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Hasenkopf’s ‘Frescata’ Material-Processing Technology Yields Beautiful and Unique Surfaces

One of the cooler materials we saw at Holz-Handwerk wasn’t really a material at all, but a process. German industrial manufacturer Hasenkopf’s booth drew a steady stream of visitors all reaching out to touch the weird-looking totems, like the one above, that they had on display; I eagerly checked the product tag to find it was nothing more than Corian. So what gives? Hasenkopf was showing off their bag of new material-processing tricks called Frescata , whereby they hit Corian, Parapan, and even wood with four different bits in a five-axis CNC mill to create the intricate patterns you see here. (more…)

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Hasenkopf’s ‘Frescata’ Material-Processing Technology Yields Beautiful and Unique Surfaces

One Ring To Rule It All… By Bluetooth

Get ready for the Internet of Rings . Today’s the last day to jump on the earlybird bandwagon for Ring, which has completely cleaned house over on Kickstarter . In case you missed the digital memo, Ring is a wearable device that allows you to “control anything” and “shortcut everything” (or so its creators at Logbar claim). Enticingly vague promises, backed up by tight tech design and a pretty intense bank of R&D. The innovation at the heart of the device is fine gesture recognition—put it on your finger, tap the side to activate and your finger’s moves are registered and transmitted to the device of choice. From there, you get a lot of functionality: control appliances, send texts, make payments through Ring’s gateway, and get vibration or LED notifications. If you can sync it, you can rule it with Ring. To futz with your Bluetoothed lamp, draw a lamp in the air. To draft a letter, draw a letter and then start spelling. The instant payment feature is a little surprising, but an interesting take on the common interaction. In addition to the “built in” symbols and controls, you can add your own personalized finger-commands. They’re opening the API for app developers who want to get in on the Ring game, and have a store to make Ring-related apps easy to find. The charging dock is pretty boss, and they estimate it can perform about 1, 000 gestures per charge. They’re also offering it in a range of sizes, so you apes and dainty types aren’t out of luck. Onward, to the future! (more…)

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One Ring To Rule It All… By Bluetooth

Reducing the Heat In Computing

Graphene + Copper (not to scale, obviously) About a year ago, I traveled to Cornell University to interview a bunch of materials scientists who work at the nanoscale level. This means they work with stuff that is very, very tiny. A nanometer is a billionth of a meter. One of the challenges nearly all of the scientists kept mentioning is the issue of overheating in electronics. Most of us are directly familiar with the heat released from our computers when we balance them on our lap for a period of time, for example. And this becomes a big deal as devices get smaller and smaller. The smaller the copper wires—which connect chips, among other things—the more heat they emit. This is important for future devices and wearables. Scientists are exploring all kinds of solutions but a proven one has recently been announced in the journal Nano Letters. We’ve mentioned the magic material graphene before and it continues to be the superhero material, coming to the rescue over and over again. This time, it shows up as a possible damper for heated copper wires. Graphene is a one-atom thick material that can move electrons and heat. And it is able to cling to copper. Apparently by sandwiching copper between layers of graphene, the heat created by the metal is decreased by 25 percent. When attached to copper, the graphene actually changes its structure in such a way that allows the heat to move more freely through the metal, instead of being trapped in it. From left: (1) copper before any processing, (2) copper after thermal processing; (3) copper after adding graphene. Image via UCR Today (more…)

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Reducing the Heat In Computing

IBM to Invest $100m in User Experience Consulting, Hire 1,000 Employees across Ten Interactive Experience Labs Worldwide

Long before the likes of Facebook and Flickr co-opted the color, the original Big Blue had established itself as a giant in a different era in tech. A perennial fixture of “most valuable brands” lists, IBM is pleased to announce that will be committing over $100 million to “globally expanding its consulting services capability to help clients with experience design and engagement.” The Armonk, NY-based company is capitalizing on its strength in the Big Data with plans to open IBM Interactive Experience labs in Bangalore, Beijing, Groningen, London, Melbourne, Mexico City, New York, Sao Paulo, Shanghai and Tokyo. In short, IBM is making a major foray data-driven service design, a nod to a broader definition of product as experience or interaction (a.k.a. the shift from physical to digital, hardware to software, etc.). Shannon Miller, a Global Strategy Leader at IBM Interactive Experience, shared more details on their vision for what the future holds both for IBM, its clients and the end user. Core77: We’ve witnessed the rise of service design (i.e. experience design) as a discipline in its own right, what makes this a good time for IBM to make this major investment in this area? Shannon Miller: We have seen growing client demand in the marketplace around experience design capabilities and the front office transformation—and this market only continues to grow as consumers continuously look for the next best experience. IBM is the only company that can bring research, creative and design skills together with data experts and a traditional consultancy to solve our clients’ biggest problems. We see this demand globally and wanted to expand our reach to create centers around the world where we can collaborate and co-create with clients to develop innovative solutions. To what degree is this data-centric approach to experience design an extension of the company’s long history in the computer industry, and to what degree is a new frontier for IBM’s strengths? Technology is becoming ingrained into the DNA of every business and personal interaction, especially in today’s customer-centric world, and IBM is helping clients understand their customers as individuals through the use of Big Data. While this certainly is an extension of IBM’s 100-plus-year history and commitment to design, IBM researchers within IBM Interactive Experience invented unique algorithms that conduct the analysis for new capabilities—Intelligent Customer Profiles, Influence Analysis and Customer Identity Resolution. These join an existing portfolio of data-driven capabilities including Life Event Detection, Behavioral Pricing and Psycholinguistic Analytics . IBM Interactive Experience is an industry first—a management consultancy and systems integration company combined with a digital agency powered by data and research. IBM Interactive Experience drives insights from data—including information on individual decisions, choices, preferences and attitudes—to transform the customer experience. (more…)

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IBM to Invest $100m in User Experience Consulting, Hire 1,000 Employees across Ten Interactive Experience Labs Worldwide

Joris Laarman’s Latest ‘Anti-Gravity’ 3D Printer Basically Conjures Metal Out of Thin Air

About nine months ago, we got a first look at a freely articulating 3D printer , developed by Joris Laarman Lab in collaboration with the Institute for Advanced Architecture of Catalonia (IAAC). By extruding a special fast-curing resin with a multi-jointed robotic arm, MATAERIAL proposed a “radically new 3D printing method, ” suitable for “irregular or non-horizontal surfaces.” Now, the Dutch designer has unveiled his latest breakthrough in liberating digital fabrication from a build platform: As its name suggests, MX3D-Metal can print lines of steel, stainless steel, aluminum, bronze or copper “in mid-air.” The MX3D-Metal reportedly debuted at last week’s Fabricate2014 conference and will make its way to New York City’s Friedman Benda gallery come May . Laarman shared some more information on his approach and what’s next for the team. Our Amsterdam-based lab is an experimental playground that tinkers with engineers and craftsmen on the many new possibilities of emerging technology in the field of art and design. We usually start working on projects based on the concept “what if…?” after which we start figuring out how we could hack or combine certain technologies to make something new. Usually, this results in a new series of design pieces with a form language; and this arises out of the new possibilities of the new technology. We believe we tackle technological challenges very differently than others by using a hands-on approach to create such design objects. Over the years, our lab has worked this way together with many inspiring people in the field of digital fabrication and computational design. We’ve worked with professionals and students from institutes like MIT, IAAC, ETH and the Architectural Association to develop new concepts for the digital fabrication revolution. For some time now, we’ve held two research positions at our lab. The purpose of this role is pure experimentation with digital fabrication under our supervision—and with the help of craftsmen and software and robotic engineers. Recently, the technical side of our work at the lab is supported by Autodesk. The reason for this is so we don’t just end up with a new series of design objects; it’s so we can bring technology to a higher level. (more…)

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Joris Laarman’s Latest ‘Anti-Gravity’ 3D Printer Basically Conjures Metal Out of Thin Air

Nike to Release Marty McFly’s Back to the Future 2 MAGs–With Power Lace Feature!

In 2011 Nike released the Nike MAGs , based on the design of the kicks Michael J. Fox wore in Back to the Future 2. Supply of the limited-edition sneakers were constrained to boost value, as proceeds were sent to the Michael J. Fox Foundation for Parkinson’s Research, netting some $6 million. While the production MAGs looked like what McFly wore in the movie, they lacked the cool self-lacing feature dreamt up by an imaginative designer (possibly the movie’s Costume Designer Joanna Johnston, Production Designer Rick Carter or Art Director Margie Stone McShirley). However, the sneakerhead corner of the blogosphere is currently abuzz with fresh news: Nike designer Tinker Hatfield was quoted at a recent event on whether the MAGs would be re-released for 2015, the year that McFly wore the kicks in the movie. Here’s the one sentence of Hatfield’s making the rounds: “Are we gonna see power laces in 2015? To that, I say YES!” If Hatfield’s true to his word, by next year we may be seeing real-life versions of this scene: Via Sole Collector (more…)

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Nike to Release Marty McFly’s Back to the Future 2 MAGs–With Power Lace Feature!

Flotspotting: Kibum Park’s Awesome Urban Residences

You undoubtedly remember those slick renderings for the Lowline , the still-in-progress underground NYC park tentatively scheduled for a 2018 opening. The renderings were done by architect Kibum Park, a partner at James Ramsey’s RAAD , a firm that “[focuses] on single and multi-family residential, commercial and hospitality projects.” Well, turns out Park’s got a Coroflot page , loaded up with renders of some bee-yootiful hotels, restaurants, houses and apartments, the latter being the ones that most caught our eye. The clients are of course anonymous and text descriptions are largely absent, but the images do most of the talking. Check out this NYC penthouse with its crazy, sun-dappled, yurt-like master bedroom with elevated library: (more…)

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Flotspotting: Kibum Park’s Awesome Urban Residences

Brilliant Transformational Transportation Design: The Track N Go Converts Your Truck Into a Tread-Equipped, Snow-Going Beast in Under 15 Minutes

Even though I live in America, I never saw as many monster trucks anywhere in the ‘States as I did in Reyjkavik. For drivers who need to navigate the Icelandic hinterlands, owning a pickup truck converted to drive man-height tires is more practical concern than pissing contest. Sure, they looked silly and inconvenient in the city, but it was a trade-off everyone was apparently fine with. So I wonder if the Track N Go would gain any traction in Iceland. This has to be the coolest off-road conversion I’ve ever seen, because it’s completely reversible and only takes fifteen minutes. Check out how it drives: Before we get to how they put them on, the following video, narrated in French, gives you a good look at an individual Track N Go (and gives you a sense of how heavy it is): (more…)

Tools for Carrying Sheet Goods: The Gorilla Gripper and the Handle On Demand

Moving sheet goods is a huge pain in the neck, particularly for shorter guys like me with a wingspan that leaves something to be desired. But even for you bigger folk, there’s nothing ergonomic about toting a 4×8 sheet around your shop or the jobsite. The Gorilla Gripper is a cleverly-designed handle that allows you to lift and carry sheet goods using your back and legs, while preserving your fingers and toes. There are tons of YouTube videos showing the thing, but I like the following low-res one the best because it shows the actual applications in the field: I don’t think I’d have the balls to try hoisting it up a ladder, like the guy did in the video, but I’d try everything else they showed. (more…)

The Next Big Thing in Geo Software

Data consolidated from a farmer’s plow’s GPS as it circled near Dmitriyev, Russia. Uncovering unknown territory is more and more rare, as GPS paired with the Web has made even the most remote or unusual routes accessible to the world. The free service of OpenStreetMap (OSM) has more than one million registered users contributing data from GPS, aerial photography and just regular traversing across every possible route in the world. OSM has more than a decade of consolidated data and is often referred to as the “Wikipedia for maps.” But the interesting part is that their data are considered their primary product, and not actual maps. Many sites are powered with OSM data—like Craigslist, Foursquare, Geocaching, MapQuest—organizations that want to use it instead of pricey Google Maps. But OSM also powers the beautiful maps produced by the startup MapBox. Here’s an example of a runner’s various routes (the thicker red lines represent the number of times he ran that particular route) using data from OSM. (more…)

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The Next Big Thing in Geo Software