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vasiliy kulikov vulnerabilities and exploits

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NA
CVE-2011-1832
utils/mount.ecryptfs_private.c in ecryptfs-utils prior to 90 does not properly check mountpoint permissions, which allows local users to remove directories via a umount system call.
Ecryptfs Ecryptfs-utils 68Ecryptfs Ecryptfs-utils 69Ecryptfs Ecryptfs-utils 76Ecryptfs Ecryptfs-utils 77Ecryptfs Ecryptfs-utils 84Ecryptfs Ecryptfs-utils 85Ecryptfs Ecryptfs-utils 63Ecryptfs Ecryptfs-utils 64Ecryptfs Ecryptfs-utils 72Ecryptfs Ecryptfs-utils 73Ecryptfs Ecryptfs-utils 80Ecryptfs Ecryptfs-utils 81Ecryptfs Ecryptfs-utilsEcryptfs Ecryptfs Utils 61Ecryptfs Ecryptfs Utils 60Ecryptfs Ecryptfs-utils 62Ecryptfs Ecryptfs-utils 70Ecryptfs Ecryptfs-utils 71Ecryptfs Ecryptfs-utils 78Ecryptfs Ecryptfs-utils 79Ecryptfs Ecryptfs-utils 86Ecryptfs Ecryptfs-utils 87
NA
CVE-2011-1837
The lock-counter implementation in utils/mount.ecryptfs_private.c in ecryptfs-utils prior to 90 allows local users to overwrite arbitrary files via unspecified vectors.
Ecryptfs Ecryptfs-utils 63Ecryptfs Ecryptfs-utils 64Ecryptfs Ecryptfs-utils 71Ecryptfs Ecryptfs-utils 72Ecryptfs Ecryptfs-utils 79Ecryptfs Ecryptfs-utils 80Ecryptfs Ecryptfs-utilsEcryptfs Ecryptfs Utils 61Ecryptfs Ecryptfs-utils 67Ecryptfs Ecryptfs-utils 68Ecryptfs Ecryptfs-utils 75Ecryptfs Ecryptfs-utils 76Ecryptfs Ecryptfs-utils 83Ecryptfs Ecryptfs-utils 84Ecryptfs Ecryptfs-utils 85Ecryptfs Ecryptfs Utils 58Ecryptfs Ecryptfs-utils 62Ecryptfs Ecryptfs-utils 69Ecryptfs Ecryptfs-utils 70Ecryptfs Ecryptfs-utils 77Ecryptfs Ecryptfs-utils 78Ecryptfs Ecryptfs-utils 86
NA
CVE-2011-1836
utils/ecryptfs-recover-private in ecryptfs-utils prior to 90 does not establish a subdirectory with safe permissions, which might allow local users to bypass intended access restrictions via standard filesystem operations during the recovery process.
Ecryptfs Ecryptfs-utils 65Ecryptfs Ecryptfs-utils 62Ecryptfs Ecryptfs-utils 70Ecryptfs Ecryptfs-utils 71Ecryptfs Ecryptfs-utils 78Ecryptfs Ecryptfs-utils 79Ecryptfs Ecryptfs-utils 86Ecryptfs Ecryptfs-utils 87Ecryptfs Ecryptfs-utils 66Ecryptfs Ecryptfs-utils 74Ecryptfs Ecryptfs-utils 75Ecryptfs Ecryptfs-utils 82Ecryptfs Ecryptfs-utils 83Ecryptfs Ecryptfs Utils 60Ecryptfs Ecryptfs Utils 59Ecryptfs Ecryptfs Utils 58Ecryptfs Ecryptfs-utils 67Ecryptfs Ecryptfs-utils 68Ecryptfs Ecryptfs-utils 69Ecryptfs Ecryptfs-utils 76Ecryptfs Ecryptfs-utils 77Ecryptfs Ecryptfs-utils 84
NA
CVE-2011-1831
utils/mount.ecryptfs_private.c in ecryptfs-utils prior to 90 does not properly check mountpoint permissions, which allows local users to effectively replace any directory with a new filesystem, and consequently gain privileges, via a mount system call.
Ecryptfs Ecryptfs-utils 66Ecryptfs Ecryptfs-utils 67Ecryptfs Ecryptfs-utils 74Ecryptfs Ecryptfs-utils 75Ecryptfs Ecryptfs-utils 76Ecryptfs Ecryptfs-utils 83Ecryptfs Ecryptfs-utils 84Ecryptfs Ecryptfs Utils 59Ecryptfs Ecryptfs Utils 58Ecryptfs Ecryptfs-utils 62Ecryptfs Ecryptfs-utils 63Ecryptfs Ecryptfs-utils 70Ecryptfs Ecryptfs-utils 71Ecryptfs Ecryptfs-utils 79Ecryptfs Ecryptfs-utils 80Ecryptfs Ecryptfs-utils 87Ecryptfs Ecryptfs-utilsEcryptfs Ecryptfs-utils 68Ecryptfs Ecryptfs-utils 69Ecryptfs Ecryptfs-utils 77Ecryptfs Ecryptfs-utils 78Ecryptfs Ecryptfs-utils 85
NA
CVE-2011-1834
utils/mount.ecryptfs_private.c in ecryptfs-utils prior to 90 does not properly maintain the mtab file during error conditions, which allows local users to cause a denial of service (table corruption) or bypass intended unmounting restrictions via a umount system call.
Ecryptfs Ecryptfs-utils 63Ecryptfs Ecryptfs-utils 64Ecryptfs Ecryptfs-utils 71Ecryptfs Ecryptfs-utils 72Ecryptfs Ecryptfs-utils 79Ecryptfs Ecryptfs-utils 80Ecryptfs Ecryptfs-utilsEcryptfs Ecryptfs Utils 61Ecryptfs Ecryptfs-utils 67Ecryptfs Ecryptfs-utils 68Ecryptfs Ecryptfs-utils 75Ecryptfs Ecryptfs-utils 76Ecryptfs Ecryptfs-utils 83Ecryptfs Ecryptfs-utils 84Ecryptfs Ecryptfs Utils 58Ecryptfs Ecryptfs-utils 65Ecryptfs Ecryptfs-utils 66Ecryptfs Ecryptfs-utils 73Ecryptfs Ecryptfs-utils 74Ecryptfs Ecryptfs-utils 81Ecryptfs Ecryptfs-utils 82Ecryptfs Ecryptfs Utils 60
NA
CVE-2011-1835
The encrypted private-directory setup process in utils/ecryptfs-setup-private in ecryptfs-utils prior to 90 does not properly ensure that the passphrase file is created, which might allow local users to bypass intended access restrictions at a certain time in the new-user creatio...
Ecryptfs Ecryptfs-utils 64Ecryptfs Ecryptfs-utils 65Ecryptfs Ecryptfs-utils 72Ecryptfs Ecryptfs-utils 73Ecryptfs Ecryptfs-utils 81Ecryptfs Ecryptfs-utils 82Ecryptfs Ecryptfs Utils 61Ecryptfs Ecryptfs Utils 60Ecryptfs Ecryptfs-utils 68Ecryptfs Ecryptfs-utils 69Ecryptfs Ecryptfs-utils 76Ecryptfs Ecryptfs-utils 77Ecryptfs Ecryptfs-utils 78Ecryptfs Ecryptfs-utils 85Ecryptfs Ecryptfs-utils 86Ecryptfs Ecryptfs-utils 66Ecryptfs Ecryptfs-utils 67Ecryptfs Ecryptfs-utils 74Ecryptfs Ecryptfs-utils 75Ecryptfs Ecryptfs-utils 83Ecryptfs Ecryptfs-utils 84Ecryptfs Ecryptfs Utils 59
NA
CVE-2011-3601
Buffer overflow in the process_ra function in the router advertisement daemon (radvd) prior to 1.8.2 allows remote malicious users to execute arbitrary code or cause a denial of service (crash) via a negative value in a label_len value.
Litech Router Advertisement Daemon
NA
CVE-2011-1159
acpid.c in acpid prior to 2.0.9 does not properly handle a situation in which a process has connected to acpid.socket but is not reading any data, which allows local users to cause a denial of service (daemon hang) via a crafted application that performs a connect system call but...
Tedfelix Acpid 2.0.3Tedfelix Acpid 2.0.5Tedfelix Acpid 2.06Tedfelix Acpid 2.0.7Tedfelix AcpidTedfelix Acpid 1.0.8Tedfelix Acpid 1.0.10Tedfelix Acpid 2.0.0Tedfelix Acpid 2.0.1Tedfelix Acpid 2.0.2Tedfelix Acpid 2.0.4
NA
CVE-2011-0710
The task_show_regs function in arch/s390/kernel/traps.c in the Linux kernel prior to 2.6.38-rc4-next-20110216 on the s390 platform allows local users to obtain the values of the registers of an arbitrary process by reading a status file under /proc/.
Linux Linux Kernel 2.6.38Linux Linux Kernel
NA
CVE-2011-1090
The __nfs4_proc_set_acl function in fs/nfs/nfs4proc.c in the Linux kernel prior to 2.6.38 stores NFSv4 ACL data in memory that is allocated by kmalloc but not properly freed, which allows local users to cause a denial of service (panic) via a crafted attempt to set an ACL.
Linux Linux Kernel 2.6.27.29Linux Linux Kernel 2.6.27.12Linux Linux Kernel 2.6.11Linux Linux Kernel 2.6.38Linux Linux Kernel 2.6.20.6Linux Linux Kernel 2.6.32.5Linux Linux Kernel 2.6.28Linux Linux Kernel 2.6.4Linux Linux Kernel 2.6.35Linux Linux Kernel 2.6.17Linux Linux Kernel 2.6.20.9Linux Linux Kernel 2.6.26Linux Linux Kernel 2.6.21Linux Linux Kernel 2.6.18Linux Linux Kernel 2.6.33.7Linux Linux Kernel 2.6.23.4Linux Linux Kernel 2.6.22.15Linux Linux Kernel 2.6.16.16Linux Linux Kernel 2.6.20Linux Linux Kernel 2.6.18.7Linux Linux Kernel 2.6.17.12Linux Linux Kernel 2.6.16.39
CVSSv3
CVSSv2
CVSSv3
VMScore
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