IP packet with the specified destination IP address and ICMP payload.
REM It then fragments the packet into smaller fragments using a fragment size of 200 bytes.
REM The fragmented packets are sent with a delay of 0.1 seconds between each fragment.
REM The script continuously loops and sends the fragments to simulate fragmented network traffic.

REM Network fragmentation can introduce complexity 
REM and potential challenges for packet inspection and reassembly.
REM This technique aims to add an additional layer of obfuscation 
REM to the network traffic by breaking it into smaller fragments.
REM However, it does not guarantee complete anonymity or provide absolute security.

REM Adjust the range values in the payload generation 
REM to control the length of the randomized payload.
REM The current range is set to generate payloads between 500 and 1500 characters.
REM Modify destination IP address in the 'IP(dst="10.0.0.1")' section to match your desired target.
REM Modify the fragment size (fragsize) and the delay between fragments (inter) as needed for your testing purposes.


REM Requirements: Python 3 and Scapy. You can install Scapy using the command 'pip3 install scapy'.

REM Author: Narsty
REM Title: Fragmentation Traffic Generator
REM Target: MacOS 
REM Version: 1.0
REM Category: Obscurity

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STRING python3 -c 'import random; from scapy.all import *; payload = "".join(chr(random.randint(32, 126)) for _ in range(random.randint(500, 1500))); packet = IP(dst="10.0.0.1") / ICMP() / payload; fragments = fragment(packet, fragsize=200); send(fragments, inter=0.1, loop=True)'
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