This module exploits a vulnerability in OpenSSL by sending a crafted packet to port 4433, causing a denial of service effect.
This module exploits a vulnerability in ISC DHCP Server. The vulnerability is caused due to the improper handling of DHCP requests within dhcpd in the "cons_options()" function in options.c. This causes a stack-based buffer corruption by sending a specially crafted DHCP request specifying a maximum message size smaller than 278 bytes. This module, if successful, will leave the DHCP daemon unavailable.
This module exploits a vulnerability in the Linux kernel by sending a lot of "ICMPv6 Router Advertisement" messages to the target finalizing it in a Stop Responding target behavior.
A flaw was found in the Linux kernels IPv4 IGMP query processing. This module exploit this to cause a denial of service.
This module exploits an assertion failure vulnerability in BIND 9.8.0 servers to cause a denial of service. This vulnerability only affects BIND users who are using the Response Policy Zones (RPZ) feature configured for RRset replacement, i.e., returning a positive answer defined by the response policy.
This module exploits a vulnerability in BIND 9 when parsing dynamic update messages containing a record of type "ANY" and where at least one RRset for this FQDN exists on the server, causing the service to exit.
This module triggers a remote vulnerability that allows an attacker to send a NULL UDP message to an affected system, causing an infinit loop in the avahi-daemon service.
This module triggers a stack corruption vulnerability in Asterisk by sending a malformed packet to the 8088/TCP port.
This module exploits a null pointer vulnerability in the cupsd service when parsing malformed IPP requests on Apple CUPS. The vulnerability is exploited remotely by sending a specially crafted IPP request packet containing two IPP_TAG_UNSUPPORTED tags.
This module sends HTTP requests with specially crafted headers making Apache server consume a lot of resources. This attack prevents the victim server from accepting connections from legitimate clients and probably would make the server non-operational. The performance of this exploit depends on the contents of the path parameter. It works better when the requested path points to a static html page, and it's size is not too small.