In the early days of what ultimately became Waymo, Google's self-driving car division (known at the time as "Project Chauffeur"), there were "more than a dozen accidents, at least three of which were serious," according to a new article in The New Yorker . From a report: The magazine profiled Anthony Levandowski, the former Google engineer who was at the center of the Waymo v. Uber trade secrets lawsuit. According to the article, back in 2011, Levandowski also modified the autonomous software to take the prototype Priuses on "otherwise forbidden routes."

Citing an anonymous source, The New Yorker reports that Levandowski sat behind the wheel as the safety driver, along with Isaac Taylor, a Google executive. But while they were in the car, the Prius "accidentally boxed in another vehicle," a Camry.

As The New Yorker wrote: "A human driver could easily have handled the situation by slowing down and letting the Camry merge into traffic, but Google's software wasn't prepared for this scenario. The cars continued speeding down the freeway side by side. The Camry's driver jerked his car onto the right shoulder. Then, apparently trying to avoid a guard rail, he veered to the left; the Camry pinwheeled across the freeway and into the median. Levandowski, who was acting as the safety driver, swerved hard to avoid colliding with the Camry, causing Taylor to injure his spine so severely that he eventually required multiple surgeries." This was apparently just one of several accidents in Project Chauffeur's early days.

Millions of dollars in funding and billions of dollars in valuations have made scooters the next big thing since the last big thing. From a report: When Michael Ramsey, an analyst for technology research firm Gartner, started in February to put together his 2018 "hype cycle" report for the future of transportation, he had plenty of topics to choose from: electric vehicles, flying cars, 5G, blockchain, and, of course, autonomous vehicles. But one type of transportation is conspicuously absent from the results of the report: electric scooters. "At the time, outside of California, these scooters were really not that common," Ramsey said. "That's how much has happened." As for autonomous vehicles, which have enjoyed years of hype as the next big thing, Ramsey labeled them sliding into "the trough of disillusionment," which Ramsey described as "when expectations don't meet the truth."

In a matter of months, electric scooter startups have gone from tech oddity to global phenomenon. In some cities, hundreds of scooters suddenly showed up on streets from companies including Bird and Lime, leaving municipalities to figure out how to handle the sudden influx of two-wheeled travelers. The concept behind the scooters is simple: A user can grab any available scooter, unlock it with an app, ride to their destination, and leave the scooter there for someone else to use. Even by the hyper-growth expectations of Silicon Valley, the rise of scooter companies has been dizzying. Scooters can be found in more than 125 cities in the U.S. and more than 10 across the globe. In the year after their launch, both Lime and Bird said their scooters had been used for more than 10 million rides.

A security researcher from Colombia has found a way of gaining admin rights and boot persistence on Windows PCs that's simple to execute and hard to stop -- all the features that hackers and malware authors are looking for from an exploitation technique. From a report: What's more surprising, is that the technique was first detailed way back in December 2017, but despite its numerous benefits and ease of exploitation, it has not received either media coverage nor has it been seen employed in malware campaigns. Discovered by Sebastian Castro, a security researcher for CSL, the technique targets one of the parameters of Windows user accounts known as the Relative Identifier (RID). The RID is a code added at the end of account security identifiers (SIDs) that describes that user's permissions group. There are several RIDs available, but the most common ones are 501 for the standard guest account, and 500 for admin accounts.

Castro, with help from CSL CEO Pedro Garcia, discovered that by tinkering with registry keys that store information about each Windows account, he could modify the RID associated with a specific account and grant it a different RID, for another account group. The technique does not allow a hacker to remotely infect a computer unless that computer has been foolishly left exposed on the Internet without a password. But in cases where a hacker has a foothold on a system -- via either malware or by brute-forcing an account with a weak password -- the hacker can give admin permissions to a compromised low-level account, and gain a permanent backdoor with full SYSTEM access on a Windows PC.

Andrew Liszewski, writing for io9: Casting anyone other than Harrison Ford in the role of Han Solo just feels like sacrilege, but since Ford is now 76 years old, playing a younger version of himself would be all but impossible. Or at least impossible if you rely on the standard Hollywood de-aging tricks like makeup and CG. Artificial intelligence, it turns out, does a pretty amazing job at putting Ford back into the role of Solo. The YouTube channel "derpfakes" has been posting videos that demonstrate the impressive, and at times frightening, capabilities of image processing using artificial intelligence. Using a process called deep learning, an AI analyzes a large collection of photos of a given person, creating a comprehensive database of them in any almost any position and pose. It then uses that database to intelligently perform an automatic face replacement on a source clip, in this case replacing actor Alden Ehrenreich's face with Harrison Ford's.

An anonymous reader shares a report: Sellers have been modifying lower end NVIDIA graphics cards and selling them more powerful cards online. In a recent version of the GPU-Z graphics card information utility, TechPowerUp has added the ability to now detect these fake NVIDIA cards. This new feature allows buyers of cards to detect if the card is actually a relabled NVIDIA G84, G86, G92, G94, G96, GT215, GT216, GT218, GF108, GF106, GF114, GF116, GF119, or GK106 GPU by displaying an exclamation point where the NVIDIA logo would normally appear and also prepends the string "[FAKE]" before the card's name.

A Seattle-area startup is aiming to take on giants such as Google and change the way we do email with a new physical personal email server. From a report: Helm today unveiled its $499 device that lets consumers send and receive email from their own domain, in addition to saving contacts and calendar events. It's a bold bet that aims to provide comfort at a time when privacy and security issues related to personal data hosted by big tech companies in the cloud are top of mind. The idea comes from Giri Sreenivas and Dirk Sigurdson, two entrepreneurs who already sold a security startup and raised a $4 million seed round from top venture capital firms last year.

The device is about the size of a router and looks like an upside-down book placed on a table. It connects to a home network and pairs with a mobile app that lets users create their own domain name, passwords, and recovery keys. Helm support standard protocols and works with regular email clients such as Outlook or the Mail app, with encryption protecting connection between the device and the apps.

Laboratories frequently "reclassify" genetic mutations. But there is no reliable system for telling patients or doctors that the results of their genetic tests are no longer valid. From a report: The results of a genetic test may seem final -- after all, a gene mutation is present or it is not. That mutation increases the risk of a disease, or it does not. In fact, those findings are not as straightforward as they might seem, and the consequences may have grave implications for patients. While a person's genome doesn't change, the research linking particular bits of DNA to disease is very much in flux. Geneticists and testing labs constantly receive new information that leads them to reassess genetic mutations. As a result, a mutation seen as benign today may be found dangerous tomorrow. And vice versa. But there is no good way to get the new information to doctors and patients.

The result: The gene test you had a few years ago might yield a startlingly different result now. The problem affects a minority of patients, mostly people with unusual mutations. The more common disease-causing mutations -- like those that predispose you to breast or colon cancer -- are so well studied that their meaning is not in doubt. In a recent study, researchers at Myriad Genetics, a diagnostic company, reviewed data on 1.45 million patients who had genetic tests from 2006 to 2016 to see if the results originally reported still held true. The lab issued new reports for nearly 60,000 of them, meaning the old results had been superseded by new data. But many patients who carry mutations that have been reclassified remain in the dark.

Improvements in CGI mean neither age nor death need stop some performers from working. From a report: From Carrie Fisher in Rogue One: A Star Wars Story to Paul Walker in the Fast & Furious movies, dead and magically "de-aged" actors are appearing more frequently on movie screens. Sometimes they even appear on stage: next year, an Amy Winehouse hologram will be going on tour to raise money for a charity established in the late singer's memory. Some actors and movie studios are buckling down and preparing for an inevitable future when using scanning technology to preserve 3-D digital replicas of performers is routine. Just because your star is inconveniently dead doesn't mean your generation-spanning blockbuster franchise can't continue to rake in the dough. Get the tech right and you can cash in on superstars and iconic characters forever.

[...] For celebrities, these scans are a chance to make money for their families post mortem, extend their legacy -- and even, in some strange way, preserve their youth. Visual-effects company Digital Domain -- which has worked on major pictures like Avengers: Infinity War and Ready Player One -- has also taken on individual celebrities as clients, though it hasn't publicized the service. "We haven't, you know, taken out any ads in newspapers to 'Save your likeness,'" says Darren Hendler, director of the firm's Digital Humans Group. The suite of services that the company offers actors includes a range of different scans to capture their famous faces from every conceivable angle -- making it simpler to re-create them in the future. Using hundreds of custom LED lights arranged in a sphere, numerous images can be recorded in seconds capturing what the person's face looks like lit from every angle -- and right down to the pores.

Pete Warden, an engineer and CTO of Jetpac, writes: When I talk to people about machine learning on phones and devices I often get asked "What's the killer application?". I have a lot of different answers, everything from voice interfaces to entirely new ways of using sensor data, but the one I'm most excited about in the near-team is compression. Despite being fairly well-known in the research community, this seems to surprise a lot of people, so I wanted to share some of my personal thoughts on why I see compression as so promising.

I was reminded of this whole area when I came across an OSDI paper on "Neural Adaptive Content-aware Internet Video Delivery". The summary is that by using neural networks they're able to improve a quality-of-experience metric by 43% if they keep the bandwidth the same, or alternatively reduce the bandwidth by 17% while preserving the perceived quality. There have also been other papers in a similar vein, such as this one on generative compression [PDF], or adaptive image compression. They all show impressive results, so why don't we hear more about compression as a machine learning application?

All of these approaches require comparatively large neural networks, and the amount of arithmetic needed scales with the number of pixels. This means large images or video with high frames-per-second can require more computing power than current phones and similar devices have available. Most CPUs can only practically handle tens of billions of arithmetic operations per second, and running ML compression on HD video could easily require ten times that. The good news is that there are hardware solutions, like the Edge TPU amongst others, that offer the promise of much more compute being available in the future. I'm hopeful that we'll be able to apply these resources to all sorts of compression problems, from video and image, to audio, and even more imaginative approaches.

The publisher of video game Grand Theft Auto V has been granted the right to search the homes of five people accused of making cheat software. From a report: The court order allowed Rockstar Games and its parent company, Take-Two Interactive, to search two properties in Melbourne, Australia, for evidence related to a cheat known as Infamous. The Australian federal court has also frozen the assets of the five, who have not yet filed a defence. The cheat went offline six months ago. It allowed players who paid about $40 to manipulate the gaming environment, generate virtual currency and use a "god mode" feature that makes players invincible.

bricko shares a report from Bloomberg with the caption, "Making batteries is a mess": Beneath the hoods of millions of the clean electric cars rolling onto the world's roads in the next few years will be a dirty battery. Every major carmaker has plans for electric vehicles to cut greenhouse gas emissions, yet their manufacturers are, by and large, making lithium-ion batteries in places with some of the most polluting grids in the world. By 2021, capacity will exist to build batteries for more than 10 million cars running on 60 kilowatt-hour packs, according to data of Bloomberg NEF. Most supply will come from places like China, Thailand, Germany and Poland that rely on non-renewable sources like coal for electricity.

An electric vehicle in Germany would take more than 10 years to break even with an efficient combustion engine's emissions. "We're facing a bow wave of additional CO2 emissions," said Andreas Radics, a managing partner at Munich-based automotive consultancy Berylls Strategy Advisors, which argues that for now, drivers in Germany or Poland may still be better off with an efficient diesel engine. The findings, among the more bearish ones around, show that while electric cars are emission-free on the road, they still discharge a lot of the carbon-dioxide that conventional cars do. Just to build each car battery -- weighing upwards of 500 kilograms (1,100 pounds) in size for sport-utility vehicles -- would emit up to 74 percent more C02 than producing an efficient conventional car if it's made in a factory powered by fossil fuels in a place like Germany, according to Berylls' findings. Yet regulators haven't set out clear guidelines on acceptable carbon emissions over the life cycle of electric cars, even as the likes of China, France and the U.K. move toward outright bans of combustion engines. It all has to do with manufacturing. According to estimates of Mercedes-Benz's electric-drive system integration department, manufacturing an electric car pumps out "significantly" more climate-warming gases than a conventional car, which releases only 20 percent of its lifetime CO2 at this stage. "Just switching to renewable energy for manufacturing would slash emissions by 65 percent, according to Transport & Environment," reports Bloomberg. "In Norway, where hydro-electric energy powers practically the entire grid, the Berylls study showed electric cars generate nearly 60 percent less CO2 over their lifetime, compared with even the most efficient fuel-powered vehicles."

schwit1 shares a report: The U.S. is back on top as the most competitive country in the world, regaining the No. 1 spot for the first time since 2008 in an index produced by the World Economic Forum [Editor's note: the link may be paywalled; alternative source], which said the country could still do better on social issues. America climbed one place in the rankings of 140 countries, with the top five rounded out by Singapore, Germany, Switzerland and Japan. All five countries' scores rose from 2017, with the U.S. notching the second-biggest gain after Japan's. [...] The Global Competitiveness Report this year assessed 140 countries on 98 indicators that measure business investment and productivity. The indicators are organized into 12 main drivers of productivity including the nations' institutions, tech savvy, infrastructure, education systems, market size and innovation.

Hoping to avoid injuries, gamers get physical training; squat jumps, ginger smoothies and yoga. From a report: Esports, the world of professional videogaming, is looking more and more like other sports, with big sponsors, prize money, fan bases -- and player injuries. In response, teams are educating players on ergonomics, hiring personal chefs and sending gamers to the gym [Editor's note: the link may be paywalled]. Sweden's Ninjas in Pyjamas, one of esports' most accomplished teams, distributes an illustrated fitness guide to players with nearly two dozen recommended "core" exercises like burpees, Superman lifts and squat jumps. It has also instituted a "no pizza" rule before morning matches and mandated teams take pregame walks.

Before matches, hand-warming packets are doled out to its two dozen players. "If you have warm hands, you reduce the risk of injury versus cold hands," says Hicham Chahine, Ninjas' chief executive. The potential for injuries -- most frequently in the wrists, hands and fingers -- is rising due to the popularity of the $900 million esports universe. With new leagues and a proliferation of competitions, for some games, tournaments are popping up nearly every other week. "Everyone is susceptible to injuries in everything that is done to an extreme," says Veli-Matti Karhulahti, of Finland's University of Turku, who along with co-author Tuomas Kari, has published peer-reviewed research on physical activity in esports.

South Korean team KT Rolster hired a nutritionist two years ago who dictates breakfast, lunch and dinner. Brown rice was substituted for white rice. Players craving fast food or instant ramen must now make a special request to do so, says Jeong Je-seung, KT Rolster's coach and a former professional gamer. In his playing days, Mr. Jeong says low salaries meant "if you could eat three times a day as an esports player back then it was enough." Top players can now earn millions of dollars annually in prize money and sponsorships. The 2018 world championship for "Dota 2," a game where teams raid opponents' bases, carried a purse of nearly $25 million.

dmoberhaus writes: Paul Allen died on Monday evening at the age of 65. Motherboard spoke with SETI researchers about how the Microsoft co-founder single-handedly saved the American Search for Extraterrestrial Intelligence by building the first dedicated SETI radio telescope and its legacy one decade later. Less than a year after NASA's SETI program started, it was shut down by members of Congress who didn't want to spend money on the "great Martian chase." In order for the program to continue, it needed private funding. "Fortunately, one of the earliest SETI Institute supporters was Barney Oliver, who founded and directed Hewlett Packard laboratories," reports Motherboard. "So in 1993 Oliver called Bill Hewlett and David Packard of Hewlett Packard, Intel founder Gordon Moore, and Paul Allen to ask for their support." They supported Project Phoenix, a SETI program that ran from 1995 to 1998.

SETI astronomers then realized that they needed a dedicated SETI radio telescope, or array of small telescopes, if the search were to have any chance of success. Allen was able to foot the $25-million bill required to build this array of telescopes. The telescope array was built in northern California, "the first facility specifically built for SETI in the U.S.," Motherboard notes. "The cost of building a 350-telescope array ended up being far more expensive than anyone at the SETI Institute had anticipated, however. By the time the Allen Telescope Array came online in 2007, only 42 telescopes had been built and Allen's donation had largely been consumed." The report notes that the Allen Telescope Array "has analyzed 200 million signals from thousands of stars, studied unusual high-energy radio emissions, and even scanned the "spliff-shaped" Oumuamua asteroid for signs of intelligent life."

An anonymous reader quotes a report from Gizmodo: When you go into the privacy settings on your browser, there's a little option there to turn on the "Do Not Track" function, which will send an invisible request on your behalf to all the websites you visit telling them not to track you. A reasonable person might think that enabling it will stop a porn site from keeping track of what she watches, or keep Facebook from collecting the addresses of all the places she visits on the internet, or prevent third-party trackers she's never heard of from following her from site to site. According to a recent survey by Forrester Research, a quarter of American adults use "Do Not Track" to protect their privacy. (Our own stats at Gizmodo Media Group show that 9% of visitors have it turned on.) We've got bad news for those millions of privacy-minded people, though: "Do Not Track" is like spray-on sunscreen, a product that makes you feel safe while doing little to actually protect you.

Yahoo and Twitter initially said they would respect it, only to later abandon it. The most popular sites on the internet, from Google and Facebook to Pornhub and xHamster, never honored it in the first place. Facebook says that while it doesn't respect DNT, it does "provide multiple ways for people to control how we use their data for advertising." (That is of course only true so far as it goes, as there's some data about themselves users can't access.) From the department of irony, Google's Chrome browser offers users the ability to turn off tracking, but Google itself doesn't honor the request, a fact Google added to its support page some time in the last year. [...] "It is, in many respects, a failed experiment," said Jonathan Mayer, an assistant computer science professor at Princeton University. "There's a question of whether it's time to declare failure, move on, and withdraw the feature from web browsers." That's a big deal coming from Mayer: He spent four years of his life helping to bring Do Not Track into existence in the first place. Only a handful of sites actually respect the request -- the most prominent of which are Pinterest and Medium (Pinterest won't use offsite data to target ads to a visitor who's elected not to be tracked, while Medium won't send their data to third parties.)