The necessary programs

• nmap

• Python 3

• Internet access through IPV6 for scanning

PIP dependings

• shutil
• datetime
• os
• ipaddress
• argparse
• dns.resolver

How to start

python main.py

Command example:

python main.py -wordAddresses -servicePort -lowbyte -ipv4InIpv6 -macInIpv6 -parseDomain -ports 80,21,22,443 -clearOutput -clearOutputNmap -countToWrite 100 -limitGenerate 100 -executeNmap 0 -nmapScan out

Command List

• -h --help Show this help message and exit
• -wordAddresses Use method wordAddresses to generate
• -macInIpv6 Use method macInIpv6 to generate
• -servicePort Use method servicePort to generate
• -lowbyte Use method lowbyte to generate
• -ipv4InIpv6 Use method ipv4InIpv6 to generate
• -generateMacAddresses Generate a list of mac addresses
• -parseDomain Parse IPv6 list from domain list data/domains.txt
• -ports 80,443 list of ports that will be used in the scanner
• -clearOutput Сlear output directory
• -clearOutputNmap Сlear output nmap directory
• -countToWrite Buffer addresses for writing, default 1000
• -nmapScan <diectory> example -nmapScan out Nmap custom scan all files in directory, default : out
• -executeNmap 1 -executeNmap 0|1 scan ipv6 addresses after generate? 0 - no, 1 - yes, default 0
• -limitGenerate Limit of generate IPv6 addresses

Description

The script generates IPV6 addresses according to frequently used patterns, which allow generating IPV6 speakers into which active hosts will be with a higher percentage

Generation Templates:

• Word Adresses
• mac in IPV6
• Service Port
• Low byte
• Ipv4 In Ipv6

A file with IPV6 addresses is generated which is then passed to nmap

Used fragmentation for recording so as not to overflow memory with very large generation spaces