C++ is widely used in performance critical applications. Due to the lack of type safety,
programs written in C++ are vulnerable to memory corruption errors. Type confusion bug is …

For performance reasons, C++, albeit unsafe, is often the programming language of choice
for developing software infrastructures. A serious type of security vulnerability in C++ …

C++ allows reinterpretation of memory objects via type casting, which facilitates easier
manipulation of class fields and virtual methods inside the class hierarchy. However …

Type confusion bug (or bad casting) is a popular vulnerability class to attack C++ software
like the web browser, document reader. This bug occurs once a program typecasts and uses …

Type confusion occurs when C or C++ code accesses an object after casting it to an
incompatible type. The security impacts of type confusion vulnerabilities are significant …

Many applications such as the Chrome and Firefox browsers are largely implemented in
C++ for its performance and modularity. Type casting, which converts one type of an object …

Type confusion, often combined with use-after-free, is the main attack vector to compromise
modern C++ software like browsers or virtual machines. Typecasting is a core principle that …

The features of modularity and inheritance in C++ facilitate the developers' usage, but also
give rise to the problem of type confusion. As an ancestor class may have a different data …

The C and C++ programming languages are highly valued for their flexibility in low-level
memory management and exceptional performance. They are widely used in various …

Type confusion bugs are a common source of security problems whenever software makes
use of type hierarchies, as an inadvertent downcast to an incompatible type is hard to detect …