Android 14: All About the Update

Android 14 is the next major release of Android. While Google’s mobile operating system has reached a certain maturity, we’re always excited to see the new features and interface changes that come with a major update. Of course, the update also comes with its share of security fixes, bugs, and optimizations that further improve the experience on smartphones and tablets.

After a year of transition with Android 13, a version that will have mainly consolidated the bases laid by Android 12 in terms of an interface via the Material You design, Google is working on developing Android 14. This update shouldn’t offer as profound a shake-up as Android 12 but rather follow in the footsteps of Android 13 by offering UI improvements, new features and optimizations without revolutionizing the experience too much. But we still expect many new features with this major version of Android.

Internally, the nickname given to Android 14 is Upside Down Cake, which means upside-down cake in French. As has been the tradition since the beginning of the mobile operating system, each update is decked out with the name of the dessert, and we go down a letter of the alphabet each time. For example, Android 13 was Tiramisu, Android 12 is known as Snow Cone, and Android 11 is known as Red Velvet Cake. But since Android 10, Google has stopped using these names in its communication and marketing, the dessert names being reserved for its teams rather than for the general public. So better, remember that the next big update brings us Android 14, not Upside Down Cake.


Except for Android 12, whose development was disrupted by the Covid-19 pandemic and a few weeks late, the release of a major version of Android always takes place in the third quarter of the year. Specifically, we can expect the stable version of Android 14 to launch sometime between late August and early September, around Labor Day in the US (the first Monday in September).

Traditionally, Google launches the first beta of its new versions of Android during its big annual Google I/O event, which takes place in May. But that could change in 2023. Google has confirmed that it will shorten software tracking on Android 13, which will end in March instead of June. This time saving could lead Google to accelerate its schedule and offer a beta as early as April. All users can install beta versions as long as they have a compatible smartphone. Bugs may remain, and some features may not be available, but the experience approximates the stable release.


The manufacturers will communicate the list of their smartphone models in due time, which will benefit from a passage to Android 14. What is certain is that the Google Pixel will be the first served and will kick off the update’s official launch. Pixels of the last three generations (series 7, 6 and 5) are guaranteed to receive Android 14. Series 3 Pixels and earlier devices will be deprived of it. Regarding series 4, we have to wait for an announcement from Google to have reliable information. Android version updates are guaranteed until October 2022 for the Pixel 4 and Pixel 4 XL, so the Mountain View firm has no obligation to make them compatible with Android 14. The Pixel 4a is covered until August 2023 and should thus narrowly pass, while the Pixel 4a 5G is guaranteed to enjoy the new version since it is supported until November 2023.

Android smartphone makers are increasingly quick to quickly roll out updates to the latest operating system version and more smartphones. For example, Samsung now promises 4 years of Android updates and 5 years of security patches on its high-end mobiles (Galaxy S, Fold and Flip). Also, there’s less and less of a wait to receive the update, and Samsung could roll out Android 14 even faster to its smartphones in 2023. Brands like Xiaomi, Oppo, OnePlus, and Vivo are also serious about the issue of software support.

In this article, we will tell you which models will be entitled to Android 14 as soon as the manufacturers have spoken.


If you have a compatible smartphone, you will receive a notification as soon as the update is available on your device. All you have to do then is accept to install it, and the whole procedure will be carried out automatically and seamlessly. If you want to participate in the beta program, you must register on the Google site (when it goes live) and choose the smartphone on which you want to try the beta. Then go to the phone’s update settings to download and install it.


Between information from Android Open Source Project (AOSP) commits and then upcoming developer previews and betas, we don’t have to wait for the official stable release of Android 14 to get an idea. New features introduced by the update. Learn about the features Google is working on that should come to Android 14, along with the usual performance tweaks, minor interface changes, bug fixes, and security patches.


With the APIs made available by Google, application developers for Android 13 can already test this new functionality, which should therefore be introduced with Android 14 if the feedback is conclusive. The predictive back gesture lets you preview the previous screen before swiping back to it. The user can thus avoid accidentally falling on a page or an application on which he ultimately does not wish to return.

credit: google

Concretely, initiating the back gesture will remind the user which screen he is going to, allowing him to abandon the motion along the way to cancel the return to the previous screen. This function is particularly useful on smartphones equipped with a foldable screen (that’s good, Google should announce its Pixel Fold this year) but can also be effective on a classic mobile.


Several commits spotted in AOSP suggest that Google wants to force smartphone manufacturers to adopt the AV1 video codec with Android 14. It would be added to the VideoCodecTest of the Android compatibility testing procedure, which determines if a device is eligible for the mobile operating system. If this is confirmed, new terminals wishing to ship Android 14 preinstalled and with Google services would be required to support AV1.

AV1 is a royalty-free video codec developed by the Alliance for Open Media, of which Google is one of the founding members and members. If the Mountain View firm would like more smartphones to support it (this is currently only the case with a few models), this video codec is much more efficient than the most popular codecs currently, such as VP9. and the H264. The AV1 relies on superior compression technology that saves a large amount of bandwidth without degrading quality. A boon for the American group owner of YouTube, which is necessarily very interested in reducing the bandwidth necessary for its video platform.


Apple introduced satellite emergency calling with its iPhone 14 series. Android should soon follow suit. Hiroshi Lockheimer, Google’s senior vice president of platforms and ecosystems, spilled the beans: “It’s crazy to think about user experiences for phones that can connect to satellites. When we launched the G1 in 2008, getting 3G and WiFi to work was difficult. Now we design for satellites. Cool!

We look forward to helping our partners bring it into the next version of Android! “he revealed.

Android 14 will offer satellite connectivity, but we have yet to learn much more about it. The first few smartphones will likely be compatible with this feature. Only the Pixel 8 will benefit from it at first. It is also possible that satellite communications are only available in France after some time. It will take time for Google to provide a good experience to many users. But once this is the case, the promise of contacting emergency services from anywhere without a telephone network is very attractive.


The Health Connect application is the joint work of Google and Samsung, collaborating on the WearOS-connected watch system. Still, in beta, it allows you to centralize your health, fitness and fitness data from other specialized applications, such as Fitbit, Google Fit or Samsung Health. Health Connect is also an API, and it comes natively on Android 14 for better integration of health features. It is great news as it means third-party manufacturers and developers can also take advantage of it, helping to create a more relevant Android health data ecosystem. It is enough to make up for the delay that Android has on iOS in terms of health.


The issue of support for external storage solutions (excluding microSD) on Android is often a tricky one. Last year, Google took a step forward with Android 13’s support for the exFAT file system, which notably allows, compared to the FAT32 standard, the management of files larger than 4 GB. Android 14 could go even further by authorizing the NTFS (New Technology File System), made available recently on Linux (on which Android is based) via the transition to kernel 5.15. It would make it easier to use a hard drive or USB flash drive on an Android device.


Set aside for several generations; the Android Beam functionality will be permanently removed from AOSP with the Android 14 update. For the vast majority of users, this will have no impact since Nearby Share offers the same possibility of connecting two devices between them wirelessly to perform data transfers and more. However, removing Android Beam from AOSP will be problematic for smartphone makers who rely on the open-source version of Android without a Google license. Indeed, the Nearby Share option is not part of AOSP but is integrated into Google Mobile Services (GMS).

A brand like Huawei, for example, cannot claim supermarkets following the American sanctions against it. It is therefore deprived of Nearby Share and, therefore, soon of Android Beam if it wants to upgrade its mobiles to Android 14. But let’s be reassured nothing prevents manufacturers from developing their own Nearby Share type file transfer function or Android Beam. It is also the case with Huawei’s HarmonyOS. But compatibility and efficiency with Android smartphones from other brands are often not optimal.


Android 14 will start blocking the installation of apps that target older versions of Android. This change would prevent users from sideloading specific APK files and app stores from installing those same apps. By blocking these obsolete applications, which have not received updates for a long time, Google intends to curb the spread of malicious applications on Android, which are a real scourge for users.


Source code indicating that Google is working on its alternative to Camo and Apple’s “Continuity Camera” has been found. Currently named “DeviceAsWebcam,” this one will do exactly what its name suggests: allow you to plug an Android device into your computer and use it as a webcam. Unlike Apple’s “Continuity Camera,” which only works between iOS and macOS devices, there doesn’t seem to be a limit to using your Android device as a webcam, as there are options like the “USB Video Class” or “UVC” standard in Android, which could allow it to work with a wide variety of different devices.


Due to the expiry of root certificates, old Android smartphones can be deprived of access to many secure websites without an OTA update deployed by the manufacturer to renew these certificates ( or add new certificates). Since the beginning of Android, the management of these certificates has been carried out at the level of the system partition of the mobile. A situation that had contributed to fears that smartphones running Android 7 or earlier could no longer access HTTPS sites using the Let’s Encrypt certificate authority from 2021, before a solution was finally found.

With Android 14, Google wants to change the way root certificates are administered to avoid this kind of disappointment. They will now be part of the Conscrypt Mainline module, which can be updated directly from the Google Play platform . There will no longer be any need to wait for an OTA update from the manufacturer, which would probably never arrive, given the limited support of smartphones over time.