Parth : Heuristic Vulnerable Parameter Scanner

Some HTTP parameter names are more commonly associated with one functionality than the others. For example, the parameter ?url= usually contains URLs as the value and hence often falls victim to file inclusion, open redirect and SSRF attacks. Parth can go through your burp history, a list of URLs or it’s own disocovered URLs to find such parameter names and the risks commonly associated with them. Parth is designed to aid web security testing by helping in prioritization of components for testing.

Usage

  • Import targets from a file

This option works for all 3 supported import types: Burp Suite history, newline delimited text file or a HTTP request text file.

python3 parth.py -i example.history

  • Find URLs for a domain

This option will make use of CommonCrawl, Open Threat Exchange and Waybackmachine to find URLs of the target domain.

python3 parth.py -t example.com

  • Ignore duplicate parameter names

Same parameter names across all URLs are ignored.

python3 parth.py -ut example.com

Save Parameter Names

This option will write all the parameter names found in a file with name params-{target}.txt for later use.

python3 parth.py -pt example.com

  • JSON Output

The following command will save the result as a JSON object in the specified file.

python3 parth.py -t example.com -o example.json

Credits

The database of parameter names and the risks associated with them is mainly created from the public work of various people of the community.

R K

Recent Posts

Cybersecurity – Tools And Their Function

Cybersecurity tools play a critical role in safeguarding digital assets, systems, and networks from malicious…

12 hours ago

MODeflattener – Miasm’s OLLVM Deflattener

MODeflattener is a specialized tool designed to reverse OLLVM's control flow flattening obfuscation through static…

12 hours ago

My Awesome List : Tools And Their Functions

"My Awesome List" is a curated collection of tools, libraries, and resources spanning various domains…

12 hours ago

Chrome Browser Exploitation, Part 3 : Analyzing And Exploiting CVE-2018-17463

CVE-2018-17463, a type confusion vulnerability in Chrome’s V8 JavaScript engine, allowed attackers to execute arbitrary…

12 hours ago

Chrome Browser Exploitation, Part 1 : Introduction To V8 And JavaScript Internals

The blog post "Chrome Browser Exploitation, Part 1: Introduction to V8 and JavaScript Internals" provides…

12 hours ago

Chrome Browser Exploitation, Part 3: Analyzing and Exploiting CVE-2018-17463

The exploitation of CVE-2018-17463, a type confusion vulnerability in Chrome’s V8 JavaScript engine, relies on…

15 hours ago