Some time ago, the European Union accused Google of bundling Chrome on Android, restricting other manufacturers to customize Android, and also paid to promote the Google Search app. So Google issued a record fine with a fine of up to 4.34 billion euros. Google protested this. CEO Sundar Pichai issued a warning on the official website: Due to the decision of the European Union, Android may not be able to remain free in the future. This makes the Android operating system become the focus of public opinion. The problem facing Android in the future may not only be as simple as it is no longer free. Android seems to be facing the destiny of being replaced, and there is even a timetable-just in May. During the year. In August 2016, Google open sourced a project called Fuchsia on GitHub, abandoning the underlying Linux, and based on Google’s newly developed Zircon (previously Magenta, whose base lk is the kernel of an embedded system, and its code is very Simple, suitable for transplanting to different devices) kernel. According to Raph Levien, a member of the Fuchsia OS R&D team, the biggest feature of Fuchsia OS is its performance. In order to give priority to performance and strong scalability, there are great challenges to the algorithm and structure behind it. The code on Fuchsia OS does not hesitate All costs must be guaranteed to run extremely fast. Fuchsia OS is designed to continuously access the application to ensure the security of the application, it can also be continuously upgraded, adding an additional layer of security, and eliminating the incompatibility between the application and the system update. Google is determined to make Fuchsia OS from the inside out to an OS that is extremely compatible and smooth. However, with the advancement of hardware and the penetration of AI technology, a smarter and more consumer-conscious OS is the ultimate meaning of "fast". According to Google's earlier official statement, Fuchsia is to unify Android and Chrome OS, and can support up to 4 programs running on the same screen (in tablet mode), and the homepage displays various story cards, application sets, System components, etc., adopt a large number of card-like designs and simple Material Design styles, which are suitable for multi-task mode and split-screen touch operation. Fuchsia also supports Apple's Swift language. At the same time, a pull request was established on Swift's GitHub, and support for Fuchsia OS was added to the Swift compiler, which also attracted the attention of developers. The Swift programming language branch allows Google employees to collaborate and make pull requests to the official Swift repository. The Fuchsia OS system is positioned as a full-platform operating system, which can be run on many devices, including smart terminals such as mobile phones, computers, smart TVs, and smart cars. Google’s official report explained in detail that the Fuchsia system is composed of two distinct but interrelated user interfaces (UI): 1. The mobile phone-based UI, the internal codename is "Armadillo" (also known as the system UI of Fuchsia) 2. The traditional desktop UI is internally codenamed "Capybara". (The running version of Fuchsia’s Capybara design style was built by NoahCain, a 13-year-old independent developer) On the mobile and PC sides, Android and Apple have different hardware from Microsoft and Apple. The operating system will be divided into separate user interfaces. Fuchsia, whose kernel is "Zircon", in addition to continuously accessing applications to In addition to ensuring the security of the application, it can also be continuously upgraded, which is tantamount to adding an extra layer of security, thus eliminating the incompatibility between the application and the system update. Fuchsia is a design based on Material Design. Fuchsia uses a Vulkan-based image rendering engine named "Escher" to run Google's shadow-heavy "Material Design" interface guide. The result of this is that it has a deeper interface than products running traditional flat operating systems. The interface and application of Fuchsia are written with Google's Flutter SDK, which can provide cross-platform code to run on Android and iOS. Fuchsia attaches great importance to a card-like interface, so every application you open will be presented in the form of a card. Not only that, you can also put multiple applications into one card. This shifts the user's attention from the application to the "task". In addition, Fuchsia will access and use your applications and information more deeply around Google Assistant to provide more operations and judgments. Google wants Fuchsia to become the best cross-device operating system to date. To achieve this goal, Fuchsia uses a new tool called "Ledger". Once you log in to your Google account on the Fuchsia device, Ledger will automatically save your position in all applications installed on all Fuchsia devices, trying to integrate the best features of Chrome OS and Android into a single operating system. In the end, is Fuchsia OS really likely to be used to replace Android and become Google's main mobile system? Will it be just a basic system for the Internet of Things, or a new system that will disrupt the entire mobile industry? Let's wait and see. 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