This CWE entry focuses on the misuse of synchronization primitives in architecture and design, emphasizing the necessity to carefully apply these to key code sections.

CWE-635: Improper Limitation of a Pathname to a Restricted Directory ('Path Traversal')

CWE-743: Weaknesses in Input Output (FIO) of CERT C Standard

CWE-751: Insecure Interaction Between Components

CWE-801: Insecure Interaction Between Components

CWE-852: Java Secure Coding Standard Strengths

CWE-867: Weaknesses Excluded from Top 25 List

CWE-877: Weaknesses in Input Output Section of CERT C++ Standard

CWE-882: Weaknesses in Concurrency (CON) Section of CERT C++ Secure Coding Standard

CWE-988: Race Condition Window Cluster (SFP20)

CWE-1003: Hierarchical Connections and Classification of Vulnerabilities

CWE-1142: Vulnerabilities in Visibility and Atomicity Detected

CWE-1364: Zone Boundary Failures in ICS Systems

CWE-1365: Unreliability Vulnerabilities in ICS

CWE-1366: Frail Security in Protocols

CWE-1376: Security Gaps in Commissioning

CWE-1387: Hierarchical Connections Between Software Weaknesses

CWE-1401: Concurrency Weaknesses in Software Assurance Trends

CWE-1425: CWE Top 25 Most Dangerous Software Weaknesses

Learn how synchronization primitives are misused in architecture and design, and the importance of careful application to critical code sections to minimize vulnerabilities.

CWE-362: Synchronization Primitive Misuse - Minimizing Vulnerabilities

CWE-362: Synchronization Primitive Misuse in Architecture and Design

CWE-362: Synchronization Primitive Misuse in Architecture and Design

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Is your System Free of Underlying Vulnerabilities?
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