Performance of a logical, five-phase, multithreaded, bootable triage tool
Source of Publication
IFIP Advances in Information and Communication Technology
© IFIP International Federation for Information Processing 2014. This paper describes a five-phase, multi-threaded bootable approach to digital forensic triage, which is implemented in a product called Foren-sics2020. The first phase collects metadata for every logical file on the hard drive of a computer system. The second phase collects EXIF camera data from each image found on the hard drive. The third phase analyzes and categorizes each file based on its header information. The fourth phase parses each executable file to provide a complete audit of the software applications on the system; a signature is generated for every executable file, which is later checked against a threat detection database. The fifth and final phase hashes each file and records its hash value. All five phases are performed in the background while the first responder interacts with the system. This paper assesses the forensic soundness of Forensics2020. The tool makes certain changes to a hard drive that are similar to those made by other bootable forensic examination environments, although the changes are greater in number. The paper also describes the lessons learned from developing Forensics2020, which can help guide the development of other forensic triage tools.
Springer New York LLC
Electrical and Computer Engineering
Bootable tool, Forensic soundness, Performance, Triage tool
Baggili, Ibrahim; Marrington, Andrew; and Jafar, Yasser, "Performance of a logical, five-phase, multithreaded, bootable triage tool" (2014). All Works. 2665.
Indexed in Scopus