Users can generate false faces, using artificial intelligence.
BioWare, the developer responsible for Mass Effect and Dragon Age, has returned with its first new series in over a decade, Anthem. It's a pretty big departure for the RPG-heavy studio: a jetpack-fueled, action-first online "looter-shooter." And after a disastrous demo launched weeks ago, we wondered whether we'd even get a playable game.
The good news is that we did, and at its best, Anthem feels brilliant, beautiful, and thrilling. At its worst, though, this is a stuttering, confusing, heartfelt mess of an action game.
The good stuff Anthem ultimately offers—artistic design, BioWare-caliber plot, and that freakin' Iron Man feeling—fails to coalesce. Players are expected to log in again and again for missions with friends in true "online shared shooter" style (à la Destiny and Warframe), but the game's inherent structure makes this basic loop difficult to pull off.
Last week, The Verge got a reminder about the power of the Streisand effect after its lawyers issued copyright takedown requests for two YouTube videos that criticized—and heavily excerpted—a video by The Verge. Each takedown came with a copyright "strike." It was a big deal for the creators of the videos, because three "strikes" in a 90-day period are enough to get a YouTuber permanently banned from the platform.
T.C. Sottek, the Verge's managing editor, blamed lawyers at the Verge's parent company, Vox Media, for the decision.
"The Verge's editorial structure was involved zero percent in the decision to issue a strike," Sottek said in a direct message. "Vox Media's legal team did this independently and informed us of it after the fact."
Windows 7 and Windows Server 2008 users will imminently have to deploy a mandatory patch if they want to continue updating their systems, as spotted by Mary Jo Foley.
Currently, Microsoft's Windows updates use two different hashing algorithms to enable Windows to detect tampering or modification of the update files: SHA-1 and SHA-2. Windows 7 and Server 2008 verify the SHA-1 patches; Windows 8 and newer use the SHA-2 hashes instead. March's Patch Tuesday will include a standalone update for Windows 7, Windows Server 2008 R2, and WSUS to provide support for patches hashed with SHA-2. April's Patch Tuesday will include an equivalent update for Windows Server 2008.
The SHA-1 algorithm, first published in 1995, takes some input and produces a value known as a hash or a digest that's 20 bytes long. By design, any small change to the input should produce, with high probability, a wildly different hash value. SHA-1 is no longer considered to be secure, as well-funded organizations have managed to generate hash collisions—two different files that nonetheless have the same SHA-1 hash. If a collision could be generated for a Windows update, it would be possible for an attacker to produce a malicious update that nonetheless appeared to the system to have been produced by Microsoft and not subsequently altered.
An 86-year-old's thank you note, shared on social media, spurs similar stories of kindness
An Instagram post featuring the image has since been taken down.
During the last 15 years, the US Congress has authorized budgets totaling $46 billion for various NASA deep-space exploration plans. By late summer, 2020, that total is likely to exceed $50 billion, most of which has been spent on developing a heavy-lift rocket and deep-space capsule that may carry humans into deep space.
In a new analysis that includes NASA's recently approved fiscal year 2019 budget, aerospace analyst Laura Forczyk found that, of this total, NASA has spent $16 billion on the Orion capsule, $14 billion on the Space Launch System rocket, and most of the remainder on ground systems development along with the Ares I and Ares V rockets.
For all of this spending on "exploration programs" since 2005, NASA has demonstrated relatively little spaceflight capability. The Ares I launch vehicle flew one time, in 2009, to an altitude of just 40km. (It had a dummy upper stage and fake capsule). The Ares project, as part of NASA's Constellation Program, would be abandoned the next year, as it was behind schedule and over budget. Later, in 2014, NASA launched an uncrewed version of its Orion spacecraft on a private rocket to an altitude of 400km. The first flight of the new SLS rocket, again with an uncrewed Orion vehicle, may occur in 2021.
Gene editing has been in the news lately due to an ethically reckless experiment in which human embryos were subjected to an inefficient form of gene editing. The subjects, now born, gained uncertain protection from HIV in exchange for a big collection of potential risks. A large number of ethicists and scientists agreed that this isn't the sort of thing we should be using gene editing for.
That response contains an implicit corollary: there are some things that might justify the use of gene editing in humans. Now, a series of papers looks at some reasonable use cases in mice and collectively finds that the technology really isn't ready for use yet.Use cases
Gene editing will likely always come with a bit of risk; when you're cutting and pasting DNA in millions of cells, extremely rare events can't be avoided. So the ethical questions come down to how we can minimize those risks and what conditions make them worth taking.
Capturing carbon emissions before they enter the atmosphere is a white whale for the fossil fuel industry.
In theory, if a power plant or a factory could easily eliminate carbon emissions by filtering them out of flue gas, the plant would be able to pursue business as usual with some simple retrofits—no threat of future regulations mandating lower emissions, no push to switch to completely new technologies.
The problem is that carbon capture is energy-intensive and expensive, it doesn't capture all the carbon dioxide being released, and it's not always clear what to do with the gas after it's captured. (The current best option is to find underground caverns in which the carbon can be stored, or sell the CO2 to older oil fields for enhanced oil recovery.)
Some 2.7 million sensitive Swedish conversations about illnesses are exposed online.
Current virtual reality headsets are pretty good at the "virtual" bit but tend to fall down on the "reality" side of things. It's all too obvious that you're looking at a screen, albeit a screen held very close to your face, and a lot of screens just aren't meant to be looked at that close. The "screen door" effect that breaks the display up into a grid of individual pixels is distracting, and resolutions are low enough that curved lines are noticeably jagged, and fine detail gets lost. Second-generation headsets like the Vive Pro certainly do better than their first-generation counterparts, but they haven't eliminated these shortcomings. Even with eyes as appalling as mine, the human optical systems are clearly higher quality than the VR headsets can satisfy.
But the Varjo VR-1, available to buy today, is the first headset I've used that convincingly provides an image that looks real. The VR-1 puts a 1920×1080 micro-OLED display with some 3,000 pixels per inch (or 60 pixels per degree) slap-bang in the middle of your field of view. It looks like nothing you've ever seen from a headset before: no pixel grid, no jagged lines (nor the anti-aliasing usually used to hide the jaggies), no screen-door effect. The images it displays look every bit as detailed as real life. Varjo calls it the Bionic Display and claims its resolution is about that of the eye, giving it a level of fidelity like nothing else on the market.
Surrounding this screen is a conventional 1440×1600 AMOLED display providing an 87 degree field of view. This showed an image that's much like any other headset. I found the experience of using the VR-1 a little like that of using Microsoft's HoloLens. In the HoloLens, the display has a relatively narrow field of view, so you have to look straight forward to see the images. When looking around, you have to turn your whole head and keep your eyes looking more or less straight ahead if you want to look at something. Otherwise, as soon as you look off to the side, the 3D images disappear.
If developing heart disease scares the poo out of you, this new monitor may be just the thing.
Engineers at Rochester Institute of Technology have designed a high-tech toilet seat that effortlessly flushes out data on the state of your cardiovascular system. The tricked-out porcelain throne measures your blood pressure, blood oxygen level, and the volume of blood your heart pumps per beat (stroke volume)—taking readings every time you sit down to catch up on some reading of your own. The engineers, led by David Borkholder, recently published a prototype of the seat in the open-access journal JMIR mHealth and uHealth.
According to the inventors, the seat’s daily data dump could make patients and their doctors privy to early warning signs of heart failure, potentially helping to prevent further deterioration and avoid costly hospital stays. Moreover, the seat could ease in-home monitoring for heart patients, who often strain to consistently track their tickers with other, non-toilet-based monitors.
Passengers were not able to collect pre-paid tickets from machines across the country.
Despite leaving Facebook in 2017, Palmer Luckey is shipping his custom repair kit to gamers free of charge.
Stolen credit cards and other illegal material are also on sale, a File on 4 investigation discovers.
A decade from now, memory-boosting implants could be available commercially, but at what risk?
If you didn’t notice any Blu-ray player announcements from Samsung at CES this year, there’s a reason for that: the company has told both Forbes and CNET that it is getting out of the Blu-ray player business in the United States.
The large chaebol conglomerate will introduce no new Blu-ray players anywhere, it seems, and will stop making existing players for the US market. This comes as a confirmation of what many observers expected, given that the company last released a new player in 2017. Samsung was reportedly working on a high-end Blu-ray player for release in 2019, according to Forbes, but those plans have been scrapped.
Samsung didn't tell either publication why it decided to exit the business, and there is probably no big, single reason for this shift. But there are a lot of small ones.
Ren Zhengfei says the firm will survive despite security concerns and his daughter's legal troubles.
Since the beginning of the year, the US government and private security companies have been warning of a sophisticated wave of attacks that’s hijacking domains belonging to multiple governments and private companies at an unprecedented scale. On Monday, a detailed report provided new details that helped explain how and why the widespread DNS hijackings allowed the attackers to siphon huge numbers of email and other login credentials.
The article, published by KrebsOnSecurity reporter Brian Krebs, said that, over the past few months, the attackers behind the so-called DNSpionage campaign have compromised key components of DNS infrastructure for more than 50 Middle Eastern companies and government agencies. Monday’s article goes on to report that the attackers, who are believed to be based in Iran, also took control of domains belonging to two highly influential Western services—the Netnod Internet Exchange in Sweden and the Packet Clearing House in Northern California. With control of the domains, the hackers were able to generate valid TLS certificates that allowed them to launch man-in-the-middle attacks that intercepted sensitive credentials and other data.
Short for domain name system, DNS acts as one of the Internet’s most fundamental services by translating human-readable domain names into the IP addresses one computer needs to locate other computers over the global network. DNS hijacking works by falsifying the DNS records to cause a domain to point to an IP address controlled by a hacker rather than the domain’s rightful owner. DNSpionage has taken DNS hijacking to new heights, in large part by compromising key services that companies and governments rely on to provide domain lookups for their sites and email servers.
DIY science enthusiasts know that, if you put a halved grape into a microwave with just a bit of skin connecting the halves, it'll produce sparks and a fiery plume of ionized gas known as a plasma. There are thousands of YouTube videos documenting the effect. But the standard explanation offered for why this occurs isn't quite right, according to a new paper in the Proceedings of the National Academy of Sciences. And its authors only needed to destroy a dozen microwaves to prove it.
"Many microwaves were in fact harmed during the experiments," admitted co-author Hamza Khattak of Trent University in Canada. "At one point, we had a microwave graveyard in the lab before disposing of the many early iterations in electronic waste."
Co-author Aaron Slepkov first became interested in the phenomenon when, as an undergraduate in 1995, he noticed there was no formal (i.e., scientifically rigorous and peer-reviewed) explanation for how the plasma was being generated. Once he'd finished his PhD and established his own research group at Trent University, he started doing his own experiments (microwaving grapes for science) with one of his undergraduate students. They used thermal imaging and computer simulations of both grapes and hydrogel beads in their experiments.