An anonymous reader shares an article from Geek.com: The one thing that makes LG's G5, the flagship smartphone it launched in February, stand out from the crowd is its modularity. As iFixit learned, that means more than just being able to quickly swap the battery for a camera grip or DAC. In its teardown, iFixit found that LG has made it easy to replace lots of the G5's parts. The process might not be as simple as giving the phone a squeeze and sliding a module out, but it's a heck of a lot easier than it is with many phones and tablets. [...] All in all, it makes for a pretty tidy teardown and it earned the G5 an impressive 8/10.

An anonymous reader quotes a report from Quanta Magazine: An ambitious new program, funded by the federal government's intelligence arm, aims to bring artificial intelligence more in line with our own mental powers. Three teams composed of neuroscientists and computer scientists will attempt to figure out how the brain performs these feats of visual identification, then make machines that do the same. "Today's machine learning fails where humans excel," said Jacob Vogelstein, who heads the program at the Intelligence Advanced Research Projects Activity (IARPA). "We want to revolutionize machine learning by reverse engineering the algorithms and computations of the brain." By the end of the five-year IARPA project, dubbed Machine Intelligence from Cortical Networks (Microns), researchers aim to map a cubic millimeter of cortex. That tiny portion houses about 100,000 neurons, 3 to 15 million neuronal connections, or synapses, and enough neural wiring to span the width of Manhattan, were it all untangled and laid end-to-end.

An anonymous reader writes: Facebook Live was launched last year, allowing public figures and celebrities to live stream to their timeline. Today, Facebook has released a host of new features to its live broadcasting tool, which lets anyone post live streams of themselves to their timeline. Not only can users add filters to their videos, but they can also draw and add doodles as well. "Live Reactions" lets people react in a similar way to live videos as they do to posts, and it will also allow people to replay the comments they receive during their stream. The site has also added new ways of finding videos, either by location or by inviting friends. It also features a new button for people to ask their friends to watch a live video alongside them, for example. The live streaming features are limited to people in the U.S. right now, with new features rolling out to iOS and Android devices "in the coming weeks," the company said.

TechnoidNash quotes a report from Techie News: Rembrandt van Rijn was one of the most influential classical painters, and the world lost his amazing talent when he died nearly four centuries ago. And yet his newest masterpiece was unveiled only yesterday. How? By scanning and analyzing Rembrandt's works, a computer was able to create a new painting in near-perfect mimicry of Rembrandt's style. It has been named, appropriately, "The Next Rembrandt." The computer used machine-learning algorithms to create the portrait, which was then 3D-printed to give it the same texture as an oil painting. "The Next Rembrant," was a collaboration between Microsoft, ING, Delft University of Technology and two Dutch art museums -- Mauritshuis and Rembrandthuis.

An anonymous reader cites an article on CNET: Amazon's virtual assistant Alexa has already grown into a viable platform for voice-activated smart home control. Now, Amazon is introducing new, open software that will make it easier for smart home gadgets to hop aboard that platform. The software is a new addition to the Alexa Skills Kit called the Smart Home Skill API. The API makes it faster and easier for device makers to build the Skills that sync their products up with Alexa, and it standardizes the vocabulary that they'll use, too. If I make a smart thermostat and sync it up with Alexa using the Smart Home Skill API, I'll be using common terminology that Alexa already knows. That means that Alexa will be able to control my thermostat with basic commands like, "Turn the heat up" or, "Set the thermostat to 70" without me needing to program any of it.

Alphabet-owned Nest recently announced that it will be turning off Revolv Hub next month. An anonymous reader shares an article on EFF, a privacy rights group: Nest Labs, a home automation company acquired by Google in 2014, will disable some of its customers' home automation control devices in May. This move is causing quite a stir among people who purchased the $300 Revolv Hub devices -- customers who reasonably expected that the promised "lifetime" of updates would enable the hardware they paid for to actually work, only to discover the manufacturer can turn their device into a useless brick when it so chooses. This is far from the first time that customers' software and electronics have been downgraded by manufacturers. Updates can disable features the customer paid for that have fallen out of favor with the vendor, as when Google disabled privacy settings on Android or Sony took away the ability to run GNU/Linux on a Playstation 3. Manufacturers can even render a device unusable until the customer "agrees" to new terms of use, as Nintendo did with the Wii U. Other software and devices, including some video games, are designed so they simply stop working when they can no longer dial home to a server run by the vendor.

An anonymous reader writes: LTE routers made by Quanta Computer Incorporated, a Taiwanese hardware manufacturer, are plagued by over twenty major security flaws ranging from backdoor accounts to remote code execution bugs, from hardcoded SSH keys to undocumented diagnostics pages, and from weak WPS PINs to network eavesdropping functions. As the researcher explains: "A personal point of view: at best, the vulnerabilities are due to incompetence; at worst, it is a deliberate act of security sabotage from the vendor." The vendor has not fixed any of these issues even after almost four months.

An anonymous reader quotes a report from The Next Web: "Messengers are the new browsers and bots are the new websites," Kik's Mike Roberts told The Next Web. The messaging app that's big with America's youth has launched a bot store and developer platform to support it. The Kik Bot Shop offers mini-apps that you can add to your account and either chat to directly or use in your chats with others. For example, at launch, there's a bot that inserts relevant Vine videos into your chats at your request, similar to Giphy's insanely popular Slack integration, and if you do prefer GIFs, Riffsy (which also powers Twitter's GIFs) has a bot for Kik. A Weather Channel bot can tell you the forecast on demand or send you a regular update, and if you're looking for beauty tips, Sephora's bot has you covered. There are 18 bots in the store at launch, but Kik is keen for developers to build more.

An anonymous reader quotes a report from TechCrunch: How would you feel if a robot asked you to touch its butt? Maybe it sounds like a silly question, but as robots proliferate and anthropomorphize, it's actually something that needs to be considered. So scientists at Stanford considered it. The study, to be presented soon but previewed by IEEE Spectrum, is entitled "Touching a Mechanical Body: Tactile Contact With Intimate Parts of a Human-Shaped Robot is Physiologically Arousing" -- and really, the title says it all. The researchers sat volunteers at a table with a Nao humanoid robot reclining casually on it. They were told (by the robot, in fact) that it was a vocabulary exercise focusing on terms for body parts. Volunteers were told by the bot to, for instance, "touch my ear" using their dominant hand, while the non-dominant hand remained on a skin conductance sensor that loosely monitored their physical state. When asked to touch "high accessibility" areas -- places we normally touch on other people, like shoulders and elbows -- volunteers did so without hesitation or agitation. But "low accessibility" areas -- this would be the robot's butt and where its junk would be -- produced delay and that arousal we talked about.

An anonymous reader quotes a report from Computerworld: The U.S. Department of Energy has demonstrated a 20,000 watt (20KW) wireless car-charging system that offers three times the efficiency of today's plug-in systems for electric vehicles (EVs). The research is the first step in creating a 50KW wireless charging system that may someday allow roadways to charge vehicles while they are being driven. The DOE's Oak Ridge National Laboratory (ORNL) in Tennessee demonstrated the new system in partnership with Toyota, Cisco Systems, Evatran and the Clemson University International Center for Automotive Research. ORNL said the 20KW charging system for passenger cars is the world's highest power wireless system. It was developed in less than three years using a "unique architecture that included an ORNL-built inverter, isolation transformer, vehicle-side electronics and coupling technologies."

An anonymous reader writes: Earlier today, HP announced the Spectre 13, the world's thinnest laptop. One of the subtle changes HP is making with its recent global brand offensive is to its logo. HP has decided to go with a minimalist design consisting of four slashes making up the "HP" brand name. Previously, "Hewlett-Packard" was written out in full on last year's Spectre x360. HP says it will be using the minimalist logo solely on its premium laptops. Even though the logo has received a makeover, it's not exactly new. This very same mark first surfaced online in a 2011 brand redesign study released by Moving Brands, who HP had hired to develop a new logo and brand identity.

An anonymous reader writes: HP claims that its Spectre laptop, unveiled April 5, is the world's thinnest laptop. It measures 10.4mm thick or 0.41 inches. That would mean that it's slimmer than the 12-inch MacBook (0.52), MacBook Air (0.68 inches) and Dell XPS 13 (0.59 inches) at their thickest points. It's also thinner than the 0.52-inch Razer Blade Stealth. The new notebook is equipped with an advertised nine-hour battery life, 13-inch HD 1920 x 1080 resolution display, and sixth generation Intel Core i5 or i7 processor. The Spectre will be available for pre-order on April 25 for $1,169.99 before it hits Best Buy stores on May 22 for $1,249.99.

An anonymous reader writes: Samsung is now mass producing the industry's first 10-nanometer class, 8Gb DDR4 DRAM chips, ahead of competitors SK Hynix and Micron. It will produce 10nm-class DDR4 DRAM modules this year varying from 4GB for laptops and up to 128GB for enterprise servers. Samsung also promised to reveal 10-nanometer-class mobile DRAM "in the near future." The announcement marks a big milestone for the company after it first mass produced 20-nanometer-class 4GB DDR3 DRAM chips in 2014. "Samsung's 10nm-class DRAM will enable the highest level of investment efficiency in IT systems, thereby becoming a new growth engine for the global memory industry," said Young-Hyun Jun, President of Memory Business, Samsung Electronics. "In the near future, we will also launch next-generation, 10nm-class mobile DRAM products with high densities to help mobile manufacturers develop even more innovative products that add to the convenience of mobile device users."

An anonymous reader writes: Intel has acquired the Italian company Yogitech to improve upon Internet of Things (IoT) security and Advanced Driver Assistance Systems. Yogitech's flagship technology known as faultRobust is designed to keep circuits functional and prevent device failure. Since Intel provides chips for IoT devices, it makes sense for the company to be interested expanding that effort with Yogitech's technology. Intel's Atom and Quark chips are used in IoT devices, and it bundles hardware- and software- based security and networking layers in with those chips. The most obvious use for Yogitech's technology is with autonomous vehicles, where the circuitry can be used to reduce errors related to braking and identification of objects. It may also be used in industrial machines, where the chances of equipment hurting the process or a worker could be reduced. According to Intel, 30 percent of the IoT market will require functional safety systems. Intel didn't comment how much they paid to buy the company.

An anonymous reader cites a report on VentureBeat: NVIDIA chief executive Jen-Hsun Huang announced that the company has created a new chip, the Tesla P100, with 15 billion transistors, 16GB high-bandwidth memory for deep-learning computing. It's the biggest chip ever made, Huang said. "We decided to go all-in on A.I.," Huang said. "This is the largest FinFET chip that has ever been done." The chip has 15 billion transistors, or three times as much as many processors or graphics chips on the market. It takes up 600 square millimeters. The chip can run at 21.2 teraflops. Huang said that several thousand engineers worked on it for years. Jim McGregor, writing for Forbes (the link is not accessible to ad-blocking tool users): It features NVIDIA's new Pascal GPU architecture, the latest memory and semiconductor process, and packaging technology -- all to create the densest compute platform to date. In addition, it combines 16GB of die stacked second-generation High-Bandwidth Memory (HBM2). The memory and GPU are combined into a multichip module on a state-of-the-art silicon substrate. The P100 has NVIDIA's NVLink interface technology to connect to multiple Tesla P100 GPU modules.

An anonymous reader quotes a report from USA TODAY: Toyota announced an enhanced relationship with Microsoft on Monday aimed at delivering "connected car" services to drivers in ways they probably never could have imagined. Already, drivers ask the infotainment system in their cars for restaurant recommendations, but many locations often would require that a driver turn around. But with Toyota Connected, the system might be modified to only recommend restaurants on the highway ahead -- and then only the kinds of food that the driver usually prefers. Road information can be delivered to drivers based on driving patterns -- knowing the routes they usually take. Auto insurance could be priced more accurately because the system could report on a driver's actual miles and routes traveled. Medical-related sensors could also be built into the car, like heartbeat monitors or sensors on the steering wheel. Some of the services could be offered to customers wirelessly by being beamed directly into their cars, but Lobenstein said that customer privacy considerations will be paramount. Toyota Connected hopes to have its first products within a year. Toyota Connected, as it's called, is built on Microsoft's Azure cloud computing platform. Toyota plans to invest $5.5 million in the new venture, even though much of the technology will be based on their current research and development for smart automobiles.

An anonymous reader quotes a report from Engadget: The U.S. Army has requested industry information on the feasibility of making tiny drones that would help infantry gather intelligence on a small scale, such as peeping over a hill or around a building. its dream recon machine would weigh no more than a third of a pound, launch within one minute and fly for at least 15 minutes. Ideally, the drones would be in service as soon as 2018. "[A nano-drone] will send real-time video back to the operator to give them real-time situational awareness of what's in the immediate vicinity," says Phil Cheatham, the deputy branch chief for electronics at the Army's Maneuvers Center for Excellence (MCOE). Cheatham says he and his team want something cheap enough to deploy with every squad, noting the Army already uses satellite imagery and larger drones to provide broader battlefield intelligence.

alphadogg quotes a report from Networkworld: Browsing through the latest news releases from ITT Technical Institute you'd never think the for-profit school would be capable of the things that Massachusetts Attorney General Maura Healey says the state is suing it for. The school, which boasts of over 130 locations in 38 states, touts its efforts for women in STEM, its donation of laptops to public schools in Indiana and its record giving for United Way. But AG Healey is suing ITT Tech "for engaging in unfair and harassing sales tactics and misleading students about the quality of its Computer Network Systems program, and the success of the program's graduates in finding jobs." ITT Educational Services, however, rejected the AG office's claims and lashed out at the office for the manner in which it has brought the suit. ITT's statement reads in part: "The litigation follows the Office's wide-ranging fishing expedition that lasted for more than three years..." If the state wins, the school could be forced to reimburse students for tuition and fees, though ITT says it will defend itself against the charges.

An anonymous reader writes: For those of you who have traveled through U.S. airports in recent years, you may have noticed the Transport Security Administration (TSA) use a Randomizer app to randomly search travelers in the Pre-Check lane. The app randomly chooses whether travelers go left or right in the Pre-Check lane so they can't predict which lane each person is assigned to and can't figure out how to avoid the random checks. Developer Kevin Burke submitted a Freedom of Information Act request asking for details about the app. The documents he received reveals the TSA purchased the Randomizer iPad app for $336,413.59. That's $336,413.59 for an app, which is incredibly simple to make as most programming languages of choice have a randomizing function available to use. What may be even more intriguing is that the contract for the TSA Randomizer app was won by IBM. The total amount paid for the project is actually $1.4 million, but the cost is not broken down in Burke's documents. It's possible IBM supplied all the iPads and training in addition to the app itself.

An anonymous reader writes: It's common knowledge that excess sodium can be detrimental to one's health. So researchers in Japan have built a prototype electric fork that uses electrical stimulation to stimulate the taste of salt. The battery-powered fork was engineered and designed at the University of Tokyo's Rekimoto Lab. It features a conductive handle that completes a circuit when the tines make contact with a diner's tongue, electrically stimulating their taste buds. The prototype fork, which was built from just $18 worth of electronics, creates a sensation of both salty and sour, and has adjustable levels of stimulation.