A major power outage brought a major portion of the Consumer Electronics Show in the Las Vegas Center to a standstill for nearly 2 hours today. The lights went out at around 11:13 a.m. PT, just as the second day of CES 2018 was ramping up, and didn't turn back on until around 12:34 p.m. PT. CNET reports: It came a day after more than an inch of rain fell in Las Vegas, which caused flash flooding in the desert city. (Wednesday's weather is clear and warm, and it's unclear if the power outage was at all related.) The first reports of the blackout came from the convention center's Central Hall, which houses the giant booths for show mainstays including Sony, Samsung, LG and Intel -- though Samsung's booth still had limited electricity thanks to its own private backup power. By noon, security guards were refusing entry to parts of the Convention Center. The website of Nevada Energy, the power provider, listed the cause of the problem as "customer-owned electrical equipment."

Vlad Savov from The Verge reports of his experience using the first smartphone with a fingerprint scanner built into the display: After an entire year of speculation about whether Apple or Samsung might integrate the fingerprint sensor under the display of their flagship phones, it is actually China's Vivo that has gotten there first. At CES 2018, I got to grips with the first smartphone to have this futuristic tech built in, and I was left a little bewildered by the experience. The mechanics of setting up your fingerprint on the phone and then using it to unlock the device and do things like authenticate payments are the same as with a traditional fingerprint sensor. The only difference I experienced was that the Vivo handset was slower -- both to learn the contours of my fingerprint and to unlock once I put my thumb on the on-screen fingerprint prompt -- but not so much as to be problematic. Basically, every other fingerprint sensor these days is ridiculously fast and accurate, so with this being newer tech, its slight lag feels more palpable. Vivo is using a Synaptics optical sensor called Clear ID that works by peering through the gaps between the pixels in an OLED display (LCDs wouldn't work because of their need for a backlight) and scanning your uniquely patterned epidermis. The sensor is already in mass production and should be incorporated in several flagship devices later this year.

According to the Wall Street Journal, AT&T has walked away from a deal to sell China's Huawei smartphones in the U.S. Neither AT&T nor Huawei have commented on the matter, but the news is certainly going to disappoint those of you who were looking forward to picking up Huawei's flagship Mate 10. Prior to this report, Huawei was expected to announce that its flagship Mate 10 will launch on AT&T in 2018. PhoneDog reports: Huawei has a major presence internationally, with recent reports saying that it's the No. 3 smartphone brand in the world behind Apple and Samsung. The company hasn't made much of a dent in the U.S., though, despite the fact that it's been selling its phones unlocked in the U.S. for awhile now. This AT&T deal would've been big for Huawei, helping it to get its phones inside carrier stores and in front of U.S. consumers, the majority of which still buy their phones from their carriers. Now we'll have to wait and see if Huawei can strike a deal with another carrier or if it'll have to continue on in the unlocked market. A Huawei spokesperson only said "Huawei has proven itself by delivering premium devices with integrity globally and in the U.S. market."

BrianFagioli shares a report from BetaNews: Today, yet another security blunder becomes publicized, and it is really bad. You see, many Western Digital MyCloud NAS drives have a hardcoded backdoor, meaning anyone can access them -- your files are at risk. It isn't even hard to take advantage of it -- the username is "mydlinkBRionyg" and the password is "abc12345cba" (without quotes). To make matters worse, it was disclosed to Western Digital six months ago and the company did nothing. GulfTech Research and Development explains, "The triviality of exploiting this issues makes it very dangerous, and even wormable. Not only that, but users locked to a LAN are not safe either. An attacker could literally take over your WDMyCloud by just having you visit a website where an embedded iframe or img tag make a request to the vulnerable device using one of the many predictable default hostnames for the WDMyCloud such as 'wdmycloud' and 'wdmycloudmirror' etc." The My Cloud Storage devices affected by this backdoor include: MyCloud, MyCloudMirror, My Cloud Gen 2, My Cloud PR2100, My Cloud PR4100, My Cloud EX2 Ultra, My Cloud EX2, My Cloud EX4, My Cloud EX2100, My Cloud EX4100, My Cloud DL2100, and My Cloud DL4100. Firmware 2.30.172 reportedly fixes the bug, so make sure your device is updated before reconnecting to the internet.

MojoKid writes: At CES 2018, Intel unveiled more details of its 8th generation Intel Core processors with integrated AMD Radeon RX Vega M graphics. Like cats and dogs living together, the mashup of an Intel processor with an AMD GPU is made possible by an Embedded Multi-Die Interconnect Bridge (EMIB), which provides a high-speed data interconnect between the processor, GPU and 4GB of second-generation High-Bandwidth Memory (HBM2). Intel is delivering 8th generation H-Series Core processors in 65W TDP (laptops) and 100W TDP (desktops) SKUs that will take up 50 percent less PCB real estate, versus traditional discrete configs. Both the mobile and desktop variants of the processors will be available in Core i5 or Core i7 configurations, with 4 cores and 8 threads, up to 8MB of cache and 4GB of HBM2. The 65W mobile processors can boost up to 4.1GHz, while the Radeon RX Vega M GL GPU has base/boost clocks of 931MHz and 1011MHz, respectively. The AMD GPU has 20 compute units and memory bandwidth checks in at 179GB/s. Desktop processors ratchet the maximum boost slightly to 4.2GHz, while the base/boost clocks of the Radeon RX Vega M GH GPU jump to 1063MHz and 1190MHz, respectively. Desktop GPUs are also upgraded with 24 CUs and 204GB/s of memory bandwidth. Intel says that its 8th generation Core i7 with Radeon RX Vega M GL graphics is up to 1.4x faster than a Core i7-8550U with an NVIDIA GeForce GTX 1050 GPU in a notebook system. System announcements from Dell and HP are forthcoming, with availability in the first half of this year. Intel has also launched a new NUC small form factor gaming mini PC based on the technology as well.

Popular repair site iFixit has acquired an iMac Pro and opened it up to see what's inside. They tore down the base iMac Pro with an 8-core processor, 32GB of RAM, and a 1TB SSD. Mac Rumors reports the findings: iFixit found that the RAM, CPU, and SSDs in the iMac Pro are modular and can potentially be replaced following purchase, but most of the key components "require a full disassembly to replace." Standard 27-inch iMacs have a small hatch in the back that allows easy access to the RAM for post-purchase upgrades, but that's missing in the iMac Pro. Apple has said that iMac Pro owners will need to get RAM replaced at an Apple Store or Apple Authorized Service Provider. iFixit says that compared to the 5K 27-inch iMac, replacing the RAM in the iMac Pro is indeed "a major undertaking."

Apple is using standard 288-pin DDR4 ECC RAM sticks with standard chips, which iFixit was able to upgrade using its own $2,000 RAM upgrade kit. A CPU upgrade is "theoretically possible," but because Apple uses a custom-made Intel chip, it's not clear if an upgrade is actually feasible. The same goes for the SSDs -- they're modular and removable, but custom made by Apple. Unlike the CPU, the GPU is BGA-soldered into place and cannot be removed. The internals of the iMac Pro are "totally different" from other iMacs, which is unsurprising as Apple said it introduced a new thermal design to accommodate the Xeon-W processors and Radeon Pro Vega GPUs built into the machines. The new thermal design includes an "enormous" dual-fan cooler, what iFixit says is a "ginormous heat sink," and a "big rear vent." Overall, iFixit gave the iMac Pro a repairability score of 3/10 since it's difficult to open and tough to get to internal components that might need to be repaired or replaced.

chicksdaddy quotes a report from The Security Ledger: Security researchers say that serious security vulnerabilities linger in GPS software by the China-based firm ThinkRace more than two years after the hole was discovered and reported to the firm, The Security Ledger reports. Data including a GPS enabled device's location, serial number, assigned phone number and model and type of device can be accessed by any user with access to the GPS service. In some cases, other information is available including the device's location history going back 1 week. In some cases, malicious actors could also send commands to the device via SMS including those used to activate or deactivate GEO fencing alarms features, such as those used on child-tracking devices.

The vulnerabilities affect hundreds of thousands of connected devices that use the GPS services, from smart watches, to vehicle GPS trackers, fitness trackers, pet trackers and more. At issue are security holes in back-end GPS tracking services that go by names like amber360.com, kiddo-track.com, carzongps.com and tourrun.net, according to Michael Gruhn, an independent security researcher who noted the insecure behavior in a location tracker he acquired and has helped raise awareness of the widespread flaws. Working with researcher Vangelis Stykas, Gruhn discovered scores of seemingly identical GPS services, many of which have little security, allowing low-skill hackers to directly access data on GPS tracking devices.

Alas, news about the security holes is not new. In fact, the security holes in ThinkRace's GPS services are identical to those discovered by New Zealand researcher Lachlan Temple in 2015 and publicly disclosed at the time. Temple's research focused on one type of device: a portable GPS tracker that plugged into a vehicle's On Board Diagnostic (or OBD) port. However, Stykas and Gruhn say that they have discovered the same holes spread across a much wider range of APIs (application program interfaces) and services linked to ThinkRace.

Microsoft has confirmed that it is no longer producing the Kinect adapter that is needed to connect the Kinect to an Xbox One S, Xbox One X, or other Windows device. This comes after Microsoft announced in October 2017 that it was killing off the Xbox One's Kinect camera. GameSpot reports: "After careful consideration, we decided to stop manufacturing the Xbox Kinect Adapter to focus attention on launching new, higher fan-requested gaming accessories across Xbox One and Windows 10," a Microsoft spokesperson said in a statement to Polygon. The representative declined to say if Microsoft would ever bring Kinect back. However, the company confirmed that the adapter "will no longer be available" to purchase.

Google's mysterious operating system, dubbed Fuchsia, has been in the works for more than a year now with very few details about the OS made public. According to a new report from Chrome Unboxed, we have learned that Google has released documentation to allow developers to load Fuchsia onto the company's Pixelbook. The Verge reports: This isn't your typical developer operating system, and you'll need two machines to host and target a Pixelbook to load the OS. It's very much a work in progress, with early hints at a user interface and functions. It's still interesting that Google has chosen its own Pixelbook to experiment with, though. Fuchsia has mostly been linked to embedded systems like wearables and Internet of Things devices in the past, but testing was expanded to Intel's NUC and Acer's Switch Alpha 12 Chromebooks. Fuchsia has been created from the Google-built Zircon microkernel, and not the typical Linux kernels that hold Android and Chrome OS together. It's not immediately clear exactly why Google is building a new operating system, nor what devices it will run on. As testing spreads to more Chromebooks, some are now speculating this could be a successor to the "Andromeda" project that never materialized.

Google is no longer selling the Pixel C, its flagship Android tablet released about two years ago. "Google's commitment to Android on tablets wasn't strong even then, and now the Pixel C is gone from the Google Store -- the listing page redirects you to the Pixelbook," reports Android Police. From the report: The Pixel C was an odd device. By all accounts, the hardware was originally intended to run Chrome OS, but Google couldn't get the platform ready for an all-touch device in time. So, the Pixel C became an Android slate. Google has been selling the device continuously since late 2015. It even offered some discounts on the tablet via the Google Store, which it almost never does for other devices. The 32GB Pixel C was pulled a while back, but Google kept the 64GB variant around. At a whopping $599, I doubt many people were buying it. Now, the Pixel C is completely gone from the Google Store, and there's no new tablet to replace it.

An anonymous reader quotes a report from The Verge: Researchers at Trend Micro have found that certain models of Sonos and Bose speakers have vulnerabilities that leave them open to hijacking, as reported by Wired. The accessible speakers are being exploited by hackers that are using them to play spooky sounds, Alexa commands, and Rick Astley tracks. Only a small percentage of speakers by the two companies are actually affected, including some of the Sonos Play:1, the Sonos One, and the Bose SoundTouch. All it takes is for the speaker to be connected to a misconfigured network and a simple internet scan. Once the speaker is discovered via the scan, the API it uses to talk to apps can be utilized to tell the speakers to play any audio file hosted at a specific URL. Of all the models, between 2,500 to 5,000 Sonos devices and 400 to 500 Bose devices were found by Trend Micro to be open to audio hacking.

Chances are either you or someone you know received a Google Home over the holidays. Not only are they being marketed heavily by Google but they seem to have appeared in almost every "Holiday Gift Guide" on the internet. Slashdot reader Lauren Weinstein brings up an interesting dilemma: is Google Home fit for the elderly? Weinstein writes: You cannot install or routinely maintain Google Home units without a smartphone and the Google Home smartphone app. There are no practical desktop based and/or remotely accessible means for someone to even do this for you. A smartphone on the same local Wi-Fi network as the device is always required for these purposes. This means that many elderly persons and individuals with physical or visual disabilities -- exactly the people whose lives could be greatly enhanced by Home's advanced voice query, response, and control capabilities -- are up the creek unless they have someone available in their physical presence to set up the device and make any ongoing configuration changes. Additionally, all of the "get more info" links related to Google Home responses are also restricted to the smartphone Home app.

According to a report by Korean outlet ETnews (via The Investor), Apple placed an order for 180 million to 200 million OLED displays from Samsung's manufacturing branch, Samsung Display, for the next round of iPhones. Each display is estimated to cost $110, which could mean the deal is worth up to $22 billion. CNET reports: The recently released iPhone X was Apple's first phone to feature an OLED display, rather than an LCD panel. Samsung, on the other hand, has been using OLED displays in its phones for quite some time. Currently Samsung holds a near monopoly on the world's manufacturing of OLED screens. As a result, Apple had little choice but to turn to its rival for this type of screen. This isn't the first deal of its kind. Earlier this year it was reported that Apple bought 60 million OLED displays from Samsung, apparently for what would later become the iPhone X. According to the report, Apple's next order is up to four times larger than this previous order. Demand is so high that Samsung considered opening a new manufacturing plant to process Apple's order, the report said, but has been able to manufacture enough of the panels to fill Apple's order.

An anonymous reader quotes a report from Apple Insider: A day after Apple acknowledged slowing down iPhones with degraded batteries, a Los Angeles man is pursuing a class action lawsuit in the matter. Owners didn't agree to the prospect, and it hurts the devices' value, according to a filing by plaintiff Stefan Bodganovich, cited by TMZ. The case is said to be particularly concerned with the impact on iPhone 7 users. The suit asks that Apple stop throttling older devices, and pay compensation to affected people. Over the course of December, a number of people on Reddit and elsewhere have speculated that iPhones perform faster after battery replacements, mostly citing anecdotal evidence. Apple effectively confirmed that situation on Wednesday, but with the provision that it only throttles phones to prevent sudden, potentially damaging shutdowns. UPDATE: A second lawsuit has been filed against the company. Chicago Sun-Times reports "five customers have filed a federal lawsuit in Chicago against the tech giant for what they're calling 'deceptive, immoral and unethical' practices that violate consumer protection laws."

Joosy writes: After raising $1.9 billion dollars, Magic Leap finally shows off it's "mixed-reality" goggles. Was the wait worth it? Rolling Stone gets a look: "The revelation, the first real look at what the secretive, multi-billion dollar company has been working on all these years is the first step toward the 2018 release of the company's first consumer product. It also adds some insight into why major companies like Google and Alibaba have invested hundreds of millions of dollars into Magic Leap, and why some researchers believe the creation could be as significant as the birth of the Internet."

Brian Crecente recalls his first experience with Magic Leap's technology: "This first, oversized demo dropped me into a science-fiction world, playing out an entire scene that was, in this one case, augmented with powerful, hidden fans, building-shaking speakers and an array of computer-controlled, colorful lighting. It was a powerful experience, demonstrating how a theme park could potentially craft rides with no walls or waits. Most importantly, it took place among the set-dressing of the stage -- the real world props that cluttered the ground and walls around me -- and while it didn't look indistinguishable from reality, it was close. To see those creations appearing not on the physical world around me, as if it were some sort of animated sticker, but in it, was startling..."

shanen writes: How many of you don't print much these days? What is the best solution to only printing a few pages every once in a while? Here are some dimensions of the problem...

Inexpensive printers: The cost of new printers is quite low, but how long can the printer sit there without printing before it dies? Lexmark and HP used to offer an expensive solution with integrated ink cartridges that also included new print heads, but... Should I just buy a cheap Canon or Epson and plan to throw it away in a couple of years, probably after printing less than a 100 pages?

Printing services: They're mostly focused on photos, but there are companies where you can take your data for printing. My main concerns here are actually with the costs and the tweaks. Each print is expensive because you are covering their overhead way beyond the cost of the printing itself. Also, most of the time my first print or three isn't exactly what I want. It rarely comes out perfectly on paper the first time.

Social printing: For example, are any of you sharing one printer with your neighbors via Wi-Fi? Do you just sneak a bit of personal printing onto a printer at your office? Do you travel across town to borrow your brother-in-law's printer?

An anonymous reader quotes a report from The Verge: Reddit users have noticed that Apple appears to be slowing down old iPhones that have low-capacity batteries. While many iPhone users have experienced perceived slowdowns due to iOS updates over the years, it appears that there's now proof Apple is throttling processor speeds when a battery capacity deteriorates over time. Geekbench developer John Poole has mapped out performance for the iPhone 6S and iPhone 7 over time, and has come to the conclusion that Apple's iOS 10.2.1 and 11.2.0 updates introduce this throttling for different devices. iOS 10.2.1 is particularly relevant, as this update was designed to reduce random shutdown issues for the iPhone 6 and iPhone 6S. Apple's fix appears to be throttling the CPU to prevent the phone from randomly shutting down. Geekbench reports that iOS 11.2.0 introduces similar throttling for low iPhone 7 low-capacity batteries.

When reached for comment, Apple basically confirmed the findings to The Verge, but disputes the assumed intention: "Our goal is to deliver the best experience for customers, which includes overall performance and prolonging the life of their devices. Lithium-ion batteries become less capable of supplying peak current demands when in cold conditions, have a low battery charge or as they age over time, which can result in the device unexpectedly shutting down to protect its electronic components. Last year we released a feature for iPhone 6, iPhone 6s and iPhone SE to smooth out the instantaneous peaks only when needed to prevent the device from unexpectedly shutting down during these conditions. We've now extended that feature to iPhone 7 with iOS 11.2, and plan to add support for other products in the future."

An anonymous reader quotes a report from Newsweek: Security researchers have discovered a new form of powerful malware that secretly mines cryptocurrency on a person's smartphone, which can physically damage the device if it is not detected. Researchers from the Russia-based cybersecurity firm Kaspersky investigated the malware, dubbed Loapi, which they found hiding in applications in the Android mobile operating system. The malware works by hijacking a smartphone's processor and using the computing power to mine cryptocurrency -- the process of confirming cryptocurrency transactions by completing complex algorithms that generate new units of the currency. Loapi physically broke a test phone used to study the malware, after two days of the device being infected with it. "Because of the constant load caused by the mining module and generated traffic, the battery bulged and deformed the phone cover," the Kaspersky blog states.

The California Department of Public Health (CDPH) issued a warning against the hazards of cellphone radiation this week. They are asking people to decrease their use of these devices and suggest keeping your distance when possible. TechCrunch reports: The warning comes after findings were offered up this week from a 2009 department document, which was published after an order from the Sacramento Superior Court. A year ago, UC Berkeley professor Joel Moskowitz initiated a lawsuit to get the department to release the findings after he started looking into whether mobile phone use increased the risk of tumors. A draft of the document was released in March, but the final release is more extensive.

According to the Federal Communication Commission's website, there is no national standard developed for safety limits. However, the agency requires cell phone manufacturers to ensure all phones comply with "objective limits for safe exposure." The CDPH recommends not keeping your phone in your pocket, not putting it up to your ear for a prolonged amount of time, keeping use low if there are two bars or less, not sleeping near it at night and to be aware that if you are in a fast-moving car, bus or train, your phone will emit more RF energy to maintain the connection.

MojoKid shares a report from Hot Hardware: Although NVIDIA officially unveiled its Volta-based GV100 GPU a few months ago, the NVIDIA TITAN V featuring the GV100 began shipping just this past week. The card targets a very specific audience and is designed for professional and academic deep learning applications, which partly explains its lofty $3,000 price tag. Unlike NVIDIA's previous-gen consumer flagship, the TITAN Xp, the TITAN V is not designed for gamers. However, since it features NVIDIA's latest GPU architecture, it potentially foreshadows next-year's consumer-targeted GeForce cards that could possibly be based on Volta. The massive 21.1 billion transistor GV100 GPU powering the TITAN V has a base clock of 1,200MHz and a boost clock of 1,455MHz. The card has 12GB of HBM2 memory on-board that is linked to the GPU via a 3072-bit interface, offering up 652.8 GB/s of peak bandwidth, which is about 100GB/s more than a TITAN Xp. Other features of the GV100 include 5,120 single-precision CUDA cores, 2,560 double-precision FP64 cores, and 630 Tensor cores. Although the card is not designed for gamers, the fact remains that the TITAN V significantly outpaces every other graphics card in a variety of games with the highest image quality settings. In GPU compute workloads, the TITAN V is much more dominant and can offer many times the performance of a high-end NVIDIA TITAN Xp or AMD Radeon RX Vega 64. Finally, when it comes to Ethereum mining, NVIDIA's Titan V is far and away the fastest GPU on the planet currently.