CVE-2013-1763

This exploit leverages CVE-2013-1763, a SOCK_DIAG vulnerability in Linux kernels 3.3-3.8, to achieve local privilege escalation by manipulating netlink structures and executing arbitrary kernel code. It resolves kernel symbols dynamically or uses hardcoded addresses for Ubuntu/Fedora to bypass authentication.

This exploit targets CVE-2013-1763, a Linux kernel vulnerability in the sock_diag module, to achieve local privilege escalation (LPE) by bypassing SMEP. It uses a crafted Netlink message to corrupt kernel memory and redirect execution to a user-controlled payload.

This exploit leverages a kernel vulnerability (CVE-2013-1763) in the Linux netlink socket implementation to achieve local privilege escalation. It uses a crafted netlink message to trigger a kernel memory corruption, overwriting a function pointer to execute arbitrary code in kernel context.

This exploit targets a Linux kernel vulnerability (CVE-2013-1763) to achieve local privilege escalation by manipulating kernel memory structures. It uses a socket operation to trigger the vulnerability and patches the current task structure to gain root privileges.

This exploit targets CVE-2013-1763, a Linux kernel vulnerability in the netlink socket implementation. It leverages a memory corruption flaw to achieve local privilege escalation by overwriting kernel memory and executing arbitrary code in kernel context.