As Pentoo 2013.0 RC1.1 is using hardened kernel, some application may not working properly. You may need to inspect and change the pax settings of the application in order to make it to work properly.



Use paxctl to inspect and change the pax settings.



paxctl -h

paxctl -v [application name]



Since the current Pentoo 2013.0 RC1.1 (as updated to April 29, 2013), the CUDA do not work properly by default. You are required to do something on it. This bug may be fixed in the next update or RC version.



First of all, make sure the libraries of CUDA are loading properly by making sure the following lines are at the file /etc/env.d/99cuda :



cat /etc/env.d/99cuda



PATH=/opt/cuda/bin:/opt/cuda/libnvvp

ROOTPATH=/opt/cuda/bin

LD_LIBRARY_PATH=/opt/cuda/lib64:/opt/cuda/lib



Finally, make sure some of the applications are set to proper pax settings. For example, cudaHashcat-plus64.bin and Cryptohaze-Multiforcer which are running with CUDA but they are not setting with pax flags properly at the current version.



Make sure the pax settings should be shown as the following :







Known Issue



The current version/update as on April 29, 2013, the pyrit does not work properly with CUDA. Since pyrit is written in Python, the paxctl does not work at all. According to one of the developers, the pyrit will be removed from the distribution.



Thats all! See you.

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To install Scapy



sudo apt-get update
sudo apt-get install python-scapy python-pyx python-gnuplot



To run Scapy interactively



sudo scapy



The scapy shell will be displayed :


WARNING: No route found for IPv6 destination :: (no default route?)

Welcome to Scapy (2.2.0)

>>>



To quit Scapy



>>>quit()


Thats all! See you.

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The free MDITabs Bonus Tools from Autodesk , as reported by Shaan Hurley, Autodesk Blogger of Between The Lines, will work with AutoCAD 2011!  Ive used this tool in the past and just might download it again, now that it seems to work with 2011.

Go on over to his site to check it out and to download it.

Between The Lines

Thanks Shaan for trying it out for us.

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Step 1 :



Download and install the LimeChat from Apple Apps Store on you Mac.



Step 2 :



LimeChat >> Preferences >> Interface >> Layout of the main window >> 3 Columns

LimeChat >> Server >> Server Properties >> General >> Network name -- TorifiedFreenode

LimeChat >> Server >> Server Properties >> General >> Server -- 10.40.40.40

LimeChat >> Server >> Server Properties >> General >> Port -- 6667

LimeChat >> Server >> Server Properties >> General >> Nickserv Pasword -- [your SASL password]

LimeChat >> Server >> Server Properties >> General >> Use SASL >> selected



LimeChat >> Server >> Server Properties >> Details >> Proxy >> SOCKS 5 proxy

LimeChat >> Server >> Server Properties >> Details >> Homename >> 127.0.0.1

LimeChat >> Server >> Server Properties >> Details >> Port >> 9150



LimeChat >> Server >> Server Properties >> On Login >> #infosec-ninjas [add some channels]



Step 3 :



Go to Tor official website to download and install "Tor Browser Bundle for 64-Bit Mac".



Step 4 :



Run "TorBrowser_en-US".



Vidalia Control Panel >> Settings >> Advanced >> Edit current torrc



Append the following :



MapAddress 10.40.40.40 p4fsi4ockecnea7l.onion



Select it and then "Apply selection only" >> OK



Step 5 :



Close LimeChat and Stop Tor as well as close Vidalia Control Panel.



Then restart Vidalia Control Panel and LimeChat. TorBrowser will start up too.



Thats all! See you.

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Are you or your company about to get a new printer?  Before you do, check out my latest article for CADspeed.  Its part One of a three part series.  In it I look at your needs, wants, and help you to come up with a plan to make sure you get the printer thats right for you.

Check it out!

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App Inventor for Android is another example of Cloud Computing. You can build your Android apps from the Java enabled browser and sync to your Android device at ease. In addition, everyone can build Android apps by App Inventor for Android without any deep knowledge of Java and/or programming.



Go to Register Form to register your account for App Inventor for Android. You may require to wait for several weeks in order to receive the access permission email from Google.



On your Android device



Download and install "AppInventor Toggle" from the Market of your Android device.



Run "AppInventor Toggle", press "Menu", enable "Cable Detection" and disable "AppInventor Orientation".



Exit "AppInventor Toggle", Press "Menu", "Settings", "Applications" and "Development", then enable "USB Debugging"



On your Ubuntu 10.04 desktop



Ubuntu 10.04 comes with OpenJDK (open source version of Java) and it is ready to go. You can download OpenJDK at Ubuntu Software Centre if it is not installed. Or, you can use Sun Java instead but you are required to enable the repository at "System", "Administration", "Synaptic management".



Be keep in mind that App Inventor for Android official site recommend Sun Java instead of OpenJDK. If you encounter abnormal behavior on the web application, please install Sun Java instead.



Go to Extra Software page and download the Debian package. The current version at this writing is 1.02.



sudo dpkg -i appinventor-extras_1.02_all.deb



You may encounter "Unable to get SyncService for device" when you are connecting to your Android smartphone from Blocks Editor of App Inventor web application. The following is the procedure to solve this problem.



sudo nano /etc/udev/rules.d/51-android.rule



Append the following line.

SUBSYSTEMS=="usb", ATTRS{idVendor}=="0bb4", ATTRS{idProduct}=="0ff9", MODE="0666



Create a shell script.

nano android-syncservice



Append the following lines.

#!/bin/sh

# Solve the problme of "Unable to get SyncService for device" while connecting to Nexus One under Blocks Editor of App Inventor

cd /usr/google/appinventor-extras/commands-for-Appinventor/

./adb kill-server

./adb devices

cd ~

exit 0



Copy the shell script to /etc/init.d and make it running automatically on every boot.

sudo cp android-syncservice /etc/init.d/

sudo chmod +x /etc/init.d/android-syncservice



sudo update-rc.d android-syncservice defaults



Or, you may require to reboot your system when need.



Now connect your Android device to your Ubuntu 10.04 desktop with the USB cable. You are ready to go ....



Follow the instructions at Connect App Inventor to Your Phone.



Then, study the Tutorials.



Finally, Live Development, Testing and Debugging.



Known Issue



The size of the apk (application package) is quite large, it is at least about 3 to 4 MB of size for a very simple application, such as tutorial apps.



Thats all! See you.

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Weevely is a stealth PHP web shell that simulate an SSH-like connection. It is an essential tool for web application post exploitation, and can be used as stealth backdoor or as a web shell to manage legit web accounts, even free hosted ones.



Step 1 :



sudo apt-get install git



sudo -sH

cd /opt

git clone git://github.com/epinna/Weevely.git



Step 2 :



To run it.



sudo -sH

cd /opt/Weevely

./weevely.py



Thats all! See you.

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The Cryptohaze Multiforcer is a high performance CUDA password cracker that is designed to target large lists of hashes. Performance holds very solid with large lists, such that on a suitable server, cracking a list of 1 000 000 passwords is not significantly slower than cracking a list of 10. For anyone who deals with large lists of passwords, this is a very useful tool! Algorithm support includes MD5, NTLM, LM, SHA1, and many others. The official website of Cryptohaze Multiforcer is here.



Download Cryptohaze-Linux_x64_1_30.tar.bz2



tar -xjvf Cryptohaze-Linux_x64_1_30.tar.bz2



cd Cryptohaze-Linux



nano single_charset



Append the following :



ABCEDFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz1234567890~!@#$%^&*()_+|}{":?><`-=][;/.,



Cracking the sample SHA1 hashes on my two nVidia GeForce GTX 590 system :



./Cryptohaze-Multiforcer -h SHA1 -f test_hashes/Hashes-SHA1-Full.txt -c single_charset --threads 512 --blocks 512 -m 500



Hardware Configuration :



CPU : Intel i7-3930K (12 cores with Hyper-Threading, Socket 2011)

Motherboard : ASUS SaberTooth X79

RAM : Corsair Vengeance DDR3 1600 32GB (4GB x 8)

Display Card : Inno3D nVidia GeForce GTX 590 384bit 3072MB DDR5 x 2

Hard Drive : Seagate SATA II 1TB x 2

Power Supply : Seasonic X-series 1250W

CPU Heat Sink : Corsair H100 Liquid CPU Cooler

Case : Corsair Graphite Series 600T Black



Remarks :



Installation of CUDA on Back|Track 5 R1



Thats all! See you.

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