On Tuesday, Google's cloud-based word processing software was randomly flagging files for supposedly "violating" Google's Terms of Service, resulting in some users not being able to access or share their files. Google today explained the issue and addressed concerns that arose. 9to5Google reports: Several users on Tuesday morning reported no longer being able to open certain files they were working on in Docs, while others were locked out mid-edit. "On Tuesday, October 31, we mistakenly blocked access to some of our users' files, including Google Docs," Google said in a blog post. "This was due to a short-lived bug that incorrectly flagged some files as violating our terms of service (TOS)." Afterwards, Google provided a comment to Gizmodo noting that a code push made earlier that morning was at fault and that full access had been restored to users hours after the bug first arose. Today's clarification goes on to explain how that error on Tuesday caused Drive to "misinterpret" responses from the antivirus system designed to protect against malware, phishing, and spam. As a result, Docs "erroneously mark[ed] some files as TOS violations, thus causing access denials for users of those files."

An anonymous reader quotes a report from Bloomberg: President Donald Trump said semiconductor company Broadcom Ltd. is returning its headquarters to the U.S. from Singapore. Broadcom Chief Executive Officer Hock Tan joined Trump Thursday in the Oval Office for the announcement. Tan said the move to domicile the company in the U.S. would bring $20 billion in revenue into the country. The two men didn't specify the site of the new main location. Broadcom's website lists San Jose, California, as an existing corporate co-headquarters and has done so since the present company was created in 2016 in one of the semiconductor industry's largest acquisitions when Avago Technologies Ltd. acquired then-Broadcom Corp. The company's shares declined as much as 4 percent to $248.87 after the announcement. The stock had gained 47 percent this year through Wednesday's close.

A reader shares a report: Apple won accolades from privacy experts in September for assuring that facial data used to unlock its new iPhone X would be securely stored on the phone itself. But Apple's privacy promises do not extend to the thousands of app developers who will gain access to facial data in order to build entertainment features for iPhone X customers, such as pinning a three-dimensional mask to their face for a selfie or letting a video game character mirror the player's real-world facial expressions. Apple allows developers to take certain facial data off the phone as long as they agree to seek customer permission and not sell the data to third parties, among other terms in a contract seen by Reuters. App makers who want to use the new camera on the iPhone X can capture a rough map of a user's face and a stream of more than 50 kinds of facial expressions. This data, which can be removed from the phone and stored on a developer's own servers, can help monitor how often users blink, smile or even raise an eyebrow.

Lance Ulanoff, writing for Mashable: Somewhere, 254 miles above us, an astronaut is probably printing something. Ever since the International Space Station (ISS) welcomed its first residents in November of 2000, there have been printers on board. Astronauts use them to print out critical mission information, emergency evacuation procedures and, sometimes, photos from home. According to NASA, they print roughly 1,000 pages a month on two printers; one is installed on the U.S. side of the ISS, the other in the Russian segment. ISS residents do all this on 20-year-old technology. "When the printer was new, it was like 2000-era tech and we had 2000-era laptop computers. Everything worked pretty good," recalled NASA Astronaut Don Pettit, who brought the first printer up to the ISS. But "the printer's been problematic for the last five or six years," said Pettit who's spent a total of one year on the station. It's not that the Space Station has been orbiting with the same printer since Justin Timberlake was still N'Sync. NASA had dozens of this printer and, as one failed, they'd send up another identical model. But now it's time for something truly new. In 2018, NASA will send two brand new, specialized printers up to the station. However, figuring out the right kind of printer to send was a lot more complicated than you'd probably expect. NASA has turned to HP for its IT supply and needs. The agency requires the following things in its printer: print and handle paper management in zero gravity, handle ink waste during printing, be flame retardant, and be power efficient. HP, Mashable reports, has recommended the HP Envy 5600, its all-in-one (printer, scanner, copier, fax) device that retails for $129.99. The model has been modified, according to the report.

dryriver writes: Japan is a country that currently has to import 90% of its fuels for energy generation, having very little in the way of oil, coal or natural gas reserves in the country. Since the Fukushima disaster, its 50-plus nuclear reactors have been mostly idle. This makes Japan one of the least self-sufficient countries in terms of energy generation in the developed world. But there is an untapped energy resource that Japan has in abundance: ice that has large quantities of methane trapped in it. These ice crystals hold a remarkable quantity of natural methane gas. It is estimated that one cubic meter of frozen gas hydrate contains 164 cubic meters of methane. Japan has so far spent over $1 billion on research and development efforts in order to find a way to efficiently extract the methane from the ice. Where is this methane rich ice located? Engineers have so far focused on Nankai Trough, a long, narrow depression 50 kilometers off the coast of central Japan, which had been extensively surveyed over many years. Analysis of extracted core samples and seismic data has revealed that 1.1 trillion cubic meters of methane -- enough to meet Japan's gas needs for more than a decade -- lies below the floor of the trough. Some experts think that if an efficient method is found to extract methane from flammable ice, it could change the energy map of the entire world. Flammable ice has either been found, or is suspected to be present in large quantities, off the coastlines of all 5 continents in the world (the linked article has a map showing the currently known locations). Ten years from now the price of energy around the world may thus not be set by how much oil, coal or natural gas costs at that point in time, but rather by how much methane extraction from flammable ice costs.

Computer hardware company Razer has unveiled its first smartphone. While the design doesn't appear to be up to par with the competition, it does pack some impressive specifications under the hood. The Razer Phone features a 5.7-inch, 2,560x1,440-resolution display, Snapdragon 835 chipset with 8GB of RAM, 12-megapixel dual camera with a wide-angle lens and 2x optical zoom, 4,000mAh battery, dual front-facing stereo speakers, and Android 7.1.1 Nougat running out of the box. While there is a microSD card slot for expandable storage, there is no headphone jack, no waterproofing, and no wireless charging. The device also won't support CDMA carriers like Verizon or Sprint. CNET reports: [W]here most new flagship phones are shiny rounded rectangles with curved screens, the Razer Phone is unabashedly a big black brick. It flaunts sharp 90-degree corners instead of curved edges. You can even stand the phone on end. The 5.7-inch, 2,560x1,440-resolution screen is flat as a pancake, and you'll find giant bezels above and below that screen, too -- just when we thought bezels were going out of style. When the Razer Phone ships Nov. 17 for $699 or £699 -- no plans for Australia at launch -- the company says it'll be the first phone with a display that refreshes 120 times per second, like a high-end PC gaming monitor or Apple's iPad Pro. And combined with a dynamic refresh technique Razer's calling Ultramotion (think Nvidia G-Sync), it can mean beautiful, butter-smooth scrolling down websites and apps, and glossy mobile gameplay.

An anonymous reader quotes a report from Ars Technica: Today, the Central Intelligence Agency posted a cache of files obtained from Osama Bin Laden's personal computer and other devices recovered from his compound in Abbottabad, Pakistan by Navy SEALs during the raid in which he was killed on May 2, 2011. The 470,000 files, 321 gigabytes in all, include documents, images, videos, and audio recordings, including Al Qaeda propaganda and planning documents, home videos of Bin Laden's son Hazma, and "drafts" of propaganda videos. There is also a lot of digital junk among the files.

The CIA site presents a raft of warnings about the content of the downloads: "The material in this file collection may contain content that is offensive and/or emotionally disturbing. This material may not be suitable for all ages. Please view it with discretion. Prior to accessing this file collection, please understand that this material was seized from a terrorist organization. While the files underwent interagency review, there is no absolute guarantee that all malware has been removed."

A reader shares a ZDNet report: Microsoft has shaken off claims that its Surface range is unreliable and said that fewer than 1 in 100,000 of new Surface devices have gone wrong. The ratings service Consumer Reports raised a question mark over the reliability of the Surface line as a whole earlier this year. At the time, Consumer Reports surveyed 90,000 subscribers and found that 25 percent of Microsoft laptops and tablets will give owners problems by the end of the second year of ownership. Ryan Gavin, Microsoft's general manager for Surface, challenged the finding and said that the Surface devices are getting more reliable with each new generation. "One of the things you're seeing is the reliability of our products over time, with every generation getting better and better and better." Reliability issues among newer devices, such as the Surface Laptop and Studio, had been reported for only a fraction of devices, he said. "We're talking about incidents per device of less than 0.001%."

Citing two reports from Reuters and Bloomberg, Jalopnik reports on the scarcity of metals necessary for electric cars. From the report: [W]hile demand for nickel keeps increasing, half the world's nickel supply is too low in quality to use for car batteries. All of which is going to have seismic effect on the world's suppliers. In short: There will be winners and losers, and the winners will be the ones with the highest-grade stuff -- not unlike, I suppose, the illicit drugs market. "Some of the biggest producers of the higher-grade ores, including BHP Norilsk Nickel, Vale and Sumitomo Corp, are moving quickly to take advantage and seal long-term supply deals with battery producers," reports Reuters. "Among those losing out would be lower-grade nickel mines like Cerro Matoso in Columbia, owned by South32 Ltd and Glencore's Koniambo in New Caledonia, as well as Anglo American's mines in Brazil producing ferronickel."

What of cobalt? Bloomberg sent a writer and photographer to Cobalt, Ontario, about 300 miles north of Toronto, to find out. The town, which began life as a silver town, also is believed to have some cobalt, though no one's really found much yet. The search for a new source of cobalt isn't taking place in just Cobalt, Ontario, of course, as mining companies worldwide try to capitalize on the our electric car future. But the search is ramping up as the world's biggest source of cobalt -- the Democratic Republic of Congo, where about half of all cobalt comes from -- is increasingly unstable, making car manufacturers nervous and cobalt all the more valuable.

According to USA Today, Colorado's transportation department is looking at the possibility of a Rocky Mountain hyperloop to curb traffic woes. You could travel from Fort Collins to Colorado Springs, a distance of about 125 miles with Denver in the middle, in less than 20 minutes. From the report: After partnering with Virgin Hyperloop One, one of the companies racing to develop the super-speed technology that essentially would transport vehicles and people pods on electric skates in a big pneumatic tube, Colorado Department of Transportation officials plan to spend the next nine months crunching the numbers to determine what it might take to bring this type of transit to Colorado. Above-ground routes are cheaper to build. But Musk's Boring Co., another company testing the technology, has been focusing on hyperloop transportation in tunnels. The proposed Rocky Mountain hyperloop would be centered at Denver International Airport and stretch about 100 miles north to Cheyenne, Wyo.; about 125 miles south to Pueblo, Colo.; and about 100 miles west to Vail, Colo. It carries a hefty $24 billion price tag. State transportation officials estimated it would need an initial investment of $3 billion just to get the first 40 miles from the airport north to Greeley, Colo., completed. Why a hyperloop? State officials estimate Colorado's population will grow by nearly 50% in the next 20 years.

An anonymous reader quotes a report from Bleeping Computer: Rutgers engineers have created a new authentication system called VibWrite. The system relies on placing an inexpensive vibration motor and receiver on a solid surface, such as wood, metal, plastic, glass, etc.. The motor sends vibrations to the receiver. When the user touches the surface with one of his fingers, the vibration waves are modified to create a unique signature per user and per finger. Rutgers researchers say that VibWrite is more secure when users are asked to draw a pattern or enter a code on a PIN pad drawn on the solid surface. This also generates a unique fingerprint, but far more complex than just touching the surface with one finger. During two tests, VibWrite verified users with a 95% accuracy and a 3% false positive rate. The only problem researchers encountered in the live trials was that some users had to draw the pattern or enter the PIN number several times before they passed the VibWrite authentication test. Besides improvements to the accuracy with which VibWrite can detect finger vibrations, researchers also plan to look into how VibWrite will behave in outdoor environments to account for varying temperatures, humidity, winds, wetness, dust, dirt, and other conditions. This new novel user authentication system is described in full in a research paper entitled "VibWrite: Towards Finger-input Authentication on Ubiquitous Surfaces via Physical Vibration."

An anonymous reader quotes a report from The Wall Street Journal (Warning: source may be paywalled; alternative source): Apple, locked in an intensifying legal fight with Qualcomm, is designing iPhones and iPads for next year that would jettison the chipmaker's components, according to people familiar with the matter. Apple is considering building the devices only with modem chips from Intel and possibly MediaTek because San Diego, Calif.-based Qualcomm has withheld software critical to testing its chips in iPhone and iPad prototypes, according to one of the people. Apple's planned move for next year involve the modem chips that handle communications between wireless devices and cellular networks. Qualcomm is by far the biggest supplier of such chips for the current wireless standard. The Apple plans indicate the battle with Qualcomm could spill beyond the courtroom feud over patents into another important Qualcomm business where it has the potential to send ripples through the smartphone supply chain.

Geoffrey Morrison from CNET explains how the optical cable is "dying a very slow death": The official term for optical audio cable is "Toslink," short for Toshiba Link. Developed in the early '80s to connect their CD players to their receivers, it was a red laser optical version of the Sony/Phillips "Digital Interconnect Format" aka S/PDIF standard. You've seen standard S/PDIF connections a bunch too; they're often called "coax digital." Optical had certain benefits over copper cables, but they were also more fragile, and for a long time, more expensive. Though glass cables were available, for even more money, most optical cables were made from cheap plastic. This limited their range to in-room use, primarily. Through the '90s and 2000's, the optical cable was near-ubiquitous: The easiest way to get Dolby Digital and DTS from your cable/satellite box, TiVo, or DVD player to your receiver. Even in the early days of HDMI, right next to it would be the lowly optical cable, ready in case someone's receiver didn't accept HDMI. But now more and more gear are dropping optical. It's gone completely on the latest Roku and Apple TV 4K, for example. It's also disappeared from many smaller TVs, though it lingers on in larger ones, a potentially redundant backup to HDMI with ARC. The reason for this? Soundbars...

ourlovecanlastforeve shares a report from The Register, where Chris Mellor takes a look at Seagate's recently launched "SkyHawk" and "SkyHawk AI" HDDs. After closer inspection, Mellor concludes that the "AI" variant has a more buzz-worthy name and "slightly higher numbers on the specs" than its "SkyHawk" brethren. From the report: Seagate has bolted "AI" to its SkyHawk disk drive brand, saying it's better suited for next-generation deep learning and video analytics. The marketing department breathlessly describes it as "the first drive created specifically for artificial intelligence (AI) enabled video surveillance solutions." Sai Varanasi, VP product line management, burbled in the same fashion: "We are excited to introduce smart, purpose-built SkyHawk AI solutions that expand the design space for our customers and partners, allowing them to implement next-generation deep learning and video analytics applications." How so? Seagate says the new drive's "high throughput and enhanced caching deliver low latency and excellent random read performance to quickly locate and deliver video images and footage analysis." Both SkyHawk and SkyHawk AI have a 256MB cache buffer and 4.16ms average latency. Where it does differ from SkyHawk is having a higher 550TB/year workload and 2 million hours mean-time-before-failure rating, compared to 180TB/year and a million hours. It's been given a five-year limited warranty and a two-year Seagate Rescue Services contract is included with the drive. In other words the SkyHawk AI is more robust than the standard SkyHawk and transfers data 1.9 per cent faster. Otherwise it seems identical.

An anonymous reader quotes an announcement from SLAC: Scientists from Stanford University and the Department of Energy's SLAC National Accelerator Laboratory have captured the first atomic-level images of finger-like growths called dendrites that can pierce the barrier between battery compartments and trigger short circuits or fires... This is the first study to examine the inner lives of batteries with cryo-electron microscopy, or cryo-EM, a technique whose ability to image delicate, flash-frozen proteins and other "biological machines" in atomic detail was honored with the 2017 Nobel Prize in chemistry... The ability to see this level of detail for the first time with cryo-EM will give scientists a powerful tool for understanding how batteries and their components work at the most fundamental level and for investigating why high-energy batteries used in laptops, cell phones, airplanes and electric cars sometimes fail, the researchers said...

In cryo-EM, samples are flash-frozen by dipping them into liquid nitrogen, then sliced for examination under the microscope. You can freeze a whole coin-cell battery at a particular point in its charge-discharge cycle, remove the component you're interested in and see what is happening inside that component at an atom-by-atom scale. You could even create a stop-action movie of battery activity by stringing together images made at different points in the cycle... Zooming in, they used a different technique to look at the way electrons bounced off the atoms in the dendrite, revealing the locations of individual atoms in both the crystal and its solid electrolyte interphase (SEI) coating. When they added a chemical commonly used to improve battery performance, the atomic structure of the SEI coating became more orderly, and they think this may help explain why the additive works.

"San Francisco company Purism announced that they are now offering their Librem laptops with the Intel Management Engine disabled," writes Slashdot reader boudie2. Purism describes Management Engine as "a separate CPU that can run and control a computer even when powered off."

HardOCP reports that Management Engine "is widely despised by security professionals and privacy advocates because it relies on signed and secret Intel code, isn't easily alterable, isn't fully documented, and has been found to be vulnerable to exploitation... In short, it's a tiny potentially hackable computer in your computer that you cannot totally control, nor opt-out of, but it can totally control your system."

Purism writes: Disabling the Management Engine is no easy task, and it has taken security researchers years to find a way to properly and verifiably disable it. Purism, because it runs coreboot and maintains its own BIOS firmware update process, has been able to release and ship coreboot that disables the Management Engine from running, directly halting the ME CPU without the ability of recovery... "Disabling the Management Engine, long believed to be impossible, is now possible and available in all current Librem laptops. It is also available as a software update for previously shipped recent Librem laptops," says Todd Weaver, Founder & CEO of Purism.

"MakerBot just announced a new Open Source initiative called 'MakerBot Labs'," writes Slashdot reader szczys. "It is a small move, centering around some new APIs and a new extruder which is listed as experimental and not covered by their normal warranty. Largely they missed the mark on making a meaningful move toward openness, but with a new CEO at the helm as of January this could be the first change of the rudder in a larger effort to turn the ship around."

Makerbot's history is "an example of how you absolutely should not operate an open source company," argues Hackaday, saying it's left them skeptical of Makerbot's latest move: It reads like a company making a last ditch effort to win back the users they were so sure they didn't need just a few years ago... The wheels of progress turn slowly in any large organization, and perhaps doubly so in one that has gone through so much turmoil in a relatively short amount of time. It could be that it's taken Goshen these last nine months to start crafting a plan to get MakerBot back into the community's good graces.
From MakerBot's press release: "After setting high industry standards for what makes a quality and reliable 3D printing experience, we're introducing this new, more open platform as a direct response to our advanced users calling for greater freedom with materials and software."

An anonymous reader quotes a report from Motherboard: Samsung is starting a new "Upcycling" initiative that is designed to turn old smartphones and turn them into something brand new. Behold, for example, this bitcoin mining rig, made out of 40 old Galaxy S5 devices, which runs on a new operating system Samsung has developed for its upcycling initiative. Samsung premiered this rig, and a bunch of other cool uses for old phones, at its recent developer's conference in San Francisco. Upcycling involves repurposing old devices instead of breaking them down for parts of reselling them. The people at Samsung's C-Lab -- an engineering team dedicated to creative projects -- showed off old Galaxy phones and assorted tablets stripped of Android software and repurposed into a variety of different objects. The team hooked 40 old Galaxy S5's together to make a bitcoin mining rig, repurposed an old Galaxy tablet into a ubuntu-powered laptop, used a Galaxy S3 to monitor a fishtank, and programed an old phone with facial recognition software to guard the entrance of a house in the form of an owl. Samsung declined to answer specific questions about the bitcoin mining rig, but an information sheet at the developer's conference noted that eight galaxy S5 devices can mine at a greater power efficiency than a standard desktop computer (not that too many people are mining bitcoin on their desktops these days).

An anonymous reader quotes a report from Quartz: Research analysts are the most likely employees on Wall Street to find themselves working with -- or being replaced by -- robots, according to a survey by Greenwich Associates. By next year, some 75% of banks and financial firms will either explore or implement artificial intelligence technologies, harnessing a variety of digital services to extract insights from mountains of data. While AI is probably near the peak of its hype cycle, several factors have helped it gain traction in recent years, according to Greenwich. Billions of images and documents are now available online for training computers to spot patterns and other high-level tasks. Advances in graphical processing units, which are adept at the kind of data crunching required by AI, are making sifting through daunting datasets much easier. The cloud has also made it cheaper for researchers and startups to boost their computing power to service sophisticated AI-enabled systems. AI makes sense for financial research, as machines can crunch reams of data more quickly than human analysts and, with the right data, identify obscure correlations and patterns.

We already know the iPhone X is expensive: it starts at $999 for the 64GB variant. But what about the cost of a screen replacement? If you don't have the extended warranty, a screen replacement will cost you $279, which is more than twice the price of an iPhone 6 screen replacement ($129) and about 65 percent higher than a new iPhone 8 screen ($169). MacRumors reports: In the United States, Apple will charge flat rates of $279 for iPhone X screen repairs and $549 for any other damage to the device, unless it is a manufacturing defect covered by Apple's standard one-year limited warranty. The fees vary in other countries, such as Australia, Canada, Germany, and the United Kingdom.

-Australia: $419 for screen repairs, $819 for other damage
-Canada: $359 for screen repairs, $709 for other damage
-Germany: 321 Euros for screen repairs, and 611 Euros for other damage
-United Kingdom: 286 British Pounds for screen repairs, 556 British Pounds for other damage
-United States: $279 for screen repairs, $549 for other damage

These prices do not apply to customers who purchase AppleCare+ for the iPhone X, which costs $199 upfront in the United States. AppleCare+ is an optional warranty plan that extends an iPhone's coverage to two years from the original purchase date of the device. The plan adds up to two incidents of accidental damage coverage, each subject to a lower service fee of $29 for screen repairs, or $99 for any other damage.