To cope with growing cyber threats on the Internet, various techniques have been proposed
and implemented. Each of these techniques automates specific tasks of cybersecurity …

IoT malware that infects IoT devices is rampant. Most IoT malware variants are generated by
changing various behaviors such as an attack method based on existing malware families …

With the development of IoT devices, there is a rapid increase in new types of IoT malware
and variants, causing social problems. The malware's phylogenetic tree has been used in …

The leaked IoT botnet source-codes have facilitated the proliferation of different IoT botnet
variants, some of which are equipped with new capabilities and may be difficult to detect …

It is important to understand the evolution of Android malware as this facilitates the
development of defence techniques by proactively capturing malware features. So far …

Malware analysis is a vital and challenging task in the ever-changing cyber threat
landscape. Traditional signature-based methods cannot keep up with the fast-paced …

In this paper, we developed the latest IoT honeypots to capture IoT malware currently on the
loose, analyzed IoT malware with new features such as persistent infection, developed …

The number of IoT malware specimens has in-creased rapidly and diversified in recent
years. To efficiently analyze a large number of malware specimens, we aim to reduce the …

The number of IoT malware variants infecting vulnerable IoT devices is growing. Many of
these are created by modifying parts of publicly available source codes and adding …

Most IoT malware is variants generated by editing and reusing parts of the functions based
on publicly available source codes. In our previous study, we proposed a method to estimate …