Skip to main content

Google unveils the Android Wear platform: Google Now on your wrist

We knew that Google was cooking up a version of Android designed specifically for wearables, and today the company followed through. Android Wear is a Google Now-centric platform for smartwatches – and, eventually, other wearables as well. Android Wear delivers what many folks have been waiting for before investing in a smartwatch. It's contextual Google Now information combined with almost-instant Google voice commands.
So, much like Google Now for smartphones, it will give you info like traffic for your commute, sports scores, and any upcoming meetings you have. And like the Moto X and the Google Now launcher on the Nexus 5, you'll also be able to trigger voice commands without even touching your device. Just say "OK Google" and Google Wear-powered watches will instantly start listening for your command. That could mean sending or replying to a text, searching Google for a good restaurant, or something like scheduling a meeting.
Android Wear's default screen is basically a scaled-down version of the Google Now we already know from smartphones. You're greeted with the time and weather, but a quick swipe or two can show you things like the detailed forecast or your meetings for the day. Non-Wear-powered watches, like the Galaxy Gear, do some of those things, but Google's platform looks like it combines them in a seamless manner that we haven't seen before.
Obviously a wearable-focused version of Google Now is the killer feature here, but Google is also opening up Android Wear to third-party developers, who will be able to tie Android Wear functionality to their smartphone apps. So, for example, a fitness app you're running on your Nexus 5 might send a glanceable second-screen version of itself to your Android Wear-powered watch. Look at the smartphone version for the nitty-gritty details, but get quick access to things like your distance and step count on your watch. That's just one simple possibility, but as is always the case with new SDKs, we might not really know what's in store until developers' imaginations have at it.
LG and Motorola have already announced watches running Android Wear, and Google says that it's working with HTC, Asus, and Samsung on Wear devices. A Wear Developer Preview is available starting today. And be sure to check out Google's video below for a clearer look at what Android Wear has to offer.
Source: Google



Comments

Popular posts from this blog

Silent headset lets users quietly commune with computers

Advances in voice recognition technology have seen it become a more viable form of computer interface, but it's not necessarily a quieter one. To prevent the click-clacking of keyboards being replaced by noisy man-machine conversations, MIT researchers are developing a new system called AlterEgo that allows people to talk to computers without speaking and listen to them without using their ears. At first glance, the AlterEgo headpiece looks like the product of a design student who didn't pay attention in class. Instead of the familiar combination of an earpiece and microphone, the device is a cumbersome white plastic curve like the jawbone of some strange animal that hangs off the wearer's ear and arcs over to touch the chin. It might look strange, but it's based on some fairly sophisticated technology. Inside the Alterego are electrodes that scan the jaw and face from neuromuscular signals produced when the wearer thinks about verbalizing words without

Qualcomm showcases the Snapdragon S4 ahead of Mobile World Congress

We’ve already heard about Qualcomm’s latest processor, the Snapdragon S4 , which will be quad-core and utilize LTE. Qualcomm took the time to give us some details ahead of Mobile World Congress. The new SoC now supports up to three cameras (two in the back for 3D and one front-facing), 20-megapixels, and recording video at 1080p (30fps). We can also expect zero shutter lag, 3A processing (autofocus, auto exposure and auto white balance), and improved blink/smile detection, gaze estimation, range finding and image stabilization. Last but not least, it supports gesture detection/control, augmented reality , and computer vision (via Qualcomm’s FastCV). Hit the break for a couple of videos featuring image stabilization and gestures.

Water purification: Running fuel cells on bacteria to purify water

Researchers in Norway have succeeded in getting bacteria to power a fuel cell. The "fuel" used is wastewater, and the products of the process are purified water droplets and electricity. This is an environmentally-friendly process for the purification of water derived from industrial processes and suchlike. It also generates small amounts of electricity -- in practice enough to drive a small fan, a sensor or a light-emitting diode. In the future, the researchers hope to scale up this energy generation to enable the same energy to be used to power the water purification process , which commonly consists of many stages, often involving mechanical and energy-demanding decontamination steps at its outset. Nature's own generator The biological fuel cell is powered by entirely natural processes -- with the help of living microorganisms. "In simple terms, this type of fuel cell works because the bacteria consume the waste materials found in the water," explains SINTEF