27 January 2014
Whatsapp 蓄える／店s its messages and 接触する 名簿（に載せる）／表（にあげる） in plain-text-sqlite database
23 October 2013
My Android Metasploit Payload with Meterpreter Android 拡張 for Metasploit
My Android Metasploit Payload with Meterpreter Android 拡張 for Metasploit https://vimeo.com/77632331
27 August 2013
22 June 2013
[C Tutorial] Course Content
Hello Guys,
I have 体制／機構 the course content for the new C programming language tutorial. I thought that it will help you to put your 手渡すs on my 計画（する） for you for the next weeks. Good luck
I have 体制／機構 the course content for the new C programming language tutorial. I thought that it will help you to put your 手渡すs on my 計画（する） for you for the next weeks. Good luck
27 May 2013
23 April 2013
Packetyzer: A step に向かって 未来
Long time I didn't 令状 on the blog, but I am 支援する with my 最新の and first paper on Packetyzer, my first packet 分析 C++ library.
Abstract
Packetyzer is a high level library for C++
designed to make easier the (1)偽造する／(2)徐々に進むing and decoding of 網状組織 packets. It has the ability to decode packets
of most ありふれた 網状組織 議定書s, 逮捕（する） them and send them on the wire. This
能力 許すs construction of 道具s that can 調査（する）, ざっと目を通す or attack
網状組織s.
It enables the 創造 of 網状組織ing 道具s in a few lines. A
packet is 述べるd by its where Fields of each 層 have useful default
values that you can overload. It has the ability to 分析する pcap とじ込み／提出するs or 逮捕（する）d
packets using Wireshark.
Packetyzer has the ability to 逮捕（する）
packets, 分析する them and send them over the wire. It 分析するs the packets and
the 関係 streams ... from the Ethernet header to the 使用／適用 層
議定書s. Packetyzer is in the form of Dynamic Link Library (DLL) that will
help to be 含むd in many 道具s and 事業／計画（する）s.
13 July 2012
Windows 衝撃を和らげるもの 洪水 Explained - Part 2
Welcome 支援する, in part 1 we talked about the 鮮明度／定義 of the 衝撃を和らげるもの 洪水s and how they can occur, also we talked about memory and its relations to 衝撃を和らげるもの 洪水. In this part we are continuing our series talking about 登録（する）s and Shellcodes.
登録（する）s
加工業者s 含む／封じ込める memory known as 登録（する）s. These 登録（する）s are very small and are used for very 急速な／放蕩な 過程ing. 登録（する）s can be thought of as variables for 議会. 登録（する）s are 分類するd によれば the 機能（する）／行事s they 成し遂げる. High level 登録（する）s can be categorised in four sections
- General 目的
- Segment
- 支配（する）／統制する
- Other
登録（する）s EAX, EBX, ECX, EDX, ESI and EDI are used for general 目的 variables such as mathematical 操作／手術s and 持つ／拘留する data for an 操作／手術. These are 32 bit 登録（する）s on a 32 bit 加工業者. The 16 bit 登録（する）s for EAX, EBX, ECX and EDX are known as AX, BX, CX and DX. Finally 8 bit 登録（する）s are known as AL, BL, CL and DL which are the low order bits. High order bits are known as AH, BH, CH and DH. These 16 and 8 bit 登録（する）s 存在する for backwards compatibility and are very useful when producing smaller shellcode. The "E" means 延長するd to 演説（する）／住所 the 十分な 32-bit 登録（する）s.
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