Android app “tests” Windows vulnerability

An Android App for “testing” the Windows SMB2 vulnerability we covered last week has been released. For testing? Yeah right! The availability of this kind of software makes it ridiculously easy for anybody to go out and cause some havoc. Go right now and double check that your machines that run Windows Vista or Windows Server 2008 are protected (see the “workarounds” section.)

Ubuntu gets Android apps

Canonical, the main sponsor Ubuntu Linux, is developing an Android execution environment to allow android apps on Linux desktops. There’s still a lot of work to do to get this running smooth, but they do have a proof of concept functioning, as seen above. This could be very nice for those who have linux netbooks.

Google Android Open Source Phone Stack

The following slides are from a presentation about the Google and the Open Handset Alliance Android Open Source phone stack from Gilad Ben-Yossef, Codefidence ltd. Chief Coffee Drinker

It was first given as a Herzelinux meetings on Thursday May 7, 2009. The meeting was recorded and we hope to have that video available for your real soon now.

Download:

Do Androids Dream Of Electric Sheep? (PDF)

Do Androids Dream Of Electric Sheep? (ODF)

Or view online:

The Android Open Source phone stack

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Easy G1 rooting

It’s been many months since the T-Mobile G1 was initially rooted. In that time, the process has been streamlined and tools have been built to make it much easier. Having a rooted phone has become even more desirable with the recent release of the 1.5 firmware that includes an onscreen keyboard along with other improvements. Having a rooted phone means you can do tricks like setting up a 3G/WiFi bridge. [Taylor Wimberly] has written a guide to help you easily root your G1 without having to go digging through forums for software bits. The process starts by using [Mike Moussa]’s rooting app to revert the phone to the RC29 build. You then use the “Android stupidly executes everything you type” exploit to launch telnetd and upgrade the bootloader. After that, the upgrade process is fairly easy. You just flash a new baseband and build. Once you’ve got your new custom firmware, you can do future updates using an app from the Android Market. We recently updated our Android Dev Phone 1 to 1.5 and haven’t had any issues.

Android hacked to run on real hardware

Google told us that we wouldn't see any Android devices until the end of the year, but a funny thing happens when you put up the entire SDK and an emulator for a platform -- all them crazy hackers start hacking. Apparently Android was natively booted on a Freescale-based dev board called the Armadillo 500 back in November, but the floodgates were really opened when a Hungarian group called Eu.Edge discovered that basically any device with an ARMv5TE chip could run Google's baby. Armed (heh!) with that information, tinkerers around the world have gotten a variety of Sharp devices running Android: the SL-C760, C3000M, SL-C3000 series, and the SL-6000 have all been confirmed running the OS. Hopefully that means we'll be seeing a lot more unofficial Android devices soon -- check a couple videos after the break.

WiFi and Bluetooth tethering on Android

Many G1/ADP1 owners have been using the app Tetherbot to get internet access on their laptop via USB to the phone’s data connection. The app relied on the Android Debug Bridge to forward ports. It worked, but people wanted a solution better than a SOCKS proxy. The community figured out a way to create a properly NAT’d connection using iptables and then [moussam] rolled them up into easy to use applications. There’s one for setting up a PAN device on Bluetooth and another for adhoc WiFi networking. It requires you to have root on your phone, but hopefully you’ve achieved that and are already running the latest community firmware.

Debian on the G1 once again

[ghostwalker] dropped in on our previous Debian Android post to let us know that he had streamlined the install process. The first time around, it quickly became difficult to complete the process because firmware updates had taken away root access. Hackers have since figured out how to downgrade from RC30 and install BusyBox. All you need to do to put Debian on your phone is download the package from [ghostwalker] and then run the installer script. This isn’t technically a port since Debian already has ARM EABI support. What would you run on your phone if you had access to the entire Debian package tree? A video of Debian starting up is embedded below.

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