VulkanRT Everything You Need to Know about Run Time Libraries [Guide] 2021


VulkanRT runs time libraries are the computing API’s used to assist graphics, so think before removing it from your PC. If you have any misjudgment about this software installed in your Windows or you want to know about it in detail how it can run high-performance 3D applications with very little CPU and GPU usage.

We provide details about different things relative to Vulkan and show you some pros and cons. How it is an important 3D rendering application whether it is harmful or not if you want to remove it from PC how to do it properly?

This is a complete guide for you to understand the importance of Vulkan and its need on your PC. Well, we tend to cover all aspects of your curiosity with simple answers and keep it in a layout to ensure our efforts will help in understanding the matter.


Vulkan is an API used for distributing power to processors efficiently. It is designed to make the use of heavy applications easy on hardware with its intelligent API to perform resource management on hardware that results in high performance in 3D applications and games.

It runs on multiple platforms and it helps mainstream systems to perform tasks more efficiently on every size of hardware with the distribution of workload to CPU and GPU.

It was built by AMD and then it hands over to Khronos the group corporation that further develops Vulkan for cross platforms; Windows, macOS, Linux, and other mobile operating systems.

At initial discovery its is considered a next-gen OpenGL because of its features it is very much beneficial for multiple operating systems and improving graphics. It performs functions like Direct3D-12 and works as a keyframe software for games and applications.

Vulkan has a wider approach towards cross platforms and it is the reason nowadays we able to use high-performance powerhouse Graphics Cards. Not just big bulky Graphics cards but also Intel’s and AMD’s onboard graphics use Vulkan for better distribution of workload.

VulkanRT Run Time Libraries

Do you feel curious about finding a folder in windows programs x86 (VulkanRT) on your computer? Yeah then do not mistakenly delete it. It is an API from graphics if you update your drivers you might certainly see it in your games and on PC Apps. A useful handler of tasks, trust by graphics card manufacturers to include in drivers to enhance computing and gaming and other workloads.

In Nvidia drivers, it is pre-build-in drivers and the same in AMD drivers. Intel uses it to work properly on multiple-core CPUs and reduce the load on the processor. The Vulkan API reduces overhead and increases the performance by distributing tasks between threads and cores to complete not just fast but efficiently.

In simple words, it protects CPU and GPU from being bottleneck by performing intensive heavy tasks and sustainably provide more controls to users than the system. Resulting in a better and faster system response with less resource usage on the CPU ad GPU side.

Is Vulkan a Malware Virus?

If you saying it is a Virus or malware then you are wrong. Vulkan is found across all the operating systems and on graphics drivers for enhancing performance and proper distribution of workload among the processor cores and GPU CU’s to work efficiently for performing intensive tasks.

It may be another case if someone named a virus Vulkan or a virus disguised as Vulkan. It is an intense matter of attention. But it can be traced easily with anti-malware or antivirus scans. In normal cases, users find the VulkanRT folder in C drive and consider it a virus without knowing it.

Sometimes its the size of the folder exceeding alarmingly over 155 GB’s then it is safe to scan the file with anti-virus for sure results and delete it. It is due to the temp files that store different updates of Vulkan and sometimes that is the GPU cache stores different performance results.

In those cases, the large pile of Vulkan files are being useless and doesn’t harm deleting it. It is also found in Intel graphics that are normally embedded in most of the motherboards so don’t worry you are not a scam by any virus it is for graphics drivers to run applications and processors to handle workload properly.

How did it get in My PC?

Vulkan is currently found in all graphics devices whether it is a big dedicated GPU or integrated like Intel. All the operating systems keep its runtime libraries for the effective use of multi-core and multi-threads of CPU. It performs the distribution of tasks in Graphics CU/Cores for consistently high performance and fewer workloads.

As it pre-installed in many systems and does come with new graphics drivers. that means you don’t have to install it separately. Many peoples find it mysteriously and blame it as malicious or harmful software in their PCs. Well, we describe it pretty simple and also share the fact that it may be a virus but you can check out with any anti-malware or scanner and figure out the reality of the app.

How to Safely Remove VulkanRT?

It is pretty simple you can go to the folder and click on uninstallvulkanrt or through the control panel of the computer and uninstall the app. If it is undeletable then go to the safe mode of your windows and then uninstall it.

But in case you are not sure what you are dong you can read our article and think about it. If you stumble upon a virus VulkanRT or Vulcan as it disguises the name or represents itself indifferent way.

Disguise Viruses usually come by many names and for different purposes. Some used to stalk and some share data and some use to harm computers. It is better to install a professional Anti Virus software to scan your files for such hidden malware and uninstall them from roots without harming your PC.

How Vulkan Works?

Vulkan allows effective tasks and helps in deciding different applications whether they require video cards to render graphics or processors to perform computation. It is an API for games and heavy application work on any system with less head-on processes and graphics. It works as a single API for cross-platform between desktop computers and mobile devices use graphics.

Its purpose to scales the given command of computing graphics tasks on all available cores and threads that system runs in a processor for better and seamless performance. It ensures to leave headroom in CPU for other secondary tasks that user input for compiling or executing of rendering a file. It lowers the workload by dividing on threads, this way CPU does more computations and performs other side tasks without being overload.

VulkanRT Advantage in Games?

VulkanRT is the same as DirectX 12 but it has a much wider capability than the DirectX and runs on all the graphics devices operating systems cross Windows. It is found in the latest computers, smartphones, and the devices used to carry graphics. Whether the device is iOS based, Linux, Windows, Tizen, or Android it works on all.

The Vulkan API works side by side with DirectX3D in Windows for performance interest tasks. It scales the workload very precisely to multiple cores such we find in new-gen CPU have more than four cores and twice the threads. They are fully utilized by API as it scales out the task to each core and each thread to work simultaneously to handle large rendering and computing.

The function it provides is very simple and helpful for the latest graphics chips to perform heavy tasks without a bottleneck on competitive hardware. Vulkan and its functions are very much known to Gamers because they are used in games intensively for handling graphics rendering. In normal cases, it is comes pre-installed with your graphics drivers to enhance the controls of hardware.

VulkanRT Features

The program appears normally when you update or install a new Graphics driver of your Nvidia/ AMD GPU, it soaks up with drivers and you probably miss the driver’s components list where it mentions VulkanRT Graphics enhancer. But it also appears with some games that require Vulkan to run on the system to handle the workload as they designed with API to properly handle the game components.

RT mentioned as a runtime translation, in its name for the ingest shaders that it uses to render the different tasks and scaling. It features basically as a shader, coder, and multi-core handler for numerous applications. In the latest machines, it is remarkably helpful for the latest graphics-heavy tasks known to Gamers and G-editors.

Compared to OpenGL, it is similar in many things but it is not replaceable for OpenGL because of its multi-core features. They are less complicated and better match for all sorts of systems thanks to the API shaders any program transmits to the GPU seamlessly. As Results.

  • It reduces the workload on drivers and overhead the CPU single-core to multi-cores.
  • Provides excellent multi-scaling that easy on the CPU and leaves a lot of free space for other tasks.
  • It handles rendering and codes it to the Graphics machine to do more computation and rendering.
  • The management delivers excellent hardware efficiency on graphical shaders using augmentations.
  • Separate compute API uses pre-compile optimization on application directly from developers and improve the speed in GPU and¬†CPU related tasks.


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