Millions of first-time internet consumers from the Ivory Coast to India and Indonesia are connecting to the web on smart feature phones that cost only about $25. "[T]hese hybrid phones, fueled by inexpensive mobile data, provide some basic apps and internet access in addition to calling and texting," the Wall Street Journal reports. From the report: While global smartphone sales began sliding last year as markets became saturated, smart feature phone shipments tripled to around 75 million from 2017, according to research firm Counterpoint. Some 84 million are likely to be shipped this year. Even as rich nations start to roll out 5G technologies, some 3.4 billion people around the world remain cut off from the internet, according to We Are Social, another research firm. Most of them already use traditional, unconnected mobile phones, meaning they can easily make the transition to similarly shaped devices capable of high-speed web connections.

Smart feature phones aren't only inexpensive, but they also have physical keypads that are less intimidating than touch screens for those new to the technology. Meanwhile, their batteries last for days, a bonus in places where electricity is unreliable. There is a trade-off for the low price. The devices typically have slower and less powerful components, only basic cameras and their screens are usually just a few inches in size, factors that contribute to their longer battery life. There also are fewer apps available for smart feature phones.

schwit1 shares a report from ScienceAlert: It may sound strange at first, but a team of researchers in Australia has come up with a method to predict your personality traits using just the accelerometer in your phone. Well, that and your call and messaging activity logs. Also, the system works for some traits better than others. But it's an interesting take on how we may find connections through such seemingly unrelated things. In this case, we start at the Big Five personality traits. These have been used in psychology since the 1980's to help classify five dominant parts of our personalities. These five traits are extraversion (outgoing vs reserved), openness (curious vs cautious), neuroticism (confidence vs nervous), agreeableness (compassionate vs detached) and conscientiousness (organised vs easy-going).

The researchers analysed 52 people's phone habits between March 2010 and July 2011. Each participant was given a phone with sensing and collection software on it, which gave the researchers information on when and how much the phone was moving (accelerometer data), as well as the number and time of day of all calls and messages. The participants were also asked to complete a Big Five survey to score their personalities on the five traits. Then, the team also created a list of features related to the aspects of phone use they measured, that might potentially determine personality traits; for example, physical activity on weekend nights might predict extraversion, or the number of calls one makes might predict agreeableness. After crunching the numbers, the researchers found that some of the phone features really did predict some of the personality traits for the 52 participants. The phone data best predicted neuroticism, conscientiousness, and extraversion, but had trouble predicting the other two traits, especially openness. "There's also the issue of whether the team were actually looking at personality traits, or if the personality traits could be masked by other factors," the report adds. "For instance, neuroticism may be associated with different regularity of activity intensity in the night, however we cannot rule out many other possible explanations (e.g. neurotic people are more prone to stress and therefore - if this is the case, anyone with different personality traits that are stressed will still exhibit the same results)."

The study has been published in the journal Computer.

In a YouTube video and blog post, Google revealed that its upcoming Pixel 4 smartphone will feature face unlock technology and a feature called "Motion Sense," which confirms that it will have a Project Soli chip that uses radar to detect hand gestures near the phone. The Verge reports: Adding face unlock puts the Pixel 4 on par with modern iPhones for unlocking, and it's (at least in theory) more convenient than an in-screen fingerprint sensor. Google also confirmed that the Pixel 4 will use the face unlock feature for payments: "face unlock works in almost any orientation -- even if you're holding it upside down -- and you can use it for secure payments and app authentication too." As with the iPhone, Google says that biometric data will be stored locally in a secure chip and never share with other Google services. The Pixel 4's face unlock feature will use a variety of sensors to identify your face, including depth, infrared, and RGB. That should mean that it will work in a variety of lighting situations and also work with a diverse set of faces. Google has told me that it has done "field research" to ensure both of those things.

As for the "Motion Sense" feature, there's not a ton that we can glean from Google's article. Earlier rumors have pointed to it being related to Project Soli, which uses radar to detect tiny hand or finger movements above the device. For example, Google has demoed rubbing your thumb and index finger together to simulate turning a dial on a smartwatch. Some code found in the next version of Android has suggested it could be used for media controls at the very least. Google's post cites a possible use case where the Soli chip could detect your hand reaching for the phone, which would automatically turn on "the face unlock sensors." If it all works, the phone would automatically unlock itself and be ready by the time you're looking at it.

An anonymous reader quotes a report from Ars Technica: About 200 million Internet-connected devices -- some that may be controlling elevators, medical equipment, and other mission-critical systems -- are vulnerable to attacks that give attackers complete control, researchers warned on Monday. In all, researchers with security firm Armis identified 11 vulnerabilities in various versions of VxWorks, a slimmed-down operating system that runs on more than 2 billion devices worldwide. Billed collectively as Urgent 11, the vulnerabilities consist of six remote code flaws and five less-severe issues that allow things like information leaks and denial-of-service attacks. None of the vulnerabilities affects the most recent version of VxWorks or any of the certified versions of the OS, including VxWorks 653 or VxWorks Cert Edition.

For the 200 million devices Armis estimated are running a version that's susceptible to a serious attack, however, the stakes may be high. Because many of the vulnerabilities reside in the networking stack known as IPnet, they can often be exploited by little more than boobytrapped packets sent from outside the Internet. Depending on the vulnerability, exploits may also be able to penetrate firewalls and other types of network defenses. The most dire scenarios are attacks that chain together multiple exploits that trigger the remote takeover of multiple devices. "Such vulnerabilities do not require any adaptations for the various devices using the network stack, making them exceptionally easy to spread," Armis researchers wrote in a technical overview. "In most operating systems, such fundamental vulnerabilities in the crucial networking stacks have become extinct, after years of scrutiny unravelled and mitigated such flaws." VxWorks-maker Wind River says the latest release of VxWorks "is not affected by the vulnerability, nor are any of Wind Rivers' safety-critical products that are designed for safety certification, such as VxWorks 653 and VxWorks Cert Edition used in critical infrastructure."

Wind River issued patches last month and is in the process of notifying affected customers of the threat.

Samsung said it has made the necessary improvements to fix the Galaxy Fold and put it back on sale. The April launch of the device was postponed after early reviewers reported broken screens; it's now scheduled to go on sale in September. From a report: "Samsung has taken the time to fully evaluate the product design, make necessary improvements and run rigorous tests," the company said in a statement. Improvements include extending a protective layer to make it clear it is not meant to be removed, as well as strengthening the hinge area with new protection caps. One explanation for the broken screens appears to have been that some reviewers removed a film which they thought was a typical protective layer that came with the phone when first bought.

An anonymous reader quotes a report IEEE Spectrum: One of the most striking things about the prototype microLED display that Silicon Valley startup Mojo Vision unveiled in June was its size. At half a millimeter across, it's barely bigger than a single pixel from the microLED TV prototype Samsung showed off in 2018. That both use versions of the same technology is remarkable, and it portends big potential for screens made of superefficient and bright micrometer-scale gallium nitride LEDs. Impressive prototypes have proliferated during the past year, and now that companies are turning to the hard work of scaling up their manufacturing processes, displays could appear in some products as soon as late next year. The driving force behind microLED displays remains a combination of brightness and efficiency that LCD and OLED technology can't come close to. One demo of a smartwatch-size display by Silicon Valley -- based Glo shines at 4,000 nits (candelas per square meter) while consuming less than 1 watt. An equivalent LCD display would burn out in seconds trying to meet half that brightness. Some companies "are making monolithic displays, where the gallium nitride pixels are made as a complete array on a chip and a separate silicon backplane controls those pixels," the report says. Others "are using 'pick and place' technology to transfer individual LEDs or multi-microLED pixels into place on a thin-film-transistor (TFT) backplane. The former is suited to microdisplays for applications like augmented reality and head-up displays. The latter is a better fit for larger displays."

Asus has unveiled a spec-heavy gaming phone called the ROG Phone II. When it launches later this year, it'll be one of the only phones to feature Qualcomm's new gaming-focused Snapdragon 855 Plus processor, a 120Hz AMOLED display, and massive 6,000mAh battery. PhoneDog reports: The ROG Phone II features a 6.59-inch 2340x1080 AMOLED display with a 120Hz refresh rate and it's the first phone to include Qualcomm's gaming-focused Snapdragon 855 Plus processor. Both the CPU and GPU in the SD855 Plus are clocked higher than in the standard SD855, helping you get better performance. ASUS has crammed 12GB of RAM inside the ROG Phone II's body, too. Another gaming-centric feature of the ROG Phone II are its AirTrigger buttons. Located on the side of the device, they give you extra buttons for your games and an improved software algorithm over the first ROG Phone that lets you rest your fingers on the AirTriggers, meaning you can react more quickly since you're not having to move your fingers to reach for the buttons.

Other notable features of the ROG Phone II include a 48MP main camera with Sony IMX586 sensor, a 13MP ultra wide rear camera with a 125-degree field of view, and a 24MP front camera. There's up to 512GB of built-in storage available, an in-display fingerprint reader, dual front-facing speakers, and a 3.5mm headphone jack. Powering the whole package is a whopping 6000mAh battery. There are two USB-C ports on the ROG Phone II, with one in a traditional place on the bottom of the device and the other on the side of the phone so that it doesn't get in your way when you're gaming and charging. Both ports support Quick Charge 3.0, but the side port can charge more quickly with QuickCharge 4.0 support. It also includes support for 4K video output using DisplayPort 1.4. We don't have an official price or release date yet, but it's likely to start shipping later this year at around $899, which was the cost of the original ROG Phone.

According to The Wall Street Journal, Apple is in advanced talks to buy Intel's smartphone-modem chip business (Warning: source paywalled; alternative source), "a move that would jump-start the iPhone maker's push to take control of developing the critical components powering its devices." From the report: A deal, covering a portfolio of patents and staff valued at $1 billion or more, could be reached in the next week, the people said -- assuming the talks don't fall apart. Though the purchase price is a rounding error for companies valued in the hundreds of billions of dollars, the transaction would be important strategically and financially. It would give Apple access to engineering work and talent behind Intel's yearslong push to develop modem chips for the crucial next generation of wireless technology known as 5G, potentially saving years of development work.

For Intel's part, a deal would allow the company to shed a business that had been weighing on its bottom line: The smartphone operation had been losing about $1 billion annually, a person familiar with its performance has said, and has generally failed to live up to expectations. Though it would exit the smartphone business, Intel plans to continue to work on 5G technology for other connected devices. Earlier this year, it was reported that Apple began discussing plans to acquire parts of Intel's smartphone modem chip business last summer, around the time former Intel Chief Executive Brian Krzanich resigned. "Mr. Krzanich championed the modem business and touted 5G technology as a big future revenue stream," reports The Wall Street Journal. "When Bob Swan was named to that job in January, analysts said the odds of a deal rose because his focus on cleaning up Intel would require addressing the losses in the modem business."

Author and programmer Jeff Geerling explains in a blog post why the new Raspberry Pi 4 needs a fan. Unlike previous Pis that didn't require a fan or heatsink to avoid CPU throttling, the Pi 4 is a different beast and "pretty much demands a fan," writes Geerling. "Not only does the CPU get appreciably hot even under normal load, there are a number of other parts of the board that heat up to the point they are uncomfortable to touch." After 5 minutes at idle, he recorded the CPU/System-on-a-Chip (SoC) was around 60C, and it climbed to the 60-70C range when using the USB ports.

"[I]magine if you're truly using the Pi 4 as a desktop replacement, with at least one external USB 3.0 hard drive attached, WiFi connected and transferring large amounts of data, a USB keyboard and mouse, a few browser windows open (the average website these days might as well be an AAA video game with how resource-intense it is), a text editor, and a music player," writes Geerling. "This amount of load is enough to cause the CPU to throttle in less than 10 minutes." So, Geerling did what any programmer and DIYer would do and decided to add a fan himself to the official case -- and in addition to the blog post describing the process, he made a 22-minute-long video showing you what he did. From the post: Without any ventilation, it's kind of a little plastic oven inside the Pi 4 case. A heat sink might help in some tiny way, but that heat has nowhere to go! So I decided to follow the lead of Redditor u/CarbyCarberson and put a fan in the top cover. [...] After installing the fan, I booted the Pi and ran "stress --cpu 4" and let it go for an hour. The entire time, the CPU's temperature stayed at or under 60C (140F), a full 20C lower than the throttling point.

There are some other options which may be even easier than modifying the official case, like the Fan Shim from Pimoroni or purchasing a 3rd party case with a fan built in. But this option was easy enough and all I needed to complete the project was a $4 fan and a $7 hole saw drill bit (which I can use for other projects in the future).

Zac Bowden from Windows Central makes the case for why Microsoft may want to make a Surface phone that runs Android. An anonymous reader shares an excerpt from the report: While a Surface Phone running Android would never sell to the quantity that Samsung smartphones do (or at least not a first- or second-generation phone), Microsoft could utilize the Surface brand to showcase the best of Microsoft's Android efforts all in one place, just like it has done for Windows PCs. I'm picturing a Surface-branded, Microsoft-built smartphone that comes with Microsoft Launcher, Edge, Office, Your Phone phone-mirroring integration, and more, out of the box. In fact, that's one of four unique selling points that a Surface Phone running Android could have:

-- Showcase the best of Microsoft's efforts on Android.
-- Seamless integration with Windows PCs using Your Phone.
-- Provide the best security and update support on Android.
-- Brand recognition that can rival Apple and Samsung.

That last point is more for Microsoft fans, but the first three are important. A Surface Phone running Android would be the only smartphone out there that's always guaranteed to work with all of Your Phone's features. I have a wide array of Android smartphones, yet 90 percent of them don't support all of Your Phone's features on Windows 10. Screen mirroring is only available on select devices, and while that may improve, there's no guarantee your smartphone will ever get it, or if it'll work well. Microsoft could also provide enhanced features, such as the ability to take cellular phone calls on your PC directly from your Surface Phone. It could also build out dedicated Phone and SMS apps that sync up with the Messages app on your PC, instead of having to relay it through the Your Phone app. There's so much more potential when you build your own Android phone.

AmiMoJo shares a report from the BBC: Bulb smart energy users have reported their meter displays appearing in Welsh -- even though they are not in Wales. Some of the energy firm's customers said their displays were showing the text "defnydd heddiw," meaning "usage today." Fixing the problem involves navigating the menu, which also appears in Welsh. Bulb said the problem occurred with one in every 200 of its smart meters and could be resolved in five steps. One customer, James Tombs, who lives more than 100 miles from the Welsh border in West Sussex, said: "I don't live in Wales and don't know Welsh... I went on to the Bulb forums, found others with the same problem and followed directions to change [the] language." You can find instructions on how to change the display via Bulb.

Citing a report from Bloomberg, The Verge reports that Amazon is working on a mobile home robot and a high-end Echo to compete against the Apple HomePod and Google Home Max. From the report: We first heard about Amazon's plans to build a wheeled home robot in April last year. The project is reportedly codenamed "Vesta" (after the Roman goddess of the hearth), and rumors suggest it's a sort of "mobile Alexa" that's able to follow users around their homes. Today's report doesn't add significantly to this picture, but it seems Amazon is still keen to build the mobile device. It was apparently slated to launch this year but wasn't ready for mass-production. Engineers have reportedly been pulled from other projects to work on Vesta, and Gurman reports that prototypes are "waist-high and navigate with the help of an array of computer-vision cameras." They can also be summoned using voice commands.

Along with its mystery robot, Amazon is also reportedly working on a high-end Echo device that's due to be released next year. Bloomberg says the cylindrical speaker is wider than existing Echo products in order to fit in extra speaker components, and it could launch alongside a high-fidelity version of Amazon's music streaming service.

NPR reports of the various parks and recreation centers in North America that are using sonic devices to repel teens from the premises. Philadelphia, for example, has 30 parks and recreation centers that are outfitted with a small speaker called the Mosquito. "It blares a constant, high-pitched ringing noise all night long -- but one that only teenagers and young adults can hear," reports NPR. "Anyone over age 25 is supposed to be immune because, basically, their ear cells have started to die off." From the report: Philadelphia parks officials have been installing the device since 2014, reported WHYY's Billy Penn, intending to shoo rowdy youths from the premises. And it's not the only U.S. city to do so. Mosquito's Vancouver-based manufacturer Moving Sound Technologies works with roughly 20 parks departments around the country to implement the youth-repellent devices, says president Michael Gibson. It's intended to prevent loitering and vandalism by teens and young adults at public facilities. But some say this age-based targeting is a form of prejudice. Philadelphia City Council member Helen Gym refers to the devices as "sonic weapons" -- and she's working to get them removed.

[I]n Philadelphia, Parks & Recreation defends its use of the Mosquito, saying the devices are operational from 10 p.m. to 6 a.m. only, and they're just one part of an overall anti-vandalism strategy that includes fences and gates, security cameras and night watch staff. For now, the city is moving forward with installation. Despite the backlash, two new Mosquito devices are being installed at other city playgrounds as part of major renovation projects.

Samsung has been one of the only large smartphone manufacturers to insist on keeping the headphone jack in its flagship phones. But that is about to come to an end with the Galaxy Note 10. According to photos published by the FCC, showing both the bottom and top of the phone, there's no headphone jack in sight. The Verge reports: The FCC seems to have briefly shared these images by mistake. Samsung followed the usual protocols in requesting confidentiality for external photos of the Note 10 test device, and yet here we are. Whoops. There are two different models at the FCC, but neither includes 5G. So as with the S10 series, Samsung will likely produce a standalone 5G model. Aside from the headphone jack being a goner -- renders of the phone had already suggested this was coming -- we get a look at the triple-camera system on the back. There's another sensor positioned under the flash, which could be the same 3D time-of-flight depth sensor that Samsung included in the Galaxy S10 5G. The Note is usually where the company throws in everything it can, so it makes sense for it to carry over everything from the top-tier S10 model. The center-aligned front camera cutout is also faintly visible in one shot. Samsung is expected to formally announce the Note 7 at an August 7th Unpacked event in Brooklyn, New York.

The Indian Institute of Technology (IIT) Madras has released the software development kit (SDK) for its open-source Shakti processor. Shakti is based on the open-source RISC-V instruction set architecture and was funded by the Indian Ministry of Electronics and Information Technology. The institute promised that a development board will also be released soon. Tom's Hardware reports: The RISE group at IIT Madras started working on the Shakti project in 2016 with a plan to release a family of six classes of processors, each serving a different market. The group promised that the reference processors will be competitive with commercial offerings in terms of area, performance and power consumption. Now India, like China and the European Union, are showing interest in designing their own processors, rather than relying on ones designed by U.S. manufacturers. With the release of the Shakti SDK, developers can begin to develop applications for the Shakti processors, even before they're commercialized.

PolygamousRanchKid shares a report from Engadget: Samsung hasn't commented much on its decision to delay the Galaxy Fold and address design flaws, but it's opening up a little today. The company's electronics division CEO, DJ Koh, told those at a media event that he "pushed [the phone] through before it was ready." The setback was "embarrassing," he added. While Koh didn't elaborate on what happened, the statement suggests that Samsung was in a hurry to get the Fold out the door and claim some bragging rights. The Fold was supposed to arrive in late April, but early reviewers quickly discovered problems, including a display cover that was too easy to peel off and gaps that allowed debris to get behind the foldable screen. It was all too easy to break the sensitive panel -- and that would have been a problem with any phone, let alone one costing $1,980. Koh noted that Samsung had over 2,000 devices in the field and "defined all the issues," but didn't give an answer as to when the Fold might go back on sale.

Apple is manufacturing its new Mac Pro computer in China (Warning: source paywalled; alternative source), shifting abroad production of what had been its only major device assembled in the U.S. The Wall Street Journal reports: The tech giant has tapped Taiwanese contractor Quanta Computer Inc. to manufacture the $6,000 desktop computer and is ramping up production at a factory near Shanghai, the people said. Apple can save on shipping costs for components given the proximity of many of its suppliers to Shanghai, rather than having to supply a factory in the U.S. While the Mac Pro isn't one of Apple's higher-volume products, the decision on where to make it carries outsize significance. Apple's reliance on factories in China to manufacture its products has been an issue for the company, especially under President Trump, who has pressured Apple and other companies to make more in the U.S. An Apple spokesman said the new Mac Pro is designed and engineered in the U.S. and includes U.S.-made components. Apple said it supports manufacturing in 30 U.S. states and spent $60 billion last year with more than 9,000 U.S. suppliers.

"Final assembly is only one part of the manufacturing process," the spokesman said, adding that the company's investments support two million American jobs.

Apple iOS developer David Smith noticed something that really jumped out at him when he was reviewing his iPhone's device analytics. "People really, really like the 4.7-inch iPhone," he writes. "When I look at the iPhone distribution for Pedometer++ the four most popular devices are all that size. Together they account for nearly 50% of all devices I see in use." The next most popular screen sizes are the 5.5-inch Plus size (19%) and the 5.8-inch X size (12%).

There are two main reasons for why this is the case: people find the 4.7-inch display to be the perfect size, whether that be for one-handed usability or pocketability, and/or the specs and features found in the 4.7-inch iPhone models still perform well to this day, prompting users to hold off on upgrading to a larger model. Whatever the case may be, the numbers show that 4.7-inch iPhones are still very popular in 2019. Are you still using an iPhone with a 4.7-inch display? Which iPhone model is your favorite?

Apple has hired one of ARM's top chip engineers as the iPhone maker looks to expand its own chip development to more powerful devices, including the Mac, and new categories like a headset. Bloomberg reports: The company hired Mike Filippo in May for a chip architect position, according to his LinkedIn profile. At ARM, Filippo was a lead engineer behind chip designs that power the vast majority of the world's smartphones and tablets and was leading a new push into parts for computers. ARM, owned by SoftBank, designs microprocessors and licenses technology that is fundamental to the chip development efforts of Apple, Samsung, Qualcomm and Huawei.

Prior to his work at ARM, Filippo was also a key designer at chipmakers Advanced Micro Devices and Intel. For Apple, the hire could help fill the void left by the departure of Gerard Williams III earlier this year. Williams was Apple's head architect of chips used in the iPhone and iPad. Apple's A series chips power its mobile devices using ARM technology. Its Mac computers have used processors from Intel for nearly two decades.

An anonymous reader quotes a report from ZDNet: A report published this week by the NASA Office of Inspector General reveals that in April 2018 hackers breached the agency's network and stole approximately 500 MB of data related to Mars missions. The point of entry was a Raspberry Pi device that was connected to the IT network of the NASA Jet Propulsion Laboratory (JPL) without authorization or going through the proper security review. NASA described the hackers as an "advanced persistent threat," a term generally used for nation-state hacking groups.