We know that our Facebook news feeds go through a complicated filtering process, affected both by Facebook’s internal algorithms and our own efforts to hide or show particular friends. However, not all third-party apps are so complex, and Skype will pull in your Facebook news feed pretty much as it’s published. Read more…
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Plug Facebook Into Skype For a News Feed Firehose
Microsoft’s plan to bundle Kinect with the Xbox One may not have been to everyone’s taste, but that’s not stopping it from expanding sales of the motion-sensing peripheral. In fact, you’ll only have to wait just over a week to get your hands on the second generation Kinect for Windows . We know because the company has updated its pre-order listing with the promise of shipment by July 15th. The sensor, which costs $199/£159, delivers better depth sensing, 1080p resolution, a wider field of view and various other improvements. Developers have been invited to publish their creations to the Windows Store, so there’ll likely be more Windows Kinect apps to download than ever before — good news if you’re not phased by the Xbox One but have always wanted to wave your arms about in front of your PC. Filed under: Gaming , Microsoft Comments Via: CVG Source: Microsoft Store (US) , (UK)
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Xbox One’s Kinect sensor coming to Windows on July 15th
Your home Ethernet cable doesn’t deal with any of this ish—pictured here, a sea star and a squat lobster—behind some desk. NEPTUNE Canada The Juan de Fuca tectonic plate is by far one of the Earth’s smallest. It spans just a few hundred kilometers of the Oregon, Washington, and British Columbia coast. But what the Juan de Fuca lacks in size it makes up for in connectivity. It’s home to a unique, high-speed optical cabling that has snaked its way across the depths of the Pacific seafloor plate since late 2009. This link is called NEPTUNE—the North-East Pacific Time-Series Underwater Networked Experiment—and, at more than 800 kilometers (about 500 miles), it’s about the same length as 40,000 subway cars connected in a single, long train. A team of scientists, researchers, and engineers from the not-for-profit group Oceans Network Canada maintains the network, which cost CAD $111 million to install and $17 million each year to maintain. But know that this isn’t your typical undersea cable. For one, NEPTUNE doesn’t traverse the ocean’s expanse, but instead loops back to its starting point at shore. And though NEPTUNE is designed to facilitate the flow of information through the ocean, it also collects information about the ocean, ocean life, and the ocean floor. Read 52 remaining paragraphs | Comments
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Deep-sea streaming: 500-mile NEPTUNE cabling brings Internet to the ocean floor
Sometime in the past few days, YouTube started showing a new error bar on slow-loading videos. “Experiencing interruptions? Find out why, ” it implores. Clicking through takes you to Google’s Video Quality Report page , comparing streaming quality of your local ISPs. If your provider’s slow, Google wants you to know. Read more…
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Now YouTube Is Shaming ISPs For Slow Streaming Video
New submitter jigmypig writes: One of the main issues with 3D printers today is that they lack in one area; speed. A 15-year-old boy named Thomas Suarez is developing a 3D printer that he says is the most reliable, most advanced, and faster than any 3D printer on the market today. In fact he claims it is 10 times faster than any 3D printer ever created. “There’s something that makes me want to keep going and keep innovating, ” he says, laughing at being asked if he’d be better off outside climbing trees or riding a bike. “I feel that my interests will always lie in technology. Maybe I should go outside more but I just really like this stuff.” Read more of this story at Slashdot.
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15-Year-Old Developing a 3D Printer 10x Faster Than Anything On the Market
For the past few years, NASA’s been working on a powerful rocket called the Space Launch System meant for missions to the moon, Mars and other places far from our planet. While the rocket’s not quite ready to take Bruce Willis to an asteroid, it’s at least getting nearer to a launch pad — the agency has just finalized a $2.8 billion deal with Boeing to start building its core stage and developing its avionics system . The deal went through recently after the core stage passed its critical design review, where 11 experts inspected 3, 000 of its artifacts. A core stage, by the way, is the middle part of a rocket that makes up most of its body: the one Boeing’s building for the SLS is a 200-foot tower that’ll store cryogenic liquid hydrogen and liquid oxygen to fuel the engines. Apparently, the last time a major NASA vehicle passed muster during one of these reviews was back in the 1970’s, and it was none other than the Saturn V, which carried many astronauts to the moon. The agency plans to earmark $6.8 billion of its funds from fiscal years 2014 through 2018 for the project and hopes to conjure up a rocket that’s ready for an unmanned mission by 2017. If that happens, the SLS could start ferrying astronauts to big space rocks or even the red planet as soon as 2021. [Image credit: NASA/MSFC ] Filed under: Science Comments Via: LA Times Source: NASA
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NASA gives the go-ahead to a rocket designed for deep space exploration
ganjadude (952775) writes “I stumbled upon this little scoop and thought the Slashdot crowd would be interested in. The new kid on the block, known as the HummingBoard can handle faster processors, more RAM and will fit the same cases for the Pi. Also, you can expand the memory and the CPU is replaceable! The low end model starts at $45 and the high end costs $100. So tell me guys, what are you going to do with yours?” $45 model is a single core iMX6 (an ARMv7) with 512M of RAM, the $100 model has a dual core i.MX6 with 1G of RAM. Full specs. Read more of this story at Slashdot.
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New Single Board Computer Lets You Swap Out the CPU and Memory
Since building something that’s conventional is out of the question for Dubai, the second-largest United Arab Emirates city announced today that it’s breaking ground on the world’s largest shopping mall. Read more…
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Dubai Is Obviously Building the World’s Biggest Mall
Technically, this is the $1,299 iMac, not that you’d be able to tell the difference. Andrew Cunningham Apple’s new $1,099 iMac will undoubtedly be a popular computer. People in the know who want the most computing bang for their buck would be smarter to step up to a higher-end model, but there are plenty of people—casual users, schools, businesses—who just want an iMac that’s “fast enough,” not one that’s “as fast as it could possibly be.” For those people, we obtained one of the new entry-level iMacs so we could evaluate its performance. On paper, it sounds like a big step down—you’re going from a quad-core desktop processor and GPU to a dual-core Ultrabook processor and GPU. This new iMac and the base MacBook Air models in fact use the exact same processor, even though historically there’s been a big performance gap between MacBook Airs and iMacs. In practice, the story is more complicated. Let’s talk about what the new low-end iMac changes, and then we’ll spend some time looking at processor performance. Read 29 remaining paragraphs | Comments
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$1,099 iMac review: lose 50% of your performance to save 18% of the money
An anonymous reader writes We’ve been calling it for years — connect everything in your house to the internet, and people will find a way to attack it. This post provides a technical walkthrough of how internet-connected lighting systems are vulnerable to outside attacks. Quoting: “With the Contiki installed Raven network interface we were in a position to monitor and inject network traffic into the LIFX mesh network. The protocol observed appeared to be, in the most part, unencrypted. This allowed us to easily dissect the protocol, craft messages to control the light bulbs and replay arbitrary packet payloads. … Monitoring packets captured from the mesh network whilst adding new bulbs, we were able to identify the specific packets in which the WiFi network credentials were shared among the bulbs. The on-boarding process consists of the master bulb broadcasting for new bulbs on the network. A new bulb responds to the master and then requests the WiFi details to be transferred. The master bulb then broadcasts the WiFi details, encrypted, across the mesh network. The new bulb is then added to the list of available bulbs in the LIFX smart phone application.” Read more of this story at Slashdot.
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Hacking Internet Connected Light Bulbs