Out in the Open: A Free Platform for Building Gear on the Internet of Things


Brian Malloney, vice president of Apigee.

Brian Malloney, vice president of Apigee. Apigee



The trouble with the Internet of Things is that the things don’t really talk to each other.


New devices like the Nest thermostat, the Dropcam camera, and various wearables do a pretty good job of talking to the internet, letting you easily monitor and use them through online dashboards. But such tools would be so much more useful if they also traded information on their own. It’s nice if you car tires let you know when they’re low via a web dashboard. But it’s even nicer if they can tell an air compressor exactly how much air they need and whose bank account to bill for it.


That’s the kind of digital utopia sought by the creators of Zetta, a new open source project that provides common tools for building internet-connected devices that can talk to each other, including everything from home automation contraptions to flying drones. Driven by a company called Apigee, the project made its official debut this morning.


Other projects and services seek much the same utopia. The average consumer can use a service called IFTTT to link devices like the Nest thermostat and the Philips Hue lighting system. More accomplished techies setup more complex interactions through Octoblu, formerly known as SkyNet, an open source system for controlling hardware over the internet. And behind the scenes, companies like Nest, now owned by Google, are now offering APIs, or application programming interfaces, for their devices that let the world’s developers create new ways of interacting with them. With Zetta, Apigee wants to help bring this kinds of APIs to far more devices.


Apigee has long been in the business of web APIs, which are basically ways for software developers to make one application talk with another. APIs are how companies plug their apps into services like Twitter, and increasingly, they’re how data scientists pull information from government websites for analysis. Apigee helps companies create and maintain APIs, and though it typically does this for more traditional online services, and it now wants to expand into the Internet of Things.


Basically, with Zetta, it’s offering tools that lets anyone build devices that can interact with the larger Internet of Things through APIs. This includes a set of specifications for creating APIs—specifications it is committing to the API Commons, a collection of designs that can be freely reused without license fees. But the company is also offering open source software that can run on devices, helping to handle much of the work that goes into an API.


According Apigee vice president Brian Malloy, the strength of the platform is that its well suited juggle many different types of communication—something that can help link disparate devices. “What our platform is really smart about is cross-mediating between different protocols,” he says.


The Zetta software will run on cheap, low-end hardware such as the Raspberry Pi and the Beaglebone, passing messages from the hardware either directly to other devices or with servers hosted in the cloud or even your living room. Apigee will try to make money from the project by offering to host online services that plug into this software, but the software and its source code will be available for anyone to use for free.


The project is still in the early stages, but Tim Ryan, one of the creators of Internet of Things hardware platform called Tessel believes it can push this market forward. “Building your own devices and APIs can be tricky, and there’s no standard way of doing it,” he says. “Zetta could make that easier.”



Nuclear waste eaters: Scientists discover hazardous waste-eating bacteria

Tiny single-cell organisms discovered living underground could help with the problem of nuclear waste disposal, say researchers involved in a study at The University of Manchester.



Although bacteria with waste-eating properties have been discovered in relatively pristine soils before, this is the first time that microbes that can survive in the very harsh conditions expected in radioactive waste disposal sites have been found. The findings are published in the ISME (Multidisciplinary Journal of Microbial Ecology) journal.


The disposal of our nuclear waste is very challenging, with very large volumes destined for burial deep underground. The largest volume of radioactive waste, termed 'intermediate level' and comprising of 364,000m3 (enough to fill four Albert Halls), will be encased in concrete prior to disposal into underground vaults. When ground waters eventually reach these waste materials, they will react with the cement and become highly alkaline. This change drives a series of chemical reactions, triggering the breakdown of the various 'cellulose' based materials that are present in these complex wastes.


One such product linked to these activities, isosaccharinic acid (ISA), causes much concern as it can react with a wide range of radionuclides -- unstable and toxic elements that are formed during the production of nuclear power and make up the radioactive component of nuclear waste. If the ISA binds to radionuclides, such as uranium, then the radionuclides will become far more soluble and more likely to flow out of the underground vaults to surface environments, where they could enter drinking water or the food chain. However, the researchers' new findings indicate that microorganisms may prevent this becoming a problem.


Working on soil samples from a highly alkaline industrial site in the Peak District, which is not radioactive but does suffer from severe contamination with highly alkaline lime kiln wastes, they discovered specialist "extremophile" bacteria that thrive under the alkaline conditions expected in cement-based radioactive waste. The organisms are not only superbly adapted to live in the highly alkaline lime wastes, but they can use the ISA as a source of food and energy under conditions that mimic those expected in and around intermediate level radwaste disposal sites. For example, when there is no oxygen (a likely scenario in underground disposal vaults) to help these bacteria "breath" and break down the ISA, these simple single-cell microorganisms are able to switch their metabolism to breath using other chemicals in the water, such as nitrate or iron.


The fascinating biological processes that they use to support life under such extreme conditions are being studied by the Manchester group, as well as the stabilizing effects of these humble bacteria on radioactive waste. The ultimate aim of this work is to improve our understanding of the safe disposal of radioactive waste underground by studying the unusual diet of these hazardous waste eating microbes.


One of the researchers, Professor Jonathan Lloyd, from the University's School of Earth, Atmospheric and Environmental Sciences, said: "We are very interested in these Peak District microorganisms. Given that they must have evolved to thrive at the highly alkaline lime-kiln site in only a few decades, it is highly likely that similar bacteria will behave in the same way and adapt to living off ISA in and around buried cement-based nuclear waste quite quickly.


"Nuclear waste will remain buried deep underground for many thousands of years so there is plenty of time for the bacteria to become adapted. Our next step will be to see what impact they have on radioactive materials. We expect them to help keep radioactive materials fixed underground through their unusual dietary habits, and their ability to naturally degrade ISA."




Story Source:


The above story is based on materials provided by University of Manchester . Note: Materials may be edited for content and length.



Liveblog: Apple’s Biggest iPhone Event Yet


Apple Event Liveblog



wheretowatch-ft

WIRED



CUPERTINO, CA—Apple is about to reveal the next generation of the iPhone, and from what we know so far, its mobile ecosystem is poised to become a bigger part of our lives than ever before. Apple’s media event kicks off at 10 AM PT here at Cupertino’s Flint Center for the Performing Arts, the same location Apple unveiled the original Mac.


We’re expecting Apple to announce a pair of new, larger iPhones, details about iOS 8 (especially HomeKit, and HealthKit), and perhaps even Apple’s own wearable. Apple’s built a three-story tall structure outside today’s auditorium where we’ll likely get our first demonstrations and hands-on impressions of these new products.


If you want to watch Apple’s livestream of the event, here’s how, otherwise, tune in right here for our live coverage of the news from Cupertino starting around 8 AM.


Questions? Comments? Tweet our liveblogging extraordinaires Christina Bonnington (@redgirlsays) or Mark McClusky (@markmcc), or share your thoughts on the announcements in the comments below.



The Next Big Thing You Missed: How to Add Location Data to Your App Without Relying on Google


factual-inline

Factual



There are curious kids, and then there are curiously curious kids.


At an early age, Gil Elbaz developed a seemingly inexplicable fascination with data, and this being the early 1980s, he couldn’t feed his immense curiosity without some good old fashioned hard work. He would hone in on a question like “What’s the coldest place in the world?” and his parents would pull out a massive reference book where he would dig for the answer. “One of the annoying things about a book is you can’t sort,” Elbaz says. “So you want to find the coldest place, but the only way to do that is flip through all the temperatures in a 100 page book.”


As a result, he acquired a healthy appreciation for spreadsheets, reveling in their neatly organized and easily sorted rows and columns. He still remembers sitting at his early Apple computer, collecting and curating information on any and all subjects. “I just thought: ‘Wow, data is a way to answer really interesting questions,’” Elbaz says.


He cultivated this skill for decades and eventually parlayed a childhood obsession into Applied Semantics, a business he sold to Google for $102 million. The company’s main product was AdSense, a contextual advertising tool that now accounts for some $13.6 billion in revenue for the tech giant.


Now, after serving as a Google engineering director for four years, Elbaz is working on technology he hopes will have similarly far-reaching effects on the way businesses utilize data. Founded in 2008, his new company, Factual, aims to build the largest set of location-related data in the world. That hasn’t exactly made the business a household name, but while keeping a low profile among consumers, Factual has simultaneously accrued a long list of big-name customers, including the likes of Yelp, Bing, and Samsung, who use Factual’s location data to make their own products more robust and intelligent for users.


‘Every industry is going to have to play this new game, or ultimately disappoint users.’


In creating this hub of data, Elbaz hopes to breed a new generation of apps that can adapt and react to where a user is in the world. “With location, you can understand people’s patterns, figure out what they like, where they go, what they do, what they’re going to do,” he says. “Every industry is going to have to play this new game, or ultimately disappoint users.”


Factual’s mission is both risky and technologically complex, pitting the company against so many other businesses, from Foursquare to that great purveyor of data itself, Google. Both Google and Foursquare offer APIs that give developers access to location data. And yet, developers who use those APIs also run the risk of competing with Google and Foursquare for users and ad dollars. Services like Bing and Yelp, for instance, aren’t likely to get data from Google, because, as Elbaz points out, “Google sees them a competitor.”


Factual avoids that tension, because it has no consumer product. Instead, Elbaz says, “we want to become the neutral data network that everyone can work with and trust.”


In a way, Factual represents the next stage in the evolution of how tech companies use data. Over the years, companies like Google have developed sophisticated ways of mining data, and smaller developers have been all too happy to utilize what information they were given. And yet, Factual argues that developers shouldn’t need Google to filter and spoon feed data to them. They should have direct access to it on their own. And so, Factual wants to turn the data itself into the product.


“Everyone’s been talking about coming up with tools to mine the big data,” says Danny Rimer, a partner at Index Ventures, which contributed to Factual’s $25 million funding round, “but we believe another big opportunity will be in datasets themselves.”


A Familiar Opponent


This is not the first time Elbaz has competed head on with Google. Before launching AdSense, the team at Applied Semantics was working on a meaning-based search engine that searched not only for certain words on a webpage, but also for related words, something Google hadn’t yet mastered in its early days.


The Applied Semantics system would understand, for instance, that if a user searched for vegetarian restaurants, he might also be interested in vegan restaurants, because they have a tight relationship. The technology worked well, but when it came to beating Google, Elbaz admits, “we lost that badly”


And yet, this vast trove of related words became a fundamental part of building AdSense, which matches ads to the context of a webpage. Now, Elbaz sees Factual as the analog version of that tool. Thanks to the proliferation of mobile technology, it doesn’t just matter what people are looking at online, it matters where they are in the world when they’re doing it, too.


“If you want to personalize an app, and we think all apps should be personalized, you have to know your users, and location is the best way to know your users,” Elbaz says.


Predicting Truth


Today, Factual has data on 75 million locations, which include businesses, public parks, and other points of interest, in 50 countries. And while the information Factual collects on these locations is rather simple—things like phone numbers, addresses, and hours of operation—the process of amassing all that information is anything but. Elbaz and his team spent two years prior to launch building the database—and building the technology that builds the database.


Factual analyzes billions of data points everyday, working with hundreds of businesses around the world, who willingly share their data with Factual. Yext, for instance, is a company that helps small business marketers manage their company listings online. It shares accurate data on hundreds of thousands of its small business clients.


The system also crawls the web to find publicly available data, but according to Elbaz, gleaning accurate information from all that is one of the toughest parts of the job. Phone numbers can be incorrect, addresses incomplete, and in many foreign countries, the listings, themselves, are non-existent. “The single most difficult thing of all is, how do you build an algorithm that can predict truth?” Elbaz says.


In many countries, where data is unreliable, Factual works with people on the ground to build what he calls “gold standard databases.” These people will manually build a database of, say, 100 restaurants in Japan. Factual then tests its algorithms against those databases. “If our algorithm can automatically come up with the same answers that humans can, that means they’re working,” he says. For Factual, this type of hardcore vetting is an absolute must, says Rimer. “In order to do this effectively, you have to provide a comprehensive service,” he says. “It’s not good enough to serve up information and have it not be right.”


Unlimited Opportunity


Maintaining this level of quality assurance may prove to be a challenge as the company scales—and scale it most certainly will. According to Elbaz, Factual presents a bigger opportunity than even AdSense, a product, mind you, that now rakes in nearly a quarter of the revenue for one of the biggest businesses in the world.


“The fact that we can examine the kinds of people who enter businesses and make determinations about what’s going on there, and do that for any location on earth, means there’s unlimited information to be stitched together,” Elbaz says.


For now, companies like Yelp and Bing are using Factual’s dataset to expand internationally. Meanwhile, startups are using it to make their apps more intelligent. Shopular, for one, serves users coupons, based on which stores are nearby, a service that co-founder Tommy Tsai says might not have been possible without Factual. “Early on, we were thinking about building our own location database, and it became clear to us after we looked at Factual’s data that we wouldn’t be able to achieve nearly the same quality as Factual,” he says.


Factual also offers technology that not only pushes location data to companies, but takes data from those companies and turns it into demographic information on their users. So if, for instance, a user is frequently at a location Factual recognizes as a driving range, Factual might label that user a golfer.


Do We Want to Be Followed?


The company is now integrating with mobile ad exchanges, enabling brands to target their ads not only to a specific region, but also to golfers, shoppers, commuters, and dozens of other population segments. “All of this can be done without knowing anything about who they are, their email address, or anything that’s privately identifiable,” Elbaz says. “The app collects the information. We’re simply in the background helping these companies make sense of the information they already have.”


Of course, whether the information is anonymous or not, Factual’s work still brings up an interesting question: do consumer’s want to be followed all the time? Factual’s grand ambition is to enable apps that are smarter, more attuned to our needs, and able to predict what we want before we want it. But as companies like Factual enable apps to become ever more personalized, will consumers embrace the change, or find it all a little too creepy? Do people really want the future Factual’s creating?


The answer to that is anyone’s guess, but Elbaz has a prediction. “The line of what’s creepy will change so dramatically,” he says. “A few years from now, what you’re worrying about today won’t be thought about for a second. People will share 10 to 100 times more information. You’ll have health monitors tracking your every heartbeat and that will be shared with apps. We’ve only seen the beginning,” he says. “But it certainly requires that apps are the good guys.”



A New Concept for Shape-Shifting Architecture That Responds to Heat




With few exceptions, the buildings we occupy are rigid and stationary. This is generally a good thing. After all, no one wants an office tower toppling over with a big gust of wind. But what we gain in stability, we lose in flexibility and adaptability. As buildings become smarter and more responsive to their internal environment, it stands to reason that the architecture should be somewhat responsive, too. The problem is, that’s not exactly easy to do.


design_disrupt


Architects have long explored the value of adaptive architecture through conceptual projects (we’ve seen it with tensegrity structures like this one modeled after the behavior of slime mold). A project from three students at Barcelona’s Institute for Advanced Architecture of Catalunya continues that exploration by looking at how physical spaces could someday morph based on various environmental inputs.


The project, Translated Geometries, tackles the idea by developing a new use for Shape Memory Polymers, a composite material that can deform and return to its original state when activated by cues like heat, humidity and light. In its proposal, the team (Ece Tankal, Efilena Baseta and Ramin Shambayati) created a modular component that expands and contracts based on temperature. The idea is that by attached a SMP joint to a tessellation of material (in this case plywood), you can expand that component’s surface area to four times its original footprint.


arch3


Exposing the SMP to heat above 60 to 70 degrees Celsius causes the material to become flexible enough to undergo geometric deformations. The material then cools into its new rigid form. Apply another round of heat and it will return to its original memory state. In this case, the team decided on an origami-inspired shape that folds inward and outward. You watch as heat is applied to the SMP and the structure begins to twitch, unfolding to an almost spider-like appearance. “You can reuse the same material intelligence embedded in the building to help with different scenarios or needs,” explains Shambayati. “This is similar in principle to the shape-shifting material MIT developed, though MIT’s foam and wax prototype is meant for robotics and doesn’t have nearly the strength to support an architectural form.”


Its benefits might be hard to grasp as a concept, but adaptable modular components could save on material by serving dual purposes. Not to mention, the team added, the concept could be used to make molds instead of the architecture itself. Regardless, it’s a step toward what Shambayati describes as “an architecture that isn’t so rigid, that tries to be more attuned with its environment.” Right now, the team is still developing the concept and exploring how different composites would react to the level of stress a system like this would introduce (which is a lot due to the bending, twisting, heating and cooling required). “Someone came up with the term ‘material empathy,’ says Shambayati. “They said they felt bad for the material and all the stress we were giving it.”


So for now this is a concept, and an interesting one at that. Will we someday see this principle applied to architecture? “That depends on what you consider architecture,” Shambayati says. “Maybe your apartment buildings won’t be transitioning quite yet, but something like pavilion? I don’t think that’s too far fetched.”