By Michael Hale Ligh, Andrew Case, Jamie Levy, AAron Walters
Refined discovery and research for the following wave of electronic attacks
The artwork of reminiscence Forensics, a follow-up to the bestselling Malware Analyst’s Cookbook, is a realistic advisor to the swiftly rising investigative approach for electronic forensics, incident reaction, and legislation enforcement. reminiscence forensics has turn into vital ability for fighting the following period of complicated malware, distinctive assaults, protection breaches, and on-line crime. As breaches and assaults turn into extra subtle, reading risky reminiscence turns into ever extra serious to the investigative procedure. This e-book offers a accomplished advisor to appearing reminiscence forensics for home windows, Linux, and Mac structures, together with x64 architectures. in line with the authors’ renowned education path, assurance comprises reminiscence acquisition, rootkits, monitoring person task, and extra, plus case reviews that illustrate the real-world software of the ideas awarded. Bonus fabrics comprise industry-applicable workouts, pattern reminiscence dumps, and state-of-the-art reminiscence forensics software.
Memory forensics is the paintings of studying RAM to resolve electronic crimes. traditional incident reaction frequently overlooks risky reminiscence, which incorporates the most important info which can turn out or disprove the system’s involvement in against the law, and will even break it thoroughly. by way of imposing reminiscence forensics innovations, analysts may be able to look after reminiscence resident artifacts which regularly offers a extra effective approach for investigating smooth threats.
In The paintings of reminiscence Forensics, the Volatility Project’s group of specialists offers useful suggestions and sensible suggestion that is helping readers to:
• gather reminiscence from suspect structures in a forensically sound manner
• research top practices for home windows, Linux, and Mac reminiscence forensics
• realize how risky reminiscence research improves electronic investigations
• Delineate the right kind investigative steps for detecting stealth malware and complicated threats
• Use loose, open resource instruments to behavior thorough reminiscence forensics investigations
• Generate timelines, music consumer job, locate hidden artifacts, and more
The significant other site offers routines for every bankruptcy, plus facts that may be used to check many of the reminiscence research innovations within the e-book. stopover at our web site at www.wiley.com/go/memoryforensics.
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Additional info for The art of memory forensics: detectiong malware and threats in Windows, Linux, and Mac memory
Address Spaces For the CPU to execute instructions and access data stored in main memory, it must specify a unique address for that data. The processors discussed in this book leverage byte addressing, and memory is accessed as a sequence of bytes. The address space refers to a range of valid addresses used to identify the data stored within a finite allocation of memory. In particular, this book focuses on systems that define a byte as an 8-bit quantity. This addressing scheme generally starts with byte 0 and ends at the offset of the final byte of memory in the allocation.
PC Architecture This section provides a general overview of the hardware basics that digital investigators who are interested in memory forensics should be familiar with. In particular, the discussion focuses on the general hardware architecture of a personal computer (PC). We primarily use the nomenclature associated with Intel-based systems. It is important to note that the terminology has changed over time, and implementation details are constantly evolving to improve cost and performance. Although the specific technologies might change, the primary functions these components perform remain the same.
Data structures are the basic building blocks programmers use for implementing software and organizing how the program’s data is stored within memory. It is extremely important for you to have a basic understanding of the common data structures most frequently encountered and how those data structures are manifested within RAM. Leveraging this knowledge helps you to determine the most effective types of analysis techniques, to understand the associated limitations of those techniques, to recognize malicious data modifications, and to make inferences about previous operations that had been performed on the data.