This is a stack buffer overflow exploit for BadBlue version 2.5.
This exploits a buffer overflow in the ADMCREG.EXE used in the PrivateWire Online Registration Facility.
This module exploits a stack buffer overflow in SHTTPD <= 1.34. The vulnerability is caused due to a boundary error within the handling of POST requests.
This module exploits a stack buffer overflow in SAP DB 7.4 WebTools. By sending an overly long GET request, it may be possible for an attacker to execute arbitrary code.
This module exploits a buffer overflow found in the /search/results.stm application that comes with Sambar 6. This code is a direct port of Andrew Griffiths's SMUDGE exploit, the only changes made were to the nops and payload. This exploit causes the service to die, whether you provided the correct target or not.
This is a simple buffer overflow for the minishare web server. This flaw affects all versions prior to 1.4.2. This is a plain stack buffer overflow that requires a "jmp esp" to reach the payload, making this difficult to target many platforms at once. This module has been successfully tested against 1.4.1. Version 1.3.4 and below do not seem to be vulnerable.
This module exploits a stack buffer overflow in the iMatix Corporation Xitami Web Server. If a malicious user sends an If-Modified-Since header containing an overly long string, it may be possible to execute a payload remotely. Due to size constraints, this module uses the Egghunter technique.
This module exploits the mod_rewrite LDAP protocol scheme handling flaw discovered by Mark Dowd, which produces an off-by-one overflow. Apache versions 1.3.29-36, 2.0.47-58, and 2.2.1-2 are vulnerable. This module requires REWRITEPATH to be set accurately. In addition, the target must have 'RewriteEngine on' configured, with a specific 'RewriteRule' condition enabled to allow for exploitation. The flaw affects multiple platforms, however this module currently only supports Windows based installations.
This module exploits a format string vulnerability in the Nullsoft SHOUTcast server for Windows. The vulnerability is triggered by requesting a file path that contains format string specifiers. This vulnerability was discovered by Tomasz Trojanowski and Damian Put.
This module exploits a stack buffer overflow in the RPC interface to the Microsoft Message Queueing service. This exploit requires the target system to have been configured with a DNS name and for that name to be supplied in the 'DNAME' option. This name does not need to be served by a valid DNS server, only configured on the target machine.
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