Some vulnerabilities have been reported in Apple iPhone and iPod touch, which can be exploited by malicious people to bypass certain security restrictions, cause a DoS (Denial of Service), disclose sensitive information, conduct cross-site scripting and cross-site request forgery attacks, or compromise a user's system.

1) Multiple vulnerabilities in CoreGraphics can be exploited by malicious people to compromise a user's system.

For more information:
SA32706
SA34291
SA34723
SA35074

2) An error in the handling of untrusted Exchange server certificates can lead to the disclosure of credentials or application data due to the certificate being accepted with no prompt and validation.

3) A vulnerability in ImageIO can be exploited by malicious people to compromise a user's system.

For more information:
SA33970

4) A vulnerability in International Components for Unicode can be exploited by malicious people to bypass certain security restrictions.

For more information:
SA35436

5) Some vulnerabilities in IPSec can be exploited by malicious people to cause a DoS (Denial of Service).

For more information:
SA31478
SA31450

6) Some vulnerabilities in libxml2 can be exploited by malicious people to cause a DoS (Denial of Service) or potentially compromise an application using the library.

For more information:
SA31558
SA32130
SA32773

7) An error in Mail can result in a phone call being initiated without user interaction if an application causes an alert during the call approval dialog.

This is related to vulnerability #11 in:
SA32756

8) An input validation error in the handling of MPEG-4 video files can lead to an unexpected device reset.

9) Clearing Safari's history via the Settings application can lead to disclosure of the search history.

10) An assertion error in the handling of ICMP echo request packets can be exploited to cause a device reset via a specially crafted ICMP echo request.

11) Some vulnerabilities in WebKit can be exploited by malicious people to conduct cross-site scripting attacks, disclose sensitive information, or to compromise a user's system.

For more information:
SA31326
SA35056
SA35379

12) An error in the separation of JavaScript contexts can be exploited to overwrite the "document.implementation" of an embedded or parent document served from a different security zone.

13) A type conversion error exists in the JavaScript exception handling in WebKit. This can be exploited to corrupt memory when assigning the exception to a variable that is declared as a constant and may allow execution of arbitrary code when a user visits a specially crafted web site.

14) An error in the JavaScript garbage collector implementation can potentially be exploited to corrupt memory and execute arbitrary code.

15) Multiple unspecified errors in the handling of javascript objects can potentially be exploited to conduct cross-site scripting attacks.

16) An error in WebKit can be exploited to alter standard JavaScript prototypes of websites served from a different domain.

17) An error in WebKit in the handling of HTMLSelectElement objects can be exploited to cause a device reset.

18) An error in WebKit can be exploited to load and capture an image from another website by using a canvas and a redirect.

19) An error in WebKit allows frames to be accessed by an HTML document after a page transition, which can be exploited to conduct cross-site scripting attacks.

20) An error in the handling of XMLHttpRequest headers in WebKit can be exploited to bypass the same-origin policy.

21) A Use-After-Free error exists in WebKit within the handling of the JavaScript DOM, which can potentially be exploited to execute arbitrary code.

22) An error in WebKit within the handling of Location and History objects can be exploited to conduct cross-site scripting attacks.

Solution
Update to iPhone OS 3.0 or iPhone OS for iPod touch 3.0 (downloadable and installable via iTunes).

Provided and/or discovered by
7) Collin Mulliner of Fraunhofer SIT
10) Masaki Yoshida

The vendor credits:
1) * Alin Rad Pop, Secunia Research
* Will Dormann, CERT/CC
* Barry K. Nathan
* Tavis Ormandy, Google Security Team
2) FD of Securus Global
3) Tavis Ormandy, Google Security Team
4) Chris Weber, Casaba Security
8) Si Brindley
9) Joshua Belsky
11) * Thomas Raffetseder International Secure Systems Lab
* Nils working with the ZDI
* Michal Zalewski, Google Inc
* SkyLined, Google Inc
* Thierry Zoller working with the ZDI and Robert Swiecki of the Google Security Team
* Chris Evans of Google Inc
12) Dean McNamee, Google Inc
13) Jesse Ruderman, Mozilla Corporation
14) SkyLined of Google Inc
15) Adam Barth of UC Berkeley and Collin Jackson of Stanford University
17) Thierry Zoller, G-SEC
18) Chris Evans
19) Feng Qian, Google Inc
20) Per von Zweigbergk
21) wushi & ling of team509 working with the ZDI
22) Adam Barth and Joel Weinberger of UC Berkeley

Changelog
Further details available to Secunia VIM customers

Original Advisory
Apple:
http://support.apple.com/kb/HT3639

JVN:
http://jvn.jp/en/jp/JVN87239696/index.html

Thierry Zoller:
http://www.g-sec.lu/iphone-remote-code-exec.html

Other references
Further details available to Secunia VIM customers

Deep Links
Links available to Secunia VIM customers