First published: Sat Nov 23 2013(Updated: )
The vqa_decode_chunk function in libavcodec/vqavideo.c in FFmpeg before 1.0.4 and 1.1.x before 1.1.2 allows remote attackers to have an unspecified impact via a large (1) cbp0 or (2) cbpz chunk in Westwood Studios VQA Video file, which triggers an out-of-bounds write.
Credit: cve-coordination@google.com
Affected Software | Affected Version | How to fix |
---|---|---|
FFmpeg | <=1.0.2 | |
FFmpeg | =0.3 | |
FFmpeg | =0.3.1 | |
FFmpeg | =0.3.2 | |
FFmpeg | =0.3.3 | |
FFmpeg | =0.3.4 | |
FFmpeg | =0.4.0 | |
FFmpeg | =0.4.2 | |
FFmpeg | =0.4.3 | |
FFmpeg | =0.4.4 | |
FFmpeg | =0.4.5 | |
FFmpeg | =0.4.6 | |
FFmpeg | =0.4.7 | |
FFmpeg | =0.4.8 | |
FFmpeg | =0.4.9-pre1 | |
FFmpeg | =0.5 | |
FFmpeg | =0.5.1 | |
FFmpeg | =0.5.2 | |
FFmpeg | =0.5.3 | |
FFmpeg | =0.5.4 | |
FFmpeg | =0.5.4.5 | |
FFmpeg | =0.5.4.6 | |
FFmpeg | =0.6 | |
FFmpeg | =0.6.1 | |
FFmpeg | =0.6.2 | |
FFmpeg | =0.6.3 | |
FFmpeg | =0.7 | |
FFmpeg | =0.7.1 | |
FFmpeg | =0.7.2 | |
FFmpeg | =0.7.3 | |
FFmpeg | =0.7.4 | |
FFmpeg | =0.7.5 | |
FFmpeg | =0.7.6 | |
FFmpeg | =0.7.7 | |
FFmpeg | =0.7.8 | |
FFmpeg | =0.7.9 | |
FFmpeg | =0.7.11 | |
FFmpeg | =0.7.12 | |
FFmpeg | =0.8.0 | |
FFmpeg | =0.8.1 | |
FFmpeg | =0.8.2 | |
FFmpeg | =0.8.5 | |
FFmpeg | =0.8.5.3 | |
FFmpeg | =0.8.5.4 | |
FFmpeg | =0.8.6 | |
FFmpeg | =0.8.7 | |
FFmpeg | =0.8.8 | |
FFmpeg | =0.8.10 | |
FFmpeg | =0.8.11 | |
FFmpeg | =0.9 | |
FFmpeg | =0.9.1 | |
FFmpeg | =0.10 | |
FFmpeg | =0.10.3 | |
FFmpeg | =0.10.4 | |
FFmpeg | =0.11 | |
FFmpeg | =1.0 | |
FFmpeg | =1.0.1 | |
FFmpeg | =1.1 | |
FFmpeg | =1.1.1 |
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CVE-2013-0865 has a medium severity level due to the potential for remote code execution via crafted video files.
To fix CVE-2013-0865, upgrade FFmpeg to version 1.0.4 or later, or 1.1.2 or later.
CVE-2013-0865 affects multiple versions of FFmpeg, including versions prior to 1.0.4 and 1.1.x before 1.1.2.
Yes, CVE-2013-0865 can be exploited by remote attackers through specially crafted Westwood Studios VQA Video files.
Exploitation of CVE-2013-0865 may lead to an out-of-bounds write, resulting in potential data corruption or arbitrary code execution.