To gain an in-depth understanding of the behaviour of a malware, reverse engineers have to
disassemble the malware, analyze the resulting assembly code, and then archive the …

During the last decades, the problem of malicious and unwanted software (malware) has
surged in numbers and sophistication. Malware plays a key role in most of today's …

Binary analysis is useful in many practical applications, such as the detection of malware or
vulnerable software components. However, our survey of the literature shows that most …

The use of third-party libraries in deployed applications can potentially put an organization's
intellectual property at risk due to licensing restrictions requiring disclosure or distribution of …

This paper describes Variant, a testing framework for projects attempting to locate variants of
malware families through similarity testing. The framework is a series of tests and data …

Reverse engineering is the primary step to analyze a piece of malware. After having
disassembled a malware binary, a reverse engineer needs to spend extensive effort …

Detecting code reuse in software has applications in malicious code analysis and in
malware code search and retrieval, but is complicated by the lack of available source code …

When the source code is unavailable, it is important for security applications, such as
malware detection, software license infringement, vulnerability analysis, and digital forensics …

As the primary vehicle for most organized cybercrimes, malicious software (or malware) has
become one of the most serious threats to computer systems and the Internet. With the …

Each day, malware analysts are tasked with more samples than they have the ability to
analyze by hand. To produce this trend, malware authors often reuse a significant portion of …