user agreement – Page 27 – Tech Today w/ Ken May

Tech support scammer threatened to kill man when scam call backfired

Tech support scammers should probably just hang up the phone when a scam call goes wrong. But one scammer took things to a new level by threatening to kill a man who pointed out that the scammer was trying to steal money. As we’ve reported numerous times , scammers pretending to work for Microsoft tech support call potential victims, tell them their computers are infected, convince them to provide remote access, and then charge them hundreds of dollars to fix imaginary problems. Read 6 remaining paragraphs | Comments

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Tech support scammer threatened to kill man when scam call backfired

Now you can easily send (free!) encrypted messages between Android, iOS

On Monday, Open Whisper Systems announced the release of Signal 2.0 , the second version of its app for iOS. What makes this latest release special is that it allows users to send end-to-end encrypted messages, for free, to users of Redphone and TextSecure, Android apps supported by Open Whisper Systems that encrypt calling and text messages, respectively. Previously, this kind of cross-platform secure messaging cost money in the form of a monthly subscription fee that both the sender and the receiver of the message had to pay. (Or, encrypting messages cost considerable time and effort to implement without a dedicated app.) Signal and its Android counterpart TextSecure are unique in that they use forward encryption, which generates temporary keys for each message, but still allow asynchronous messaging through the use of push notifications and “prekeys.” Ars reported on the implementation details in 2013 . Open Whisper Systems has pulled ahead of other privacy apps by making its interface easy for a person who doesn’t know too much about encryption to use. It’s also open source, so it can be vetted by experts, and its open encryption protocol can be adopted by other messaging apps. In fact, last November, messaging platform Whatsapp deployed Open Whisper Systems’ protocol for its 500 million Android users . Still, until now communicating with iOS users from an Android phone has been much more challenging. Read 4 remaining paragraphs | Comments

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Intel unveils its next mobile maneuver: Atom x3, x5, and x7

BARCELONA, Spain—At Mobile World Congress 2015, Intel has unveiled its latest in a very long line of attempts at securing a beachhead in the mobile market: the Atom x3, Atom x5, and Atom x7 SoCs. As the naming implies, the Atom x3 is a low-end part that is probably destined for developing markets in countries such as India and China. The Atom x5 and x7, however, are quad-core 14nm Cherry Trail chips with Broadwell-class Intel HD graphics. Performance-wise, the x5 and x7 chips should be pretty good—but right now we only have Intel’s own benchmarks to go on. There’s also no word from Intel on the power consumption of the new chips, which is rarely a good sign when you’re trying to break into a highly competitive, entrenched market. Let’s start at the bottom. Atom x3 is essentially rebranded SoFIA, but now along with a 3G version there is a new chip (the x3-C3440) with an integrated LTE modem. Rather unusual despite its use of the Atom brand name, the x3 is a 28nm chip that isn’t being built at Intel’s own fabs. Instead, Intel is using a foundry (most likely TSMC or Rockchip), primarily because it isn’t cost effective for Intel to build chips with integrated modems on its own bleeding-edge 14nm node. The top-end Atom x3, the x3-C3440, has a quad-core CPU and Mali 720 MP2 GPU (yes, that’s a GPU designed by ARM Holdings). We probably won’t see the Atom x3 in Western markets; it will be cheaply fabricated in Asia, and it will be used in very cheap phones and tablets. We have asked Intel what CPU core is being used by Atom x3, but the company hasn’t yet responded. Read 2 remaining paragraphs | Comments

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Intel unveils its next mobile maneuver: Atom x3, x5, and x7

Hands-on with the fastest LTE network in Europe: 400Mbps down, 45Mbps up

LONDON—Today, I got to play around with Europe’s (and probably the world’s) fastest LTE network: when I opened up Speedtest.net, depending on how many people were standing in the room, my download speed was between 350 and 400Mbps, my upload speed was around 45Mbps, and my ping latency was just 20ms. Funny enough, beyond Speedtest.net, it is actually quite hard to use 400Mbps of bandwidth. When I loaded up a 4K video from YouTube, I only used around 40Mbps, or 10 percent, of my wireless uber-pipe. Ars Technica certainly loaded very quickly indeed. As it stands today, there are very few websites or services that will let you pull data down at 400Mbps, or where being able to download at 400Mbps even makes much sense. If we’ve learned anything from the last few decades of telecoms and networking, however, it’s that Internet usage will always expand until every last inch of available bandwidth is consumed. So while 400Mbps might seem a little bit over the top today, in five years you’ll probably wonder how you ever survived with anything less. For some background, I had a 400Mbps LTE connection at my disposal because I had been invited to Wembley Stadium in London to try out the first deployment of Category 9 LTE in the UK. It was a “live” deployment in that it used commercially available hardware, but it was still very much a tech demo—the Cat 9 base station only covered a small portion of the stadium, and there were only a handful of devices in the world configured to connect to this specific LTE network. The LTE network was operated by EE (one of the UK’s big four wireless carriers), the LTE base station was made by Huawei, and the mobile device that I used was a smartphone powered by the Qualcomm Snapdragon 810 SoC . Read 4 remaining paragraphs | Comments

Intel forges ahead to 10nm, will move away from silicon at 7nm

This week at the 2015 International Solid-State Circuits Conference (ISSCC), Intel will provide an update on its new 10nm manufacturing process and new research on how it’s maintaining the march of Moore’s law to 7nm and beyond. The first chips based on Intel’s new 10nm process are expected in late 2016/early 2017, and the company says it’s hoping to avoid the delays that haunted the belabored release of 14nm Broadwell. To hit 7nm, Intel says new materials will be required—as in, it looks like 10nm will finally be the end of the road for silicon. The most likely replacement for silicon is a III-V semiconductor such as indium gallium arsenide (InGaAs), though Intel hasn’t provided any specific details yet. ISSCC 2015, being held in San Francisco this week, is where all the big players in silicon (Intel, Samsung, TSMC, IBM, etc.) meet to talk about their latest manufacturing processes and how they might go about overcoming the current barriers to smaller, faster, and denser computer chips. It’s not unusual for Intel to have one of the largest presences at the conference, and this year is no different: it will be presenting three papers on its 14nm technology, hosting sessions on a variety of topics, and Mark Bohr—one of Intel’s most esteemed researchers—will be sitting on a panel that discusses Moore’s law beyond 10nm. The steady march of new CMOS processes driving ever smaller transistors. Intel Read 4 remaining paragraphs | Comments

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Intel forges ahead to 10nm, will move away from silicon at 7nm

Windows Defender now removes Superfish malware… if you’re lucky

First the good news. Microsoft today released a signature update for Windows Defender, the anti-malware software that’s built in to Windows, to enable it to both detect and remove the Superfish malware that Lenovo installed on some systems . Defender’s removal process seems to be quite robust, both uninstalling the software and removing the dangerous certificate that Superfish installs. However, it doesn’t appear to clean any contaminated installs of Firefox or Thunderbird; for that, you’ll want to check out our manual removal instructions . Uh oh… 2 more images in gallery Now the bad news. While Windows Defender is supplied as part of Windows and works well enough, Microsoft gave it some rather strange behavior as a concession to third-party anti-malware vendors . If a third-party anti-malware product is installed, Windows Defender will automatically disable itself. Many Lenovo systems include trial versions of anti-malware software; during the duration of these trials, Windows Defender will be inactive. Read 2 remaining paragraphs | Comments

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Windows Defender now removes Superfish malware… if you’re lucky

Password cracking experts decipher elusive Equation Group crypto hash

Unraveling a mystery that eluded the researchers analyzing the highly advanced Equation Group the world learned about Monday, password crackers have deciphered a cryptographic hash buried in one of the hacking crew’s exploits. It’s Arabic for “unregistered.” Researchers for Moscow-based Kaspersky Lab spent more than two weeks trying to crack the MD5 hash using a computer that tried more than 300 billion plaintext guesses every second. After coming up empty-handed, they enlisted the help of password-cracking experts, both privately and on Twitter , in hopes they would do better. Password crackers Jens Steube and Philipp Schmidt spent only a few hours before figuring out the plaintext behind the hash e6d290a03b70cfa5d4451da444bdea39 was غير مسجل, which is Arabic for “unregistered”. The hex-encoded string for the same Arabic word is dbedd120e3d3cce1. “That was a shock when it popped up and said ‘cracked,'” Steube told Ars Monday evening. He is the developer behind the free Hashcat password-cracking programs and an expert in password cracking. Read 6 remaining paragraphs | Comments

Samsung’s first 14nm SoC is a 64-bit, 8-core Exynos aimed at high-end phones

Samsung has just announced a new high-end Exynos 7 Octa SoC . It uses eight CPU cores—a combination of four high-end Cortex A57 cores and four low-end, power-saving Cortex A53 cores in a big.LITTLE configuration—and supports the 64-bit ARMv8 instruction set. However, its most significant new feature is Samsung’s new 14nm manufacturing process, which promises performance and power consumption improvements compared to the existing 20nm process. Samsung is already shipping eight-core 64-bit Exynos chips on its older 20nm process, most notably in the Galaxy Note Edge and some variants of the Galaxy Note 4. Compared to those chips, Samsung claims that the 14nm version “enables up to 20 percent faster speed, 35 percent less power consumption, and 30 percent productivity gain.” Those numbers don’t tell us much in terms of actual clock speeds or performance-per-watt numbers, but it’s safe to assume that the 14nm Exynos 7 will be able to run at higher clock speeds for longer while consuming less power. We don’t know anything about the new Exynos’ GPU yet. The 20nm Exynos 7 Octa uses a high-end Mail-T760 GPU from ARM, and we’ll probably see something similar in the 14nm version. Read 2 remaining paragraphs | Comments

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Samsung’s first 14nm SoC is a 64-bit, 8-core Exynos aimed at high-end phones

Deaf group sues Harvard, MIT over online courses

The National Association for the Deaf (NAD) filed a lawsuit (PDF) against Harvard and MIT yesterday, saying the two universities are violating the Americans with Disabilities Act because they don’t properly caption their online course offerings. Harvard’s online courses aren’t really intended for students at the Ivy League university. Rather, the thousands of videos made available are part of the University’s “commitment to equity,” an effort “to create effective, accessible avenues for people who desire to learn but who may not have an opportunity to obtain a Harvard education.” The problem with Harvard’s offering, NAD lawyers say, is that it leaves out hard-of-hearing people. “Much of Harvard’s online content is either not captioned, or is inaccurately or unintelligibly captioned, making it inaccessible for individuals who are deaf or hard of hearing,” the complaint reads. “Just as buildings without ramps bar people who use wheelchairs, online content without captions excludes individuals who are deaf or hard of hearing.” Read 6 remaining paragraphs | Comments

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Deaf group sues Harvard, MIT over online courses

Assassin’s Creed movie officially in production

The long-awaited Assassin’s Creed movie is finally moving ahead, with Ubisoft revealing the film has officially entered production. The video game adaptation will be released on December 21, 2016. Word of the production came from the most mundane of places though—Ubisoft’s quarterly financial call. The publisher is co-producing the film with studio New Regency, which has had a golden period in recent years with films such as 12 Years a Slave , Birdman , and Gone Girl under its umbrella. “We have the pleasure to announce today that the green light has been given by New Regency, and the production has already started,” said Ubisoft’s CEO Yves Guillemot. “This is a very important milestone for the project and for our team on Assassin’s Creed .” Read 4 remaining paragraphs | Comments

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Assassin’s Creed movie officially in production