Free wep key changer 0.2 software for linux

MaK changer software change you mac address for selected device. It is utility macchanger in graphic mode written in python.

I make this soft for learning python and pyqt. Max 7 interfaces is possible for now. Let my know about bugs.

PS: to run the script just click to run the software(on some distros you need write python makchanger_0211.py)

PS1:you need to be root to change mac addres

Raw Fake AP is a program that emulates valid IEEE 802.11 access points using wireless raw injection.
Raw Fake AP application aims to create both beacon and probe response frames and could be used to "hide" real networks from novice wardrivers or for testing wireless intrusion detection systems.
Main features:
Overall features:
- Raw injection of beacon and probe response frames in monitor mode
- Try to forge coherent sequence numbers and BSS timestamps (depending on driver injection capabilities)
- Try to have a coherent time interval between beacons (which is hard to achieve without a real time kernel)
Command line interface will help you to choose between:
- Randomize Open/WEP/WPA/RSN crypto
- Randomize b/g cards
- Channel hopping
- TXpower hopping
- Randomize ESSIDs (alnum or not)
- Randomize BSSIDs
- Choose beacon interval
- Choose number of fake access points
- Choose a file with valid OUIs
- Choose a file with ESSIDs
- Choose between beacon or probe response frames
- Select a destination MAC address

ESE Key Daemon is a multimedia keyboard driver for Linux. No kernel patch is needed.
ESE Key Daemon is a userspace program which pools /dev/input/event interfaces for incoming keyboard key presses.
Enhancements:
- A bug in the configuration file handling routines was fixed.

Wepdecrypt is a Wireless LAN Tool written in c which guesses WEP Keys based on a active dictionary attack, key generator, distributed network attack and some other methods, Wepdecrypt based on wepattack and GPL licensed.
Main features:
- Implemented packet filters.
- Only one crypted packet is enough to start cracking
- Has its own key generator.
- Can crack a dumpfile over a network.
- Can act as a server and client.
- Has an fltk gui.
Enhancements:
- Applied destdir patch thanks to VMiklos from frugalware (first patch applied Thanks! :).
- Modified configure and Makefile to support destdir and wkeygen features.
- Now wordfile can contain hex keys just add HEXKEY_FILE to the first line. Feature sugested by Scott Taylor thanks!.
- Added wkeygen, wkeygen is a modified version of an add-on from linux-wlan-ng to generate wep hex keys.
- Added a man page for wkeygen tool.
- Documentation updated to show usage of new features.
- Some source code clean ups.
- Applied a patch from gentoo to fix a little compiling problem.
- Added support to save bssid in server log when a key is found by a client.
- Added new code to generate keys, it has been widely improved, updated wepdecrypt to use this new code (old code is still there it will be removed soon).
- Added an option to set the mode for the new key generator (all, alpha, alphanumeric, numeric, printable, random).
- Now -n option works as it was supposed to.
- Version and Help options added to the guis help menu.
- Gui look and functionalities changed (added an option to set -d flag and another option to set the numbers of blocks to get and decrypt from the server).
- Reconstructed the way in which gwepdecrypt handles the output data. This fixes two bugs one that caused use of 100% of the CPU and another related with gwepdecrypt output (no more cutted lines, also fixed in windows).
- Added code to check if wepdecrypt is installed before executing it in gwepdecrypt (fixes a crash in gwepdecrypt).
- Little speed up enhacement.
- Some Gui, wepdecrypt and wkeygen minor bugs fixed.
- Windows support (Done. Binaries will be released with the next version).
- Modified wepdecrypt scripts to look for john in the path.
- Added a todo file.
- Added a file called Examples.txt with scripts that use tools from wepdecrypt.

slashManager is a fast file manager for Unix systems written in wxPython. It supports directory tree view and tabbed browsing. It has internal viewers for major image formats (GIF, JPEG, PNG, and others) and HTML. It combines, in a unique way, features found in many other file managers.
Main features:
Implemented:
- Copy/Cut/Paste with keyboard, popup menu, or quick browser
- Option for displaying hidden files and/or directories (separate setting for each)
- History (separate for each tab)
- Mounting and unmounting of file systems (based on /etc/fstab)
- Properties dialog for files and directories (shows sizes of directories)
- Tree view of the file system (cached for fast drawing)
- Tabbed views of directories
- Sorting by date, name (possibility to disable case-sensitivity), extension, or system order; with option to reverse order.
Missing:
- Bookmarks
- Configuration tool
- Drag and drop
- File searching
- Session management
- User scripting
- Virtual file systems

KNetworkManager is the KDE front end for NetworkManager. KNetworkManager project provides a sophisticated and intuitive user interface which enables users easily to switch their network environment.

The range of functions encompasses the features implemented by NetworkManager daemon. Up until now NetworkManager supports:

Wired Ethernet Devices (IEEE 802.3)
Wireless Ethernet Devices (IEEE 802.11): Unencrypted, WEP, WPA Personal, WPA Enterprise
Virtual Private Network (VPN): OpenVPN, VPNC
Dial-Up (PPP)

How does it work?

For both, Wireless LAN and Wired LAN, NetworkManager supports devices known to HAL. Unless working in offline mode, NetworkManager tries to keep the system connected at any time. For this, NetworkManager follows the following policy.

Once started, NetworkManager asks HAL about available network interfaces. If a wired network interface with a carrier is found, NetworkManager connects to this. Either by DHCP (default) or by setting up previously defined static configuration. Later on, when KNetworkManager starts up, NetworkManager will expose its information about network devices and wireless networks found by scanning to the applet.

At this point, if a user decides to unplug the wired connection, NetworkManager will not connect to an arbitrary wireless network. By default all available networks are untrusted. Only if a user decides to connect to a network manually once, this specific network n henceforth being marked as trusted.

n = { ESSID, Hardware address or addresses of the access point}

The trusted networks are stored individually for each user. KNetworkManager stores them and informs NetworkManager about the known, trusted networks. If a wired connection drops due to unplugging the cable NetworkManager will automatically connect to a trusted network. As this step was done without user interaction, NetworkManager will reconnect to the wired connection once it has a carrier.

If a user joins a wireless network by manual intervention (e.g. user clicks on a network listed in the context menu of KNetworkManager or connects to a hidden wireless network), NetworkManager will take down any previous connection. If one unplugs the wired connection after such a step, NetworkManager will not connect to the wired connection once it has a carrier.