YouTube has been having a torrid time of late with a number of high-profile brands pulling their ads from the streaming service after discovering some were being run alongside extreme content.
To reassure advertisers and deter the interest of regulators, YouTube recently decided to begin posting a quarterly Community Guidelines Enforcement Report highlighting its efforts to purge the site of content that breaches its terms of service.
The first of these reports, posted on Monday, reveals that the Google-owned company wiped 8.3 million videos from its servers between October and December, 2017. YouTube said the majority of the videos were spam or contained sexual content. Others featured abusive, violent, or terrorist-related material.
The data, which doesn’t include content deleted for copyright or legal reasons, shows that YouTube’s automated tools are now doing most of the work, deleting the majority of the unsuitable videos. Interestingly, YouTube noted that of the 6.7 million videos pulled up by its machine-based technology, 76 percent were removed before they received a single view.
The report also highlighted how its technology is helping to speed up identification and removal of unsuitable content: “At the beginning of 2017, 8 percent of the videos flagged and removed for violent extremism were taken down with fewer than 10 views. We introduced machine-learning flagging in June 2017. Now more than half of the videos we remove for violent extremism have fewer than 10 views.”
Humans still play a role in keeping the service free of objectionable content. Just over a million of the deleted videos were flagged by a “trusted individual,” while “YouTube users” flagged another 0.4 million. A small number of videos were flagged by non-governmental organizations and government agencies. Flagged videos are not automatically deleted — some will be deemed OK by YouTube’s review system, while others will be slapped with an age-restriction notice.
YouTube also employs its own human reviewers who look at suspect content passed on by its machine-based system. The company is working to create a team of 10,000 reviewers by the end of 2018, and is also hiring full-time specialists with expertise in violent extremism, counterterrorism, and human rights. Regional expert teams are also being expanded, the company said.
The number of videos removed by YouTube in just three months may surprise some, though it’s also worth considering that the site has more than 400 hours of content uploaded each and every minute.
YouTube clearly still faces many challenges in cleaning up its service, but it insists it’s committed to ensuring it “remains a vibrant community with strong systems to remove violative content,” adding that future reports should demonstrate ongoing improvements regarding its procedures and technology for getting rid of unsuitable material.
How does the battery in the iPhone X compare to that of its predecessors? Is it better? Worse? The same? Is investing in a new phone really worth it if you’re only considering battery life? Well, we ran a quick test to find out.
Apple’s website claims the battery in the iPhone X can last up to two hours longer than that in the iPhone 7. And although the iPhone 7 wasn’t actually one of the phones we tested, that kind of power could theoretically allow for up to 12 hours of continuous internet use or 60 hours of wireless audio playback. But did it stack up?
Taking into consideration equal usage, we made sure all four of the phones we were testing — i.e., the iPhone X, 8 Plus, 7 Plus, and 6S Plus — were connected to the same Wi-Fi network and had their screens set to 50-percent brightness. We also ensured each was utilizing the same account, so they would receive notifications at the same time. Once set up, we streamed a 10-hour Nyan cat video and waited to see which order the phones died in.
Battery life didn’t vary substantially across devices — there was only a two-hour difference between the first and last place phones. The phone that came out on top, however, was the iPhone X, which stayed alive for 9 and a half hours. The 6S Plus (surprisingly) came in second place with 8 hours and 47 minutes, the 8 Plus in third with 7 hours and 46 minutes, and the 7 Plus with 7 hours and 22 minutes.
It’s hard to make any definitive assumptions based on these results, though. While the 6S Plus coming in second was definitely unusual considering it is the oldest phone in our lineup, this entire experiment calls into question which activities and hardware actually drain a battery the quickest.
The iPhone 7 Plus touts a 2,9000mAh battery — the largest battery ever placed in an iPhone — yet it showcased the worst battery life of any device in our lineup. This also brings up questions regarding screen size, since the X was the smallest phone of the lot.
In another smartphone test, we pitted all the major flagship phones against one another in a battery test, and the iPhone X came in last place. The iPhone X may not be able to compete with other leading phones on the market, sure, but it still got first place in our experiment. Why is this? We’re not entirely sure.
Frequent use of the facial unlocking feature on the iPhone X might drain its battery faster, but we didn’t use it in our last experiment, and there are tons of other factors that might affect a smartphone’s battery life.
At the end of the day, however, if battery life is your priority, you’re better off reevaluating your battery usage than buying a newer model.
David Cogen — a regular contributor here at Digital Trends — runs TheUnlockr.com, a popular tech blog that focuses on tech news, tips and tricks, and the latest tech. You can also find him over at Twitter discussing the latest tech trends.
Apple Music is quickly gaining in its battle with Spotify, adding subscribers at a much faster rate than its competition. And right now, there’s a good chance that you and your family might be able to save a few bucks by opting for a family account instead of separate accounts. Apple Music is far from the only service to offer family subscriptions, but its plans do work a little differently, which can be confusing.
While Spotify and plenty of other services are stand-alone, making adding family members a fairly straightforward process, Apple Music is tied into the entire Apple ecosystem. That’s great if your entire family is already all-in on Apple, but if you’re trying to add family members to an Apple Music subscription that use different devices, it can be a little tricky. Don’t worry though — we’re here to help.
Before you get started
In order to follow the instructions in this guide, you’re going to need a few things, some of which are more obvious than others. First off, you’ll need an Apple ID, which, assuming you either use at least one iOS or MacOS device or at least one Apple service, you probably have. Second, you’ll need an iOS device running iOS 8 or later, or a Mac running OS X Yosemite or later.
You’ll also need an Apple Music Family subscription. If you’re setting Apple Music up from scratch, be sure to choose a Family subscription instead of an Individual subscription. If you’ve got an Individual Apple Music subscription you’d like to change to a Family subscription, it’s a fairly quick process, and detailed instructions are available via the support section of the Apple website.
Setting up Family Sharing
Instead of functioning independently, Apple Music’s Family plan piggybacks on Apple’s Family Sharing infrastructure. If you already have Family Sharing set up and are just looking to add new family members, skip to the next section. If you’re setting up your Family subscription for the first time and have never used Family sharing, read on.
Setting up Family Sharing on iOS
If you’re reading this article on your iPhone or iPad, you’re in luck: You can set up Family Sharing right now in a few simple steps.
Find the Family Sharing settings: Open the Settings app and either tap on your name at the very top, or on older iOS devices, scroll down and open the iCloud settings.
Tap Set Up Family Sharing: Then tap Get Started. From here, follow the prompts until setup is completed.
Invite family members: If you’re using iOS 11 or later, you’ll be invited to choose the first feature you want to turn on for sharing. From here, follow the instructions to invite family members via Messages.
Setting up Family Sharing on Mac
If you’re using a Mac, setting up Family Sharing is as easy or perhaps even easier than using an iOS device. The steps are just a little different.
Open iCloud settings: Click on the ever-present Apple logo in the top left of the screen, then select System Preferences. Once the preferences window is open, click on iCloud.
Start the setup process: Simply click Set Up Family, then follow the onscreen instructions to complete the process.
Invite family members
Whether you’ve already set up Family Sharing or just followed the above steps, the next step is to add family members so they can use Apple Music, too. You can do this on your Mac, iOS, or Android device. Steps for each are below.
Find the Family Sharing settings: As mentioned above, all you need to do is open the Settings app and tap on your name at the very top, or on older iOS devices, scroll down and open the iCloud settings.
Add a new family member: This is as easy as tapping Add Family Member, then entering their name or email address. Then just follow the onscreen instructions.
Finish setup: If you’re using iOS 11 or later, you can choose whether you’d like to invite the family member via Messages or in person.
Open iCloud Settings: Click the Apple icon in the top left of your screen, then open System Preferences and click on iCloud.
Open Family settings: Just click on Manage Family.
Add a new family member: Click the + icon, then follow the onscreen instructions.
Open Apple Music settings: Open Apple Music, then tap the menu icon in the upper left corner.
Navigate to Account settings: Tap on your photo or name at the top of the screen.
Open Membership settings: Tap on Manage Membership, then enter your iCloud password if prompted.
Open Family settings: Tap on either Family or Family Setup.
Add family members: If you tapped Family Setup, follow the onscreen instructions to add family members. If you tapped Family, tap Add Family Member at the bottom of the screen and follow the prompts.
Now you should be all set on your end. All that’s left is for your family members to actually start using Apple Music. All they need to do is log into Apple Music with the same credentials they use for Family Sharing, and they’ll be ready to start listening. That said, every once in a while, things don’t go as smoothly as you hoped.
If you run into trouble
One of the most common issues is that a family member might be using multiple accounts and is either logging into Apple Music or iCloud (in the case of Family Sharing) with the wrong one. If somebody is having trouble accessing Apple Music, this is the first thing you should check.
Sometimes, logging out and back in can fix issues preventing you or a family member from accessing a Family subscription. First, try logging in and out of the affected Apple Music account. If this doesn’t solve the problem, try logging out and back in to all of your Apple services. Finally, if this doesn’t work, you can try removing everyone from Family Sharing and adding them back. This isn’t fun, but following the steps above should make quick work of it.
And that’s all there is to it. If reading this has you considering using another service with your family, be sure to read our roundup of the best music streaming services.
It looks like Samsung could be developing a new take on video chatting. The company was recently awarded a patent that combines Samsung’s somewhat strange AR Emoji with video chatting. That’s right, sometime soon you could be video chatting with your friends as an AR Emoji.
The patent was first spotted by PatentlyMobile and aims to enable video chatting without needing to use up the bandwidth that is actually required to transmit live video. Samsung’s AR Emoji are basically its version of Apple’s Animoji.
“Existing video communication systems typically require high bandwidth and are inherently high latency as entire image sequences need to be generated and compressed before transmitting the signal to another device,” says the patent. In other words, when your data connection is a little spotty, your AR avatar could serve as a stand-in for your actual image — and a much lower bandwidth stand-in.
The new system could solve more than just a bandwidth issue. As noted in the patent, when you’re video chatting you rarely seem to be looking directly at whoever you’re chatting to because of the fact that the camera is normally located above or below the display. If it’s instead a virtual version of you that is chatting, the image can be corrected to make it seem like the user is looking directly at the other user.
The system could use a range of data to accurately represent the user on the display. For example, the patent describes using biometric sensors, including heart rate sensor, pupil dilation sensor, EKG sensor, and more — all to determine things like the emotional state of the user so that the system can accurately represent them on the other side of the video chat.
Of course, there are a few important things to note. Samsung first applied for the patent in March 2016, two years before the Samsung Galaxy S9 was launched. The Galaxy S9 is the phone that really kicked off Samsung’s AR Emoji efforts but the AR Emoji video chatting feature is nowhere to be seen. Just because Samsung was awarded the patent, that doesn’t mean that it will ever implement it — and if it does, there is no knowing when it will do so.
Recently discovered code found within the next release of Windows 10 shows that Microsoft may be ready to re-enter the mobile space. The Windows 10 Insider Preview build contains new APIs for telephony features, fueling speculations that Microsoft may be close to releasing its oft-rumored dual-screen Surface Phone smartphone.
Windows 10 build 17650 contains the APIs that are typically found on phones used for dialing numbers, blocking calls, and supporting Bluetooth headsets. There is also video-calling support, Ars Technica reported, which could lead to video calls over cellular connectivity. While support for cellular connectivity has existed since Windows 8, it was used only for data connections — Microsoft’s own Surface Pro LTE is one such example. These newly discovered APIs cover capabilities for voice-based communications.
In the past, Microsoft was rumored to working on a phone device with two screens connected by a hinge. The screens could fold together, like a book, to take on a more compact phone-like form factor. However, when unfolded, the device could provide the benefits of a tablet with a larger display. This device was previously known by its Project Andromeda code name. If Microsoft is ready to launch such a device, it could use its Build developer conference early next month as the platform to show off this hardware publicly.
Given that the device’s potential Surface branding, it would likely arrive bearing the high-end hallmarks of the line, including a premium build with a metal shell, support for inking with a digitizer, and the ability to run Windows. Given Microsoft’s recent work with Qualcomm to bring the Windows operating system to ARM processors, it’s unclear if the Surface Phone would be powered by a Qualcomm processor or one from Intel.
Another simpler explanation for the presence of these newly uncovered APIs is that Microsoft is streamlining Windows with Windows Core OS. That effort could have resulted in important APIs merged together in an effort to reduce the number of variants of the operating system. Microsoft has been pushing developers to create Universal Windows Platform (UWP) apps that could run on Windows, mobile, and Xbox, and the telephony APIs presence on Windows could be an extension of this effort.
If there are any significant changes to Windows, we will likely find out at Build next month.