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File System Forensic Analysis 1st Edition

4.7 out of 5 stars 59 customer reviews
ISBN-13: 978-0321268174
ISBN-10: 0321268172
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Product Details

  • Paperback: 600 pages
  • Publisher: Addison-Wesley Professional; 1 edition (March 27, 2005)
  • Language: English
  • ISBN-10: 0321268172
  • ISBN-13: 978-0321268174
  • Product Dimensions: 7 x 1.2 x 9 inches
  • Shipping Weight: 2 pounds (View shipping rates and policies)
  • Average Customer Review: 4.7 out of 5 stars  See all reviews (59 customer reviews)
  • Amazon Best Sellers Rank: #146,132 in Books (See Top 100 in Books)

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Customer Reviews

Top Customer Reviews

Format: Paperback
It's easy to think that computer filesystems are relatively simple things. After all, if 'dir' or 'ls' don't show what you're looking for, maybe an undelete program will work. Or will it? To be a decent, trustworthy expert in forensics (a requirement if you plan to participate in any criminal investigations), you'll have to learn how filesystems really operate, how tools like undelete and lazarus work, and how they can be defeated.

Carrier's book isn't a legal book at all, and it doesn't pretend to offer much insight into the law surrounding forensics. Instead it focuses on technical matters, and is sure to be the gold standard in its field. This is important, because it comes at you expecting you to have some knowledge, even if only informal, of what a filesystem contains. With a basic understanding of data structures, you'll get a wealth of information out of this book, and it will be a good reference long after you've first studied it.

File System Forensic Analysis is divided into three sections. These are arranged in the order that you'll want to study them to maximize the benefit you can hope to achieve, namely an understanding of how to examine filesystems for hidden or previously stored data. The first three chapters cover a fundamental series of topics: Digital Investigation Foundations, Computer Foundations, and an introduction to Hard Disk Data Acquisition. While they start at a basic level (e.g. what hexadecimal is), they quickly progress to more developed topics, such as the types of interfaces (SATA, SCSI, IDE), the relationship of the disk to the computer system as a whole, and how data is stored in a file and filesystem at a basic level.
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Format: Paperback
Brian Carrier has written a solid book that should be on the reference shelf of anyone in the Digital Forensics field that conducts analysis of file systems. The book is well organized into three parts, each with multiple chapters.

The first part discusses the foundations necessary to understand digital evidence, computer functions and acquiring data for analysis. This part is intentionally at a higher level, yet still provides the necessary foundations for the subsequent parts. A good explanation of host protected area (HPA) and device configuration overlays (DCO) is included, as well as methods by which one can test for such areas on volumes.

The second part discusses volume analysis. Brian takes this topic and divides it into four chapters addressing basic volumes, personal computer volumes, server volumes and finally multiple disk volumes. He provides detailed information on a variety of common partition types, even including both SPARC and i386 partition information for Sun Solaris.

Finally the third part discusses file system analysis, and the last 10 chapters are dedicated to covering general information, and then detailed descriptions of concepts, analysis and data structures for FAT, NTFS, Ext2, Ext3, UFS1 and UFS2 file systems. The detailed information provided well-documented explanations and included analysis scenarios. For instance, in his discussion of NTFS analysis, an image of a damaged disk is evaluated, and he provides meaningful explanations of reconstructing the damaged tables to allow analysis of the data. He provides many such examples throughout.
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Format: Paperback
I decided to read and review three digital forensics books in order to gauge their strengths and weaknesses: "File System Forensic Analysis" (FSFA) by Brian Carrier, "Windows Forensics" (WF) by Chad Steel, and "EnCase Computer Forensics" (ECF) by Steve Bunting and William Wei. All three books contain the word "forensics" in the title, but they are very different. If you want authoritative and deeply technical guidance on understanding file systems, read FSFA. If you want to focus on understanding Windows from an investigator's standpoint, read WA. If you want to know more about EnCase (and are willing to tolerate or ignore information about forensics itself), read ECF.

In the spirit of full disclosure I should mention I am co-author of a forensics book ("Real Digital Forensics") and Brian Carrier cites my book "The Tao of Network Security Monitoring" on p 10. I tried to not let those facts sway my reviews.

FSFA has received lengthy and glowing reviews, so I will keep my comments brief. Of the three books I cited earlier, FSFA was the only one which really grabbed my attention. I am a network-centric security practitioner, but Brian Carrier's organization, thoughtfulness, and delivery really hooked me. I very much appreciate authors who define a framework and explain potentially complicated topics within that framework.

For example, Brian is very keen to promote the scientific method. His emphasis on hypotheses and looking for evidence to refute them made me take a second look at my own practices. Brian differentiates between "essential" and "nonessential" data, where the former must be accurate in order for a user to access data and the latter not necessarily needing to be accurate. Again, this is a great way to think about digital evidence in any form.
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