This module exploits a stack buffer overflow in HP OpenView Network Node Manager versions 7.53 and earlier. Specifically this vulnerability is caused by a failure to properly handle user supplied input within the HTTP request including headers and the actual URL GET request. Exploitation is tricky due to character restrictions. It was necessary to utilize a egghunter shellcode which was alphanumeric encoded by muts in the original exploit. If you plan on using exploit this for a remote shell, you will likely want to migrate to a different process as soon as possible. Any connections get reset after a short p
This module exploits a stack-based buffer overflow in EasyFTP Server 1.7.0.11 and earlier. EasyFTP fails to check input size when parsing the 'path' parameter supplied to an HTTP GET request, which leads to a stack based buffer overflow. EasyFTP allows anonymous access by default; valid credentials are typically unnecessary to exploit this vulnerability. After version 1.7.0.12, this package was renamed "UplusFtp". Due to limited space, as well as difficulties using an egghunter, the use of staged, ORD, and/or shell payloads is recommended.
This module exploits a stack buffer overflow in Savant 3.1 Web Server. The service supports a maximum of 10 threads (for a default install). Each exploit attempt generally causes a thread to die whether successful or not. Therefore, in a default configuration, you only have 10 chances. Due to the limited space available for the payload in this exploit module, use of the "ord" payloads is recommended.
This module exploits a stack buffer overflow in eDirectory 8.7.3 iMonitor service. This vulnerability was discovered by Peter Winter-Smith of NGSSoftware. NOTE: repeated exploitation attempts may cause eDirectory to crash. It does not restart automatically in a default installation.
This module exploits a stack buffer overflow in Trend Micro OfficeScan cgiChkMasterPwd.exe (running with SYSTEM privileges).
This exploits a stack buffer overflow in the IA WebMail server. This exploit has not been tested against a live system at this time.
This module exploits a stack buffer overflow in the Sybase EAServer Web Console. The offset to the SEH frame appears to change depending on what version of Java is in use by the remote server, making this exploit somewhat unreliable.
This module exploits a stack buffer overflow in the MaxDB WebDBM service. By sending a specially-crafted HTTP request that contains an overly long database name. A remote attacker could overflow a buffer and execute arbitrary code on the system with privileges of the wahttp process. This module has been tested against MaxDB 7.6.00.16 and MaxDB 7.6.00.27.
This module exploits a buffer overflow in the header parsing of icecast, discovered by Luigi Auriemma. Sending 32 HTTP headers will cause a write one past the end of a pointer array. On win32 this happens to overwrite the saved instruction pointer, and on linux (depending on compiler, etc) this seems to generally overwrite nothing crucial (read not exploitable). This exploit uses ExitThread(), this will leave icecast thinking the thread is still in use, and the thread counter won't be decremented. This means for each time your payload exits, the counter will be left incremented, and eventually the threadpool limit will be maxed. So you can multihit, but only till you fill the threadpool.
This module exploits a buffer overflow in BEA's WebLogic plugin. The vulnerable code is only accessible when clustering is configured. A request containing a long JSESSION cookie value can lead to arbitrary code execution.
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