<--- Back to Details
First PageDocument Content
Software bugs / Malware / PaX / Buffer overflow / Return-to-libc attack / Vulnerability / Address space layout randomization / Computer virus / Subroutine / Computing / Computer programming / Software engineering
Date: 2010-02-17 09:21:07
Software bugs
Malware
PaX
Buffer overflow
Return-to-libc attack
Vulnerability
Address space layout randomization
Computer virus
Subroutine
Computing
Computer programming
Software engineering

Program Differentiation-INTERACT-2010-v6-publish

Add to Reading List

Source URL: www.cs.fsu.edu

Download Document from Source Website

File Size: 149,62 KB

Share Document on Facebook

Similar Documents

ASLR: How Robust is the Randomness? Jonathan Ganz What is Address Space Layout Randomization? ● Provides System-Level Control-Flow Integrity

DocID: 1uHp5 - View Document

Computing / Computer security / Software bugs / Address space layout randomization / Gadget / Buffer overflow / Return-to-libc attack / Shellcode / Instruction selection / Position-independent code / NOP / Return-oriented programming

Q: Exploit Hardening Made Easy Edward J. Schwartz, Thanassis Avgerinos and David Brumley Carnegie Mellon University, Pittsburgh, PA {edmcman, thanassis, dbrumley}@cmu.edu

DocID: 1rrtf - View Document

Computing / Software / Computer architecture / Android / Smartphones / Alphabet Inc. / ShmooCon / Dalvik / Address space layout randomization

TEAM JOCH vs. Android: The Ultimate Showdown TEAM JOCH vs. Android - ShmooCon 2011

DocID: 1rpSp - View Document

Software / Computing / Computer architecture / Computing platforms / Monolithic kernels / Kernel / Linux kernel / Address space layout randomization / Linux / Android / User space

Anatomy of a Remote Kernel Exploit Dan Rosenberg Copyright © 2011 Virtual Security Research, LLC.

DocID: 1qVjv - View Document

Software / System software / Computing / Message transfer agents / Internet Standards / IBM software / Postfix / Ntpd / Privilege separation / Sandbox / POSIX / Address space layout randomization

Privilege Separation and Pledge Main maid DNS maid - Theo de Raadt

DocID: 1qTW0 - View Document