dlib security vulnerabilities

dlib is a toolkit developed by Davis E. King for machine learning and data analysis applications. Versions of dlib prior to v19.24.9 contained security vulnerabilities, which were caused by an out-of-bound write operation and buffer overflow in the zlib component inflate.C, potentially allowing f...

CVE-2025-4637

Divide By Zero vulnerability in davisking dlib allows remote attackers to cause a denial of service via a crafted file. .This issue affects dlib: before 19.24.7...

CVE-2025-4637

Divide By Zero vulnerability in davisking dlib allows remote attackers to cause a denial of service via a crafted file. .This issue affects dlib: before 19.24.7...

CVE-2025-4637 Divide By Zero in dlib

Divide By Zero vulnerability in davisking dlib allows remote attackers to cause a denial of service via a crafted file. .This issue affects dlib: before 19.24.7...

CVE-2025-4637

CVE-2025-4637 affects davisking/dlib: versions before 19.24.7 are vulnerable to a divide-by-zero that enables remote DoS via a crafted image/file. Root cause cited in sources is a divide-by-zero in rdtarga.c (start_input_tga). Remediation: upgrade to 19.24.7 or later; other sources corroborate th...

CVE-2025-4637 Divide By Zero in dlib

Divide By Zero vulnerability in davisking dlib allows remote attackers to cause a denial of service via a crafted file. .This issue affects dlib: before 19.24.7...

PT-2025-21222 · Dlib · Dlib

Name of the Vulnerable Software and Affected Versions: dlib versions prior to 19.24.7 Description: The issue allows remote attackers to cause a denial of service via a crafted file. This is a Divide By Zero vulnerability. Recommendations: For versions prior to 19.24.7, update to version 19.24.7 o...

dlib 数字错误漏洞

dlib is a toolkit for machine learning and data analytics applications by Davis E. King Personal Developer. A numeric error vulnerability exists in dlib versions prior to 19.24.7 that stems from a divide-by-zero error that could result in a denial of service...

Denial Of Service (DoS) Through Infinite Loop

dlib is vulnerable to denial of service DOS attacks. The vulnerability exists in the findmax function in optimization.h whereby an infinite loop occurs when a non-differentiable function is given, which results in a denial of service condition...