Editorial Reviews. From the Back Cover. SOPHISTICATED DISCOVERY AND ANALYSIS FOR chartrolywfunccard.tk: The Art of Memory Forensics: Detecting Malware and Threats in Windows, Linux, and Mac Memory eBook: Michael Hale Ligh. Read "The Art of Memory Forensics Detecting Malware and Threats in Windows, Linux, and Mac Memory" by Michael Hale Ligh available from Rakuten Kobo. World Class Technical Training for Digital Forensics Professionals - Memory Forensics Training.
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Memory forensics provides cutting edge technology to help investigate digital attacks Memory forensics is the art of analyzing computer. Memory forensics provides cutting edge technology to helpinvestigate digital attacks Memory forensics is the art of analyzing computer memory (RAM)to solve . Discover ideas about Volatile Memory. The Art of Memory Forensics: Detecting Malware and Threats in Windows Linux and Mac Memory (eBook).
Further, one may edit the search to suit one's needs. The book provides current facts and figures that prove detection- based security products have become ineffective. A simple strategy is then presented that both leverages the opportunities presented by Bring Your Own Device BYOD and protects enterprise end users against advanced malware.
The book concludes with case studies demonstrating how hardware- isolated micro-VMs are helping Fortune financial service providers defeat advanced malware. This book is primarily designed for infosec professionals, consultants, network administrators, CIO's, CTO's, CISO's and senior executives who work within the financial industry and are responsible for their company's endpoint protection.
Learn the basics of protecting your company's online-accessible assets Discover strategies that take advantage of micro-virtualization and BYOD Become adept at comparing and utilizing different endpoint security products and strategies Call Number: Select the link above to access this ebook ISBN: Publication Date: The Syngress Digital Forensics Field Guides series includes companions for any digital and computer forensic investigator and analyst.
On most platforms, the hardware is accessed through a layer of software called an operating system, which controls processing, manages resources, and facilitates communication with external devices. Operating systems must deal with the low-level details of the particular processor, devices, and memory hardware installed in a given system.
During an investigation, you look for artifacts that suspected software or users might have introduced into the digital environment and try to determine how the digital environment changed in response to those artifacts.
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.
Physical Organization A PC is composed of printed circuit boards that interconnect various components and provide connectors for peripheral devices. The main board within this type of system, the motherboard, provides the connections that enable the components of the system to communicate.
These communication channels are typically referred to as computer busses. This section highlights the components and busses that an investigator should be familiar with. Figure illustrates how the different components discussed in this section are typically organized. CPU and MMU The two most important components on the motherboard are the processor, which executes programs, and the main memory, which temporarily stores the executed programs and their associated data.
The processor is commonly referred to as the central processing unit CPU. The CPU accesses main memory to obtain its instructions and then executes those instructions to process the data.
As a result, modern systems leverage multiple layers of fast memory, called caches, to help offset this disparity. Each level of cache L1, L2, and so on is relatively slower and larger than its predecessor. In most systems, these caches are built into the processor and each of its cores. If data is not found within a given cache, the data must be fetched from the next level cache or main memory. Elaiya Iswera Lallan.
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