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Android

China's Huawei Catching Up With Apple, Samsung Smartphone Sales (livemint.com) 62

From a report: Chinese smartphone maker Huawei managed to gain ground on Samsung and Apple in terms of global market share last year, following the problems encountered by the two giants, the Gartner consultancy group said on Wednesday. Over the year as a whole, the Chinese maker saw its sales leap by 26.7 percent, while the South Korean and US rivals both saw their sales decline by 4.3 percent, Gartner said in a study. As result, Huawei was able to increase its share of the smartphone sector to 8.9 percent in 2016 from 7.3 percent a year earlier, while Samsung saw its market share shrink by two full percentage points to 20.5 percent and Apple's contracted to 14.4 percent from 15.9 percent. "Chinese makers succeeded in winning market share over last year and Huawei now seems to be the main rival to the two giants, even if the gap remains large," Gartner analyst Annette Zimmermann told AFP.
Android

Google's Not-so-secret New OS (techspecs.blog) 128

According to reports late last year, Google is working on a new operating system called Andromeda. Much about it is still unknown, but according to the documentations Google has provided on its website, it's clear that the Fuchsia is the actual name of the operating system, and the kernel is called Magenta. A tech enthusiast dug around the documentations to share the followings: To my naive eyes, rather than saying Chrome OS is being merged into Android, it looks more like Android and Chrome OS are both being merged into Fuchsia. It's worth noting that these operating systems had previously already begun to merge together to an extent, such as when the Android team worked with the Chrome OS team in order to bring Update Engine to Nougat, which introduced A/B updates to the platform. Google is unsurprisingly bringing up Andromeda on a number of platforms, including the humble Intel NUC. ARM, x86, and MIPS bring-up is exactly what you would expect for an Android successor, and it also seems clear that this platform will run on Intel laptops. My best guess is that Android as an API and runtime will live on as a legacy environment within Andromeda. That's not to say that all development of Android would immediately stop, which seems extremely unlikely. But Google can't push two UI APIs as equal app frameworks over the long term: Mojo is clearly the future. Ah, but what is Mojo? Well it's the new API for writing Andromeda apps, and it comes from Chromium. Mojo was originally created to "extract a common platform out of Chrome's renderer and plugin processes that can support multiple types of sandboxed content."
Hardware

Iconic Feature Phone Nokia 3310 Coming Back this Month, VentureBeat Says (venturebeat.com) 94

The iconic Nokia 3310 feature phone is all set for a return, according to a report. VentureBeat adds: HMD Global Oy, the Finnish manufacturer with exclusive rights to market phones under the storied Nokia brand, is planning to announce four such handsets at Mobile World Congress later this month, according to a person briefed on the company's plans. Known primarily for its plentiful battery life and nearly indestructible build, the 3310 was released at the turn of the millennium as a replacement to the also-popular 3210.
Hardware

Researchers Working on Liquid Battery That Could Last For Over 10 Years (engadget.com) 217

Jon Fingas, writing for Engadget: If Harvard researchers have their way, you may not have to worry about replacing power backs quite so often. They've developed a flow battery (that is, a battery that stores energy in liquid solutions) which should last for over a decade. The trick was to modify the molecules in the electrolytes, ferrocene and viologen, so that they're stable, water-soluble and resistant to degradation. When they're dissolved in neutral water, the resulting solution only loses 1 percent of its capacity every 1,000 cycles. It could be several years before you even notice a slight dropoff in performance. The use of water is also great news for both the environment and your bank account. As it's not corrosive or toxic, you don't have to worry about wrecking your home if the battery leaks -- you might just need a mop.
Iphone

Apple Joins Wireless Power Consortium Amid Rumors of iPhone With Wireless Charging (theverge.com) 79

If you've been holding out hope for wireless charging to come to the iPhone, chew on this: Apple joined the Wireless Power Consortium. From a report: Last week, a leaked note suggested that Apple is working on adding wireless charging to three phones scheduled for release in 2017. The technology may be similar to what the company has already implemented with the Apple Watch, though other reports have hinted at charging solutions that can add power to devices from a distance. The Wireless Power Consortium is the group behind Qi, a wireless charging standard that uses inductive power transfers to charge without cords.
Wireless Networking

Qualcomm's New 802.11ax Chips Will Ramp Up Your Wi-Fi (cnet.com) 53

Your home Wi-Fi performance could soon get much better thanks to new Wi-Fi chips that Qualcomm announced today, the IPQ8074 system-on-chip (SoC) for broadcasters (routers and access points) and the QCA6290 SoC for receivers (Wi-Fi devices). They belong to the first end-to-end commercial Wi-Fi portfolio to support the all-new 802.11ax standard. From a report on CNET: Qualcomm says the IPQ8074 is a highly-integrated all-in-one platform designed for access points, gateways and routers. The 14nm chip integrates an 11ax radio, MAC and baseband, and a quad-core 64-bit A53 CPU as well as a dual-core network accelerator. It uses a 12x12 Wi-Fi configuration (8x8 on the 5GHz band and 4x4 on the 2.4GHz band) and supports MU-MIMO for uplink. As a result, it can deliver up to 4.8 Gbps while maintaining fast connections over a larger coverage area than any 802.11ac chip. On the client side, Qualcomm says the QCA6290 SoC can offer up to a 4x increase in throughput speed in a crowded network. It supports 2x2 MU-MIMO and can realize the full benefits of the 8x8 MU-MIMO thanks to its 8x8 sounding mechanism. The chip can combine 2.4GHz and 5GHz bands using its Dual Band Simultaneous (DBS) feature to deliver up to 1.8 Gbps Wi-Fi speed. Compared with 802.11ac, the chip can reduce power consumption by two-thirds.
NASA

US-Born NASA Scientist Detained At The Border Until He Unlocked His Phone (theverge.com) 626

Sidd Bikkannavar works at NASA's Jet Propulsion Laboratory. After racing solar-powered cars in Chile, he had trouble returning to America. mspohr quote The Verge: Bikkannavar says he was detained by U.S. Customs and Border Patrol and pressured to give the Customs and Border Protection agents his phone and access PIN. Since the phone was issued by NASA, it may have contained sensitive material that wasn't supposed to be shared. Bikkannavar's phone was returned to him after it was searched by CBP, but he doesn't know exactly what information officials might have taken from the device...

The officer also presented Bikkannavar with a document titled "Inspection of Electronic Devices" and explained that CBP had authority to search his phone. Bikkannavar did not want to hand over the device, because it was given to him by JPL and is technically NASA property. He even showed the officer the JPL barcode on the back of phone. Nonetheless, CBP asked for the phone and the access PIN. "I was cautiously telling him I wasn't allowed to give it out, because I didn't want to seem like I was not cooperating," says Bikkannavar. "I told him I'm not really allowed to give the passcode; I have to protect access. But he insisted they had the authority to search it."

While border agents have the right to search devices, The Verge reports that travelers aren't legally required to unlock their phones, "although agents can detain them for significant periods of time if they do not." They also report that Bikkannavar "was not allowed to leave until he gave CBP his PIN," adding that the cybersecurity team at JPL "was not happy about the breach."
Cellphones

Shamed In Super Bowl Ads, Verizon Introduces Unlimited Data Plans (theverge.com) 171

A surprise announcement Sunday revealed that tomorrow Verizon will begin offering introductory plans with unlimited data.*

* Customers "will get full LTE speeds until they reach 22GB of usage," reports The Verge, "after which they'll be subject to reduced data speeds and de-prioritization."

An anonymous reader writes: Other carriers have similar limits. "For Sprint it's 23GB. T-Mobile has a slightly higher threshold of 26GB... AT&T matches Verizon at 22GB," reports The Verge. Verizon says their cap is "to ensure a quality experience for all customers... While we don't expect to do that very often, network management is a crucial tool that benefits all Verizon customers." The $80-a-month plan also includes hotspot tethering -- up to 10 gigabytes -- and "includes 'HD' video as opposed to the 480p/DVD-quality video that T-Mobile One customers get by default."

In a Sunday YouTube video, the head of Verizon's wireless effort says customer interviews found "Some of the heavier users of data -- the power users -- had data anxiety." But it's still a surprising move. Engadget reports that in the past Verizon "frequently tried its hardest to discourage unlimited data users," but today is "facing stiff competition from T-Mobile, which engineered a dramatic comeback in recent years and upped the ante by making unlimited data standard through the One plan."

Verizon's pricing was also targeted heavily last week in a barrage of Super Bowl ads by both Sprint and T-Mobile just last Sunday. T-Mobile showed a masochistic woman calling Verizon just to enjoying hearing about the overages, taxes and fees she incurred by exceeding her data limit, while Sprint showed a man who was trying to escape his Verizon contract by faking his own death.
Networking

College Network Attacked With Its Own Insecure IoT Devices (zdnet.com) 53

An anonymous reader writes:An attacker compromised over 5,000 IoT devices on a campus network -- including vending machines and light sensors -- and then used them to attack that same network. "In this instance, all of the DNS requests were attempting to look up seafood restaurants," reports ZDNet, though the attack was eventually blocked by cybersecurity professionals. Verizon's managing principal of investigative response blames the problem on devices configured using default credentials -- and says it's only gong to get worse. "There's going to be so many of these things used by people with very limited understanding of what they are... There's going to be endless amounts of technology out there that people are going to easily be able to get access to."
The article suggests "ensuring that IoT devices are on a completely different network to the rest of the IT estate." But it ends by warning that "until IoT manufacturers bother to properly secure their devices -- and the organizations which deploy them learn to properly manage them -- DDoS attacks by IoT botnets are going to remain a huge threat."
Cellphones

Mission Possible: Self-Destructing Phones Are Now a Reality (yahoo.com) 142

drunkdrone quotes the International Business Times: Self-destructing gadgets favored by the likes of James Bond and Mission: Impossible's Ethan Hunt have taken one step closer to reality. Researchers in Saudi Arabia have developed a mechanism that, when triggered, can destroy a smartphone or other electronic device in as little as 10 seconds. The self-destruct mechanism has been created by electrical engineers at the King Abdulla University of Science and Technology and consists of a polymer layer that rapidly expands when subjected to temperatures above 80 degrees Celsius, effectively bursting the phone open from the inside. The mechanism can be adapted to be triggered in various ways, including remotely through a smartphone app or when it's subjected to pressure.

Once triggered, power from the device's battery is directed to electrodes that rapidly heat, causing the polymer layer to expand to around seven times its original size within 10-15 seconds. This crushes the vital components inside the device, destroying any information stored on board.

One engineer believes the phone will see adoption in the intelligence and financial communities, though it can also be retrofitted to existing phones for just $15. This raises an interesting question -- would you want a self-destructing phone?
Iphone

Apple Fails To Remove 'Deleted' Safari Web Browser Histories From iCloud (betanews.com) 29

Reader BrianFagioli writes: Apple was storing Safari browsing histories in iCloud, even after they had been 'deleted' by the user, with such records being kept going back to 2015 -- although apparently this was an accidental by-product of the way the cloud syncing system works rather than anything malicious, and the issue has now been fixed. This information first came to light in a Forbes report, which cited Vladimir Katalov, the chief executive of Elcomsoft, a Russian security firm (which focuses on password/system recovery). Katalov stumbled onto the issue when reviewing the browsing history on his iPhone, when he discovered his supposedly deleted surfing history still present in iCloud, being able to extract it by using his company's Phone Breaker tool.
Iphone

All Three New 2017 iPhones To Feature Wireless Charging, Says Analyst (macrumors.com) 143

In late October, Nikkei Asian Review released a report claiming Foxconn was testing wireless charging modules for the iPhone 8. Another report has surfaced recently that further reinforces those claims. KGI Securities analyst Ming-Chi Kuo now claims that all three new iPhones expected to launch later this year will feature wireless charging. MacRumors reports: Kuo said wireless charging increases the internal temperature of smartphones, so he expects the rumored iPhone 8 with an OLED display and glass casing to have a new 3D Touch module with "additional graphite sheet lamination" in order to prevent the device from malfunctioning due to overheating. An excerpt from Kuo's research note obtained by MacRumors: "While we don't expect general users to notice any difference, lamination of an additional graphite sheet is needed for better thermal control and, thus, steady operation; this is because FPCB is replaced with film, which is more sensitive to temperature change of the 3D touch sensor in OLED iPhone." The new 3D Touch module could be up to $5 more expensive for Apple to procure per phone. While that is a minimal increase, it lends further credence to a report claiming the high-end iPhone 8 could cost upwards of $1,000 in the United States due to a significant redesign and the use of premium parts.
Communications

Linux Kernel 3.18 Reaches End of Life (softpedia.com) 101

prisoninmate quotes a report from Softpedia: Linux kernel 3.18.48 LTS is here and it's the last in the series, which was marked for a January 2017 extinction since mid-April last year. According to the appended shortlog, the new patch changes a total of 50 files, with 159 insertions and 351 deletions. It brings an updated networking stack with Bluetooth, Bridge, IPv4, IPv6, CAIF, and Netfilter improvements, a couple of x86 fixes, and a bunch of updated USB, SCSI, ATA, media, GPU, ATM, HID, MTD, SPI, and networking (Ethernet and Wireless) drivers. Of course, this being the last maintenance update in the series, you are urged to move to a newer LTS branch, such as Linux kernel 4.9 or 4.4, which are far more secure and efficient than Linux 3.18 was. But Linux 3.18 appears to be used by Google and other vendors on a bunch of Android-powered devices, and even some Chromebooks use Linux kernel 3.18 on Chrome OS, so here's what the kernel developer suggests you do if you can't upgrade. "If you are _stuck_ on 3.18 (/me eyes his new phone), well, I might have a plan for you, that first involves you yelling very loudly at your hardware vendor and refusing to buy from them again unless they cut this crap out. After you properly vent to them, drop me an email and let's see what we can come up with, you aren't in this sinking ship alone, and it's obvious your vendor isn't going to help out," said Greg Kroah-Hartman in the mailing list announcement.
Cellphones

Sony's Latest Smartphone Camera Sensor Can Shoot At 1,000fps (theverge.com) 86

Sony has taken the wraps off of its latest smartphone camera sensor which it says can shoot 1080p slow-motion video at 1,000 frames per second. "The new 3-layer CMOS sensor -- an industry first -- can capture slow motion video about eight times faster than its competition with minimal focal pane distortion, according to Sony," reports The Verge. From their report: The sensor can also take 19.3MP images in 1/120th of a second, which Sony says is four times faster than other chips, thanks to high-capacity DRAM, and a 4-tier construction on the circuit section used to convert analog video signals to digital signals. All of that fancy camera talk basically means this sensor blows every camera currently in a smartphone out of the water. Although the iPhone 7 and the Google Pixel can shoot 1080p slow-motion video at 120fps, they are still miles behind what Sony has reached with its latest sensor. At 1,000fps it even surpasses the Sony RX 100 V, which can only shoot at 960fps.
Iphone

Apple's Ultra Accessory Connector Dashes Any Hopes of a USB-C iPhone (theverge.com) 153

An anonymous reader quotes a report from The Verge: Among all the iPhone 8 concepts and daydreams, my favorite scenario has always been to see Apple replacing its proprietary Lightning connector with the USB-C one that's taken over the entire rest of the smartphone world. Apple is already a strong proponent of USB-C, having moved to it aggressively with the new MacBook Pros in October, but the company also maintains Lightning for its iPhones and iPads -- which creates a lot of headaches for people desiring universal accessories that work with everything inside the Cupertino ecosystem. Alas, after yesterday's revelation of a new Ultra Accessory Connector (UAC), which is intended to ameliorate some of the pain of having both USB-C and Lightning devices, it looks like the dream of a USB-C iPhone will forever remain just that. The UAC connector is going to be used as an intermediary in headphone wires, splitting them in half so that the top part can be universal, and the bottom can be either a Lightning, USB-C, USB-A, or a regular old 3.5mm analog plug. The intent is to restore some of the universality of wired headphones -- which, until not too long ago, all terminated in a 3.5mm connector (or 6.35mm on non-portable hi-fi models designed for at-home listening). With UAC, a headphone manufacturer can issue multiple cable terminations very cheaply, making both the headphones and any integrated electronics, like a digital-to-analog converter or built-in microphone, compatible across devices with different ports. Why this matters with regard to the iPhone's sole remaining port is simple: if Apple was planning to switch its mobile devices to USB-C, it wouldn't have bothered with creating a Made for iPhone standard for UAC. It would have just made the port change.

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