Independent Security Evaluators (ISE) discovered a total of 125 different security vulnerabilities across 13 IoT devices, likely affecting millions of consumers. Help Net Security reports: In nearly all the devices (12 of the 13), ISE achieved its goal of obtaining remote root-level access. The table below shows the types of vulnerabilities that ISE identified in the targets. All 13 of the devices evaluated by ISE had at least one web application vulnerability such as cross-site scripting (XSS), operating system command injection (OS CMDi), or SQL injection (SQLi) that could be leveraged by an attacker to get remote access to the device's shell or gain access to the device's administrative panel. ISE obtained root shells on 12 of the devices, allowing complete control over the device.

Six of them can be remotely exploited without authentication: the Asustor AS-602T, Buffalo TeraStation TS5600D1206, TerraMaster F2-420, Drobo 5N2, Netgear Nighthawk R9000, and TOTOLINK A3002RU. "We found that many of these issues were trivial to exploit and should have been discovered even in a rudimentary vulnerability assessment," says ISE founder Stephen Bono. "This indicates that these manufacturers likely undergo no such assessment whatsoever, that the bug bounty programs they employ are ineffective, that vulnerability disclosures sent to them are not addressed, or more likely, all of the above."

The Wi-Fi Alliance, the organization that oversees implementation of the Wi-Fi standard, is launching its official Wi-Fi 6 certification program. "That might sound boring, but it means the Wi-Fi 6 standard is truly ready to go, and tech companies will soon be able to advertise their products -- mostly brand new ones -- as certified to properly support Wi-Fi 6," reports The Verge. From the report: So the point of Wi-Fi 6 is to boost speeds within a crowded network. The theoretical maximum speed for Wi-Fi is increasing, too -- to 9.6 Gbps from 3.5 Gbps -- but those numbers don't really matter since you'll never get them at home. What matters is that Wi-Fi 6 has a bunch of tools allowing it to operate faster and deliver more data at once, so the speeds you actually get will be higher than before. Those gains will be most noticeable on crowded networks, where the efficiency improvements will make up for the higher Wi-Fi demands. (Wi-Fi 6 also mandates a major security improvement.)

Really, though, today's launch is largely a formality. The Wi-Fi certification program -- while important, and very much marking the beginning of the Wi-Fi 6 era -- isn't required, and companies have been rolling out Wi-Fi 6 devices for months that likely work just fine. But the Wi-Fi Alliance is made up of members of the tech industry big and small, and its actions represent what wireless features and technologies they're interested in delivering, so this is a clear sign that Wi-Fi 6 has arrived. All that said, this week's biggest news for Wi-Fi 6 has no immediate connection to the Alliance: it's that the iPhone 11 and 11 Pro go on sale, and both support Wi-Fi 6. That's going to quickly put millions of Wi-Fi 6 devices into people's hands, meaning adoption of the new tech will very suddenly be well underway.

MojoKid writes: Gamer-targeted smartphones are beginning to pop up more often now, with devices like the Razer Phone 2, Xiaomi Black Shark, and the ASUS ROG Phone making waves in the market with performance enthusiasts. The latest release from ASUS, the ROG Phone II sports a specially binned chip from Qualcomm called the Snapdragon 855+. The higher performance SoC sports an octa-core CPU clocked at 2.96GHz, paired with an overclocked Adreno 640 GPU that can boost its performance up to 15 percent above spec. A generous 12GB of RAM, 1TB of storage and a 120Hz 6.59 FHD display trim out the rest of the ASUS ROG Phone II's specs. In addition, an enhanced on-board cooling system features a 3D vapor chamber, heat spreaders, and cooling pads that efficiently dissipate heat from inside the phone to the outside. It is designed to be above spec for the Snapdragon 855 chipset and necessary to keep 855+ stable during long gaming sessions. In benchmark testing, there's no question these system upgrades put up significantly better numbers than the average high-end Android phone on the market these days, such that the phone is about 10% faster than devices like Samsung's Galaxy Note 10 or the OnePlus 7 Pro. The ASUS ROG Phone II will be available later this month but pricing is still being determined.

An anonymous reader quotes a report from Politico: The U.S. government concluded within the past two years that Israel was most likely behind the placement of cellphone surveillance devices that were found near the White House and other sensitive locations around Washington, according to three former senior U.S. officials with knowledge of the matter. But unlike most other occasions when flagrant incidents of foreign spying have been discovered on American soil, the Trump administration did not rebuke the Israeli government, and there were no consequences for Israel's behavior, one of the former officials said.

The miniature surveillance devices, colloquially known as "StingRays," mimic regular cell towers to fool cellphones into giving them their locations and identity information. Formally called international mobile subscriber identity-catchers or IMSI-catchers, they also can capture the contents of calls and data use. The devices were likely intended to spy on President Donald Trump, one of the former officials said, as well as his top aides and closest associates -- though it's not clear whether the Israeli efforts were successful. An Israeli Embassy spokesperson denied that Israel placed the devices and said: "These allegations are absolute nonsense. Israel doesn't conduct espionage operations in the United States, period."

Furthermore, after this story was published, Israeli Prime Minister Benjamin Netanyahu denied that Israel was behind the devices. "We have a directive, I have a directive: No intelligence work in the United States, no spies," he said in a gaggle with reporters. "And it's vigorously implemented, without any exception. It [the report] is a complete fabrication, a complete fabrication."

An anonymous reader quotes a report from the BBC: All watches should be banned from exam halls to discourage cheating, says an inquiry into the extent of malpractice in exams taken by pupils across the UK. Smart watches, connected to the internet, are already banned from use by students taking public exams. But the review, commissioned by exam boards, says it is becoming difficult to distinguish between hi-tech and traditional watches. Review chairman Sir John Dunford called for a "blanket ban" on watches. The Independent Commission on Examination Malpractice, set up by exam boards to investigate the prevalence of cheating in public exams in England, Scotland, Wales and Northern Ireland, says that overall there is a "very low level of malpractice." "It can look as if it's a time-telling watch and actually, you press a button and it becomes an email-type watch," said Sir John, a former head teachers' union leader. "If you don't ban them all I think you're giving a very difficult job to invigilators who are looking round an exam room. So I think the obvious thing to do here is to ban watches."

Samsung's $2,000 foldable smartphone was scheduled to launch earlier this year, but was delayed after several major U.S. tech journalists experienced device-breaking display failures with their review units. This caused Samsung to push back the launch date and go back to the drawing board to try and fix these issues.

At IFA in Berlin this week, Samsung brought an updated version of the Galaxy Fold that supposedly fixes many of the issues that plagued the original model. The Verge reports: You need to look closely at the updated Galaxy Fold to spot what's new, but there are some key changes in a variety of areas. The biggest update is that Samsung has now extended the protective film to under the bezels of the device so you can no longer peel it off. I tried to peel it off multiple times and failed, as it's beyond the bezel and impossible to get your fingernails close to. We'll need to test this fully, but I'm confident that Samsung has addressed this particular problem.

Most of the other changes are related to the hinge. It feels a little sturdier than before, and the gaps where the hinge meets the display have been trimmed down. Even the gap when the device is closed has been shrunk slightly, which should add up to less debris getting close to the hinge or displays. Visually, the other big change is that the display now has plastic protection caps at the bottom and top that further block debris from getting underneath it. These are noticeable when you unfold the device, but they should hopefully help stop dirt from getting in the hinge and causing issues. I didn't have enough time to throw a bunch of dirt and dust at the device, so it's hard to say whether Samsung has fixed this particular issue, but it's clear that a lot of work has been done here. Furthermore, Samsung has also "added layers of metal underneath the display to make it feel sturdier, particularly when you touch and interact with the display," reports The Verge. "This is less noticeable by itself, but when you combine it with the hinge changes, it certainly comes off like a more polished device overall."

Apple is reportedly developing in-display fingerprint technology for as early as its 2020 iPhones, according to Bloomberg. "The technology is in testing both inside Apple and among the company's overseas suppliers, though the timeline for its release may slip to the 2021 iPhone refresh, said the people, who asked not to be identified discussing private work." From the report: Apple introduced fingerprint scanning on iPhones in 2013, following its acquisition of AuthenTec Inc., a pioneer in the field. Integrated into the iPhone's home button, the Touch ID system was used for unlocking the device, approving payments and authorizing app downloads -- and it gave Apple a technological edge with its speed and reliability. Touch ID was replaced with face-scanning sensors in 2017 with the iPhone X launch. Branded as Face ID, the new face authentication again put Apple ahead of the competition with a more robust and secure implementation than rivals. The upcoming fingerprint reader would be embedded in the screen, letting a user scan their fingerprint on a large portion of the display, and it would work in tandem with the existing Face ID system, the people familiar with Apple's plans said. The report also mentions Apple is working on its first low-cost iPhone since the iPhone SE: That could come out as early as the first half of 2020, the people said. The device would look similar to the iPhone 8 and include a 4.7-inch screen. The iPhone 8 currently sells for $599, while Apple sold the iPhone SE for $399 when that device launched in 2016. The new low-cost phone is expected to have Touch ID built into the home button, not the screen. Nikkei reported plans for a cheaper iPhone earlier this week.

An anonymous reader quotes a report from Ars Technica: Android 10 is finally finished! The next big Android update, which we've been examining for most of the year as the "Android Q Beta," starts rolling out to devices today. As usual, Android 10 is arriving on Pixel phones first (even the three-year-old Pixel 1), and Google says it is "working with a number of partners to launch or upgrade devices to Android 10 this year." Google has introduced a new branding strategy for Android, by the way, so there's no "Q" snack name with this release. In 2019, it's just "Android 10." Android 10 brings a number of changes to the world's most popular mobile operating system.

First up, devices are getting "fully gestural" navigation, which lets you navigate around the phone with swipe gestures. Just like the implementation on the iPhone X, gesture navigation removed the need for a dedicated space for navigation buttons, allowing for more space for app content. There's finally full support for a dark theme, which will turn the entire system UI and any supported apps from the usual black text on a white background to white text on a black background. (That option significantly reduces the amount of light a phone puts out and saves battery life on OLED displays.) Google has also promised dark mode support for "all" of the Google apps in time for Android 10's launch, so we should be seeing updates to Gmail, Google Play, Google Maps, and a million other Google apps sometime soon. Other features of Android 10 include a faster share sheet, a "bubbles" API for floating apps, 230 new emoji, improved security and privacy options, and smarter notification panel.

Huawei's next flagship smartphone will not come with Google's popular apps, such as Maps, YouTube, and Drive. The BBC reports: Google confirmed that due to a U.S. government ban on sales to Huawei, it could not license its apps to the Chinese smartphone giant. It also means the next Huawei phone will not have access to the Google Play app store, which could leave customers without access to other popular apps. The U.S. government restricted American companies from selling products and services to Huawei in May, citing national security concerns, which Huawei rejects.

Huawei is just weeks away from launching its next flagship phone, the Mate 30 Pro. It will be Huawei's first major phone launch since the U.S. restrictions were applied in May. But analysts say launching without Google's apps in Europe will be a major blow. Consumers expect to have access to all the major apps they are used to - including Maps and YouTube. Without them, Huawei's phones will seem a lot less appealing. And losing the Play Store means Huawei will need to provide another way for customers to access other popular apps such as Facebook, Twitter and BBC News. Huawei said in a statement: "Huawei will continue to use the Android OS and ecosystem if the U.S. government allows us to do so. Otherwise, we will continue to develop our own operating system and ecosystem."

Tom's Guide notes that consumers can still download apps from APK repositories like APKmirror.com. "While this is certainly a nuisance, it's far from crippling."

An anonymous reader quotes a report from The Verge: Microsoft is planning to redesign the tablet experience for Windows 10. The software giant has started testing a new design for 2-in-1 convertible PCs that will keep the user interface more similar to the existing desktop design. Currently, Windows 10 throws you into a more tablet-optimized UI that removes task bar icons and puts the Start menu full-screen when a device automatically switches into "tablet mode." Microsoft is now walking back some of those changes, while keeping some touch-optimized elements for 2-in-1 PCs.

In the new tablet experience, the desktop will remain in full view, with the task bar icons visible and increased spacing between them. If enabled, the search box will collapse into an icon, and the touch keyboard will appear when you tap on a text field. File Explorer will also switch to a touch-optimized layout. Microsoft is testing this with Windows Insiders and has marked the design as beta, suggesting it will change and be shaped by feedback. Still, it's hard not to see this as Microsoft walking back from a dedicated tablet experience in Windows 10. These new changes will trigger automatically when you remove a keyboard from a device like a Surface Pro, and Microsoft has confirmed that a dedicated "tablet mode" will remain but you'll have to enable it manually. Microsoft is also testing a cloud download option to reset and restore Windows 10 PCs. "[I]t will allow Windows users to quickly reinstall the OS without needing it to be installed on the local disk or having a recovery USB drive," reports The Verge.

Microsoft announced it will be holding a Surface hardware event in New York City on October 2nd, which could be where the company unveils its dual-screen Surface laptop / tablet hybrid that's been in development for more than two years. As The Verge reports, the new dual-screen device, codenamed "Centaurus," is "designed to be the hero device for a wave of new dual-screen tablet / laptop hybrids that we're expecting to see throughout 2020." From the report: Microsoft demonstrated this new device during an internal meeting earlier this year, signaling that work on the prototype has progressed to the point where it's nearing release. Still, it's not certain that Microsoft will show off this new hardware in October or even launch it. Microsoft CEO Satya Nadella famously killed off the Surface Mini just weeks before its scheduled unveiling. If Microsoft does plan to show this dual-screen Surface device, then it won't be ready to ship immediately. Sources familiar with Microsoft's plans tell The Verge that the company is currently targeting a 2020 release date for its dual-screen Surface.

Alongside Centaurus, Microsoft will likely refresh other Surface devices. The Surface Book is long overdue an update, and Microsoft's Surface Laptop and Surface Pro hardware could finally see the addition of USB-C ports this year. Even Microsoft's Surface Go tablet is more than a year old now and could see a minor refresh.

An anonymous reader quotes a report from MIT Technology Review: Shabir Barzanjeh at the Institute of Science and Technology Austria and a few colleagues have used entangled microwaves to create the world's first quantum radar. Their device, which can detect objects at a distance using only a few photons, raises the prospect of stealthy radar systems that emit little detectable electromagnetic radiation. The device is simple in essence. The researchers create pairs of entangled microwave photons using a superconducting device called a Josephson parametric converter. They beam the first photon, called the signal photon, toward the object of interest and listen for the reflection. In the meantime, they store the second photon, called the idler photon. When the reflection arrives, it interferes with this idler photon, creating a signature that reveals how far the signal photon has traveled. Voila -- quantum radar!

The researchers go on to compare their quantum radar with conventional systems operating with similarly low numbers of photons and say it significantly outperforms them, albeit only over relatively short distances. That's interesting work revealing the significant potential of quantum radar and a first application of microwave-based entanglement. But it also shows the potential application of quantum illumination more generally. A big advantage is the low levels of electromagnetic radiation required. Then there is the obvious application as a stealthy radar that is difficult for adversaries to detect over background noise. The researchers say it could be useful for short-range low-power radar for security applications in closed and populated environments. The researchers detail their findings in a paper on arXiv.org.

Netflix is testing an all-new recommendation system called "Collections" that relies on humans instead of neural networks. TechCrunch reports: While Netflix today already offers thematic suggestions of things to watch, based on your Netflix viewing history, Collections aren't only based on themes. According to Netflix, the titles are curated by experts on the company's creative teams, and are organized into these collections based on similar factors -- like genre, tone, story line and character traits.

This human-led curation is different from how Netflix typically makes its recommendations. The streaming service is famous for its advanced categorization system, where there are hundreds of niche categories that go beyond broad groupings like "Action," "Drama," "Sci-Fi," "Romance" and the like. These narrower subcategories allow the streamer to make more specific and targeted recommendations. Netflix also tracks titles that are popular and trending across its service, so you can check in on what everyone else is watching, as well. The feature is currently in testing on iOS devices and can be found at the top right of the app's homepage, if you've been opted in to the test.

Bivacor is working toward human trials of their artificial heart after the implant successfully kept a calf alive for 90-days, helping it stay healthy, energetic, and gain weight at a normal rate. It even jogged on a treadmill for 30-minute stretches. Artificial hearts have been discussed among cardiac surgeons and biomedical engineers for more than 50 years, but what makes Bivacor's artificial heart so unique is its use of a levitating disk, suspended in a magnetic field, that spins 2,000 times per minute to keep blood flowing. IEEE Spectrum reports: We had to overcome many technical challenges to make an artificial heart that's small, biocompatible, energy efficient, and durable. Consider that the human heart beats about 112,000 times a day, which adds up to 42 million times a year, and you'll understand the magnitude of the challenge. We've tested the Bivacor heart in 15 cows so far. While the need for animal testing is unfortunate, it's the only way to prove the device's safety and move forward to clinical trials in humans. These Corriente calves, which are relatively small, are the right size to serve as analogues for adult patients. We've also implanted the Bivacor heart in several sheep, which are more representative of patients with smaller bodies, including children. Our tests have shown that the heart holds up well: With its one moving part levitating in a magnetic field, there's no worry that friction and mechanical wear will cause the machine to give out. Our tests have also shown that the device can adapt to the user's cardiovascular requirements.

The Bivacor heart would fit in the palm of your hand -- it's about 650 grams, slightly heavier than an adult human heart. Its shell is made of titanium, a noncorroding material that almost never triggers an immune response. Patients will wear a 4-kg external controller pack that contains two rechargeable batteries (providing about 5 hours of operation each), although they can also plug in directly to a power outlet. Throughout our design process, we used 3D printers to make both titanium and plastic parts for our prototypes, allowing us to rapidly experiment with different geometries. For testing, we built a hardware simulation of the human circulatory system in our engineering office in Los Angeles; this mock-up allows us to validate a device's function thoroughly and repeatedly in a controlled environment, and reduces the need for animal testing.

An anonymous reader quotes a report from MacRumors: The Chicago Tribune recently launched an investigation into the radiofrequency radiation levels output by popular smartphones, and found that some of Apple's iPhones are allegedly emitting radiofrequency radiation that exceeds safety limits. According to the newspaper, it contracted an accredited lab to test several smartphones according to federal guidelines. iPhones were secured below clear liquid formulated to simulate human tissue while probes measured the radiofrequency radiation the liquid absorbed.

Several iPhones measured over the legal safety limits in the tests, but the worst performer was the iPhone 7. Its radiofrequency radiation exposure was over the legal limit and more than double what Apple reported to federal regulators. The iPhone X was slightly over limits in some tests, as was the iPhone 8, while the 8 Plus stayed within the legal range. iPhones were tested twice after Apple provided feedback on the testing method. The modified test "added steps intended to activate sensors designed to reduce the phones' power." In these modified tests, where a reporter held the iPhone to activate the sensors in question, the iPhone 8 was under the 5mm limit, but the iPhone 7 models were not. Apple disputed the results found by The Chicago Tribune and said that the lab did not test the iPhones in the same way that Apple does, though Apple would not specify what was done wrong in the testing. Apple also said the modified testing had been done wrong. The investigation also found smartphones from Samsung, Motorola, and Vivo also demonstrated radiofrequency radiation levels that exceed FCC guidelines. However, it's worth noting that testing was done in a way to simulate the worst possible exposure conditions.

The FCC said that it will be conducting its own tests over the next couple of months. "We take seriously any claims on non-compliance with the RF (radiofrequency) exposure standards and will be obtaining and testing the subject phones for compliance with FCC rules," agency spokesman Neil Grace said.

San Mateo High School administrators have instituted a new policy to lock up students' cellphones. "Each school day, nearly 1,700 students place their devices in a Yondr pouch that closes with a proprietary lock," reports NBC News. "School administrators unlock them at the end of the day." The goal is to help students focus on the teacher and other students. From the report: While administrators and teachers say they have already noticed a positive effect on students, the policy has elicited mixed reactions from researchers who argue its long-term effectiveness. Devices remain in the student's possession, but they aren't able to access them, the school said. The program was funded with a $20,000 grant. The pouches have been assigned to students at no cost, but losing one will cost the high-schoolers a $25 replacement fee.

Some technology experts feel the new policy is a step in the right direction and will curb distraction in the classroom. "Taking cellphones out of the classroom is a no-brainer," said Calvin Newport, a professor of computer science at Georgetown University. Students tend to perform worse when they have access to network connectivity in the classroom, he said. "The ability to be free of distraction and concentrate on things is increasingly valuable, so it's a good general function of our schools to be a place where our students get trained to keeping their concentration on one thing at a time," he added.

While many researchers have focused on the benefits of cutting out devices from the classroom, others worry about taking away something young people depend on. Larry Rosen, a research psychologist at California State University, said young people constantly check their phones to alleviate anxiety. They are anxious about staying on top of things, and that anxiety will build up if they are forced to ditch the devices cold turkey, he added. Taking away phones doesn't work for everyone, he argues. Instead, he believes "technology breaks" are a much happier medium.

An anonymous reader quotes a report from Phys.Org: Excess heat given off by smartphones, laptops and other electronic devices can be annoying, but beyond that it contributes to malfunctions and, in extreme cases, can even cause lithium batteries to explode. To guard against such ills, engineers often insert glass, plastic or even layers of air as insulation to prevent heat-generating components like microprocessors from causing damage or discomforting users. Now, Stanford researchers have shown that a few layers of atomically thin materials, stacked like sheets of paper atop hot spots, can provide the same insulation as a sheet of glass 100 times thicker. In the near term, thinner heat shields will enable engineers to make electronic devices even more compact than those we have today, said Eric Pop, professor of electrical engineering and senior author of a paper published Aug. 16 in Science Advances. "To make nanoscale heat shields practical, the researchers will have to find some mass production technique to spray or otherwise deposit atom-thin layers of materials onto electronic components during manufacturing," adds Phys.Org.

"But behind the immediate goal of developing thinner insulators looms a larger ambition: Scientists hope to one day control the vibrational energy inside materials the way they now control electricity and light. As they come to understand the heat in solid objects as a form of sound, a new field of phononics is emerging, a name taken from the Greek root word behind telephone, phonograph and phonetics."

Freshly Exhumed shares a report from The Guardian: Automatic license plate readers, which use networked surveillance cameras and simple image recognition to track the movements of cars around a city, may have met their match, in the form of a T-shirt. Or a dress. Or a hoodie. The anti-surveillance garments were revealed at the DefCon cybersecurity conference in Las Vegas on Saturday by the hacker and fashion designer Kate Rose, who presented the inaugural collection of her Adversarial Fashion line.

To human eyes, Rose's fourth amendment T-shirt contains the words of the fourth amendment to the U.S. constitution in bold yellow letters. The amendment, which protects Americans from "unreasonable searches and seizures," has been an important defense against many forms of government surveillance: in 2012, for instance, the U.S. supreme court ruled that it prevented police departments from hiding GPS trackers on cars without a warrant. But to an automatic license plate reader (ALPR) system, the shirt is a collection of license plates, and they will get added to the license plate reader's database just like any others it sees. The intention is to make deploying that sort of surveillance less effective, more expensive, and harder to use without human oversight, in order to slow down the transition to what Rose calls "visual personally identifying data collection." "It's a highly invasive mass surveillance system that invades every part of our lives, collecting thousands of plates a minute. But if it's able to be fooled by fabric, then maybe we shouldn't have a system that hangs things of great importance on it," she said.

Apple says it will offer up to $1 million for hackers who can find vulnerabilities in iPhones and Macs. "That's up from $200,000, and in the fall the program will be open to all researchers," reports Forbes. "Previously only those on the company's invite-only bug bounty program were eligible to receive rewards." From the report: As Forbes reported on Monday, Apple is also launching a Mac bug bounty, which was confirmed Thursday, but it's also extending it to watchOS and its Apple TV operating system. The announcements came in Las Vegas at the Black Hat conference, where Apple's head of security engineering Ivan Krstic gave a talk on iOS and macOS security. Forbes also revealed on Monday that Apple was to give bug bounty participants "developer devices" -- iPhones that let hackers dive further into iOS. They can, for instance, pause the processor to look at what's happening with data in memory. Krstic confirmed the iOS Security Research Device program would be by application only. It will arrive next year.

The full $1 million will go to researchers who can find a hack of the kernel -- the core of iOS -- with zero clicks required by the iPhone owner. Another $500,000 will be given to those who can find a "network attack requiring no user interaction." There's also a 50% bonus for hackers who can find weaknesses in software before it's released. Apple is increasing those rewards in the face of an increasingly profitable private market where hackers sell the same information to governments for vast sums.

Earlier today at Samsung's Galaxy Note 10 launch event, Samsung announced several new features coming to DeX, an application that transforms your Samsung phone into a "desktop like" interface. The expanded version of DeX on the Note 10 now works with your computer, allowing you to transfer files (including photos), reply to messages and run mobile apps on your Mac or Windows PC. Engadget reports: The Note 10 also touts a Link to Windows option in the phone's Quick Panel that connects to a Windows 10 PC, sharing your phone's notifications on your PC screen with no specialized apps required. This concept also isn't completely new, but it's still helpful if you'd rather not check your phone for a must-see message or app alert. More Microsoft integrations are coming. You'll get to make and receive calls right from your PC (it's not clear if this is just for Samsung phones or for all Android devices). Samsung's Gallery app, meanwhile, will tie into OneDrive to upload photos to cloud storage. If the company has its way, your phone and computer will feel like extensions of each other.