This module abuses two flaws - a metacharacter injection vulnerability in the HTTP management server of RedHat 6.2 systems running the Piranha LVS cluster service and GUI (rpm packages: piranha and piranha-gui). The vulnerability allows an authenticated attacker to execute arbitrary commands as the Apache user account (nobody) within the /piranha/secure/passwd.php3 script. The package installs with a default user and password of piranha:q which was exploited in the wild.
This module exploits a stack buffer overflow in PeerCast <= v0.1216. The vulnerability is caused due to a boundary error within the handling of URL parameters.
This module exploits a stack buffer overflow in apply.cgi on the Linksys WRT54G and WRT54GS routers. According to iDefense who discovered this vulnerability, all WRT54G versions prior to 4.20.7 and all WRT54GS version prior to 1.05.2 may be affected.
This is an exploit for Squid's NTLM authenticate overflow (libntlmssp.c). Due to improper bounds checking in ntlm_check_auth, it is possible to overflow the 'pass' variable on the stack with user controlled data of a user defined length. Props to iDEFENSE for the advisory.
This is an exploit for the Poptop negative read overflow. It works against versions prior to 1.1.3-b3 and 1.1.3-20030409. The server will only allow 4 concurrent manager processes, limiting the number of shells that can be obtained. The current method of exploitation closes the socket before code execution, preventing the use of Findsock.
This module exploits a format string vulnerability in the LPRng print server. This vulnerability was discovered by Chris Evans. There was a publicly circulating worm targeting this vulnerability, which prompted RedHat to pull their 7.0 release. They consequently re-released it as '7.0-respin'.
This module exploits a stack buffer overflow in Borland InterBase by sending a specially crafted attach request.
This module exploits a stack buffer overflow in Borland InterBase by sending a specially crafted attach request.
This module exploits a command execution vulnerability in the hpssd.py daemon of the Hewlett-Packard Linux Imaging and Printing Project. According to MITRE, versions 1.x and 2.x before 2.7.10 are vulnerable. This module was written and tested using the Fedora 6 Linux distribution. On the test system, the daemon listens on localhost only and runs with root privileges. Although the configuration shows the daemon is to listen on port 2207, it actually listens on a dynamic port. NOTE: If the target system does not have a 'sendmail' command installed, this vulnerability cannot be exploited.
This exploit takes advantage of a stack based overflow. Once the stack corruption has occurred it is possible to overwrite a pointer which is later used for a memcpy. This gives us a write anything anywhere condition similar to a format string vulnerability. NOTE: The popsubfolders option is a non-default setting. I chose to overwrite the GOT with my shellcode and return to it. This defeats the VA random patch and possibly other stack protection features. Tested on gentoo-sources Linux 2.6.16. Although Fedora CORE 5 ships with a version containing the vulnerable code, it is not exploitable due to the use of the FORTIFY_SOURCE compiler enhancement
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