A recent leak has seemingly confirmed that the Samsung Galaxy S26 series will be officially announced towards the end of this month . So far, based on the leaked specs and rumors , we already know what to expect from the phone. We’re talking about the use of the 2nm Exynos 2600 chipset or the Snapdragon 8 Elite Gen 5, upgraded cameras, and more. But what about the software front? If you’re a developer or tinkerer, you might be interested to learn that the Galaxy S26 Ultra could run a full version of Linux Terminal.
Galaxy S26 Ultra could support Linux Terminal
According to a recent Android Authority report , it seems that the Galaxy S26 Ultra could run a full version of Linux Terminal. Google actually introduced this feature last year, but unfortunately, Samsung’s flagship phones did not support it. The company’s series of flagships had the hardware capability, but for whatever reason, Samsung chose not to support it.
However, if this report is accurate, that will change starting with the Galaxy S26 Ultra . This was discovered in the upcoming One UI 8.5 update, which is based on Android 16 QPR2. Within the update, Android Authority discovered a string that references the Android Virtualization Framework.
Assuming Samsung doesn’t make any changes, it would allow the Galaxy S26 Ultra to run a full Linux environment locally. This would put it on par with other Android devices, like Google’s Pixel phones.
What is AVF, and why does it matter?
Now, for most users, the Android Virtualization Framework probably has little to no meaning or impact on them. However, the ability to run a full Linux Terminal on the phone is great news for developers and modders. This includes being able to run developmental tools, scripting utilities, and even Linux-based apps that would otherwise require users to run them on a computer.
It also means that developers can do their work on it in a more “official” capacity, instead of using workarounds. With Linux Terminal support, developers can use it to test out an API or web UI without having to reach for their laptop. This is great for working on the go. It also allows developers to put sensitive code inside a protected virtual machine that Android can’t peek inside of.
For instance, security companies can run malware scanners in an isolated environment. So, even if the device’s version of Android is compromised, it can’t mess with the results.
