InternetOfThings
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ARM report claims the always-connected 'Internet of Things' is already here
The Internet of Things (IoT) is finally here. Or at least, that's what a recent report by the Economist's Intelligence Unit wants us to believe. Sponsored by ARM, which certainly has a vested interest in the matter, the 32-page paper states that the industry is at last catching on to the idea of connected devices after more than a decade of slow progress. After surveying 779 senior business leaders from 19 different industries around the world, the Economist revealed that a staggering 75 percent of businesses are already exploring the space. In fact, only 6 percent of those interviewed think of it as hype, and 94 percent believe IoT will have a significant impact in the next three years. However, the IoT phenomenon still has a long way to go before widespread consumer adoption takes hold. Most businesses are still just experimenting with IoT either in research or internal operations and the "internet of things" mantra remains laced with jargon that might not sell well to the general public. The report also notes the dearth of IoT-skilled workers, a general lack of investment and the need for open standards before more consumers can embrace it.
iKettle brings high-tech to tea for a mere $160
Remember that internet-of-things they keep talking about? There's now a new "thing," namely the iKettle, a $160 appliance that sends you a missive when your water boils or hits that perfect temperature. It connects via WiFi to a companion iOS or Android app, which can ask if you want to "pop the kettle on" when you wake up, or offer to keep the water warm after it's boiled. It also features such culinary touches as precise temperature control (it's 80 degrees for green tea, don'tcha know), a stainless steel design and a filtered spout. The iKettle's now up for pre-order and should be available in a month or two, so get to work on those matcha recipes, tea snobs.
British Gas introduces Hive Active Heating, enables remote thermostat control
Home automation isn't just the domain of hackers, Kickstarter projects and startups anymore -- now utilities companies are getting in on the action, too. British Gas has recently announced Hive Active Control Heating, its platform for automated, scheduled and remote utility control. Opting into the program costs £199 and includes a wireless thermostat with a receiver and hub, all of which can be controlled by a companion app (or an online dashboard). The system doesn't have the learning capabilities of the synonymously named Nest, but users can manage temperature on the go, create scheduled heating events by weekday or hour and manage hot water temperate and scheduling independent of thermostat control. Hive is available for pre-order now, though installations won't begin until late October. In the meantime, the company has offered a preview of the system's app on the project's website (source) and has issued a few flowery statements about the Internet of things (after the break).
Project Loon simulations test internet from above the clouds, virtually
To make sure Google's Project Loon is more internet via balloon than pie in the sky, the search giant turned to data simulations. Loon Rapid Evaluator Dan Piponi's goal was to determine the possibility of a "nicely spaced flock of balloons" to provide reliable airborne internet. Proper spacing is key for this because if the gaps are too wide, coverage will be spotty -- the opposite of what the initiative is hoping to achieve. He iterated "hundreds" of times using publicly available wind info to visualize how different stratospheric factors would affect balloon travel and found that yes, they could indeed be evenly distributed. Piponi posited that in the future, the balloons could have information about what other balloons are doing around them and adjust spacing on their own, accordingly. If you ask us, that sounds like the internet of things is taking to the clouds.
Broadcom adds WiFi Direct to its embedded device platform, furthers our internet-of-things future
Broadcom, wireless. Peanut butter, jelly. Together, they just work. So today's announcement that the company is adding WiFi Direct to its WICED (Wireless Internet Connectivity for Embedded Devices) platform feels pretty natural. The firm believes that WICED Direct will allow OEMs to develop wearable sensors -- pedometers, heart-rate monitors, keycards -- and clothing that transmit everyday data to the cloud via a connected smartphone or tablet. This would help push along the internet of things movement that's been bandied about so much recently, and maybe even ensure you aren't locked out of the house again. [Image credit: Brandon Shigeta / Flickr]
University of Washington harnesses RF and TV waves for battery-free wireless devices (video)
The problem with power is that, eventually, it runs out. To help cope with this inevitability, scientists at the University of Washington have developed prototype "ambient backscatter" devices that can passively harness the juice in radio and TV waves. Because they don't generate their own signal, these devices can get by on the juice they siphon from the air -- communicating by absorbing or reflecting binary information from existing signals, instead. According to the researchers, these signals can travel as far as 6.5 miles from a TV tower at speeds of 1KB per second. Although the project is still in its infancy, its creators are already thinking up practical applications. Ambient backscatter tags could be built into buildings or bridges, for instance, and alert monitoring stations to potential structural damage or defects. The team also imagined tagged keys and furniture, warning a user if they accidentally dropped something between the couch cushions -- all without an energy source. This type of tech could bring us closer to the internet-of-things future we've been promised, allowing smart communications to exist virtually anywhere. The Huskies said this could even enable a dead smartphone to send TV signal-powered text messages -- which could be great considering how often we forget to charge our handsets.
Microsoft's Lab of Things now in open beta, lets researchers study all the things
Microsoft has released the first beta version of Lab of Things (LoT), and it's much more than just a fun name. LoT enables researchers to access data from connected devices around the world, collaborating and sharing it as they see fit. If, say, someone in the lab at University of Michigan wanted to determine how much TV people watch in London, all they'd need to do is install sensors as they please. Well, that and install a computer running HomeOS onsite to collect and transmit said data to an Azure Storage account. In theory, this gives academics a robust set of deployable tools without requiring coding knowledge to use them. The Windows company is taking a hands-off approach to the info, too -- researchers retain all rights to whatever they collect. The catch is, the LoT license doesn't allow for commercial use. The source link has a cute video explaining everything, but you'll need Silverlight to play it.
AT&T to open Foundries in Atlanta and Dallas that focus on home automation, device-to-device tech
AT&T launched its first Foundries primarily as mobile app incubators, but the carrier is switching focus tonight: it just unveiled plans to open more hardware-oriented Foundries in Atlanta and Dallas. Most Atlanta-based projects will expand AT&T's Digital Life home automation service, with connected cars and U-verse also receiving a boost. The Dallas Foundry complements an existing presence in the city, but will pay attention to the internet of things and other forms of machine-to-machine chatter. In either circumstance, collaboration will be key. The Atlanta location will sit right next to Georgia Tech, while hardware makers at the new Dallas office can get software help at the original Foundry one floor down. The two new locations won't open until a few months from now, but the Foundry program's healthy track record suggests that patience will be a virtue for interested developers.
SmartThings opens up its home automation platform to developers
To say SmartThings' Kickstarter campaign was a success is an understatement: the Internet of Things outfit, which offers a clever array of home automation sensors, routers and smartphone apps, raised more than $1.2 million (over four times the company's original goal), nabbed over 6,000 backers and quickly sold out of its first batch of kits. Naturally, the company isn't stopping there -- it's making good on its goal of providing an open-source platform for developers, as it announced the availability of its Developer and Inventor Toolkit. Now, interested parties can create and develop their own SmartThings, and can collaborate with like-minded folks to come up with even more ways to take advantage of the platform. Additionally, it supports several types of wireless standards, such as WiFi, Bluetooth, ZigBee and Z-Wave, giving it interoperability with various home automation systems. As a refresher, SmartThings connects a large number of household items -- appliances, automatic door locks, thermostats, humidity sensors, presence sensors, power outlet switches, IR remotes, secret bookcase doors and plenty more -- to a central router which then can be controlled through a smartphone app. Thanks to the openness of the platform, the number of use-case scenarios is rather significant, which certainly makes it more appealing to users. If you're interested in learning how to get started, head below to the press release and go here to get the whole enchilada of information.
Broadcom introduces low-power WiFi and Bluetooth chips for the Internet of things
The Internet of things -- that nebulous term usually associated with interconnecting everyday objects in a meaningful way -- is in the news again. Yesterday, Broadcom announced that it's launching a couple cost-effective, power-efficient wireless chips geared towards appliances, home automation and wearable devices. The first SoC, BCM4390, incorporates a highly-efficient WiFi radio for embedded use in products such as weight scales, thermostats and security cameras. It fits into the company's range of Wireless Internet Connectivity for Embedded Devices (WICED) chips. The second SoC, BCM20732, features an ultra low-power Bluetooth transceiver and targets devices like heart rate monitors, pedometers and door locks. Broadcom's also contributing its Bluetooth software stack to the Android Open Source Project with support for both standard and Bluetooth Smart hardware. Does this mean our long-awaited smart toaster's just around the corner? We sure hope so. Follow the source links below for more info.
ZigBee IP spec goes public, offers open IPv6 mesh networking
While ZigBee hasn't become as ubiquitous in wireless as the likes of Bluetooth or WiFi, it has carved out niches in home automation and low-power gear. The format is about to expand its world a little further now that a more network-savvy spec, ZigBee IP, is officially available for everyone. The upgrade adds IPv6 and tougher security to the open mesh networking formula, letting it more easily join an internet of things where there's potentially billions of connected devices. The ZigBee Alliance isn't naming customers at this stage, although it's quick to note that ZigBee IP was built for smart grid use: don't be surprised if you first see it behind the scenes, keeping energy use in check.
Google's Art, Copy & Code revives ads with sharing apps, talking shoes
It's hard to deny that online advertising has grown a bit stale, with most ads being some take on ye olde banners. Google obviously has a vested interest in keeping us clicking -- so it's launching its Art, Copy & Code project to liven things up. The initiative sees Google experimenting with partners to see which concepts garner the most interest. Among the early field tests is the "useful marketing" of Volkswagen's Smileage app, which uses a Google+ Sign-In to share media from a road trip; there's also an upcoming internet of things experiment that may involve talking shoes, among other wireless-aware objects. The full scope of Google's advertising outreach will have to wait, although the search firm plans to show and discuss some of its plans at South by Southwest this week. Companies that haven't been getting much attention from old-fashioned, picture-based pitches may want to give the project a closer look.
Adafruit's new Internet of Things Printer goes wireless, uses Raspberry Pi (video)
Adafruit's just outed a new Internet of Things Printer kit that's traded in its ethernet connection for WiFi. Instead of using an Arduino Uno like its wired sibling, the new DIY hardware is built with a Raspberry Pi Model B running Raspbian Linux. Programmed in Python, the software on the box wields the Python Imaging Library, which gives folks flexibility when it comes to typography and graphics, and can leverage the language's raft of libraries. If you're not in the mood for coding, however, the contraption brings a few sample applications that'll print out daily weather reports, sudoku puzzles, tweets and images on 2.25-inch wide receipt paper. The project rings up at $189 -- $100 above its predecessor -- but it isn't up for sale quite yet.
The Engadget Interview: Qualcomm's Rob Chandhok on the Internet of things at MWC 2013
Few people understand the Internet of things better than Rob Chandhok -- president of Internet services at Qualcomm -- and we had the chance to sit down with him in Barcelona after our interview with Raj Talluri. We chatted about AllJoyn, a set of open source services which the company just revamped to incorporate a simple notification protocol -- an "SMS for things" -- small and durable enough to be useful for the life on an appliance, like a fridge or a washer. This provides a universal mechanism for notification and control, such as WiFi on-boarding, for example. He also mentioned AllJoyn audio, a streaming protocol that Qualcomm and DoubleTwist collaborated on. We then discussed various approaches and network topologies for building the Internet of things, such as IPv6-connected products with cloud-based logic vs. devices on local area networks that interact with the Internet via gateways (something that's prevalent in modern home automation). Check out the full interview video after the break.
Insert Coin: Arduino-compatible Pinoccio microcontroller sports battery, WiFi
In Insert Coin, we look at an exciting new tech project that requires funding before it can hit production. If you'd like to pitch a project, please send us a tip with "Insert Coin" as the subject line. It's been said that imitation is the sincerest form of flattery. Improving on a good idea, however, is truly the ultimate homage, according to the makers of the new Pinoccio microcontroller. Inspired by the Arduino, the brain trust behind the Pinoccio decided to take the stuff they liked about the popular platform -- ease of programming and low cost -- and add some features to make it even better. These include a rechargeable battery, a temperature sensor and a built-in radio that allows one Pinoccio with a WiFi shield to communicate wirelessly with other Pinoccios. The microcontroller also delivers performance that stacks up well with an Arduino Mega but at a smaller size -- the Pinoccio only measures a couple of inches long and an inch wide. The project is currently trying to raise $60,000 at Indiegogo, with supporters netting the standard Pinoccio by pledging $49 and a microcontroller with a WiFi shield for $99. For more details, feel free to check out the video after the break or peruse the project's Indiegogo page by clicking at the source link.
The Engadget Interview: CEO Frederic Rose explains Technicolor's Qeo connection
When even your fellow tech editors ask "Why are you interviewing Technicolor?", you know there's a wide disconnect between the perception of a company and what it actually does. But the firm best known for saturating hues into early films like the Wizard of Oz has branched into a wide range of technical niches that only loosely connect with its original pursuit, thanks to the company's acquisition by Thomson. Products now include set-top boxes, home networking, mobile TV and a huge portfolio of technical patents -- the company controls licensing of the MP3 codec, for instance. It's now trying to address a problem that's plagued the gadget industry for quite awhile now: how to get devices from disparate ecosystems working together to make gadget-using connected and seamless. To that end, Technicolor has developed Qeo, a software system designed to allow TVs, handheld devices, intercom systems and appliances to all have one big confab. The company's CEO, Frederic Rose, took the time to explain how it works, and we went eyes-on in another video to show how a connected home using the technology might work. Considering that it shows devices using a variety of standards and operating systems all working to serve you, it's pretty impressive -- go after the break to check them both out.
Qualcomm and AT&T team up to bring 'internet of things' devices to the mainstream
While we're accustomed to the buzzphrase "internet of things", AT&T and Qualcomm want to talk about the "internet of everything." In short, they're pairing up to offer a development platform that uses the latter's Gobi 3G modems and the former's wireless internet which will be used to test new applications. The duo are expecting developers to get their hands on the kit in the second quarter of the year, which probably means we'll be bombarded with intelligent refrigerators and cars at next year's CES. Follow all the latest CES 2013 news at our event hub.
Technicolor's Qeo software aims to let connected devices speak the same lingo
The idea of the "internet of things" is fine and well, but when was the last time your smartphone had a chat with the fridge? Technicolor is aiming to solve those communication breakdowns with Qeo, a software system to bridge connected devices of all types and brands. While you may be thinking, "Technicolor? That company at the end of the movie credits?" it turns out that the post-production outfit also does items like set-top boxes and DSLR routers through its acquisition of Thomson. Qeo will allow those types of devices, along with smartphones, computers, tablets and even "dumb" systems like intercoms or appliances to all communicate, regardless of the OS or protocol used by each. That'll create scenarios where your doorbell can notify your smartphone that someone's waiting to be let in, or allow you to switch a video call from your Android tablet to a Qeo-enabled TV screen, according to Technicolor -- providing the right manufacturers, software developers or network operators are using the protocol, of course. Fortunately, the company claims that it's already signed up a bevy of companies in all those categories, meaning a device-agnostic connected home may be soon within your grasp. You can check the PR after the jump for now, but we'll have even more details soon in glorious, er, Technicolor, so stay tuned.
Arduino GSM/GPRS Shield gets helping hand from Telefonica for data, remote control
Arduino devices have had the option of a GSM linkup for awhile, but getting that cellular link to truly strut its stuff hasn't always been easy, even for those of us who'd be inclined to program an Arduino in the first place. Enter Telefonica, which wants to be the backbone of your internet of things. It's backing a new version of the GSM/GPRS Shield add-on (shown here) by offering both the expected machine-to-machine SIMs for the cellular connection as well as freshly added remote control of the board through the carrier's BlueVia pages. The Shield itself is getting a quiet upgrade in the process -- the software both takes up a smaller footprint and can now talk to the world in the background while the Arduino keeps on keepin' on. If you happen to be in Berlin, the new Shield is making the rounds at Campus Party workshops until April 25th. Neither side has said how readily available the new part will be available after that; for now, you can familiarize yourself with the current technology at the source link.
TechBASIC 2.3 links iOS to world of sensors through Bluetooth, no pesky computers in the way (video)
If a Bluetooth sensor doesn't already have iOS support, pairing it up will often involve a patient wait for an official app or some not-quite-official tweaking, at best -- Apple won't allow just any old unauthenticated device through the gates. Byte Works' TechBASIC 2.3 update takes those barriers down. The mobile app lets those of us with a new iPad or iPhone 4S create programs that talk to, and read from, a wide range of Bluetooth LE devices without having to write any Objective C code on a Mac. Only a TI key fob has a fully ready example program, but large swaths of devices will communicate with help from intrepid programmers -- whether they're heart rate monitors, home theater gear or seemingly anything in between. Existing TechBASIC owners can add the Bluetooth LE support through a free update; it's a relatively pricey $15 to buy the app if you're new to Byte Works' world, although it may be worthwhile to give any unused sensors a new reason for being.
