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Learning Linux Binary Analysis

You're reading from   Learning Linux Binary Analysis Learning Linux Binary Analysis

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Product type Paperback
Published in Feb 2016
Publisher Packt
ISBN-13 9781782167105
Length 282 pages
Edition 1st Edition
Languages
Tools
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Author (1):
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 "elfmaster" O'Neill "elfmaster" O'Neill
Author Profile Icon "elfmaster" O'Neill
"elfmaster" O'Neill
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Table of Contents (17) Chapters Close

Learning Linux Binary Analysis
Credits
About the Author
Acknowledgments
About the Reviewers
www.PacktPub.com
Preface
1. The Linux Environment and Its Tools FREE CHAPTER 2. The ELF Binary Format 3. Linux Process Tracing 4. ELF Virus Technology – Linux/Unix Viruses 5. Linux Binary Protection 6. ELF Binary Forensics in Linux 7. Process Memory Forensics 8. ECFS – Extended Core File Snapshot Technology 9. Linux /proc/kcore Analysis Index

ELF virus detection and disinfection


Detecting viruses can be very complicated, let alone disinfecting them. Our modern day AV software is actually quite a joke and is very ineffective. Standard AV software uses scan strings, which are signatures, to detect a virus. In other words, if a known virus always had the string h4h4.infect.1+ at a given offset within the binary, then the AV software would see that it is present in its database and flag it as infected. This is very ineffective in the long run, especially since viruses are constantly mutating into new strains.

Some AV products are known to use emulation for dynamic analysis that can feed the heuristics analyzer with information about an executable's conduct during runtime. Dynamic analysis can be powerful, but it is known to be slow. Some breakthroughs in dynamic malware unpacking and classification have been made by Silvio Cesare, but I am not certain whether this technology is being used in the mainstream.

Currently, there exists...

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