What do you get when you combine those three things? If you said "source code for the Galaxy Note on AT&T," then you win a cookie. Go wait over there and we'll bring it right out.
Samsung just pushed the source to its Open Source Release Center for all to grab, but there is a catch. For some reason, there are three different versions of the code, all basically identical, save one line (thanks for digging through the code, JCase).
Lenovo has just unveiled its new X1 Hybrid laptop, which runs Windows with a twist – namely, it can boot into "Instant Media Mode," which allows the laptop to run off of a Snapdragon processor, utilizing custom software based on the Android 2.3 kernel. Ostensibly, this mode is meant for users who want to get through a long flight, or simply zone out with a variety of media, with double the battery life they'd have running Windows.
EVO Design 4G owners, rejoice - HTC has just released the kernel source code for your device. This means that devs can grab the code, take it to the lab and start hacking away to make this device as lean and mean as possible. Overclocking, among other mods, is just one of the things that generally results in source code modification, so keep your eyes peeled for these improved kernels to start pouring out on popular development forums.
ODIN is a handy, yet powerful tool for Android-powered Samsung devices that allows users to flash firmware updates and kernels using a relatively simple interface.
Looking to channel the power of the ODIN tool into something a bit more, well, mobile, developer Chainfire has released Mobile ODIN, a tool that allows rooted users to flash firmware straight from the app's interface.
What's more, Mobile ODIN Pro comes with a tool called EverRoot, which will ensure that no matter what you're flashing, you'll maintain root privileges, even if you're attempting to update your device with a leaked version of official firmware.
Unlike some vendors which shall remain unnamed (*cough*, HTC, *cough*), Amazon didn't make us wait for the mandatory open source bits of the Android Fire's kernel and released them over at their Source Code page the same day the tablets themselves started arriving in consumers' hands. The download, which comes as a compressed tar.gz, weighs in at a whopping 809MB.
The source code should allow for custom ROMs and tweaks to the OS, which we can hopefully expect soon, considering the Fire has already been rooted.
Developer bponury, the mind behind WifiKill and FaceNiff, has created something that looks pretty awesome, if you're the owner of a GSM-enabled HTC Evo 3D. That something is the Slide 2 Wake kernel, which allows you to wake and lock your device by sliding a finger across your Evo 3D's capacitive buttons. The kernel is still in its very early stages, but seems to perform quite well.
While the kernel is only running on one very specific device for now, there is hope for at least a port to the CDMA variant of the 3D, and perhaps other devices with capacitive buttons as well.
While the Galaxy Note still hasn't made its way to US shores (and possibly never will), that hasn't stopped this gargantuan beast from making a name for itself in other areas of the world. It's big, powerful, comes with a built-in stylus, and has an amazing display. What more could you want?
How about a little hack action.
For devs out there looking to work some magic on this tablet-meets-phone hybrid, Sammy just released the kernel source code to the Open Source Developers Center.
Earlier today, Samsung made available the kernel source code for T-Mobile's Galaxy S II -- the latest of many source releases from Sammy. Of course, if you're not into developing, hacking, or modding Sammy phones, this sort of thing is of little value to you. However, if Moto is your flavor, and you want to make a beastly phone a bit more beastly, listen up: Motorola just released the Bionic source.
This is a pretty wild piece of news. Google, George Mason University, and the NSA are working to make Android the most secure OS out there. They're developing a "hardened" kernel so Android can pass all the necessary red tape to be deployed for government use. By 2012 they expect Android to be good enough for classified communication, and eventually they'll hit a higher security clearance level than BlackBerrys. Poor BlackBerry, security was one of the last things they had left.