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Positive Technologies
Positive Technologies
•added 2026/07/23 12:00 a.m.•32 views

PT-2026-64106

Impact The trie language model code introduced in PocketSphinx 5prealpha failed to check various boundary conditions when reading the headers of ARPA, DMP, and binary format language model files. In the case of invalid, corrupted or malicious input files, this could lead to stack and heap buffer...

6.9CVSS6AI score0.00548EPSS
SaveExploits0References7
Veracode
Veracode
•added 2026/07/18 3:11 p.m.•13 views

Buffer Overflow

PocketSphinx is vulnerable to Buffer Overflow. The vulnerability is due to insufficient boundary checks while parsing language model headers and the use of unbounded sscanf string fields when loading acoustic models, which allows an attacker to supply malicious model files that trigger stack or...

6.9CVSS7AI score0.00548EPSS
SaveExploits0References4Affected Software1
Positive Technologies
Positive Technologies
•added 2026/07/17 12:00 a.m.•34 views

PT-2026-60899

Name of the Vulnerable Software and Affected Versions PocketSphinx versions 5prealpha through 5.1.0 Description The trie language model code fails to check boundary conditions when reading headers of ARPA, DMP, and binary format language model files, which can lead to stack and heap buffer...

6.9CVSS6.2AI score0.00548EPSS
SaveExploits0References9
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