Fuzzing has been widely adopted as an effective testing technique for detecting software
bugs. Researchers have explored many parallel fuzzing approaches to speed up bug …

Most fuzzing efforts, very understandably, focus on fuzzing the program in which bugs are to
be found. However, in this paper we propose that fuzzing programs “near” the System Under …

Fuzzing is a widely adopted technique in the software industry to enhance security and
software quality. However, most existing fuzzers are specifically designed for monolithic …

Real-world programs require error handling code to handle various kinds of possible errors.
However, these errors just infrequently occur due to special conditions, so error handling …

Taint analysis significantly enhances the capacity of fuzzing to navigate intricate constraints
and delve into the state spaces of the target program. However, practical scenarios involving …

Fuzzing is an increasingly popular technique for testing software functionality and identifying
security weaknesses. Recent research has primarily focused on improving the effectiveness …

Ensuring the balance between security and performance is a critical aspect of modern
programming languages. While security checks are essential in safeguarding systems from …

Fuzzing, or fuzz testing, is a popular option for security testing. It works by continuously
mutating existing test cases to produce new ones for exercising the target software. In recent …

Protocols in autonomous vehicles are essential for efficient invehicle network
communication. To ensure their security, many research efforts have been paid to the fuzz …