====== Reverse Code Engineerng ======
{{template>:project:infobox|
name=RCE|
image=rce.png|
sw=|
hw=|
founder=root|
interested=[[user:biiter]]\\ [[user:ruza]]|
status=dead
}}

~~META:
status = active
&relation firstimage = :project:rce.png
~~


===== Goals of the Project =====
  * security research
  * education

===== Walkthroughs =====
==== Can You Crack It? ====
16.12.2011 20:00 - [[http://www.doodle.com/nqfewpvfm5a7g7is|date vote poll]] \\ 
Provedeni resenim challenge http://canyoucrackit.co.uk. \\ 
Postupne si vysvetlime co se po nas v zadani chtelo a jak se to melo resit.



===== Tools =====
  * http://immunityinc.com/products-immdbg.shtml
  * http://www.hex-rays.com/products/ida/support/download_freeware.shtml

===== Crackmes =====
  * http://www.binary-auditing.com/

===== Resources =====
  * http://www.openrce.org/reference_library/
  * http://www.woodmann.com/
  * http://vx.netlux.org/

===== Recommended readings =====
  * http://sts.synflood.de/dump/doc/RE_I.txt
  * http://sts.synflood.de/dump/doc/RE_II.txt
  * http://hexblog.com/files/recon%202010%20Skochinsky.pdf
  * http://thelegendofrandom.com/blog/sample-page
===== Lectures =====
Date to be announced.

1. from boot to root
  * x86 boot process (modes)
  * grub
  * kernel main
  * init
  * rc.d
  * root

2. running process
  * elf
  * loader (libraries)
  * environment (input/ipc)
  * syscalls (process/kernel)
  * library call (.plt)

3. debugging
  * ltrace
  * strace
  * ptrace
  * gdb
  * basic disassembly

4. creating program
  * memory layout
  * stack
  * heap
  * object placement (variables in memory)
  * gcc

5. reverse engineering
  * advanced disassembly
  * basic constructions (functions)
  * code flow control
  * de/obfuscation
  * examples

6. vulnerability exploitation
  * buffer
  * types
  * shellcode
  * pwn
  * examples

7. code review
  * taossa
  * secure coding
  * xorl

8. vulnerability discovery
  * code review
  * documentation
  * fuzzing