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Recently, Italy’s Fastweb chose Huawei as partner for its city Wi-Fi hotspot solution, using the CloudCampus solution to deploy Wi-Fi throughout Italy and ultimately improve user experience during Internet access.
At the Galaxy Note9 Unpacked 2018, Samsung Electronics showcased the latest addition to the Galaxy Note lineup and redefined expectations for mobile devices.
Samsung Galaxy Unpacked 2018 is officially in the books, and what an event it was! Samsung’s most jam-packed Unpacked yet revealed a number of exciting
The latest addition to a series that continues to raise the bar for smartphone power and performance, the Galaxy Note9 features an array of innovative
These days, whether we’re connecting with friends and family, leading a conference call on the go, snapping photos, or playing a favorite mobile game, we rely
Each new addition to the Note family introduces exciting capabilities to the smartphones’ signature feature: the S Pen. Over the years, these refinements have
The Galaxy Note9 builds on Samsung Electronics’ legacy of innovative camera technologies with an intelligent camera that takes the work out of capturing
The Galaxy Note9 introduces exciting enhancements to the same great collection of high-performance Galaxy features that have, over the last few years,
Samsung Electronics today announced the latest addition to its premium Note series with Galaxy Note9. The Note series has been recognized for including
You may have heard of Amazon Aurora, a custom built MySQL and PostgreSQL compatible database born and built in the cloud. You may have also heard of serverless, which allows you to build and run applications and services without thinking about instances. These are two pieces of the growing AWS technology story that we’re really excited to be working on. Last year, at AWS re:Invent we announced a preview of a new capability for Aurora called Aurora Serverless. Today, I’m pleased to announce that Aurora Serverless for Aurora MySQL is generally available. Aurora Serverless is on-demand, auto-scaling, serverless Aurora. You don’t have to think about instances or scaling and you pay only for what you use.
Sure, we love our smartphones, but when they have an off-day, we’re ready to throw our beloved devices out the window. Imagine a device that never has
In just a short time, Samsung’s S Pen has revolutionized the way people use their phones. Over the years, this trademark of the Note series has evolved
Samsung Electronics today introduced the new Samsung Galaxy Watch. Galaxy Watch brings the best of the Samsung’s Galaxy ecosystem with long-lasting
Facebook’s Hard Questions, a series that explores the most challenging issues Facebook confronts, is hosting a discussion about the line between hate and debate, featuring a diverse range of views.
Huawei announced that it has signed a Memorandum of Understanding (MoU) with Ivanti, the company that unifies IT and Security Operations to better manage and secure the digital workplace, to mark their cooperation in the campus network field.
Posted by Purnima Kochikar, Director, Google Play, Apps & Games
On Monday we released Android 9 Pie. As we continue to push the Android platform forward, we’re always looking to provide new ways to distribute your apps efficiently, help people discover and engage with your work, and improve the overall security of our ecosystem. Google Play has had a busy year so far with some big milestones around helping you reach more users, including:
Google Play is dedicated to helping you build and grow quality app businesses, reach the more than 2 billion Android devices globally and provide your users with better experiences. Here are some of the important areas we’re prioritizing this year:
We’ve added more testing tools to the popular Play Console to help developers de-risk app launches with internal and external test tracks and staged rollouts to get valuable early feedback. This year we’ve expanded the Start on Android program globally that provides developers new to Android additional guidance to optimize their apps before launch. Google Play Instant remains a huge bet to transform app discovery and improve conversions by letting users engage without the friction of installing. We’re seeing great results from early adopters and are working on new places to surface instant experience, including ads, and making them easier to build throughout the year.
Google Play plays an important role helping developers understand and fix quality and performance issues. At I/O, we showcased how we expanded the battery, stability and rendering of Android vitals reporting to include app start time & permission denials, enabling developers to cut application not responding errors by up to 95%. We also expanded the functionality of automated device testing with the pre-launch report to enable games testing. Recently, we increased the importance of app quality in our search and discovery recommendations that has resulted in higher engagement and satisfaction with downloaded games.
Over the last year we’ve rolled out more editorial content and improved our machine learning to deliver personalized recommendations for apps and games that engage users. Since most game downloads come from browsing (as opposed to searching or deep linking into) the store, we’ve put particular focus on games discovery, with a new games home page, special sections for premium and new games, immersive video trailers and screenshots, and the ability to try games instantly. We’ve also introduced new programs to help drive app downloads through richer discovery. For example, since launching our app pre-registration program in 2016, we’ve seen nearly 250 million app pre-registrations. Going forward, we’ll be expanding on these programs and others like LiveOps cards to help developers engage more deeply with their audience.
Google Play now collects payments in 150 markets via credit card, direct carrier billing (DCB), Paypal, and gift cards. Direct carrier billing is now enabled across 167 carriers in 64 markets. In 2018, we have focused on expanding our footprint in Africa and Latam with launches in Ghana, Kenya, Tanzania, Nigeria, Peru & Colombia. And users can now buy Google Play credit via gift cards or other means in more 800,000 retail locations around the world. This year, we also launched seller support in 18 new markets bringing the total markets with seller support to 98. Our subscription offering continues to improve with ML-powered fraud detection and even more control for subscribers and developers. Google Play’s risk modeling automatically helps detect fraudulent transactions and purchase APIs help you better analyze your refund data to identify suspicious activity.
Google Play Protect and our other systems scan and analyze more than 50 billion apps a day to keep our ecosystem safe for users and developers. In fact, people who only download apps from Google Play are nine times less likely to download a potentially harmful app than those who download from other sources. We’ve made significant improvements in our ability to detect abuse—such as impersonation, inappropriate content, fraud, or malware—through new machine learning models and techniques. The result is that 99% of apps with abusive content are identified and rejected before anyone can install them. We’re also continuing to run the Google Play Security Rewards Program through a collaboration with Hacker One to discover other vulnerabilities.
We are continually inspired by what developers build—check out #IMakeApps for incredible examples—and want every developer to have the tools needed to succeed. We can’t wait to see what you do next!
Posted by Vineet Tanwar, Business Development Manager, Google Play
In June, we announced the Indie Games Accelerator, a new four month program to help indie game startups from India, Pakistan and Southeast Asia supercharge their growth on Android. We have been truly impressed by the overwhelming responses we have received, and the creativity that indie game developers from these regions have to offer.
We had a great time going through the applications and playing the games which were submitted for review. Now, it’s finally time to announce the inaugural class of startups selected for the program who we will mentor and coach over the next few months. Here they are:
Congratulations to the selected participants and a huge thanks to everyone that applied! Find out more about the program or express your interest in joining next class of Indie Games Accelerator.
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They say that every entrepreneurial journey starts with an epiphany or meaningful experience. This is certainly true of David Darmanin’s entrepreneurial journey as a non-technical founder. Dr. Darmanin (he has a doctorate in law) realized after two failed startups that he was his best customer. He had all the skills to build what he needed,…
Posted by James Lau, Product Manager (@jmslau)
When using the Java programming language, one of the most common pitfalls is trying to access a member of a null reference, causing a
NullPointerException to be thrown. Kotlin offers protection against this by baking nullable and non-nullable types into the type system. This helps eliminate
NullPointerExceptions from your code and improve your app’s overall quality. When Kotlin code is calling into APIs written in the Java programming language, it relies on nullability annotations in those APIs to determine the nullability of each parameter and the return type. Unannotated parameters and return types are treated as platform types, which weakens the null-safety guarantee of Kotlin.
As part of yesterday’s Android 9 announcement, we have also released a new Android SDK that contains nullability annotations for some of the most frequently used APIs. This will preserve the null-safety guarantee when your Kotlin code is calling into any annotated APIs in the SDK. Even if you are using the Java programming language, you can still benefit from these annotations by using Android Studio to catch nullability contract violations.
Normally, nullability contract violations in Kotlin result in compilation errors. But to ensure the newly annotated APIs are compatible with your existing code, we are using an internal mechanism provided by the Kotlin compiler team to mark the APIs as recently annotated. Recently annotated APIs will result only in warnings instead of errors from the Kotlin compiler. You will need to use Kotlin 1.2.60 or later.
Our plan is to have newly added nullability annotations produce warnings only, and increase the severity level to errors starting in the following year’s Android SDK. The goal is to provide you with sufficient time to update your code.
To get started, go to Tools > SDK Manager in Android Studio. Select Android SDK on the left menu, and make sure the SDK Platforms tab is open.
Use SDK Manager in Android Studio to install SDK for API Level 28 Revision 6
Check Android 8.+ (P) and click OK. This will install the Android SDK Platform 28 revision 6 if it is not already installed. After that, set your project’s compile SDK version to API 28 to start using the new Android Pie SDK with nullability annotations.
Use the Project Structure Dialog to change your project’s Compile Sdk Version to API 28
You may also need to update your Kotlin plugin in Android Studio if it’s not already up-to-date. Make sure your Kotlin plugin version is 1.2.60 or later by going to Tools > Kotlin > Configure Kotlin Plugin Updates.
Once it’s set up, your builds will start showing warnings if you have any code that violates nullability contracts in the Android SDK. An example of such a warning is shown below.
Sample warning from the Kotlin compiler when code violates a
recently added nullability contract in the Android SDK.
You will also start seeing warnings in Android Studio’s code editor if you call an Android API with the incorrect nullability. An example is shown below.
Android Studio warning about passing a null reference to a parameter
annotated as a recently non-null type in the android.graphics.Path API.
You can benefit from the new nullability annotations even if your code is in the Java programming language. By default, Android Studio will highlight any nullability contract violations with a warning, like the one below:
Android Studio showing a warning about nullability contract violation
in code written in the Java programming language
To ensure that you have this inspection enabled, you can go to the IDE’s settings page and search for “Constant conditions & exceptions” inspection and make sure that item is checked.
Use the Inspections page under Settings to ensure the Constant conditions & exceptions code inspection is enabled.
If you are using the Java programming language, nullability contract violations will not produce any compiler warning or error. Only the in-IDE code inspections are available to flag these issues.
You can also run code inspections across your entire project and see the aggregated results. Click on Analyze > Inspect Code… to start.
The Android SDK API surface is very large, and we have only annotated a small percentage of the APIs so far – there is still lots of work remaining. Over the next several Android SDK releases, we will continue to add nullability annotations to the existing Android APIs, as well as making sure new APIs are annotated.
With the “Kotlin-friendly” Android SDK, the nullability annotations in AndroidX (part of the Jetpack family), and Android KTX, we are continuing to improve the Android APIs for developers using Kotlin. If you have not yet tried Kotlin, we encourage you to try it. Not only can Kotlin make your code more concise, it can also improve the stability of your apps.
At IETF 102 in Montreal, Huawei participated in the “IETF Hackathon” and conducted an on-site demonstration of the Control Plane and User Plane Separated Protocol (CUSP), an interface protocol for Cloud-based BNG.
AWS Online Tech Talks are live, online presentations that cover a broad range of topics at varying technical levels. Join us this month to learn about AWS services and solutions. We’ll have experts online to help answer any questions you may have. We’ve also launched our first-ever office hours style tech talk, where you have the […]
Time tracking tools have made management easier for employers, who no longer have to wonder about what employees are really doing during work hours. But there are so many products out there, that it can take you ages to search and choose the best one for your business. That’s why we created this extensive list…
Posted by Dave Burke, VP of Engineering
After more than a year of development and months of testing by early adopters, we’re ready to launch Android 9 Pie, the latest release of Android, to the world.
Android 9 harnesses the power of machine learning to make your phone smarter, simpler, and tailored to you. Read all about the new consumer features here. For developers, Android 9 includes many new ways to enhance your apps and build new experiences to drive engagement.
You’ve given us tons of feedback along the way–over a thousand bugs and feature requests–thank you! More than 140,000 of you tried our preview builds through the Android Beta program, and seven of our device maker partners also brought our Beta to their flagship devices, enabling users around the world to give their feedback too.
Today we’re pushing the source code to Android Open Source Project (AOSP), and starting the Android 9 rollout to all Pixel users worldwide, with Android 9 coming to many more devices in the coming months.
We continue to move Android forward as the premier open platform for developers worldwide to build their businesses. With Android 9 — together with the powerful new capabilities in Google Play for apps and games — we’re committed to helping you build great experiences, as well as reach and engage the right users safely and cost-effectively around the world.
Android 9 helps your phone learn as you use it, by picking up on your preferences and adjusting automatically. Everything from helping users get the most out of their battery life to surfacing the best parts of the apps they use all the time, right when they need it most, Android 9 keeps things running smoother, longer.
We partnered with DeepMind on a feature called Adaptive Battery that uses machine learning to prioritize system resources for the apps the user cares about most. If your app is optimized for Doze, App Standby, and Background Limits, Adaptive Battery should work well for you right out of the box. If you haven’t yet taken optimized your app, make sure to check out the details in the power documentation to see how it works.
Slices can help users perform tasks faster by enabling engagement outside of the fullscreen app experience. It does this by using UI templates that can display rich, dynamic, and interactive content from your app from within the Google Search app and later in other places like the Google Assistant. You can learn more about building Slices to enhance your app here.
App Actions is a new way to raise the visibility of your app and drive engagement. Actions take advantage of machine learning to surface your app to the user at just the right time, based on your app’s semantic intents and the user’s context.
We’ll be sharing more details in the coming weeks on registering your app to handle one or more user intents, so your apps can be enabled for App Actions and surfaced across multiple Google and Android surfaces in response to user queries.
We’ve extended the ML models that identify entities in content or text input to support more types like Dates and Flight Numbers through the TextClassifier API. Smart Linkify lets you take advantage of the TextClassifier models through the Linkify API, including enriched options for quick follow-on user actions. Smart Linkify also delivers significant improvements in accuracy of detection as well as performance.
Android 9 adds an updated version of the Neural networks API, to extend Android’s support for accelerated on-device machine learning. Neural Networks 1.1 adds support for nine new ops — Pad, BatchToSpaceND, SpaceToBatchND, Transpose, Strided Slice, Mean, Div, Sub, and Squeeze. A typical way to take advantage of the APIs is through TensorFlow Lite.
We’re excited about making your smartphone more intelligent. But it’s also important that the technology fades to the back for users. In Android 9, we’ve evolved Android’s UI to be simpler and more approachable — for developers, these changes help improve the way users find, use, and manage your apps.
Android 9 introduces a new system navigation that we’ve been working on for more than a year. The new design helps make Android’s multitasking more approachable and makes discovering apps much easier. You can swipe up from anywhere to see full-screen previews of recently used apps and simply tap to jump back into one of them.
Now your app can take full advantage of the latest edge-to-edge screens through display cutout support in Android 9. For most apps, supporting display cutout is seamless, with the system managing status bar height to separate your content from the cutout. If you have immersive content, you can use the display cutout APIs to check the position and shape of the cutout and request full-screen layout around it. To help with development and testing, we’ve added a Developer Option that simulates several cutout shapes on any device.
Apps with immersive content can display content fullscreen on devices with a display cutout.
Android 9 makes notifications even more useful and more actionable. Messaging apps can take advantage of the new MessagingStyle APIs to show conversations, attach photos and stickers, and even suggest smart replies. You’ll soon be able to use ML Kit to generate smart reply suggestions for your app.
MessagingStyle notifications with conversations and smart replies [left], images and stickers [right].
In Android 9 we’ve added a Magnifier widget to improve the user experience of selecting text. The Magnifier widget lets users precisely position the cursor or the text selection handles by viewing zoomed text through a draggable pane. You can attach it to any view that is attached to a window, so you can use it in custom widgets or during custom text-rendering. The Magnifier widget can also provide a zoomed-in version of any view or surface, not just text.
With a range of biometric sensors in use for authentication, we’ve made the experience more consistent across sensor types and apps. Android 9 introduces a system-managed dialog to prompt the user for any supported type of biometric authentication. Apps no longer need to build their own dialog–instead they use the BiometricPrompt API to show the standard system dialog. In addition to Fingerprint (including in-display sensors), the API supports Face and Iris authentication.
Android 9 introduces Android Protected Confirmation, which uses the Trusted Execution Environment (TEE) to guarantee that a given prompt string is shown and confirmed by the user. Only after successful user confirmation will the TEE then sign the prompt string, which the app can verify.
We’ve added StrongBox as a new KeyStore type, providing API support for devices that provide key storage in tamper-resistant hardware with isolated CPU, RAM, and secure flash. You can set whether your keys should be protected by a StrongBox security chip in your KeyGenParameterSpec.
Android 9 adds built-in support for DNS over TLS, automatically upgrading DNS queries to TLS if a network’s DNS server supports it. Users can manage DNS over TLS behavior in a new Private DNS Mode in Network & internet settings. Apps that perform their own DNS queries can use a new API, LinkProperties.isPrivateDnsActive(), to check the DNS mode. More in this post.
As part of a larger effort to move all network traffic away from cleartext (unencrypted HTTP) to websites secured with TLS (HTTPS), we’re changing the defaults for Network Security Configuration to block all cleartext traffic. You’ll now need to make connections over TLS, unless you explicitly opt-in to cleartext for specific domains. See the details here.
In Android 9 we’ve expanded our use of compiler-level mitigations to harden the platform through run-time detection of dangerous behavior. Control Flow Integrity (CFI) techniques help to prevent code-reuse attacks and arbitrary code execution. In Android 9 we’ve greatly expanded CFI usage within the media framework and other security-critical components, such as NFC and Bluetooth. We’ve also introduced CFI kernel support into the Android common kernel when building with LLVM.
We’ve also expanded our use of Integer overflow sanitizers to mitigate memory-corruption and information-disclosure vulnerabilities. We’ve prioritized sanitizers in libraries with past vulnerabilities or where complex untrusted input is processed, such as libui, libnl, libmediaplayerservice and others. See this post for details.
Android 9 safeguards privacy in a number of new ways. The system now restricts access to mic, camera, and all SensorManager sensors from apps that are idle. While your app’s UID is idle, the mic reports empty audio and sensors stop reporting events. Cameras used by your app are disconnected and will generate an error if the app tries to use them. In most cases, these restrictions should not introduce new issues for existing apps, but we recommend removing these requests from your apps.
Android 9 also gives the user control over access to the platform’s
build.serial identifier by putting it behind the READ_PHONE_STATE permission. To access the
build.serial identifier, you should use the Build.getSerial() method.
Read more about all of the privacy changes here.
With Android 9 you can now open streams from two or more physical cameras simultaneously on devices that support the multi-camera API. On devices with either dual-front or dual-back cameras, you can create innovative features not possible with just a single camera, such as seamless zoom, bokeh, and stereo vision. The API also lets you call a logical or fused camera stream that automatically switches between two or more cameras.
Other improvements in camera include new Session parameters that help to reduce delays during initial capture, and Surface sharing that lets camera clients handle various use-cases without the need to stop and start camera streaming. We’ve also added APIs for display-based flash support and access to OIS timestamps for app-level image stabilization and special effects.
Android 9 adds built-in support for HDR VP9 Profile 2, so you can now deliver HDR-enabled movies to your users on HDR-capable devices.
We’re excited to add HEIF (heic) image encoding to the platform. HEIF is a popular format for photos that improves compression to save on storage and network data. With platform support on Android 9 devices, it’s easy to send and utilize HEIF images from your backend server. Once you’ve made sure that your app is compatible with this data format for sharing and display, give HEIF a try as an image storage format in your app. You can do a jpeg-to-heic conversion using ImageDecoder or BitmapFactory to obtain a bitmap from jpeg, and you can use HeifWriter in the AndroidX library to write HEIF still images from YUV byte buffer, Surface, or Bitmap.
The Dynamics Processing API lets you use a new audio effect to isolate specific frequencies and lower loud or increase soft sounds to enhance the acoustic quality of your app. For example, you can improve the sound of someone who speaks quietly in a loud, distant or otherwise acoustically challenging environment. The API gives you access to a multi-stage, multi-band dynamics processing effect that includes a pre-equalizer, a multi-band compressor, a post-equalizer and a linked limiter.
An ImageDecoder API gives you an easier way to decode images to bitmaps or drawables. You can create a bitmap or drawable from a byte buffer, file, or URI. The API offers several advantages over BitmapFactory, including support for exact scaling, single-step decoding to hardware memory, support for post-processing in decode, and decoding of animated images. You can read more here.
Android 9 lets you build indoor positioning features into your apps through platform support for the IEEE 802.11mc Wi-Fi protocol — also known as Wi-Fi Round-Trip-Time (RTT). On Android 9 devices with hardware support, location permission, and location enabled, your apps can use RTT APIs to measure the distance to nearby Wi-Fi Access Points (APs). The device doesn’t need to connect to the APs to use RTT, and to maintain privacy, only the phone is able to determine the distance, not the APs.
Knowing the distance to 3 or more APs, you can calculate the device position with an accuracy of 1 to 2 meters. With this accuracy you can support use-cases like in-building navigation; fine-grained location-based services such as disambiguated voice control (e.g. ‘Turn on this light’); and location-based information (e.g. ‘Are there special offers for this product?’).
JobScheduler is Android’s central service to help you manage scheduled tasks or work across Doze, App Standby, and Background Limits. In Android 9, JobScheduler handles network-related jobs better for the user, coordinating with network status signals provided separately by carriers. Jobs can now declare their estimated data size, signal prefetching, and specify detailed network requirements—carriers can report networks as being congested or unmetered. JobScheduler then manages work according to the network status. For example, when a network is congested, JobScheduler might defer large network requests. When unmetered, it can run prefetch jobs to improve the user experience, such as prefetching headlines.
Android 9 adds an implementation of the GlobalPlatform Open Mobile API to Android. On supported devices, apps can use the OMAPI API to access secure elements (SE) to enable smart-card payments and other secure services. A hardware abstraction layer (HAL) provides the underlying API for enumerating the variety of Secure Elements (eSE, UICC, and others) available.
Android 9 brings performance and efficiency improvements to all apps through the ART runtime. We’ve expanded ART’s use of execution profiles to optimize apps and reduce the in-memory footprint of compiled app code. ART now uses profile information for on-device rewriting of DEX files, with reductions up to 11% across a range of popular apps. We expect these to correlate closely with reductions in system DEX memory usage and faster startup times for your apps.
Kotlin is a first-class language on Android, and if you haven’t tried it yet, you should! We’ve made an enduring commitment to Kotlin in Android and continue to expand support including optimizing the performance of Kotlin code. In Android 9, you’ll see the first results of this work–we’ve improved several compiler optimizations, especially those that target loops, to extract better performance. We’re also continuing to work in partnership with JetBrains to optimize Kotlin’s generated code. You can get all of the latest Kotlin performance improvements just by keeping Android Studio’s Kotlin plugin up-to-date.
Today, we are also releasing an update to the Android 9 – API 28 SDK (rev. 6), which contains nullability annotations in some of the most frequently used APIs. We’ll provide more details about this in an upcoming post.
As part of Android 9 we are modernizing the foundations of Android and the apps that run on it, as part of our deep, sustained investments in security, performance, and stability.
As we announced last year, Google Play will require all app updates to target Android Oreo (targetSdkVersion 26 or higher) by November 2018. In line with that, if your app targets a platform earlier than Android 4.2 (API level 17), users installing it will see a warning dialog the first time your app is run. Here’s a checklist of resources for help and support as you migrate — we’re looking forward to seeing your apps getting the most from modern Android.
With Android 9 coming to Pixel users starting today, and to other devices in the months ahead, it’s important to test your app for compatibility as soon as possible. Just install your current app from Google Play on a device or or emulator running Android 9. As you work through the flows, make sure your app runs and looks great, and that it handles the Android 9 behavior changes properly.
Also watch for uses of non-SDK interfaces in your app. Android 9 restricts access to selected non-SDK interfaces, so you should reduce your reliance on them. See our recent post for details.
After you’ve made any necessary updates, we recommend publishing to Google Play right away. without changing the app’s platform targeting. This lets you ensure a great experience for Android 9 users while you work on enhancing your app with Android 9 APIs and targeting.
When you’re ready, dive into Android 9 and build with the new features and APIs in Android 9.
To get started, just download the official API 28 SDK and the latest tools and emulator images into Android Studio 3.1, or use the latest version of Android Studio 3.2. Then update your project’s compileSdkVersion and targetSdkVersion to API 28. When you change your targeting, make sure your app supports all of the applicable behavior changes.
As soon as you’re ready, publish your APK updates to Google Play. A common strategy is to use Google Play’s beta testing feature to get early feedback from a small group of users and then do a staged rollout to production.
Starting today, an over-the-air update to Android 9 will begin rolling out to Pixel phones. And devices that participated in the Beta program from Sony Mobile, Xiaomi, HMD Global, Oppo, Vivo, OnePlus, and Essential, as well as all qualifying Android One devices, will receive this update by the end of this fall! We are also working with a number of other partners to launch or upgrade devices to Android 9 this year.
As always, the system images for Pixel devices are available here for manual flash and download. If you’re looking for the Android 9 source, you’ll find it here in the Android Open Source Project repository under the Android 9 branches.
Now that we’ve reached the official release, we’re bringing the Developer Preview to a close. We’ll soon be closing the Developer Preview issue tracker to new issues, so if you have feedback, feel free to file a new issue against Android 9 in the AOSP issue tracker.
Thanks again to the many developers and early adopters who participated in the Android 9 Developer Preview and public beta. Your contributions have been critical to making the Android 9 platform a great one for developers and consumers.
Samsung Electronics’ premium washing machines continue to receive acclaim from around the globe. The 2018 Which? Awards recently announced Samsung Electronics
As FitBit Ace becomes available for children, a survey from AVG Online Security Software found that the majority of parents around the world (65%) are comfortable with children aged 10
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You may be a Jeopardy! whiz, but can you name a few of the top search trends of the week? Here’s a look, with data from the Google News Lab.
Captain Jeopardy! himself, Alex Trebek, might be hanging up his boots after a 34-year run. Trebek recently said in an interview that his chances of returning when his contract expires are 50-50, so let’s not—“First word in the title of the 2002 thriller starring Jodie Foster,” “What is Panic?”—just yet. One of the top questions on Search this week was, “Who would replace Alex Trebek?” Apparently the front runners are Alex Faust, the play-by-play announcer for the LA Kings, and Laura Coates, an on-air personality for CNN. And if search interest is any indication of who would get the nod, “Laura Coates” was searched 170 percent more than “Alex Faust” over the past week.
Three-time NBA Champion and four-time MVP Lebron James just opened up the “I Promise” school for at-risk youth in his hometown of Akron, Ohio—prompting one of the top-searched questions of the week, “How to get into LeBron’s school?” Lebron called the opening of the school the greatest moment of his career, which is saying something considering he’s arguably the best basketball player to ever live. Either way, “I Promise” made him the top-searched NBA player this week, followed by Carmelo Anthony and Kobe Bryant.
The 2018 CrossFit games are underway, and the fittest folks in all the land are gathering in Wisconsin to flex their muscles and see who can tell each other the fastest that they do CrossFit. The states with the most searches for CrossFit this past week were Wisconsin (gotta work off the cheese), Colorado (gotta work off the munchies?) and Montana (not sure what they’re working off). For exercise fiends across the country—not just CrossFitters—the top searched workouts of the week were “ab workout,” “shoulder workout” and “HIIT workout.” For the record, the only CrossFit I partake in is trying to fit this burrito ‘cross my mouth.
Due to Beyoncé’s deity-like status, she’s been given complete control over the September issue of the fashion bible, a.k.a. “Vogue.” Bey’s inaugural act as “Vogue” top dog? Hiring the first black photographer to shoot a cover in the magazine’s 126-year history: 23-year-old Tyler Mitchell. Search interest in Tyler saw a 1,000 percent spike, while queries for Beyoncé were 55 percent higher than fellow superstar Rihanna, who is on the September issue of British “Vogue.”
Some sneaky sneaky folks stole the Swedish family crown jewels from their display at the Strängnäs Cathedral on Tuesday, then escaped via speedboat into a nearby lake. Nicholas Cage, that you? “How much are the Swedish crown jewels worth?” was a big question on Search—but the crown jewels weren’t even the top-searched heist of the week. That honor was stolen by “McDonald’s Monopoly heist.” My childhood self wept as we learned that the McDonald’s Monopoly game was rigged for 12 years by the marketing firm responsible for the game. I’m not loving it.
We’re excited to announce new intelligent search features: booking tips, price trends, and a comparison tool for hotel booking; home service price ranges and quotes; and deals and coupons.