This diminutive little guy is more than meets the eye. It weighs 21 grams, which is the same as the bag of the Cotton Candy it is codenamed after. The unassuming USB stick is actually an Android 2.3 Gingerbread powered device that packs a wallop. Here are its specs:
Dual-core 1.2-GHz Samsung Exynos ARM CPU
microSD card slot
The magic happens when you plug Cotton Candy into a Windows or OSX device.
Since before the launch of Amazon's Kindle Fire, the Android community has been atwitter, planning to break through the shopping giant's custom Android variant to achieve a true Android experience. Coming one step closer to that, BriefMobile has provided detailed instructions on how to get the Android Market running on Amazon's affordable 7" slate.
Of course, the Kindle Fire is not compatible with all the apps in the Market, so you may notice a few missing.
In what is undoubtedly one of the coolest mods I've seen in months, developer picard666 has released an interactive Mario lockscreen for MIUI. So awesome, in fact, that words can't properly describe it. Take a look at the "diagram":
The top cloud shows the current time, and the two clouds below show calls and messages (left and right, respectively). To unlock into calls or messages, you take control of Mario and have to make him hit the corresponding coin box - a coin pops out (optionally with the accompanying sound), then your phone launches the appropriate app.
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.
The Kindle Fire, Amazon’s content-subsidized tablet, has been arriving to the delight of people all across the U.S. The heavily-skinned Gingerbread Android device has left many questions in the minds of the Android and Gadget community. For instance, will we be able to install apps outside of the Amazon Appstore? How about using adb? And, of course, the most important question of all - can the Fire be rooted?
If you remember, Amazon said it wouldn't do anything special to prevent rooting or interfere with those who want to customize their devices in other ways (although the status of the bootloader is unknown at this time).
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.
To help Android developers automate some things and catch certain errors early on, the Android Tools team is pushing ahead with a new dev tool called Android Lint. Android Lint will be available in the next release of ADT (16) and Tools (r16).
If you're not familiar with the "lint" paradigm, a lint tool generally helps you validate your code using a certain set of rules in order to avoid common pitfalls.
In case you were wondering or had any doubt at all, the CyanogenMod 9 wheels are now in motion (as promised), and in a few months (likely weeks for nightlies) delicious ICS will drip onto 68+ supported Android devices, some completely forgotten by carriers and manufacturers. If you ask me, that's the best thing that could happen to them anyway - what do carriers know about keeping their devices up-to-date with Android, right?
Adding to the list of awesome Android-related gadgetry, Tomer Weller and Yossi Sorin have created Paradroid, a self-navigating skydiving robot powered by an attached Android handset.
Beginning as a project for Google Developer's day ADK challenge, Paradroid is still a work in progress. That being said, it already seems to have some impressive capabilities, functioning from heights of over 1000ft., parachuting safely to the ground, and navigating to a predetermined location, all while sending back handy status reports.