To gain an even larger market share of operating systems, Google is working to create a new open source operating system named Fuchsia. You can find repositories of the OS on GitHub and Google’s website that mention the existence of its kernel Magenta. In the description, Google calls it an OS that targets modern smartphones and computers.
On Wikipedia :- (LINK)
Fuchsia is an operating system currently being developed by Google.[1] In contrast to previous operating systems developed by Google such as Chrome OS and Android, which are based on the Linux kernel, Fuchsia is based on a new microkernel called Magenta,[2] derived from Little Kernel (LK), which was intended for embedded systems and is mainly written in C.[3] Fuchsia is designed to run on a multitude of devices, including mobile phones and personal computers.[4]
The symbol of the operating system at the repository hosting service GitHub is a fuchsia-colored Infinity Symbol.
Google’s Secret OS “Fuchsia” Gets A New Logo
Google is working on an open source operating system named Fuchsia. Recently, this Magenta kernel-based OS got its new logo. One of the developers also sent the first tweet from a Fuchsia device (emulator). There are indications that Google will target IoT, mobile and PC demographics with Fuchsia OS.
Just in case you wish to get started with Fuchsia and Magenta (the core platform that powers the Fuchsia OS), you can follow this link.
Making further progress, the project has also picked some new features. Apparently, now it has a working device emulator that was able to tweet.
It’s not every day that a new operating system kernel pops up out of the woodwork, and when one does, it’s rarely from a name as big as Google’s. There’s a lot of speculation around what Fuchsia is and what Google intends to do with it. Here’s our take on project Fuchsia.
t seems every other day there’s a new Linux distribution, but at the end of the day, it’s still Linux. It’s not often we see new operating system kernels, and that’s for good reason; they require a lot of work to create, and even more to update over the years. Because operating system kernels require so much work, they tend to be expensive to maintain. The Linux kernel is developed by thousands of people around the world voluntarily contributing code to either the kernel itself or accompanying modules for hardware or standards related support.
Despite the sheer amount of work required, Google has apparently found sufficient reason to start a new kernel. Although, they haven’t made their motivations entirely clear.
If we take a quick look at contemporary operating systems like Linux, Windows, macOS, and maybe even FreeBSD, we can see a major trend. They’re all based on designs that are much older than the hardware they run on. That being said, much of the hardware is also based on designs that are fairly old as well. That’s not to say that your blazing Core-i7 machine is junk, just that at its core, our computing needs have not really changed in over two decades, but what has changed is how we input data into our computers and how much.
Fuchsia, Google’s new operating system, is based on a new kernel called “Magenta”, based on the LittleKernel which is a very small kernel intended for applications that require something between a microcontroller and a full operating system. It provides certain operating system primitives such as threads to enable concurrent and multithreaded processing, but it is still very bare in terms of operating system features. Surely LittleKernel isn’t fleshed out enough to contend with contemporary operating systems, but Fuchsia looks to extend the feature set of LittleKernel to the point of it being a viable general purpose operating system. LittleKernel is not UNIX-like or POSIX compliant, meaning it isn’t compliant with any other operating system. This also means that Google will have much more difficulty repurposing existing Android and ChromeOS code for Fuchsia.
For the time being, we can only speculate on what Google’s intentions are for Fuchsia, although, Google has indicated that it will target both mobile and PC demographics with this new kernel. By creating a new operating system from scratch Google can control many things such as the language that’s used for application development and the update process. Google has suffered several lawsuits as a result of choosing Java as the development language for Android. By choosing a new language for Fuchsia development, and hopefully learning from past mistakes, Google can not only avoid future lawsuits, but they can also, for better or for worse, have more control over the developer community and ecosystem. Android has also suffered from staggered updates due to the reliance on both hardware manufacturers and cellphone service providers to push updates. This has withheld important security updates from users of popular devices. It has cost Google reputation, despite their diligence in providing updates for Android.
Google might also have its sights set on IoT with Fuchsia as well. IoT devices range from larger formats like refrigerators and alarm systems to ones with much smaller footprints like connected wearables or environmental sensors. The larger format IoT devices might not have to worry about power consumption, but the smaller footprint devices, such as wearables, networked sensors, or fitness sensors, can benefit from an operating system that’s designed for longevity in this respect. Fuchsia can be developed with the deficits of other contemporary operating systems in perfect 20/20 hindsight allowing for an operating system that doesn’t share the same flaws.
It will take a lot to challenge the status quo in computing, only time will tell if Google’s Fuchsia will be enough to take on the big dogs. Are the fossBytes readers excited about a new operating system to play with? Do you think Fuchsia will come into fruition? Let us know in the comments below.
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