The runtime system processing the bytecode can offer much more fine-grained access control to system resources than today's operating systems, making bytecode platforms a good choice wherever there is a risk of malicious code distribution (viruses etc).
According to the limited characteristics of WSNs, considering the network lifetime, load distribution, malicious attacks, and fault-tolerance mechanism, a security fault-tolerant routing for multi-layer non-uniform clustered WSNs is proposed.
The results show that malicious software OpCode distributions differ significantly from non-malicious software and suggests that the method can be used to detect malicious code.
Bilar [22] examines the difference of statistical OpCode frequency distribution in malicious and non-malicious code.
While the benign-malicious class ratio for PDF is approximately equal throughout all time periods, the distribution of malicious and benign SWF files in time is highly skewed, as visible in Figs. 13 and 14.
As the use of computers and the Internet in all types of activities grew rapidly in the late 20th century, forensic computing became an important field for investigating cybercrimes, including crimes involving computer hacking (the illegal entry into and use of a computer network) and the programming and distribution of malicious computer viruses.
Locked down, controlled app stores have eliminated the widespread distribution of malicious apps.
Attacker can cause the creation of new cloud instances up to the scalability threshold by creating a huge number of allowed requests, which do not result in any successful business case e.g., distribution of malicious software.
Websites with basic security errors like this are responsible for distribution of most malicious code.
We present a large-scale study of the properties, characteristics, and distribution of benign and malicious singleton files.
