|
Winny Command Parsing Buffer Overflow Vulnerability
|
|
Secunia Advisory:
|
SA19795
|
|
|
Release Date:
|
2006-04-24
|
|
Last Update:
|
2006-05-01
|
|
Popularity:
|
7,495 views
|
|
|
Critical:
|
 Highly critical
|
|
Impact:
|
System access
|
|
Where:
|
From remote
|
|
Solution Status:
|
Unpatched
|
|
| Software: | Winny 2.x
|
|
|
Subscribe:
|
Instant alerts on relevant vulnerabilities
|
|
| CVE reference: | CVE-2006-2007
|
|
Description: eEye Digital Security has reported a vulnerability in Winny, which can be exploited by malicious people to compromise a user's system.
The vulnerability is caused due to a boundary error within the parsing of specific commands received via the file transfer port. This can be exploited to cause a heap-based buffer overflow and allows arbitrary code execution.
The vulnerability has been reported in version 2.0 b7.1. Prior versions may also be affected.
Note: It has also been reported that a stack-based buffer overflow exists within the parsing of another command.
Solution: Use another product.
Provided and/or discovered by: Yuji Ukai and Ryoji Kanai, eEye Digital Security.
Additional information by:
drac 65536
Changelog: 2006-04-26: Added CVE reference.
2006-04-27: Updated advisory with additional information. Updated "Title", "Description" and credit sections.
2006-05-01: Added link to US-CERT vulnerability note.
Original Advisory: eEye Digital Security:
http://www.eeye.com/html/research/advisories/AD20060421.html
Other References: US-CERT VU#167033:
http://www.kb.cert.org/vuls/id/167033
|
|
|
Track this Secunia Advisory
|
Customers of the Secunia Vulnerability Intelligence solutions will automatically receive updates when new information regarding this advisory is released.
Read more about our Vulnerability Intelligence solutions and what they can do for you and your company.
|
|
|
About this Secunia Advisory
|
Please note: The information that this Secunia Advisory is based on comes from a third party unless stated otherwise.
Secunia collects, validates, and verifies all vulnerability reports issued by security research groups, vendors, and others.
|