CVE-2013-4277

Svnserve in Apache Subversion 1.4.0 through 1.7.12 and 1.8.0 through 1.8.1 allows local users to overwrite arbitrary files or kill arbitrary processes via a symlink attack on the file specified by the --pid-file option...

CVE-2013-4277: Undefined Security Weakness

Svnserve in Apache Subversion 1.4.0 through 1.7.12 and 1.8.0 through 1.8.1 allows local users to overwrite arbitrary files or kill arbitrary processes via a symlink attack on the file specified by the --pid-file option...

PT-2013-4932

Name of the Vulnerable Software and Affected Versions Apache Subversion versions 1.4.0 through 1.7.12 Apache Subversion versions 1.8.0 through 1.8.1 Description The issue allows local users to overwrite arbitrary files or kill arbitrary processes via a symlink attack on the file specified by the...

tuned: insecure permissions of tuned.pid

tuned 2.10.0 creates its PID file with insecure permissions which allows local users to kill arbitrary processes...

OpenIPMI: IPMI event daemon creates PID file with world writeable permissions

ipmievd aka the IPMI event daemon in OpenIPMI, as used in the ipmitool package 1.8.11 in Red Hat Enterprise Linux RHEL 6, Debian GNU/Linux, Fedora 16, and other products uses 0666 permissions for its ipmievd.pid PID file, which allows local users to kill arbitrary processes by writing to this fil...

CVE-2012-3487

Race condition in Tunnelblick 3.3beta20 and earlier allows local users to kill unintended processes by waiting for a specific PID value to be assigned to a target process...

PT-2012-4753

Name of the Vulnerable Software and Affected Versions Tunnelblick versions 3.3beta20 and earlier Description A race condition issue allows local users to kill unintended processes by waiting for a specific PID value to be assigned to a target process. Recommendations For Tunnelblick versions...

CVE-2011-4339: Incorrect Permission Assignment for Critical Resource

ipmievd aka the IPMI event daemon in OpenIPMI, as used in the ipmitool package 1.8.11 in Red Hat Enterprise Linux RHEL 6, Debian GNU/Linux, Fedora 16, and other products uses 0666 permissions for its ipmievd.pid PID file, which allows local users to kill arbitrary processes by writing to this fil...

OpenIPMI: IPMI event daemon creates PID file with world writeable permissions

ipmievd aka the IPMI event daemon in OpenIPMI, as used in the ipmitool package 1.8.11 in Red Hat Enterprise Linux RHEL 6, Debian GNU/Linux, Fedora 16, and other products uses 0666 permissions for its ipmievd.pid PID file, which allows local users to kill arbitrary processes by writing to this fil...

CVE-2011-2147

Openswan 2.2.x does not properly restrict permissions for 1 /var/run/starter.pid, related to starter.c in the IPsec starter, and 2 /var/lock/subsys/ipsec, which allows local users to kill arbitrary processes by writing a PID to a file, or possibly bypass disk quotas by writing arbitrary data to a...

Design/Logic Flaw

Openswan 2.2.x does not properly restrict permissions for 1 /var/run/starter.pid, related to starter.c in the IPsec starter, and 2 /var/lock/subsys/ipsec, which allows local users to kill arbitrary processes by writing a PID to a file, or possibly bypass disk quotas by writing arbitrary data to a...

PT-2011-1179

Name of the Vulnerable Software and Affected Versions Openswan versions 2.2.x through 2.6.37 Description The issue is related to improper permission restrictions in Openswan, specifically with files /var/run/starter.pid and /var/lock/subsys/ipsec. This could allow local users to kill arbitrary...

CVE-2011-2147: Undefined Security Weakness

Openswan 2.2.x does not properly restrict permissions for 1 /var/run/starter.pid, related to starter.c in the IPsec starter, and 2 /var/lock/subsys/ipsec, which allows local users to kill arbitrary processes by writing a PID to a file, or possibly bypass disk quotas by writing arbitrary data to a...

CVE-2011-1784: Undefined Security Weakness

The pidfilewrite function in core/pidfile.c in keepalived 1.2.2 and earlier uses 0666 permissions for the 1 keepalived.pid, 2 checkers.pid, and 3 vrrp.pid files in /var/run/, which allows local users to kill arbitrary processes by writing a PID to one of these files...

netbsd/x86 kill all processes shellcode 23 bytes

No description provided by source. / netbsd/x86 kill all processes shellcode this shellcode is using syscall number 37 or 0x25 37 STD int syskillint pid, int signum; here is assembler code using intel syntaxe and NASM --------------begin----------- section .note.netbsd.ident dd 0x07,0x04,0x01 db...

netbsd/x86 kill all processes shellcode 23 bytes

netbsd/x86 kill all processes shellcode 23 bytes. Shellcode exploit for netbsdx86 platform / netbsd/x86 kill all processes shellcode author Anonymous this shellcode is using syscall number 37 or 0x25 37 STD int syskillint pid, int signum; here is assembler code using intel syntaxe and NASM...

FreeBSD/x86 - kill all processes - 12 bytes

No description provided by source. CoDed bY suN8Hclf DaRk-CodeRs Group productions, kid FreeBSD x86 kill all procesess 12 bytes shellcode Compile: nasm -f elf code.asm ld -e start -o code code.o Assembly code: ---------------------code.asm------------------- section .text global start start: xor...

CVE-2007-0474

Smb4K before 0.8.0 allow local users, when present on the Smb4K sudoers list, to kill arbitrary processes, related to a "design issue with smb4kkill."...

CVE-2002-0429: Undefined Security Weakness

The iBCS routines in arch/i386/kernel/traps.c for Linux kernels 2.4.18 and earlier on x86 systems allow local users to kill arbitrary processes via a a binary compatibility interface lcall...