Learn about CWE-681, which highlights the risks associated with improper conversion between different types of numbers and the importance of validating values within allowed ranges.

CWE-738: Vulnerabilities in Integers Section of CERT C Secure Coding Standard

CWE-739: Weaknesses in Floating Point (FLP) Chapter of CERT C Secure Coding Standard

CWE-808: Top 25 Most Dangerous Programming Errors Nominee List

CWE-848: Inadequacies in Numeric Types and Operations Regulations

CWE-867: Weaknesses Excluded from Top 25 List

CWE-872: Limitations in Integers Segment of CERT C++ Secure Coding Standard

CWE-873: CERT C++ Floating Point Arithmetic Weaknesses

CWE-884: Multitude of Weaknesses with Broad Impacts

CWE-998: Glitch in Computation Cluster (SFP1)

CWE-1131: Software Security Decrease with CISQ Quality Measures

CWE-1137: Regulations and Suggestions in NUM Section of SEI CERT Oracle Secure Coding Standard for Java

CWE-1158: Deficiencies in Integers (INT) of SEI CERT C Coding Standard

CWE-1159: Deficiencies in Floating Point (FLP) Part of SEI CERT C Coding Standard

CWE-1306: Reliability Weaknesses by CISQ

CWE-1308: Security Weaknesses in CISQ Quality Measures

CWE-1340: SMM Representation of Automated Source Code Data Protection

CWE-1416: Incorrect Initialization of Resource

Discover the significance of avoiding improper conversion between numeric types and always verifying values within permitted ranges with CWE-681. Stay secure and informed.

CWE-681: Risks of Improper Numeric Type Conversion

CWE-681: Improper Conversion between Numeric Types

CWE-681: Improper Conversion between Numeric Types

Is your System Free of Underlying Vulnerabilities? Find Out Now

Is your System Free of Underlying Vulnerabilities?
Find Out Now