bpmcdevitt/exploit-db-mirror
1
0
Fork 0
Code Issues Pull requests Projects Releases Packages Wiki Activity Actions
exploit-db-mirror/platforms/windows/dos/39994.html
Offensive Security 0fe9b46f79 DB: 2016-06-22 
14 new exploits

Linux Kernel <= 2.4.22 - 'do_brk' Local Root Exploit (2)
Linux Kernel <= 2.4.22 - 'do_brk()' Local Root Exploit (2)
Linux Kernel <= 2.4.23 / <= 2.6.0 - 'do_mremap' Local Proof of Concept (1)
Linux Kernel <= 2.4.23 / <= 2.6.0 - 'do_mremap' Local Proof of Concept (2)
Linux Kernel <= 2.4.23 / <= 2.6.0 - 'do_mremap()' Local Proof of Concept (1)
Linux Kernel <= 2.4.23 / <= 2.6.0 - 'do_mremap()' Local Proof of Concept (2)

Linux Kernel <= 2.4.23 / <= 2.6.0 - 'mremap()' Bound Checking Root Exploit
Linux Kernel <= 2.4.23 / <= 2.6.0 - 'mremap()' Bound Checking Root Exploit (3)

Linux Kernel <= 2.2.25 / <= 2.4.24 / <= 2.6.2 - 'mremap()' Missing 'do_munmap' Exploit
Linux Kernel <= 2.2.25 / <= 2.4.24 / <= 2.6.2 - 'mremap()' Missing 'do_munmap' Exploit (1)

Linux Kernel <= 2.4.29-rc2 - uselib() Privilege Elevation
Linux Kernel <= 2.4.29-rc2 - 'uselib()' Privilege Elevation (1)

Linux Kernel 2.4 - uselib() Privilege Elevation Exploit
Linux Kernel 2.4 - uselib() Privilege Elevation Exploit (2)

Linux Kernel 2.4.x / 2.6.x - uselib() Local Privilege Escalation Exploit
Linux Kernel 2.4.x / 2.6.x - uselib() Local Privilege Escalation Exploit (3)
Linux Kernel 2.6.17 <= 2.6.24.1 - vmsplice Local Root Exploit
Linux Kernel 2.6.23 <= 2.6.24 - vmsplice Local Root Exploit
Linux Kernel 2.6.17 <= 2.6.24.1 - 'vmsplice' Local Root Exploit (2)
Linux Kernel 2.6.23 <= 2.6.24 - vmsplice Local Root Exploit (1)

Linux Kernel 2.6 (Debian 4.0 / Ubuntu / Gentoo) - UDEV Local Privilege Escalation Exploit
Linux Kernel 2.6 (Debian 4.0 / Ubuntu / Gentoo) - UDEV Local Privilege Escalation Exploit (1)

Linux Kernel 2.6 UDEV < 141 (Gentoo / Ubuntu 8.10/9.04) - Local Privilege Escalation Exploit
Linux Kernel 2.6 (Gentoo / Ubuntu 8.10/9.04) - UDEV < 141 Local Privilege Escalation Exploit (2)
Linux Kernel 2.x (Redhat) - sock_sendpage() Ring0 Local Root Exploit (1)
Linux Kernel 2.x - sock_sendpage() Local Root Exploit (2)
Linux Kernel 2.x (Redhat) - 'sock_sendpage()' Ring0 Local Root Exploit (1)
Linux Kernel 2.x - 'sock_sendpage()' Local Root Exploit (2)

Linux Kernel 2.4 / 2.6 (RedHat Linux 9 / Fedora Core 4~11 / Whitebox 4 / CentOS 4) - sock_sendpage() ring0 Root Exploit (1)
Linux Kernel 2.4 / 2.6 (RedHat Linux 9 / Fedora Core 4~11 / Whitebox 4 / CentOS 4) - 'sock_sendpage()' ring0 Root Exploit (3)

Linux Kernel <= 2.6.30 - atalk_getname() 8-bytes Stack Disclosure Exploit
Linux Kernel <= 2.6.30 - 'atalk_getname()' 8-bytes Stack Disclosure Exploit (1)
Linux Kernel 2.6 < 2.6.19 (White Box 4 / CentOS 4.4/4.5 / Fedora Core 4/5/6 x86) - ip_append_data() ring0 Root Exploit
Linux Kernel < 2.6.31-rc7 - AF_IRDA 29-Byte Stack Disclosure Exploit
Linux Kernel 2.6 < 2.6.19 (White Box 4 / CentOS 4.4/4.5 / Fedora Core 4/5/6 x86) - ip_append_data() ring0 Root Exploit (1)
Linux Kernel < 2.6.31-rc7 - AF_IRDA 29-Byte Stack Disclosure Exploit (2)
Linux Kernel < 2.6.19 (x86/x64) - udp_sendmsg Local Root Exploit
Linux Kernel < 2.6.19 (Debian 4) - udp_sendmsg Local Root Exploit
Linux Kernel < 2.6.19 (x86/x64) - udp_sendmsg Local Root Exploit (2)
Linux Kernel < 2.6.19 (Debian 4) - 'udp_sendmsg' Local Root Exploit (3)

Linux Kernel 2.4 / 2.6 (Fedora 11) - sock_sendpage() Local Root Exploit (2)
Linux Kernel 2.4 / 2.6 (Fedora 11) - 'sock_sendpage()' Local Root Exploit (4)

Linux Kernel 2.4 / 2.6 - sock_sendpage() Local Root Exploit (3)
Linux Kernel 2.4 / 2.6 - 'sock_sendpage()' Local Root Exploit (5)

Linux Kernel 2.4.1-2.4.37 / 2.6.1-2.6.32-rc5 - Pipe.c Privilege Escalation
Linux Kernel 2.4.1-2.4.37 / 2.6.1-2.6.32-rc5 - Pipe.c Privilege Escalation (3)

Linux Kernel <= 2.6.32 - 'pipe.c' Local Privilege Escalation Vulnerability
Linux Kernel <= 2.6.32 - 'pipe.c' Local Privilege Escalation Vulnerability (4)

Linux Kernel <= 2.6.37 (Redhat / Ubuntu 10.04) - 'Full Nelson' Local Privilege Escalation
Linux Kernel <= 2.6.37 (Redhat / Ubuntu 10.04) - 'Full-Nelson.c' Local Privilege Escalation

Linux Kernel <= 2.6.37 - Local Kernel Denial of Service
Linux Kernel <= 2.6.37 - Local Kernel Denial of Service (1)

Linux Kernel < 2.6.37-rc2 - TCP_MAXSEG Kernel Panic DoS
Linux Kernel < 2.6.37-rc2 - TCP_MAXSEG Kernel Panic DoS (2)

Linux Kernel < 2.6.36.2 (Ubuntu 10.04) - Econet Privilege Escalation Exploit
Linux Kernel < 2.6.36.2 (Ubuntu 10.04) - 'Half-Nelson.c' Econet Privilege Escalation Exploit

Linux Kernel 2.6.39 <= 3.2.2 (Gentoo / Ubuntu x86/x64) - Mempodipper Local Root (1)
Linux Kernel 2.6.39 <= 3.2.2 (Gentoo / Ubuntu x86/x64) - 'Mempodipper.c' Local Root (1)

Linux Kernel 2.0/2.1_ Digital UNIX <= 4.0 D_ FreeBSD <= 2.2.4_ HP HP-UX 10.20/11.0_ IBM AIX <= 3.2.5_ NetBSD 1.2_ Solaris <= 2.5.1 - Smurf Denial of Service Vulnerability
Linux Kernel 2.0/2.1 (Digital UNIX <= 4.0 D / FreeBSD <= 2.2.4 / HP HP-UX 10.20/11.0 / IBM AIX <= 3.2.5 / NetBSD 1.2 / Solaris <= 2.5.1) - Smurf Denial of Service Vulnerability

Linux Kernel <= 2.3_ BSD/OS <= 4.0_ FreeBSD <= 3.2_ NetBSD <= 1.4 - Shared Memory Denial of Service Vulnerability
Linux Kernel <= 2.3 (BSD/OS <= 4.0 / FreeBSD <= 3.2 / NetBSD <= 1.4) - Shared Memory Denial of Service Vulnerability

Linux Kernel 2.2.12/2.2.14/2.3.99_ RedHat 6.x - Socket Denial of Service
Linux Kernel 2.2.12/2.2.14/2.3.99 (RedHat 6.x) - Socket Denial of Service
Linux Kernel 2.2.x/2.4.0-test1_ SGI ProPack 1.2/1.3 - Capabilities Local Root (sendmail) Vulnerability (1)
Linux Kernel 2.2.x/2.4.0-test1_ SGI ProPack 1.2/1.3 - Capabilities Local Root (sendmail <= 8.10.1) Vulnerability (2)
Linux Kernel 2.2.x <= 2.4.0-test1 (SGI ProPack 1.2/1.3) - Capabilities Local Root 'sendmail' Vulnerability (1)
Linux Kernel 2.2.x <= 2.4.0-test1 (SGI ProPack 1.2/1.3) - Capabilities Local Root (sendmail <= 8.10.1) Vulnerability (2)

Linux Kernel < 3.3.x - 3.7.x (Arch Linux x86_64) - sock_diag_handlers[] Local Root
Linux Kernel < 3.3.x - 3.7.x (Arch Linux x86_64) - 'sock_diag_handlers[]' Local Root (1)

Linux Kernel <= 3.7.10 (Ubuntu 12.10 x64) - sock_diag_handlers Local Root Exploit
Linux Kernel <= 3.7.10 (Ubuntu 12.10 x64) - 'sock_diag_handlers' Local Root Exploit (2)

Linux Kernel 2.6.x - SYS_EPoll_Wait Local Integer Overflow Local Root Vulnerability (1)
Linux Kernel 2.6.x - 'SYS_EPoll_Wait' Local Integer Overflow Local Root Vulnerability (1)

Linux Kernel 2.6.32 <= 3.x.x (CentOS) - PERF_EVENTS Local Root Exploit
Linux Kernel 2.6.32 <= 3.x.x (CentOS) - 'PERF_EVENTS' Local Root Exploit (1)

Linux Kernel < 3.8.9 (x86_64) - perf_swevent_init Local Root Exploit
Linux Kernel < 3.8.9 (x86_64) - perf_swevent_init Local Root Exploit (2)

Linux Kernel 3.4 < 3.13.2 - recvmmsg x32 compat - Proof of Concept
Linux Kernel 3.4 < 3.13.2 - recvmmsg x32 compat - Proof of Concept (1)
Linux Kernel 3.4 < 3.13.2 (Ubuntu 13.10) - Arbitrary Write with CONFIG_X86_X32 Exploit
Linux Kernel 3.4 < 3.13.2 (Ubuntu 13.04/13.10) - 'CONFIG_X86_X32=y' Local Root Exploit
Linux Kernel 3.4 < 3.13.2 (Ubuntu 13.10) - Arbitrary Write with 'CONFIG_X86_X32' Exploit (2)
Linux Kernel 3.4 < 3.13.2 (Ubuntu 13.04/13.10) - 'CONFIG_X86_X32=y' Local Root Exploit (3)

Linux Kernel 2.6.x - 'fput()' NULL Pointer Dereference Local Denial of Service Vulnerabilty

Linux Kernel 3.3 < 3.8 (Ubuntu/Fedora 18) - SOCK_DIAG Local Root Exploit
Linux Kernel 3.3 < 3.8 (Ubuntu/Fedora 18) - SOCK_DIAG Local Root Exploit (3)
Linux Kernel <= 3.2.0-23 / <= 3.5.0-23 (Ubuntu 12.04.(0_1_2) x64) - perf_swevent_init Local Root Exploit
Linux Kernel 2.6.x - 'fasync_helper()' Local Privilege Escalation Vulnerability
Linux Kernel <= 3.2.0-23 / <= 3.5.0-23 (Ubuntu 12.04.0/1/2 x64) - perf_swevent_init Local Root Exploit (3)
Linux Kernel < 2.6.28 - 'fasync_helper()' Local Privilege Escalation Vulnerability

Linux Kernel 2.6.39 <= 3.2.2 (x86/x64) - Mempodipper Local Root (2)
Linux Kernel 2.6.39 <= 3.2.2 (x86/x64) - 'Mempodipper.c' Local Root (2)

Linux Kernel 3.13.0 < 3.19 (Ubuntu 12.04/14.04/14.10/15.04) - overlayfs Local Root Shell
Linux Kernel 3.13.0 < 3.19 (Ubuntu 12.04/14.04/14.10/15.04) - 'overlayfs' Local Root Shell

Linux Kernel <= 4.3.3 (Ubuntu 14.04/15.10) - overlayfs Local Root Exploit
Linux Kernel <= 4.3.3 (Ubuntu 14.04/15.10) - 'overlayfs' Local Root Exploit (1)

Linux Kernel <= 4.3.3 - overlayfs Local Privilege Escalation
Linux Kernel <= 4.3.3 - 'overlayfs' Local Privilege Escalation (2)
DarkComet Server Remote File Download Exploit (msf)
Banshee 2.6.2 - .mp3 Crash PoC
IonizeCMS 1.0.8 - (Add Admin) CSRF
Yona CMS - (Add Admin) CSRF
Joomla Publisher Pro (com_publisher) Component - SQL Injection
Windows - gdi32.dll Multiple DIB-Related EMF Record Handlers Heap-Based Out-of-Bounds Reads/Memory Disclosure (MS16-074)
Windows Kernel - ATMFD.DLL NamedEscape 0x250C Pool Corruption (MS16-074)
Linux - ecryptfs and /proc/$pid/environ Privilege Escalation
Windows - Custom Font Disable Policy Bypass
Internet Explorer 11 - Garbage Collector Attribute Type Confusion (MS16-063)
SAP NetWeaver AS JAVA 7.1 - 7.5 - ctcprotocol Servlet XXE
SAP NetWeaver AS JAVA 7.1 - 7.5 - Directory Traversal
Radiant CMS 1.1.3 - Mutiple Persistent XSS Vulnerabilities
YetiForce CRM < 3.1 - Persistent XSS
2016-06-22 05:06:31 +00:00

96 lines
No EOL
3.6 KiB
HTML
Executable file
Raw Blame History

<!--
CVE-2016-0199 / MS16-063: MSIE 11 garbage collector attribute type confusion
============================================================================
This information is available in an easier to read format on my blog at
http://blog.skylined.nl/
With [MS16-063] Microsoft has patched [CVE-2016-0199]: a memory
corruption bug
in the garbage collector of the JavaScript engine used in Internet
Explorer 11.
By exploiting this vulnerability, a website can causes this garbage
collector
to handle some data in memory as if it was an object, when in fact it
contains
data for another type of value, such as a string or number. The garbage
collector code will use this data as a virtual function table (vftable)
in order
to make a virtual function call. An attacker has enough control over
this data
to allow execution of arbitrary code.
Known affected software and attack vectors
------------------------------------------
+ **Microsoft Internet Explorer 11** (all versions before the June 2016
patch)
An attacker would need to get a target user to open a specially crafted
webpage. Disabling JavaScript should prevent an attacker from
triggering the
vulnerable code path.
Repro
-----
I've created two separate html files that can be used to reproduce this
issue
and shows control over a 32-bit vftable pointer in x86 versions of MSIE or a
partial control over a 64-bit vftable pointer in x64 versions.
-->
<!DOCTYPE html>
<meta http-equiv="X-UA-Compatible" content="IE=7">
<script>
oElement = document.createElement("IMG");
var oAttr = document.createAttribute("loop");
oAttr.nodeValue = oElement;
oElement.loop = 0x41424344; // Set original value data to 44 43 42 41
oElement.setAttributeNode(oAttr); // Replace oElement with original value data
oElement.removeAttributeNode(oAttr);
CollectGarbage(); // Use original value data as address 0x41424344 of a vftable
</script>
<!--
(I've had to use xcript rather than script because Gmail refused to send it
otherwise, see https://support.google.com/mail/answer/6590 for the reason.)
Description
-----------
When `setAttributeNode` is used to set an attribute of a HTML element,
and the
`Attr` node's `nodeValue` is not a valid value, this `nodeValue` is set
to the
value the attribute had before the call. This can happen for instance
when you
try to set an attribute that must have a string or number value by using an
`Attr` node with a HTML element as its `nodeValue` (as this is not a
string or
number). The HTML element in `nodeValue` is replaced with the string or
number
value the attribute had before the call to `setAttributeNode`.
If the `Attr` node is then removed using `removeAttributeNode` and the
garbage
collector runs, the code appears to assume the nodeValue still contains an
object, rather than the string or number it has been changed into. This
causes
the code to use the data for the string or number value as if it was a C++
object. It attempts to determine a function pointer for a method from the
object's virtual function table before calling this function using the
pointer.
If the previous value is a string, the character data from the string is
used
to calculate the function pointer. If the previous value is a number,
the value
of the number is used. This provides an attacker with a large amount of
control
over the function pointer and may allow execution of arbitrary code.
Scanner
-------
I build a "scanner" to analyze this issue and help create two
proof-of-concept
files that show control over the vftable pointer. More details and the
source
for these can be found on my blog at http://blog.skylined.nl.
-->
Reference in a new issue View git blame Copy permalink