New module for Metasploit Framework
Posted on 17 August 2011.
Bookmark and Share
SecureState released a new auxiliary module for the Metasploit Framework that can reduce the amount of time that it takes to visually fingerprint large amounts of web servers.

During penetration tests, consultants often need to target web applications in order to find “low hanging” vulnerabilities, such as default password configurations and out of date software. This task can be very difficult on large networks that are home to many hosts with different web servers, often running on a variety of ports.

In this situation, penetration testers must often resort to running port scans and opening potential web servers in a browser one by one. This is a very time consuming and tedious task.

The new module, called "page_collector," takes a range of hosts in the typical RHOSTS fashion and checks a user-definable list of ports for web services using both HTTP and HTTPS. Each successfully identified web server then gets a corresponding iFrame in an output file.

The result is a single HTML document that, when loaded by the attacker, presents them with an easy to view list of hosts.

Using this, penetration testers can reduce the overhead usually required to find such “low hanging fruit” as Tomcat and JBoss installations, as well as generic login pages.






Spotlight

IT security jobs: What's in demand and how to meet it

Posted on 15 May 2013.  |  Let's say you want a career in information security, where do you start? What credentials do you need? What are employers looking for? Read on to find some answers.


Daily digest

By subscribing to our early morning news update, you will receive a daily digest of the latest security news published on Help Net Security.
  

Weekly newsletter

With over 500 issues so far, reading our newsletter every Monday morning will keep you up-to-date with security risks out there.
  

 
DON'T
MISS

Fri, May 17th
    COPYRIGHT 1998-2013 BY HELP NET SECURITY.   // READ OUR PRIVACY POLICY // ABOUT US // ADVERTISE //