Saturday 9 January 2016

Google Announces New Chromecast Audio And Android TV Hardware Partners

You could be forgiven if you had already forgotten about Android TV, but Google’s one-year-old Android-based successor to its ill-fated Google TV project is still around and kicking. Today, Google announced a number of new hardware partners for Android TV, as well as a number of new partners who plan to build Chromecast Audio — it’s recently launched audio version of Chromecast — directly into their speakers.
Soon, you will find Android TV on screens from brands like Arcelik, Vestel, RCA, Hisense, TCL and Bang & Olufsen. Google is also working with Indonesian cable and broadband provider Linknet to offer an Android TV-based set-top box. Previously, the only Android TV sets were available from Sony, Sharp and Philips.
As for Chromecast Audio, Sony and LG were the first to embrace the technology. Now B&O Play, Harman Kardon, Onkyo, Philips, Pioneer, and Raumfeld are joining the party as well. In addition, Frontier Silicon and StreamUnlimited will offer Chromecast-enabled software and hardware that will allow others to quickly build the technology into their products.
Those new speakers will also soon get support for Chromecast Audio’s multi-room sync. If you have multiple speakers that have been hooked up to Chromecast Audio (or have it built-in), you can group them together with this feature and then stream the same song to all of them with a single click.

IBM’s Watson Now Powers AI For Under Armour, Softbank’s Pepper Robot And More


From its debut to the world as a Jeopardy champion in 2011, IBM’s Watson has made a name for itself as a powerful artificial intelligence platform for large enterprise applications, from medical research through to finance. Now IBM is aiming to take Watson to the consumer.
Today at CES, IBM CEO Ginny Rometty unveiled strategic partnerships with sportswear maker Under Armour, Softbank Robotics’ Pepper and more, which are using Watson’s machine learning algorithms and AI to run intelligent and more personalised apps and other services. This is the latest step in IBM’s Watson expansion: earlier this year the company started a Cognitive Business Solutions unit and also a separate IoT center in Germany. And on stage today, Rometty also noted that IBM has made some 30 acquisitions to build out its expertise and data.
Under Armour says that it will use Watson in its fitness and health apps. A new version of its Record app — which first launched a year ago as an activity aggregator and monitor (integrating data from wearables from Jawbone, Withings and Garmin) — will now start to include different AI features.
The first of these will be a “just like me” feature which will compare users with anonymized other individuals to provide some insights about that person’s performance and also make suggestions. Later, the plan is to include a Siri-like personal trainer called the Cognitive Coaching System. Essentially what Record will do now is learn more about you based on your activity, sleep and nutrition data and provide suggestions on how to improve your performance.
Record is a first step for IBM and Under Armour, the companies say, with plans also to create apps for athletes to tap into the wider pool of big data that IBM is amassing (sometimes ingesting that data through its own Watson applications): these will include some interesting data twists, such as the effect of weather on performance and training (think here of IBM’s acquisition of The Weather Company).
“When it comes to digital health and fitness tracking, the past ten years have been about data collection,” said Kevin Plank, Founder and CEO, Under Armour, said in a statement. “We’re now at a point where a shift is occurring and consumers are demanding more from this information.”
What exactly does “strategic” mean in this context? IBM says that both companies are contributing employees, tech and resources to develop the Congnitive Coaching System.

Softbank’s Pepper

IBM is also working with Japan’s Softbank on the development of Pepper, its new robot that is now starting to ship outside of Japan for the first time.
Watson-powered Pepper will draw on a wide range of data sources, from images and text through to social media and video. IBM says the idea is to give the robots the ability to “understand the world the way humans do — through senses, learning and experience.”
“This is no longer in the world of science fiction,” said Kenichi Yoshida, director of SoftBank Robotics, on stage today.
                              
The first Watson-powered robots will be piloted in hospitality and consumer retail environments, IBM says, giving a wider audience first-time, first-hand experience with the platform. The thinking here is not that robots like Pepper are replacing sales assistants, but that they are replacing some of the more dry kiosks that had already replaced them.
“Today’s self-service options in retail environments are typically tablets or kiosks, limiting the scope of how truly interactive and intuitive the customer experience can be,” IBM notes. “With a robotic assistant, users can have a natural conversation where their words, as well as gestures and expressions are understood.”
In Japan, some of this is already in action. Rometty noted that there are hundreds of Pepper robots already being rolled out in Nestle retail stores and in banks in Japan, where they are helping with things like customers buying coffee machines after brief Q&A sessions. Since going on sale in mid-2015, Pepper robots have consistently been selling out in their limited runs.
Indeed, Pepper is not just a simple B2B product: the idea is that Watson will be loaded on to the Pepper robots by way of an SDK, giving developers the ability to modify and tailor how it works.
Watson first worked with Softbank earlier this year, partly to help Watson learn Japanese.
Other partnerships covered today by Rometty included a new diabetes test from Metronic that will be able to detect potential hypoglycaemic events hours in advance of them actually happening, to help prevent them. Unlike the Under Armour and Softbank partnerships, however, the test is not yet available as it’s still making its way through regulatory hurdles.

Lily, A Camera Drone That Automatically Follows You, Pulls In A Mountainous $34 Million In Pre-orders

Self-driving drone Lily has had quite the success in sales and it’s not even on the market yet. The startup pulled in a whopping $34 million in pre-orders by the end of 2015, with 60,000 units already sold.
While that’s not as massive as Apple Watch pre-sales (1.2 million sold in the first day), it’s still a pretty good indicator Lily is onto something.
The little flying bot is pretty cute with its rounded style and smizing blue LED lights. The 10.29-inch-wide by 3.22-inch-tall device can fly 50 feet up and comes equipped with a 1080p HD camera.
Lily acts as a robot videographer, automatically following you anywhere. It starts recording videos as soon as you toss it into the air and is even waterproof, should you want to take it to the pool.
A small tracking device lures Lily along as it uses technological wizardry to find the perfect shot.
But don’t call Lily a drone. “It’s a camera,” co-founder and CEO of the company Antoine Balaresque corrected me as he gave me a demo of the drone camera in the lobby of the Courtyard Marriott in downtown Las Vegas during CES. How does the FAA feel about that? As an unmanned aircraft, the device still must meet FAA licensing standards (because it’s a drone).

Balaresque and I chatted about Lily’s unique features and his successful pre-order campaign on camera.
Drone or self-flying camera, Lily is still available for pre-order on the site for a comparatively reasonable $800 (the Hexo+, another automated drone with a built-in camera, goes for $1350 retail). The commercial price will be $1,000 when it officially launches sometime in summer 2016.

Why SpaceX Is Changing Its Rocket Landing Location


SpaceX has confirmed that they will attempt another, more difficult, rocket landing on their next launch January 17th. Their Falcon 9 is scheduled to lift off from Vandenberg Air Force Base in California with NASA’s Jason-3 satellite on board. This time the rocket will be returning to a “drone ship” (an autonomous floating platform) in the ocean rather than a launchpad on land like their last successful landing on December 21st.
 If they succeed, it will be the first successful rocket landing in the sea. Elon Musk named the autonomous drone ship “Just Read the Instructions” as a nod to the fictional starships in sci-fi novels written by the late Iain M. Banks. Just Read the Instructions, which was used in the previous SpaceX landings from Cape Canaveral, has been restored, modified and brought over to the West Coast for this launch.
Landing a rocket on a floating drone ship at sea is much more difficult than landing it on stable ground. The sea itself is constantly in motion, which means you’re trying to land an already unstable rocket on a slightly tunstable platform. When landing a rocket, so many things can go awry, so you’d really want to limit the number of variables that are constantly changing.
It seems that it would make more sense for SpaceX to use its next few launches to continue to perfect the less difficult, but still incredibly complex, strategy of ground-based rocket landing.
There’s a few reasons why SpaceX may be changing up the landing location for its next flight. For one, it’s simply safer to test out this technology away from populated areas. SpaceX’s first two landing attempts, which were on drone ships, were close to sticking the landing butultimately ended in explosions. 
Explosions make people nervous. NASA, who is paying for this particular SpaceX flight, is potentially less willing to take risks than SpaceX. So even if SpaceX wanted to bring its rocket back to land, they may not have been able to get it approved.
The December 21st flight took place at Cape Canaveral and was commissioned by the private company Orbcomm. It’s possible that there are simply different policies in place for this launch.
If SpaceX can stick this second landing, it will be even more impressive than the first. Perfecting the ability to land a rocket on a drone ship in the sea will give them greater flexibility for future launches. Depending on where they launch and who’s calling the shots, it may not always be possible to bring their rocket back to land. A drone ship can also move its location and theoretically optimize for the safest, most efficient landing spot.
The recovered first stage from December will not be used in this launch. Musk has stated that while the recovered rocket from the December launch was in good condition, it will not likely be used again.
The new Falcon 9 rocket used for this January 17th launch is scheduled to have a static fire test on Saturday, January 9th. The payload fairing will then be mated to the rocket on Tuesday, January 12th.

If California’s El Nino rain fails to delay the launch, we’ll all have another highly anticipated SpaceX rocket landing to look forward to next week.

 

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