Advances in Information Security : Advances in Information Security - Abhishek Singh

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Advances in Information Security

By: Abhishek Singh (Editor)

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Hardcover | 26 March 2009

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Attacks take place everyday with computers connected to the internet, because of worms, viruses or due to vulnerable software. These attacks result in a loss of millions of dollars to businesses across the world.

Identifying Malicious Code through Reverse Engineering provides information on reverse engineering and concepts that can be used to identify the malicious patterns in vulnerable software. The malicious patterns are used to develop signatures to prevent vulnerability and block worms or viruses. This book also includes the latest exploits through various case studies.

Identifying Malicious Code through Reverse Engineering is designed for professionals composed of practitioners and researchers writing signatures to prevent virus and software vulnerabilities. This book is also suitable for advanced-level students in computer science and engineering studying information security, as a secondary textbook or reference.

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Non-Fiction Computing & I.T.Computer Security Computer Viruses Computer Science Data Encryption Reference, Information & Interdisciplinary Subjects Research & Information Information theory Computer Networking & Communications Network Security Computer Hardware

Network Hardware Business Applications Databases

Assembly Language
Introduction	p. 1
Registers	p. 1
General Purpose Register	p. 1
FLAGS Register	p. 2
80x86 Instruction Format	p. 3
Instruction Prefix	p. 4
Lock and Repeat Prefixes	p. 4
Segment Override Prefixes	p. 4
Opcode	p. 5
Instructions	p. 7
Basic Instructions	p. 7
Floating Point Instruction	p. 10
Stack Setup	p. 13
Passing Parameters in C to the Procedure	p. 13
Local Data Space on the Stack	p. 15
Calling Conventions	p. 16
cdecl calling convention	p. 16
fastcall calling convention	p. 17
stdcall calling convention	p. 17
thiscall	p. 17
Data Constructs	p. 17
Global Variables	p. 18
Local Variables	p. 18
Registers	p. 19
Imported Variables	p. 19
Thread Local Storage (TLS)	p. 20
Executable Data Section	p. 20
Representation of Arithmetic Operations in Assembly	p. 21
Multiplication	p. 22
Division	p. 22
Modulo	p. 24
Representation of Data Structure in Assembly	p. 24
Representation of Array in Assembly	p. 24
Representation of Linked List in Assembly	p. 25
Virtual Function Call in Assembly	p. 26
Representation of classes in Assembly	p. 27
Conclusion	p. 28
Fundamental of Windows
Introduction	p. 29
Memory Management	p. 29
Virtual Memory Management	p. 29
Virtual Memory Management in Windows NT	p. 32
Impact of Hooking	p. 33
Segmented Memory Management	p. 34
Paged Memory Management	p. 36
Kernel Memory and User Memory	p. 37
Kernel Memory Space	p. 37
Section Object	p. 38
Virtual Address Descriptor	p. 39
User Mode Address Space	p. 39
Memory Management in Windows	p. 39
Objects and Handles	p. 40
Named Objects	p. 40
Processes and Threads	p. 41
Context Switching	p. 43
Context Switches and Mode Switches	p. 43
Synchronization Objects	p. 44
Critical Section	p. 44
Mutex	p. 44
Semaphore	p. 45
Event	p. 45
Metered Section	p. 45
Process Initialization Sequence	p. 46
Application Programming Interface	p. 47
Reversing Windows NT	p. 48
ExpEchoPoolCalls	p. 49
ObpShowAllocAndFree	p. 49
LpcpTraceMessages	p. 49
MmDebug	p. 49
NtGlobalFlag	p. 49
SepDumpSD	p. 50
CmLogLevel and CmLogSelect	p. 50
Security Features in Vista	p. 50
Address Space Layout Randomization (ASLR)	p. 50
Stack Randomization	p. 51
Heap Defenses	p. 52
NX	p. 54
/GS	p. 55
Pointer Encoding	p. 56
Cryptographic API in Windows Vista	p. 58
Crypto-Agility	p. 59
CryptoAgility in CNG	p. 60
Algorithm Providers	p. 62
Random Number Generator	p. 63
Hash Functions	p. 64
Symmetric Encryption	p. 65
Asymmetric Encryption	p. 67
Signatures and Verification	p. 68
Conclusion	p. 68
Portable Executable File Format
Introduction	p. 69
PE file Format	p. 69
Import Address Table	p. 77
Executable and Linking Format	p. 79
ELF Header	p. 79
The Program Header Table	p. 80
Conclusion	p. 83
Reversing Binaries for Identifying Vulnerabilities
Introduction	p. 85
Stack Overflow	p. 85
CAN-2002-1123 Microsoft SQL Server 'Hello' Authentication Buffer Overflow"	p. 88
CAN-2004-0399 Exim Buffer Overflow	p. 88
Stack Checking	p. 90
Off-by-One Overflow	p. 90
OpenBSD 2.7 FTP Daemon Off-by-One	p. 93
Non-Executable Memory	p. 94
Heap Overflows	p. 94
Heap Based Overflows	p. 96
Integer Overflows	p. 106
Types Integer Overflow	p. 108
CAN-2004-0417 CVS Max dotdot Protocol Command Integer Overflow	p. 111
Format String	p. 112
Format String Vulnerability	p. 113
Format String Denial of Service Attack	p. 115
Format String Vulnerability Reading Attack	p. 115
SEH Structure Exception Handler	p. 116
Exploiting the SEH	p. 119
Writing Exploits General Concepts	p. 122
Stack Overflow Exploits	p. 122
Injection Techniques	p. 123
Optimizing the Injection Vector	p. 123
The Location of the Payload	p. 123
Direct Jump (Guessing Offsets)	p. 124
Blind Return	p. 124
Pop Return	p. 124
No Operation Sled	p. 125
Call Register	p. 125
Push Return	p. 126
Calculating Offset	p. 126
Conclusion	p. 126
Fundamental of Reverse Engineering
Introduction	p. 127
Anti-Reversing Method	p. 127
Anti Disassembly	p. 128
Linear Sweep Disassembler	p. 128
Recursive Traversal Disassembler	p. 130
Evasion of Disassemble	p. 131
Self Modifying Code	p. 135
Virtual Machine Obfuscation	p. 139
Anti Debugging Techniques	p. 140
BreakPoints	p. 142
Software Breakpoint	p. 142
Hardware Breakpoint	p. 143
Detecting Hardware BreakPoint	p. 144
Virtual Machine Detection	p. 145
Checking Fingerprint Inside Memory, File System and Registry	p. 145
Checking System Tables	p. 145
Checking Processor Instruction Set	p. 146
Unpacking	p. 147
Manual Unpacking of Software	p. 148
Finding an Original Entry Point of an Executable	p. 148
Taking Memory Dump	p. 154
Import Table Reconstruction	p. 156
Import Redirection and Code emulation	p. 162
Conclusion	p. 166
Appendix	p. 168
Index	p. 187
Table of Contents provided by Ingram. All Rights Reserved.

Advances in Information Security

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