This Metasploit module exploits a stack buffer overflow in the Windows Media Unicast Service version 4.1.0.3930 (NUMS.exe). By sending a specially crafted FunnelConnect request, an attacker can execute arbitrary code under the "NetShowServices" user account. Windows Media Services 4.1 ships with Windows 2000 Server, but is not installed by default. NOTE: This service does NOT restart automatically. Successful, as well as unsuccessful exploitation attempts will kill the service which prevents additional attempts.

A vulnerability in the Windows kernel can be triggered via SMB in Microsoft Windows versions ranging from Windows 2000 through to Windows 7. This vulnerability allows an attacker to trigger a kernel pool corruption by sending a specially crafted SMB_COM_TRANSACTION2 request. Successful exploitation of this issue may result in remote code execution with kernel privileges, while failed attempts will result in a denial of service condition.

This Metasploit module exploits a stack based buffer overflow in the BEA Weblogic Apache plugin. The connector fails to properly handle specially crafted HTTP POST requests, resulting a buffer overflow due to the insecure usage of sprintf. Currently, this module works over Windows systems without DEP, and has been tested with Windows 2000 / XP. In addition, the Weblogic Apache plugin version is fingerprinted with a POST request containing a specially crafted Transfer-Encoding header.

ECLIPSEDWING exploits the SMB vulnerability patched by MS08-67. It affects Microsoft Windows 2000, 2003, and XP. Note that this exploit is part of the recent public disclosure from the "Shadow Brokers" who claim to have compromised data from a team known as the "Equation Group", however, there is no author data available in this content. Consider this exploit hostile and unverified. For research purposes only. Description has been referenced from http://medium.com/@networksecurity.

The Bastille Hardening System attempts to "harden" or "tighten" the Linux/Unix operating systems. It currently supports Red Hat and Mandrake systems, with support on the way for Debian, SuSE, TurboLinux and HP-UX. We attempt to provide the most secure, yet usable, system possible. Screenshot available here..

The Bastille Hardening System attempts to "harden" or "tighten" the Linux/Unix operating systems. It currently supports Red Hat and Mandrake systems, with support on the way for Debian, SuSE, TurboLinux and HP-UX. We attempt to provide the most secure, yet usable, system possible. Screenshot available here..

The Bastille Hardening program locks down an operating system, configuring the system for increased security. It currently supports Red Hat, Fedora Core, Red Hat Enterprise, SuSE, SuSE Enterprise, Mandrake, Debian, and Gentoo, HP-UX, and Apple's Mac OS X. Screenshot available here..

The Bastille Hardening program locks down an operating system, configuring the system for increased security. It currently supports Red Hat, Fedora Core, Red Hat Enterprise, SuSE, SuSE Enterprise, Mandrake, Debian, and Gentoo, HP-UX, and Apple's Mac OS X. Screenshot available here..

The Bastille Hardening program locks down an operating system, configuring the system for increased security. It currently supports Red Hat, Fedora Core, Red Hat Enterprise, SuSE, SuSE Enterprise, Mandrake, Debian, and Gentoo, HP-UX, and Apple's Mac OS X. Screenshot available here..

The Bastille Hardening program locks down an operating system, configuring the system for increased security. It currently supports Red Hat, Fedora Core, Red Hat Enterprise, SuSE, SuSE Enterprise, Mandrake, Debian, and Gentoo, HP-UX, and Apple's Mac OS X. Screenshot available here..

The Bastille Hardening program locks down an operating system, configuring the system for increased security. It currently supports Red Hat, Fedora Core, Red Hat Enterprise, SuSE, SuSE Enterprise, Mandrake, Debian, and Gentoo, HP-UX, and Apple's Mac OS X. Screenshot available here..

Samba versions below 3.0.20 heap overflow exploit. Written for older versions of Debian, Slackware, and Mandrake.

The Bastille Hardening program locks down an operating system, configuring the system for increased security. It currently supports Red Hat, Fedora Core, Red Hat Enterprise, SuSE, SuSE Enterprise, Mandrake, Debian, and Gentoo, HP-UX, and Apple's Mac OS X.

Anomalous Payloadbased Worm Detection and Signature Generation.

A Win32 tool for easing/automating the process of creating IDS/IPS signatures for SMTP based worms, providing a comfortable GUI, including raw base64 variants and Snort signatures support. This tarball is the binary executable version.

This code shows how to send hidden data steganographed into a simulation of common (worm) traffic.

Technical Cyber Security Alert TA07-059A - A worm is exploiting a vulnerability in the telnet daemon (in.telnetd) on unpatched Sun Solaris systems. The vulnerability allows the worm (or any attacker) to log in via telnet (23/tcp) with elevated privileges.

The Visitor Messages add-on for vBulletin version 3.7.3 suffers from cross site scripting and cross site request forgery vulnerabilities. This is a worm exploit that takes advantage of these issues.

Whitepaper called Exploiting Web 2.0, Real Life XSS-Worm.

Technical Cyber Security Alert TA09-088A - US-CERT is aware of public reports indicating a widespread infection of the Conficker worm, which can infect a Microsoft Windows system from a thumb drive, a network share, or directly across a network if the host is not patched with MS08-067.

Whitepaper called Using "ShoutBoxes" to control malicious software.

This Metasploit module exploits the FTP server component of the Sasser worm. By sending an overly long PORT command the stack can be overwritten.