1sockchuck (826398) writes Bitcoin hardware vendor BitFury has opened a 20-megawatt data center to expand its cloud mining operations. The hashing center in the Republic of Georgia is filled with long rows of racks packed with specialized Bitcoin mining rigs powered by ASICs. It's the latest example of the Bitcoin industry's development of high-density, low-budget mining facilities optimized for rapid changes in hardware and economics. It also illustrates how ASIC makers are now expanding their focus from retail sales to their in-house operations as Bitcoin mining becomes industrialized.

msm1267 (2804139) writes If multipath TCP is the next big thing to bring resilience and efficiency to networking, then there are some serious security issues to address before it goes mainstream. An expert at next week's Black Hat conference is expected to explain how the TCP extension leaves network security gear blind to traffic moving over multiple network streams. Today's IDS and IPS, for example, cannot correlate and re-assemble traffic as it's split over multiple paths. While such attacks are not entirely practical today, as multipath TCP becomes a fixture on popular networking gear and mobile devices, the risks will escalate. "[Multipath TCP] solves big problems we have today in an elegant fashion," said Catherine Pearce, security consultant and one of the presenters, along with Patrick Thomas. "You don't have to replace hardware or software; it handles all that stuff behind the scenes. But security tools are naïve [to MPTCP], and make assumptions that are no longer valid that were valid in the past."

rtoz (2530056) writes Researchers at the MIT Media Lab have developed a new display technology that automatically corrects for vision defects without requiring glasses or contact lenses. This technique could lead to dashboard-mounted GPS displays that farsighted drivers can consult without putting their glasses on, or electronic readers that eliminate the need for reading glasses. The display is a variation on a glasses-free 3-D technology: a 3-D display projects slightly different images to the viewer's left and right eyes. Similarly, this vision-correcting display projects slightly different images to different parts of the viewer's pupil.

linuxwrangler (582055) writes Job interviews missed, work and wedding plans disrupted, children unable to fly home with their adoptive parents. All this disruption is due to a outage involving the passport and visa processing database at the U.S. State Department. The problems have been ongoing since July 19 and the best estimate for repair is "soon." The system "crashed shortly after maintenance."

Velcroman1 (1667895) writes "Michael Ramsay and Jim Barton created a revolution with TiVo, a device that challenged the notion that we had to watch TV shows when they aired. And they hoped to do it again with Qplay, a device that challenged the notion that short-form videos had to be consumed one at a time, like snacks instead of meals. Qplay streamed curated queues of short-form Internet video to your TV using a small, simple box controlled by an iPad app. So what went wrong? Unlike TiVo, the Qplay box was difficult to justify owning, and thevalue of the service itself is questionable. And as of last week, Qplay is closed."

You remember Peter Hoddie, right? He was one of the original QuickTime developers at Apple. He left in 2002 to help found a startup called Kinoma, which started life developing multimedia players and browsers for mobile devices. Kinoma was acquired in 2011 by Marvell Semiconductor, whose management kept it as a separate entity.

The latest creation from Peter and his crew is the 'Kinoma Create,' AKA the 'JavaScript-Powered Internet of Things Construction Kit.' With it, they say, you can 'quickly and easily create personal projects, consumer electronics, and Internet of Things prototypes.' EE Times mentioned it in March, and they're not the only ones to notice this product. Quite a few developers and companies are jumping on the 'Internet of Things' bandwagon, so there may be a decent -- and growing -- market for something like this. (Alternate Video Link)

New submitter yeshuawatso writes I work for one of the largest HVAC manufacturers in the world. We've currently spent millions of dollars investing in an ERP system from Oracle (via a third-party implementor and distributor) that handles most of our global operations, but it's been a great ordeal getting the thing to work for us across SBUs and even departments without having to constantly go back to the third-party, whom have their hands out asking for more money. What we've also discovered is that the ERP system is being used for inputting and retrieving data but not for managing the data. Managing the data is being handled by systems of spreadsheets and access databases wrought with macros to turn them into functional applications. I'm asking you wise and experienced readers on your take if it's a better idea to continue to hire our third-party to convert these applications into the ERP system or hire internal developers to convert these applications to more scalable and practical applications that interface with the ERP (via API of choice)? We have a ton of spare capacity in data centers that formerly housed mainframes and local servers that now mostly run local Exchange and domain servers. We've consolidated these data centers into our co-location in Atlanta but the old data centers are still running, just empty. We definitely have the space to run commodity servers for an OpenStack, Eucalyptus, or some other private/hybrid cloud solution, but would this be counter productive to the goal of standardizing processes. Our CIO wants to dump everything into the ERP (creating a single point of failure to me) but our accountants are having a tough time chewing the additional costs of re-doing every departmental application. What are your experiences with such implementations?

An anonymous reader writes with a bit of pith from TechDirt: Every so often, people who don't really understand the importance of anonymity or how it enables free speech (especially among marginalized people), think they have a brilliant idea: "just end real anonymity online." They don't seem to understand just how shortsighted such an idea is. It's one that stems from the privilege of being in power. And who knows that particular privilege better than members of the House of Lords in the UK — a group that is more or less defined by excess privilege? The Communications Committee of the House of Lords has now issued a report concerning "social media and criminal offenses" in which they basically recommend scrapping anonymity online.

Bruce66423 (1678196) writes with this story from the Guardian: The director of the Central Intelligence Agency, John Brennan, issued an extraordinary apology to leaders of the US Senate intelligence committee on Thursday, conceding that the agency employees spied on committee staff and reversing months of furious and public denials. Brennan acknowledged that an internal investigation had found agency security personnel transgressed a firewall set up on a CIA network, called RDINet, which allowed Senate committee investigators to review agency documents for their landmark inquiry into CIA torture." (Sen. Diane Feinstein was one of those vocally accusing the CIA of spying on Congress; Sen. Bernie Sanders has raised a similar question about the NSA.)

cartechboy (2660665) writes "Earlier in the week we heard that Tesla and Panasonic had reached an agreement to build the gigafactory together, and today that became official. Now it seems that things are farther along than anyone thought. In fact, construction of the plant might already be secretly underway in Nevada. This is of course interesting as Tesla hasn't officially announced where the gigafactory will be built. Something called Project Tiger is currently underway east of Reno, and there's a lot of construction workers, heavy equipment, and a heavily guarded fenced barrier around the site. The volume of dirt being moved is 140,000 cubic yards, which matches the gigafactory dimensions given earlier this year by Tesla. Is it possible that Tesla's actually building the gigafactory before even announcing its location? It seems so, yes."

yyzmcleod (1534129) writes The technology to 3D print a single part from multiple materials has been around for years, but only for polymer-based additive manufacturing processes. For metals, jobs are typically confined to a single powdered base metal or alloy per object. However, researchers at NASA's Jet Propulsion Laboratory say they have developed a 3D printing technique that allows for print jobs to transition from one metal to another in a single object. From the article: In JPL’s technique, the build material’s composition is gradually transitioned as the print progresses. For example, the powdered build material might contain 97 percent titanium alloy and 3 percent stainless steel at the beginning of the transition. Then, in 1 percent increments between layers, the gradient progresses to 97 percent stainless steel and 3 percent Ti alloy by some defined point in the overall 3D printing process.

kkleiner writes Using an Oculus Rift virtual reality headset, Microsoft Kinect, a camera, and a handful of electrical stimulators, a London student's virtual reality system is showing users what it's like to swap bodies. Looking down, they see someone else's arms and legs; looking out, it's someone else's point of view; and when they move their limbs, the body they see does the same (those electrical stimulators mildly shock muscles to force a friend to mirror the user's movements). It's an imperfect system, but a fascinating example of the power of virtual reality. What else might we use VR systems for? Perhaps they'll prove useful in training or therapeutic situations? Or what about with robots, which would be easier to inhabit and control than another human? The virtual body swap may never fully catch on, but generally, virtual reality will likely prove useful for more than just gaming and entertainment.

Dupple sends word of new quantum mechanical research in which a neutron is sent along a different path from one of its characteristics. First, a neutron beam is split into two parts in a neutron interferometer. Then the spins of the two beams are shifted into different directions: The upper neutron beam has a spin parallel to the neutrons’ trajectory, the spin of the lower beam points into the opposite direction. After the two beams have been recombined, only those neutrons are chosen which have a spin parallel to their direction of motion. All the others are just ignored. ... These neutrons, which are found to have a spin parallel to its direction of motion, must clearly have travelled along the upper path — only there do the neutrons have this spin state. This can be shown in the experiment. If the lower beam is sent through a filter which absorbs some of the neutrons, then the number of the neutrons with spin parallel to their trajectory stays the same. If the upper beam is sent through a filter, than the number of these neutrons is reduced.

Things get tricky when the system is used to measure where the neutron spin is located: the spin can be slightly changed using a magnetic field. When the two beams are recombined appropriately, they can amplify or cancel each other. This is exactly what can be seen in the measurement, if the magnetic field is applied at the lower beam – but that is the path which the neutrons considered in the experiment are actually never supposed to take. A magnetic field applied to the upper beam, on the other hand, does not have any effect.

sciencehabit (1205606) writes "Pregnant women who smoke don't just harm the health of their baby—they may actually impair their child's DNA, according to new research. A genetic analysis shows that the children of mothers who smoke harbor far more chemical modifications of their genome — known as epigenetic changes — than kids of non-smoking mothers. Many of these are on genes tied to addiction and fetal development. The finding may explain why the children of smokers continue to suffer health complications later in life.