|Join hundreds of InfoSec professionals at our upcoming |
[Global AppSec Amsterdam, September 23-27]
OWASP Tool Project D4N155
OWASP Tool Project D4N155The project uses OSINT for dynamic and smart attack of brute force, using a complex operation and get the word list using expressions find
On the abstract we can presume that this isn’t just another pentest tool this is a truly powerful tool, that integrate various key features of another projects and ideas of the developers and aggregate then in a same place.
Besides this it’s a friendly tool for a pentester with the features of automatics reports the professional can save time, writing extensive reports with pages of print screens, technician reports and transcription of procedures this tool can make a half of a job for him.
The process of password speculation is performed using various functions, all using recursive ones, as the equation shows.
λ→(η) = Op.
The code follows combinatorial analysis in order to speculate passwords and we’ll explain next.
Enumerative combinatorial is more classical area of combinatorics and concentrates on counting the number of combinatorial objects
Analytic combinatorics concerns the enumeration of combinatorial structures using tools from complex analysis and probability theory. In contrast with enumerative combinatorics, which uses explicit combinatorial formulae and generating functions to describe the results, analytic combinatorics aims at obtaining asymptotic formulae.
This is the most important thing for code.
With all the possibilities of combinations, example:
Root text: i walk ---- Tests ---- 1,1: walk i 1,2: walki 2,1: i walk 2,2: iwalk Removed repeated words ------------------------ walk i walki iwalk
Using this script are possible see in practical with 4 values
wget -qO- "https://gist.githubusercontent.com/Jul10l1r4/a5edfae6b0f206b4e491152c9f6b4347/raw/6c246b3a32db2f19fe5c68394663a1c995d8f625/mess.py" | python3
GNU GPL v3 License (allows commercial use, but requires that modifications to your code stay open source, thus prohibiting proprietary forks of your project)
All notable changes to this project will be documented in this file.
Thanks for your interest in making D4N155 There are mutliple ways to help beyond just writing code:
- [Submit bugs and feature requests] with detailed information about your issue or idea. - [Help fellow users with open issues] or [help fellow committers test recent pull requests].
If you want help for undestand the code contact us:
* email@example.com (Julio Lira) * firstname.lastname@example.org (Matheus Oliveira) * x4fUz_K39z@tutanota.com (@sophiesch0ll)
Clara Nobre (@claranobre)
Guilmour Rossi (@guilmour)
Julio Lira (@jul10l1r4)
Kádson Breno (@kr4m3r)
Matheus Oliveira (@Matheus_0liveira)