In this assignment, you will be assessed on your knowledge of scientific methodologies surrounding digital forensics. By exploring the details of this article, you will be able to explain how methodologies are applied to an investigation. Imagine you are a criminal investigator on a digital forensic case. You are asked by the task force to report on the scientific methodologies used to solve the case.
Read the article on Advances in Digital Forensics from the University Library and the Federal Bureau of Investigation (FBI) case study on the Emotet malware case.
Write a 1,200- to 1,400-word report to the attorney general’s task force detailing the following:
-Explain how digital forensics may differ compared to traditional forensic science.
-Explain the processes digital forensics investigations follow and the phases that are involved.
-Assess the scientific methods used for the Emotet malware case.
-Provide the challenges of the scientific method applied on the Emotet malware case.
-Describe your own scientific method you would apply to the Emotet malware case.
-Provide your rationale.
Sample Solution
Report to the Attorney General’s Task Force:
Digital forensics is an advancement in the traditional forensic science that applies computer-based technologies to investigate and analyze digital evidence collected from computers or other digital devices. Digital forensics differs from traditional forensic science in its ability to detect, recover, and present digital data for use as evidence in criminal investigations. Traditional forensic sciences work on physical crime scenes, such as analyzing blood spatter patterns or fingerprints, while digital forensics works on virtual crime scenes composed of electronic devices such as laptops, smartphones, and servers.
Sample Solution
Report to the Attorney General’s Task Force:
Digital forensics is an advancement in the traditional forensic science that applies computer-based technologies to investigate and analyze digital evidence collected from computers or other digital devices. Digital forensics differs from traditional forensic science in its ability to detect, recover, and present digital data for use as evidence in criminal investigations. Traditional forensic sciences work on physical crime scenes, such as analyzing blood spatter patterns or fingerprints, while digital forensics works on virtual crime scenes composed of electronic devices such as laptops, smartphones, and servers.