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NEW CPP:Describe Linux forensic investigations and appropriate tools.

Essay Instructions:
You are an experienced digital forensics specialist for DigiFirm Investigation Company. DigiFirm is involved in an investigation of a large corporation accused of unauthorized access of a competitor’s database to obtain customer information. The DigiFirm team will be responsible for the forensic investigation of the seized computers that are running Linux. Research tools for Linux forensic investigations then write a report that describes three of the most promising tools in detail and discusses why these tools might be helpful in this particular forensic examination.
Essay Sample Content Preview:
Assignment: Linux Forensics Name: Institutional affiliation: Course: Date: Introduction Uncovering occurrences after any security incident is often a major issue, especially for the company that was a victim during the attack. However, the existence of Linux forensic tools enables investigators to uncover any unauthorized access to victims’ databases including system events, user activities, and key log files, among other crucial security incidents. With the suspect's computers seized, The Digi Firm team should consider three Linux forensic tools namely Sleuth Kit, DFF (Digital Forensics Framework), and Volatility in carrying out their forensic examination. Appropriate Linux Forensic Tools Sleuth Kit (TSK) Tool According to Singh & Kumar (n.d) Sleuth Kit (TSK) is considered one of the most reliable tools in Linux forensic analysis and is used majorly to analyze the volume and file system data on disk images (Singh & Kumar, n.d). TSK provides a flexible and robust reconfigurable framework to retrieve evidence, conduct file-system analysis, and perform a digital forensic investigation such as partitions, file attributes, directories, and inodes. By utilizing this forensic tool, the Digi Firm forensic team will not only navigate through file systems but also recover deleted data. Some of the key features of TSK are its file analysis capabilities, modular design, and data carving (Paruchuri, Case, & Richard III, 2020). With the file system analysis feature, TSK has a strong ability to display the hierarchical structures of the file systems thus granting the forensic team the ability to trace out file system trees, detect file residues, and recover deleted information. Data carving means that TSK has a top-level file carving technique necessary for finding and reconstructing deleted files based on file footers, headers, and appropriate content signatures. More so, the modular architecture of TSK enables flexibility and extensibility ensuring that forensic analyst create unique modules and plugins tailored to their specific forensic analysis needs. Since this tool enjoys greater popularity in forensic analysis, it is crucial in this forensic case because it helps investigators uncover forensic evidence, piece together event timelines, and reconstruct damaged or destroyed file evidence. Volatility Tool Volatility is a crucial incident response tool used to extract digital artifacts such as network connections, open files, and running processes, among others from a ...
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