Multiple vulnerabilities in Foxit Reader

Description

Multiple serious vulnerabilities have been found in Foxit Reader. Malicious users can exploit these vulnerabilities to obtain sensitive information and execute arbitrary code.

Below is a complete list of vulnerabilities:

1. An out-of-bounds read vulnerability in the tile index member of SOT markers can be exploited remotely via specially designed website or file to obtain sensitive information;
2. An improper validation vulnerability in the setAction method of Link objects can be exploited remotely via specially designed website or file to execute arbitrary code;
3. An improper validation vulnerability in the arrowEnd attribute of Annotation objects can be exploited remotely via specially designed website or file to execute arbitrary code;
4. An out-of-bounds read vulnerability in the parsing of JPEG2000 images embedded in PDF files can be exploited remotely via specially designed website or file to obtain sensitive information;
5. An out-of-bounds read vulnerability in the channel number member of the cdef box files can be exploited remotely via specially designed website or file to obtain sensitive information;
6. An out-of-bounds read vulnerability in the channel number member of the cdef box files can be exploited remotely via specially designed website or file to obtain sensitive information;
7. An out-of-bounds read vulnerability in the tile index of the SOT marker in JPEG2000 images can be exploited remotely via specially designed website or file to obtain sensitive information;
8. An out-of-bounds read vulnerability in the parsing of the xTsiz member of SIZ markers can be exploited remotely via specially designed website or file to obtain sensitive information;
9. An out-of-bounds read vulnerability in the parsing of the xOsiz member of SIZ markers can be exploited remotely via specially designed website or file to obtain sensitive information;
10. A type confusion vulnerability in the insert method of XFAScriptObject objects can be exploited remotely via specially designed website or file to execute arbitrary code;
11. A type confusion vulnerability in the remove method of XFAScriptObject objects can be exploited remotely via specially designed website or file to execute arbitrary code;
12. A type confusion vulnerability in the formNodes method of XFA Node objects can be exploited remotely via specially designed website or file to execute arbitrary code;
13. A type confusion vulnerability in the append method of XFA Node objects can be exploited remotely via specially designed website or file to execute arbitrary code;
14. A type confusion vulnerability in the w method of XFA Layout objects can be exploited remotely via specially designed website or file to execute arbitrary code;
15. A type confusion vulnerability in the openList method of XFAScriptObject objects can be exploited remotely via specially designed website or file to execute arbitrary code;
16. An improper validation vulnerability in the setFocus method of XFAScriptObject objects can be exploited remotely via specially designed website or file to execute arbitrary code;
17. An improper validation vulnerability in the author attribute of Circle Annotation objects can be exploited remotely via specially designed website or file to execute arbitrary code;
18. An improper validation vulnerability in the style attribute of Text Annotation objects can be exploited remotely via specially designed website or file to execute arbitrary code;
19. An improper validation vulnerability in the style attribute of FileAttachment annotation objects can be exploited remotely via specially designed website or file to execute arbitrary code;
20. A type confusion vulnerability in the page method of XFA Layout objects can be exploited remotely via specially designed website or file to execute arbitrary code;
21. An improper validation vulnerability in the modDate attribute of Annotation objects can be exploited remotely via specially designed website or file to execute arbitrary code;
22. A type confusion vulnerability in the pageSpan method of XFA Layout objects can be exploited remotely via specially designed website or file to execute arbitrary code;
23. A type confusion vulnerability in the handling of references to the app object from FormCalc can be exploited remotely via specially designed website or file to execute arbitrary code;
24. A type confusion vulnerability in FormCalc’s closeDoc method can be exploited remotely via specially designed website or file to execute arbitrary code;
25. An out-of-bounds read vulnerability in the parsing of LZWDecode filters can be exploited remotely via specially designed website or file to obtain sensitive information;
26. An out-of-bounds read vulnerability in the parsing of Image filters can be exploited remotely via specially designed website or file to obtain sensitive information;
27. An improper validation vulnerability in the XFA’s bind element can be exploited remotely via specially designed website or file to execute arbitrary code;
28. An improper validation vulnerability in XFA’s field element can be exploited remotely via specially designed website or file to execute arbitrary code;
29. An improper validation vulnerability in the alignment attribute of Field objects can be exploited remotely via specially designed website or file to execute arbitrary code;
30. A type confusion vulnerability in the picture elements within XFA forms can be exploited remotely via specially designed website or file to execute arbitrary code;
31. An out-of-bounds read vulnerability in ImageField node of XFA forms can be exploited remotely via specially designed website or file to obtain sensitive information;
32. An improper validation vulnerability in the author attribute of the Document object can be exploited remotely via specially designed website or file to execute arbitrary code;
33. A type confussion vulnerability in the clearItems XFA method can be exploited remotely via specially designed website or file to execute arbitrary code;
34. An improper validation vulnerability in the datasets element of XFA forms object can be exploited remotely via specially designed website or file to execute arbitrary code;
35. An out-of-bounds read vulnerability in util.printf can be exploited remotely via specially designed website or file to obtain sensitive information;
36. An improper validation vulnerability in the app.response method can be exploited remotely via specially designed website or file to execute arbitrary code;
37. An improper validation vulnerability in the addAnnot method can be exploited remotely via specially designed website or file to execute arbitrary code;
38. An improper validation vulnerability in the removeField method can be exploited remotely via specially designed website or file to execute arbitrary code;
39. An out-of-bounds read vulnerability in the parsing of SOT markers can be exploited remotely via specially designed website or file to obtain sensitive information;
40. An out-of-bounds read vulnerability in the parsing of the yTsiz member of SIZ markers can be exploited remotely via specially designed website or file to obtain sensitive information;

Original advisories

• Security bulletins

Exploitation

Public exploits exist for this vulnerability.

Malware exists for this vulnerability. Usually such malware is classified as Exploit. More details.

Related products

• Foxit-Reader
• Foxit-Phantom-PDF

CVE list

• CVE-2017-14834
  critical
• CVE-2017-14835
  critical
• CVE-2017-14836
  critical
• CVE-2017-14837
  critical
• CVE-2017-16571
  critical
• CVE-2017-16572
  critical
• CVE-2017-16573
  high
• CVE-2017-16574
  high
• CVE-2017-16575
  critical
• CVE-2017-16576
  critical
• CVE-2017-16577
  critical
• CVE-2017-16578
  critical
• CVE-2017-16579
  high
• CVE-2017-16580
  high
• CVE-2017-16581
  critical
• CVE-2017-16582
  critical
• CVE-2017-16583
  critical
• CVE-2017-16584
  high
• CVE-2017-16585
  critical
• CVE-2017-16586
  critical
• CVE-2017-16587
  critical
• CVE-2017-16588
  high
• CVE-2017-16589
  high
• CVE-2017-10956
  high
• CVE-2017-10957
  critical
• CVE-2017-10958
  critical
• CVE-2017-10959
  critical
• CVE-2017-14818
  high
• CVE-2017-14819
  high
• CVE-2017-14820
  high
• CVE-2017-14821
  high
• CVE-2017-14822
  high
• CVE-2017-14823
  critical
• CVE-2017-14824
  critical
• CVE-2017-14825
  critical
• CVE-2017-14826
  critical
• CVE-2017-14827
  critical
• CVE-2017-14828
  critical
• CVE-2017-14829
  critical
• CVE-2017-14830
  critical
• CVE-2017-14831
  critical
• CVE-2017-14832
  critical
• CVE-2017-14833
  critical

Read more

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