What is the process of reverse engineering a specific piece of malware to determine its origin, functionality, and potential impact called?

What is the process of reverse engineering a specific piece of malware to determine its origin, functionality, and potential impact called?

• A. Divergent
• B. Antivirus sensor system
• C. Malware analysis
• D. Sheep dipping

Answer: (C)

Understanding malware analysis helps you see why reverse engineering a specific piece of malware to learn its origin, how it works, and the potential impact is described as malware analysis. This discipline involves two main approaches. Static analysis examines the malware without running it, peering into the code and structure to uncover what libraries it uses, how it’s packed or obfuscated, and what strings or indicators it reveals. Dynamic analysis runs the sample in a controlled environment to observe real-time behavior—file and registry changes, network activity, process injection, persistence techniques, and any payload it delivers. By combining these views, analysts infer who created the malware, how it propagates, what it tries to do (such as exfiltration, encryption, or disruption), and how severe the potential damage could be. This information is then used to build detection signatures, indicators of compromise, and effective containment and remediation strategies. Other terms listed aren’t standard for this practice; they don’t capture the investigative, behavior-based assessment that malware analysis entails.

Understanding malware analysis helps you see why reverse engineering a specific piece of malware to learn its origin, how it works, and the potential impact is described as malware analysis. This discipline involves two main approaches. Static analysis examines the malware without running it, peering into the code and structure to uncover what libraries it uses, how it’s packed or obfuscated, and what strings or indicators it reveals. Dynamic analysis runs the sample in a controlled environment to observe real-time behavior—file and registry changes, network activity, process injection, persistence techniques, and any payload it delivers. By combining these views, analysts infer who created the malware, how it propagates, what it tries to do (such as exfiltration, encryption, or disruption), and how severe the potential damage could be. This information is then used to build detection signatures, indicators of compromise, and effective containment and remediation strategies. Other terms listed aren’t standard for this practice; they don’t capture the investigative, behavior-based assessment that malware analysis entails.