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Kangaroo expands its line of affordable smart home security sensors
Smart home security is gaining traction, but it generally still comes at a price. Last year, however, startup company Kangaroo entered the market with its system of $30 peel-and-stick motion sensors and low-cost monitoring plans, designed to make security simple, accessible and affordable. Now, it's launching five new equally-affordable products to expand its repertoire and help its users take advantage of even beefier security.
Microsoft ceases production of the Kinect
Microsoft has been slowly chipping away at the Kinect's usefulness and features across its platforms, yet today's news still comes as something of a shock. The company announced today to Co.Design that manufacturing for the motion sensor input device has been shut down.
Philips retroactively adds extra HomeKit support to Hue
Philips has added HomeKit support to a number of existing Hue accessories, expanding their capabilities and making them easier to configure. With the latest software update Hue tap, dimmer switch and motion sensor will all be compatible with Apple' Home app. Tap and dimmer switch can now be configured with HomeKit scenes and can be used to control other accessories (not just Hue lights), while motion sensor will now appear in the Home app as a sensor that can activate both HomeKit scenes and other automations. As well as retroactively adding HomeKit features, the latest update for iOS also brings scheduled automatic updates to accessories, plus the option to reset them to their default state.
Philips Hue motion sensor turns lights on for you
So you have your home all decked out with some sweet smart lights that you can control with your phone. Big deal. True convenience is when your lights turn on exactly when you need them to, without you even lifting a finger. And Philips' new motion sensor can help you achieve that. The $40 device will be available in October, and after my brief preview of the Philips Hue motion sensor, I can't wait till I can get one.
Belkin's WeMo home sensors track everything and the kitchen sink
Do you want to know every little nuance of what's going on in your home? You'll want to give Belkin's new WeMo home sensors a look, then. The surprisingly wide range of household trackers includes a door-and-window sensor, a keychain tracker, a motion detector and a water efficiency monitor -- there's even an alarm sensor that listens for sounds from other sensors, like smoke detectors. All of the devices will alert you if something's amiss, whether you're worried about intruders or tend to run the kitchen faucet for too long. And like the rest of Belkin's highly modular WeMo hardware, they'll frequently work in tandem with other gadgets on the platform. They can turn on the lights when you step into a room, or ramp up the air conditioning only when your window is closed. Most of the sensors will arrive in the second half of 2015, with pricing coming later. The water sensor is still in field testing, however, so it won't be ready to analyze your plumbing until the tail end of the year.
Zepp's tennis and golf swing sensor arrives in UK stores for £130
Zepp's 3D motion sensor has been analysing tennis swings and improving golf games in the US for the past year, and now it's arrived in the UK to tell us how bad we are at sports. The small Bluetooth-equipped sensor clings to the bottom of your tennis racquet, or attaches to your golf glove, and sends all kinds of data about your wild swings to companion Android and iOS apps. The info it records is tailored to whichever sport you're playing -- not that the links are particularly welcoming this time of year -- with the idea that insight into your game will help improve it. The golf app is especially geared towards lowering your handicap, with various training resources and a feature that lets you compare your swing to those of professionals. Both the golf and tennis versions are now available at Apple, Curry's, PC World, Argos and John Lewis stores for £130 a piece.
Zepp 3D motion sensor captures sports data, helps step up your swing
Activity trackers like FuelBand are great if you just want to exercise, but Zepp Labs' new 3D motion sensor might be more useful if you're seriously training in a sport -- especially if it's tennis, baseball or golf. A 1-inch square of negligible weight, the sensor captures data from each swing you make -- so long as you attach it to a glove, racket or bat -- then transmits info to its accompanying iOS or Android app via Bluetooth. The kind of data saved depends on the sport, such as bat speed and angle at impact for baseball, or shot type, power and spin for tennis, which you can then examine in 3D with a 360-degree view within the app. According to the company, the sensor lasts up to eight hours per use. So, if you're into real sports instead of their virtual counterparts, you can snag Zepp Tennis, Baseball or Golf in November for $150 per set, which includes the sensor, mount and app.
Google's living room plans reportedly included a Hangout-ready set-top box
As if the Google TV and Chromecast platforms (which are coexisting, if you hadn't heard) weren't enough, the Wall Street Journal reports there may be more living room focused projects brewing in Mountain View. According to sources, former Android head Andy Rubin demonstrated a Roku-style set-top box for partners at CES that had Hangouts as its main feature, with a video camera and motion sensor built-in for videoconferencing -- something Logitech tried once with its ill-fated Revue TV Cam, shown above. The report claims the box, capable of running Android apps, games and services like Netflix or Pandora, was scheduled to launch at I/O, but it's unknown whether or not it's still in development. Recent WSJ rumors have suggested Google is looking into IPTV and its own Android game system, so even as one mystery is revealed others pop up to take its place.
3BaysGSA Putt: a Bluetooth golf gadget that puts eyes in your putter (hands on)
Motion sensor-based golf devices are all the rage these days, but they mostly target the full swing. Can such electronics be accurate enough to measure a much smaller stroke, namely the all-important putt? Since golf season's nearly here, we decided to find out with the $200 3BaysGSA Putt, a tiny, lightweight device that fits in the handle of a putter and relays stroke information via Bluetooth to an Android or iOS device. As Engadget's resident golf nut, yours truly put the device through its paces both objectively and in a less-than-formal way to see whether it could accurately track a stroke. Will it help you lift your putter in victory, or make you wrap it around a tree? Hit the break to see how we did.
Game Golf system caddies your tee-to-green stats, doesn't pack your clubs (video)
For those of us obsessed with chasing the proverbial white ball, accurate stats are tough to come by -- unlike the pros who have every drive, chip and putt scoped to the nearest inch. That inspired Golf Game, a system that pairs NFC with current golf tech like GPS and motion sensors to track your every duff. It uses NFC-equipped tags that pop into the end of each club and a hip-mounted "GYG" device to collect the data with a battery life of two rounds (about 8 hours) -- and no need to pack a smartphone or tablet onto the course. The golfer then "tags" his club against the hip-worn device prior to taking a lunge, and every shot from a 300-yard drive to a 5-inch putt is duly noted. After the round, all that info can tell the story of your game via an iOS, Android or web app, displaying stats like driving distance, greens in regulation and putting. You'll also be able to create competitions among friends through the Game platform, and brag (or cry) about your play via Twitter, Facebook or email. The system's been backed by top-ranked players Lee Westwood and Graeme McDowell, and is now on Indiegogo where the creators are seeking $125K to get it off the ground. A minimum $149 pledge will get you a Game Golf device by July (estimated), though if you're willing to pony up $500 for a limited edition autographed by the above pros, you could see it as early as May. Hit the PR or video after the break for more, or tee up one of your own at the source. %Gallery-180545%
Nikon patent would perfect the art of camera tossing, protect us from our folly
If you're one of the more daring (or foolhardy) photographers out there, you've tried camera tossing: hurling your camera into the air in the hopes that a timed shot will catch either a unique perspective or an artistic spin. Nikon might not want to stop those shooters from throwing caution to the wind, but its recently published Japanese patent would at least keep those throws to a minimum. Cameras based on the patent could use a built-in accelerometer not just for timing the shot, but to brace for a fall by covering the lens and retracting its barrel on the way down. In theory, the photographer gets a perfect aerial portrait without all the guesswork and a minimum of damage. Call us skeptical that we'll ever see the patent reach a shipping product, though -- even if it was limited to rugged cameras, a mode built almost exclusively around voiding the warranty probably wouldn't sit well with Nikon's accountants. [Image credit: Zoli B, Flickr]
Alps Electric integrates motion sensors and eye detection into vehicle cockpit of the future (video)
Residing in hall space a fair distance away from the likes of the Toyota and Sony, the automotive division of Alps Electric was demonstrating a forward-looking vehicle interface at CEATEC 2012. Connecting together the company's existing capacitive touch technology with motion sensors and eye movement cameras, the system centers on the multimodal commander -- that mysterious-looking orb located below the gear stick. Navigation through it can be done through waving your hand over the device, swiping or rotating the orb like a dial. This can then move through weather, music and map programs, which are all integrated into the car's touchscreen, while an overhanging motion sensor will also detect where your hand is headed. An Alps spokesman said that this means the system can try to predict your intentions, adjusting the UI before you reach for the controls. We've got a hands-on video from pretty busy showroom -- and more impressions -- after the break.
SoftKinetic's motion sensor tracks your hands and fingers, fits in them too (video)
Coming out of its shell as a possible Kinect foe, SoftKinetic has launched a new range sensor at Computex right on the heels of its last model. Upping the accuracy while shrinking the size, the DepthSense 325 now sees your fingers and hand gestures in crisp HD and as close as 10cm (4 inches), an improvement from the 15cm (6 inches) of its DS311 predecessor. Two microphones are also tucked in, making the device suitable for video conferencing, gaming and whatever else OEMs and developers might have in mind. We haven't tried it yet, but judging from the video, it seems to hunt finger and hand movements quite competently. Hit the break to see for yourself. Show full PR text SoftKinetic Announces World's Smallest HD Gesture Recognition Camera and Releases Far and Close Interaction Middleware Professional Kit Available For Developers To Start Building a New Generation of Gesture-Based Experiences TAIPEI & BRUSSELS – June 5, 2012 – SoftKinetic, the pioneering provider of 3D vision and gesture recognition technology, today announced a device that will revolutionize the way people interact with their PCs. The DepthSense 325 (DS325), a pocket-sized camera that sees both in 3D (depth) and high-definition 2D (color), delivered as a professional kit, will enable developers to incorporate high-quality finger and hand tracking for PC video games, introduce new video conferencing experiences and many other immersive PC applications. The DS325 can operate from as close as 10cm and includes a high-resolution depth sensor with a wide field of view, combined with HD video and dual microphones. In addition, the company announced the general availability of iisu™ 3.5, its acclaimed gesture-recognition middleware compatible with most 3D sensors available on the market. In addition of its robust full body tracking features, iisu 3.5 now offers the capacity to accurately track users' individual fingers at 60 frames per second, opening up a new world of close-range applications. "SoftKinetic is proud to release these revolutionary products to developers and OEMs," said Michel Tombroff, CEO of SoftKinetic. "The availability of iisu 3.5 and the DS325 clearly marks a milestone for the 3D vision and gesture recognition markets. These technologies will enable new generations of video games, edutainment applications, video conference, virtual shopping, media browsing, social media connectivity and more." SoftKinetic will demonstrate the new PC and SmartTV experiences and at its booth at Computex, June 5-9, 2012, in the NanGang Expo Hall, Upper Level, booth N1214. For business appointments, send a meeting request to events@softkinetic.com. The DS325 Professional Kit is available for pre-order now at SoftKinetic's online store (http://www.softkinetic.com/Store.aspx) and is expected to begin shipping in the coming weeks. iisu 3.5 Software Development Kit is available free for non-commercial use at SoftKinetic's online store (http://www.softkinetic.com/Store.aspx) and at iisu.com. About SoftKinetic S.A. SoftKinetic's vision is to transform the way people interact with the digital world. SoftKinetic is the leading provider of gesture-based platforms for the consumer electronics and professional markets. The company offers a complete family of 3D imaging and gesture recognition solutions, including patented 3D CMOS time-of-flight sensors and cameras (DepthSense™ family of products, formerly known as Optrima product family), multi-platform and multi-camera 3D gesture recognition middleware and tools (iisu™ family of products) as well as games and applications from SoftKinetic Studios. With over 8 years of R&D on both hardware and software, SoftKinetic solutions have already been successfully used in the field of interactive digital entertainment, consumer electronics, health care and other professional markets (such as digital signage and medical systems). SoftKinetic, iisu, DepthSense and The Interface Is You are trade names or registered trademarks of SoftKinetic. For more information on SoftKinetic please visit www.softkinetic.com. For videos of SoftKinetic-related products visit SoftKinetic's YouTube channel: www.youtube.com/SoftKinetic.
Engineer Guy shows how a phone accelerometer works, knows what's up and sideways (video)
We love finding out how things work, and arguably one of the most important parts of the smartphones and tablets we thrive on is the accelerometer gauging our device's orientation. Imagine our delight, then, when we see the University of Illinois' Bill Hammack (i.e. The Engineer Guy) giving a visual rundown of how accelerometers work. Although it's certainly the Cliff's Notes version of what's going on in your Android phone or iPhone, the video does a great job of explaining the basic concepts behind three-axis motion sensing and goes on to illustrate how MEMS chips boil the idea down to the silicon form that's needed for our mobile hardware. Hammack contends that it's one of the coolest (and unsung) parts of a smartphone, and we'd definitely agree; you can see why in the clip after the break.
Leap Motion reveals super-accurate motion control tech, $70 device to change the UI game
In many respects, Microsoft has led the charge towards a future of gesture-based controls with its Kinect, and other tech giants like Samsung and Apple are getting in on the action, too. The move to motion controls isn't limited to the big boys, however. Leap Motion has created a new device, called the Leap, it claims is 200 times more accurate than existing technology and will take gesture controls to the next level. It's about the size of a pack of gum, and once connected to your computer via USB, it creates a eight-cubic-foot virtual workspace. Within that area, it tracks all ten of your fingers simultaneously to within 1/100 of a millimeter -- that level of accuracy allows for rudimentary gestures like pinch-to-zoom and more complex actions like manipulating 3D-rendered objects. Naturally, the company isn't telling much about the black magic making it happen, but Leap Motion claims that its software can be embedded in almost anything with an onboard computer, from phones to refrigerators. Users can customize it to suit their needs with custom gestures and sensitivity settings, in addition to chaining multiple Leap devices together to create a larger workspace. Plus, Leap Motion has created an SDK for devs to create Leap-compatible applications and an app discovery platform to distribute them to others. That means the Leap can work in a variety of use cases, from simply navigating your desktop to gaming and computer-aided design. The best part? Leap brings you this next-gen UX for a mere $69.99, and a select few can pre-order them now, with the full roll-out coming this winter. Full details follow in the PR below, and you can see the Leap in action in the videos after the break.
UC Berkeley freshman shows us his ridiculously automated dorm (video)
Besides beer pong, the whole point of going away to college is to blossom into an independent, motivated, self-sufficient adult. That is, of course, unless your dorm's name is BRAD (Berkeley Ridiculously Automated Dorm), where freshman Derek Low controls devices all around his room without even getting out of bed. An app on his phone can adjust ambient lighting and curtain position depending on the situation. His laptop uses Dragon Dictate to turn shouts into tasks his pile of servos and motors can accomplish. Just saying "Romantic mode" makes a disco ball pop out of the ceiling and plays the epically passionate Elton John song, "Can You Feel The Love Tonight." As if that wasn't enough, the emergency "party mode" button located next to the bed activates a bunch of lasers and strobes, as well as fog and blacklights while a bumpin' stereo system cranks out dance music. This dorm is clearly every college freshman's dream. I mean, who wouldn't want to wake up with Justin Bieber every morning? Check out the video after the break.
Triggertrap: nine ways to activate your DSLR with an iOS device, choose one
When we first heard about the Kickstarter-funded Triggertrap, it was a nice but nichey lab instrument of a device that could fire your DSLR with diverse stimuli, like lights or ringing phones. It wasn't the first photo-tripping idea we'd seen, but at least it could be had for a fair sum ($75.00) and be used out of the box. But now, by connecting that tech to an app and charging $19.98 for both the software and hardware, Triggertrap might open up remote snapping to a lot more folks. Running off any iPhone, iPad or iPod using iOS 5, the app uses a dongle which can be connected by cable or infrared to most DSLRs or advanced compacts. From there, you'll be able to use all of your iDevice's sensors as triggers, from motion through to facial recognition and even GPS. The app doesn't just fire the shutter, either -- it also gives you control over the focus and flash. And if you don't have a separate camera, the iPhone's built-in cam can be used instead -- which would save you from buying the $9.99 dongle, if you have the necessary accoutrements. So if you've been wondering how to get those hard-to-shoot images, or have more nefarious ideas, check the videos after the break.
Qbo robot gets Xtion Pro motion sensor add-on, can't help but gloat (video)
Who would spend their allowance on Asus's expensive Xtion Pro motion sensor? Qbo the cute open-source robot would, because he needs a constant stream of new abilities to maintain his youthful self-image. The sensor's laser emissions create a "3D point cloud" that is added to data from Qbo's existing odometer and gyroscope to create maps, model objects in 3D and plan movements. Why the Xtion instead of the cheaper Kinect? The robot's builders, The Corpora, simply say they picked it for its "small size and weight" as well as its ability to adapt easily -- which was precisely Asus's developer-friendly intention in the first place. See the world as Qbo sees it, right after the break.
SoftKinetic brings DepthSense range sensor to GDC, hopes to put it in your next TV
Microsoft's Kinect may have put depth sensors in the eye of the common consumer, but they aren't the only outfit in the game -- Belgian startup SoftKinetic has their own twist on the distance sensing setup. The literally named "DepthSense" range sensor uses infrared time-of-flight technology, which according to representatives, allows it to not only accurately calculate depth-sensitivity in dark, cramped spaces, but more importantly offers a shallower operating distance than its competition. We dropped by SoftKinetic's GDC booth to see exactly how cramped we could get. It turns out the sensor can accurately read individual fingers between four to fourteen feet (1.5 - 4.5 meters), we had no trouble using it to pinch our way through a few levels of a mouse-emulated session of Angry Birds. The developer hardware we saw on the show floor was admittedly on the bulky side, but if all goes to plan, SoftKinetic says we'll see OEMs stuff the tech into laptops and ARM-powered TVs in the near future. In the meantime, though, gesture-crazy consumers can look forward to a slimmer version of this rig in stores sometime this holiday season. Hit the break for a quick demo of the friendly sensor in action. %Gallery-150189% Dante Cesa contributed to this post.
Microsoft Research's shoulder mounted system makes anything a multitouch display
Remember the nifty new 3D transparent display, augmented reality mirror, and remote sharing technology that Microsoft revealed just over a week ago? Turns out that Redmond's research arm wasn't done doling out the gadget goodies, as it's now showing off a new Wearable Multitouch Projector that turns any surface into a gesture-sensitive display. Using Kinect-style motion and depth sensing cameras in concert with a pico projector and a PC, you can tap, swipe and pinch-to-zoom to your heart's content on the nearest flat surface. It's currently a rather clunky, cabled contraption, but the touch input does appear to work pretty well, and the researchers who built it think that the tech can be miniaturized to a more user-friendly size in the future. See for yourself in the video after the break.
