IoT ransomware operates similarly to traditional ransomware but targets IoT devices instead of conventional endpoints like computers or servers. Once IoT ransomware gains access to an IoT device, it can:
Malware analysis is the process of studying malware samples to understand their purpose, functionality, and impact on infected systems. By examining how malware operates, analysts can craft countermeasures, detect similar threats, and improve organisational security.
Boards typically comprise a mix of internal directors (executives from within the company) and external directors (independent individuals unconnected to the organisation). This blend ensures a balance of insights—insiders bring deep organisational knowledge, while outsiders contribute objectivity and fresh perspectives.
Cyber forensics is crucial in post-incident response, enabling organisations to understand the full scope of an attack and attribute it to specific entities. Malware analysis is a systematic investigation into malicious software to understand its intent, functionality, and impact. The process can be broken down into two primary methodologies: static analysis and dynamic analysis.
Imagine a criminal marketplace where malicious software, tools, and services are readily available for purchase or rent. This is the essence of MaaS. Cybercriminals, often lacking the technical expertise to develop their own malware, can leverage MaaS offerings to launch sophisticated cyberattacks with minimal effort.