Many of the so-called smart TVs today have built-in browsers, apps and other fancy features, but most of them can only be viewed one at a time, i.e. when you’re not watching TV. A new company called SeeSpace wants to make cable TV smarter with InAiR, a device that displays information without interrupting what you’re watching.
InAiR is meant to plug in between your HDTV and your cable box. It also needs a spare USB port for power as well as a Wi-Fi connection. Once it’s online, supposedly InAiR will be able to detect what you’re watching and provide links to contextually-relevant content. How it detects the content you’re watching is unclear, other than to say that they have a patented content recognition engine which works this magic.
For instance, the video below shows InAiR displaying information about an F1 race being shown on TV. The concept videos and photos also imply that you’ll be able to connect to social networks with InAiR. All of the things that InAiR displays will appear to float on top of your TV. The floating effect should be more distinct on a 3D TV, but InAiR will work on non-3D HDTVs as well.
You should check out the demo video below if you have a stereoscopic 3D display or a pair of stereoscopic 3D glasses.
You’ll be able to control InAiR using your Android or iOS mobile device as a wireless trackpad. SeeSpace will also add support for reading gesture commands with the Kinect and Leap Motion.
Pledge at least $89 (USD) on Kickstarter to get an InAiR unit as a reward. You’ll need to pony up at least $119 if you want the 3D capable version. While SeeSpace says the InAiR is compatible with all cable, satellite and broadcast TV content, it’s unclear if it works with streamed content or movies played from disc.
At today’s Consumer Electronics Show, Oculus unveiled a new prototype of its Rift virtual reality headset. The new device, dubbed "Crystal Cove," adds positional tracking and a new OLED display. What that basically means is that Crystal Cove blows the old Rift out of the water.
Lumus has brought its DK-40 wearable to CES 2014, showing off the new developer unit in public for the first time. The monocular headset is, like Google’s Glass, an Android-powered … Continue reading
A couple years ago we saw Epson’s Moverio make its debut. It was kind of like a double-eyed Google Glass, but it had a lot of issues. It was bulky, it was dim, it didn’t have any sensors. Basically, it didn’t do much. Today, the BT-200 is here, and it’s undeniably much, much better. The only question is, who’s it for?
Bank apps are a dime a dozen and to be honest there’s really nothing overly special about them. For the most part they do as advertised, which is to manage your online bank accounts, transfer funds, make payments, and so on, but over in Turkey, it seems that one particular bank, Akbank, is hoping to shake things up a bit with the inclusion of augmented reality in their bank app for Windows Phone. Yup, you read that right, a bank app is about to include augmented reality, making it possibly one of the coolest bank apps we’ve heard about to date!
So what’s with the augmented reality? What can it be used for? Well ever had to look for a nearby ATM? Granted most banks offer that service but usually in the form of a map, which to be honest might be tricky especially since unlike bank branches, ATMs can be somewhat inconspicuous, meaning you could walk by and not even notice it is there. Well with Akbank’s augmented reality app, it shows you (screenshot above) where nearby ATMs are in relation to you, providing a more pin-point accurate method of tracking down the nearest ATM. Unfortunately we do not live in Turkey so we cannot try out the app for ourselves, but we have to admit it is a pretty cool idea.
There’s a new video game peripheral on the way, and it’s all about style. The NEX Band is a modular wristband to which one can attach a number of different charms. These aren’t just for show: different charms will provide different experiences when hooked up to a mobile device. Pretty cool, right?
There is less difference between our work and home devices, our tablets and our mobile phones. They are not meant for “work” or for the “home.” We just use them wherever we are. The idea of a balance or even the concept of an enterprise hardware manufacturer seems quaint.
The difference, really, is in the applications we choose to apply with these things we wear over our eyes and hold in our hands. Hardware like Google Glass and Atheer Labs 3D Augmented Reality glasses are all badass, of course. But the data is the special sauce that makes these tools work for us. Like the smartphone, augmented reality is also something neither for work or at home. Instead it’s a layer that can be applied to our home and work life.
And now just as we saw with smartphone and tablets, examples are emerging that show how augmented reality is applying in universal ways.
For example, in the workplace the complexity of repair gets simplified when the various mechanical parts get treated as something digital. An animated wrench can be shown how to be used on a piece of heavy equipment that has also been rendered into a data object. Like smartphones, augmented reality can be used anywhere to get work done.
ResolutionTube, a TechStars Seattle startup, has raised $1.5 million in seed funding for an augmented reality app that helps the technician fix everything from a heating vent to sophisticated medical equipment. Madrona Ventures led the investment with participation from TechStars CEO David Cohen and other angel investors.
The company is targeting the field services market with a knowledge base and a smartphone app that a technician can use to fix things without needing to call a toll-free number for help. Instead, the technician can use the app to scan the serial number that connects to the ResolutionTube knowledge base. If the technician gets stuck, the app can be used to contact an expert who connects with the the technician over video. The technician uses the smartphone camera to show the expert the machinery in question. That is followed with some advice and use of a whiteboard to draw and show what the technician needs to do for the issue to get resolved.
ResolutionTube will use the funding to develop new advanced product features like as superimposing 3D models into video. The vision is to create an augmented reality experience that instructs people how to repair items simply by pointing a device at whatever needs to be fixed. Currently the app listens to the worker and the expert. It then pulls out keywords that gets stored in the knowledge base. The next step is to use natural language processing so the entire conversation can be added to the ResolutionTube information network. The transition will help ResolutionTube answer questions more so than provide a search capability.
The company is also creating a prototype app on Google Glass. With wearables they can work and get the instructions without having to use their hands to hold a device. Companies like Vuzix have even developed their own eyewear, showing how the market is expanding for augmented reality technologies to serve a workforce that has almost universal connectivity.
Metaio provides another example for how augmented reality is changing the way people work. The company developed an augmented reality app for technicians to do service and repair work on the Volkswagen XLI, the company’s latest concept car. The app shows the technician how to repair the car without any prior training.
Devices now enable augmented reality in the way people have always wanted to experience it, said Occipital Co-Founder Vikas Reddy in an email interview. The company has developed Structure, a 3D sensor that customers can strap to the back of their iPads. The 3D sensor, small enough to fit in your pocket, has an SDK for developers to build consumer-facing apps that take advantage of 3D data.
The future of augmented reality is tied to devices like the iPad. But that’s just the foundation for a next generation of apps. These apps will leverage endless stores of data that will take the form of physical objects and provide people with expert knowledge that will be immediately available. This will allow us to see the world in whole new ways and forever transform how we live and work.
We’re sure by now most of you guys have seen the Iron Man movie franchise, and whether you love or hate the movie, the technology in the movie is pretty damn cool, in particular Tony Stark’s J.A.R.V.I.S. computer system in which he is able to interact with the system whilst in the Iron Man suit as it helps provide him with detailed information about his enemies, their location, patch him through phone calls, as well as provide statistics about his suit.
Either way it is pretty rad and a company called Meta is hoping to bring that same experience to the real world in the form of a pair of aviator sunglasses that comes with a computer attached to it. (more…)
Ranging anywhere from eight to sixteen feet in height, King Robota manufactures some amazing robots designed for corporate events and large entertainment venues. But… how much of the robot is a robot?
The jury is largely still out on wearable gadgets like Google Glass that let you passively consume information that appears in front of your eyes, but Soulaiman Itani isn’t satisfied with just looking. Instead, his company — Mountain View-based Atheer Labs — has been working on a device that lets its users physically manipulate that information too.
Sounds like yet another load of sci-fi nonsense trickling into the real world, but the experience is much closer than one might think. Earlier today Atheer Labs kicked off an Indiegogo campaign for two new pairs of augmented reality glasses they hope will get developers and tinkerers excited about their vision of the future of computing.
“The digital world shouldn’t be limited to screens any more,” Itani told me. “It should be all around you and customized to you.
The vision highlighted in the company’s Indiegogo teaser video essentially depicts the intersection of Google Glass and “Minority Report”. In order to interact with any of the information or apps that appear before you, you reach out and manipulate it with your hands, thanks to sensors that track your hand movements and gestures in space.
We’re still quite a ways from being able to play with something that polished, but the groundwork has already been laid. Atheer first showed off its work at AllThingsD’s D11 conference last May, and very early demos of the experience seemed promising at best and kludgy at worst.
Don’t expect this sort of tech to come cheap though. The real star of the pair is the Atheer Development Kit (or ADK if you’re feeling jaunty), an $850 model that packs what Itani refers to as “everything that’s in your tablet”. By that he means a slew of sensors, WiFi and Bluetooth radios, and a–sadly undisclosed–Snapdragon chip to power it all. At first glance it may not seem like enough juice to deliver on everything that Atheer has promised, but Itani is adamant that the software that allows those gesture tracking sensors and displays to work in tandem is lean enough to keep things moving at a respectable clip.
And the end result? Something like holding a 25-inch tablet in front of your face at about half arm’s length, except you can reach into that tablet with fiddle with whatever you find.
Meanwhile, the less expensive Atheer One is meant to tap into an Android device you carry around on your person for its computing horsepower and content — Itani says it’s compatible with the full library of Android apps. As you’d imagine, that means there’s going to be a pretty hard limit on compatibility, but Itani says the only limiting factor is whether or not a device is capable outputting “very large images”.
“A three or four year old phone might not work,” Itani said. “But we’ve been testing with the Nexus 4, that’s more than enough.”
Despite all the work that’s gone into turning the Atheer concept into an actual pair of products that should see the light of day next year, deep down Atheer doesn’t want to be a hardware company. This initial run of developer devices are reference units that will, with any luck, inspire some dyed-in-the-wool hardware players to take a chance on creating devices that can help push Atheer’s wild-eyed vision forward.
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