Get up close with Virtual Reality.

We create immersive VR and XR experiences that give your customers and employees the opportunity to interact with your products and projects in a completely new way.

With VR and XR, immersive learning scenarios and experiences can be created that bring 3D technology up close and almost make it real.

Oculus Quest 3 is the latest generation of standalone VR headsets, offering improved performance, higher resolution, and a more immersive experience.

We are ready to help you create innovative and engaging VR experiences that strengthen your business and delight your customers.

Our expertise in Oculus Quest 3 development:

• Application development: We develop custom VR applications for Oculus Quest 3 that match your specific needs and goals. Whether you want to create interactive training simulations, virtual tours, engaging games, or innovative marketing experiences, we can help you realize your visions.
• Optimization: We have in-depth knowledge of Oculus Quest 3’s hardware and software and can optimize your VR applications to ensure a smooth and seamless user experience.

• Application development: We develop custom VR applications for Oculus Quest 3 that match your specific needs and goals. Whether you want to create interactive training simulations, virtual tours, engaging games, or innovative marketing experiences, we can help you realize your visions.
• Optimization: We have in-depth knowledge of Oculus Quest 3’s hardware and software and can optimize your VR applications to ensure a smooth and seamless user experience.

If you need to develop a VR application for visualizing large CAD models, PC-VR is often the best choice. Standalone VR can be an option, however, if you are willing to invest in extensive optimization of the 3D models and code.

PC-VR:

• High performance: PC-VR headsets are connected to a powerful computer, providing access to higher resolution, better graphics, and more advanced physics. This is ideal for demanding applications such as visualization of large CAD models, complex simulations, and advanced games.
• Greater flexibility: PC-VR provides access to a wider range of hardware and software, giving developers greater flexibility to create custom solutions.
• Less mobility: PC-VR is not necessarily connected to the computer with cables, this can be done through wireless transmission between the PC and VR headset, but it limits where the application can be used, making them less suitable for applications that require very high freedom of movement, or if it needs to be transported frequently.
• Higher costs: PC-VR headsets and the necessary computers are generally more expensive than Standalone VR solutions.

Standalone VR:

• Mobility and flexibility: Standalone VR headsets are wireless and do not require an external computer, giving users the freedom to move freely and experience VR anywhere – depending on the project, internet access is not required.
• User-friendliness: Standalone VR is easy to set up and use. It is ideal for applications that need to be accessible to a broad audience, e.g., training simulations, interactive experiences, and simple games.
• Limited performance: Standalone VR headsets have limited processing power and graphics compared to PC-VR. This can be a challenge with complex applications, e.g., visualization of large CAD models, which require high performance to avoid delays and choppy graphics, which can lead to motion sickness.
• Optimization: To run complex applications on Standalone VR, extensive optimization of 3D models and code is required to ensure a smooth user experience.

Virtual Reality (VR) is often an individual experience where the user immerses themselves in a digital world. But what if you want to share this experience with others? Fortunately, there are several methods for sharing VR and making the virtual world a shared experience.

Screen sharing:

The simplest way to share VR is by mirroring the VR headset’s screen to a TV screen or projector. This way, others can follow what the VR user sees and experiences in the virtual world.

• Advantages: Simple and easy solution that requires minimal setup.
• Disadvantages: Viewers only get a passive experience and cannot interact with the virtual world.

Mixed Reality:

Mixed Reality (MR) combines the virtual world with the real world. By using a camera on the VR headset, you can record the VR user in the real world and integrate them into the virtual world. This can be displayed on a screen so viewers can see the VR user interact with the virtual world.

• Advantages: More engaging experience for viewers, as they can see the VR user in action.
• Disadvantages: Requires more advanced technology and setup.