Technical Applications

Innovation ‧ Technology ‧ Experience

You can showcase customers with innovative visual interfaces, using virtual reality, augmented reality, and integrated reality to achieve marketing/sales purposes. We can transform your product/projects into interactive virtual reality experiences.

Interactive design
Innovative service solution that makes full use of professional communication technology
Fully Customizable for our customers。

Solutions to help you imagine and design

From directly changing the decoration configuration in the virtual reality to the visualization of BIM data; in addition, our real-time synchronization system can make it easier for real estate agents to introduce real estate projects. With XR technology, you can tell your story in the most practical way and showcase your project vividly.

Turn your Revit or AutoCAD project into a virtual reality experience that harnesses the power of both top-level 3D modeling tools and VR. Helps you spend more time improving your project by avoiding possible mistakes while maintaining engineering accuracy.

The application development workflow includes several subsequent steps. Starting with Autodesk Revit, an architectural BIM software that supports parametric 3D modeling and element drawing to ensure real-world dimensional fidelity. The resulting parametric 3D file is imported into another 3D modeling tool (typically Autodesk Maya or Autodesk 3Ds Max) and optimized for conversion to a FBX mesh file.

After the 3D dataset generation phase described above, the Substance Painter steps are followed to draw specific assets and define what each geometry will look like in the finished scene. Substance Designer allows you to program more general geometry.

All finished datasets are imported into Unreal Engine 4's real-time rendering engine to create scenes and generate 3D resources, lights, and textures. All geometry is reconfigured to receive a lighting map (a bitmap that contains the lighting information of the asset) for proper execution using static lighting techniques.

The programmable features defined in the product go through a draft and documenting stage separate from the main project to ensure organizational stability. Once these features are complete, they will be added to the main application in structured increments.


Quality Assurance (QA) goes through the finished scene and smooth features to maximize the quality of the user experience. Each QA path produces a list of bugs and improvements that have been fixed and applied to the updated version of the application. After the QA passlist is resolved, another passlist will be generated. A minimum of 3 QA passes is recommended.

When we develop software, our main goal is to simplify its complexity. In doing so, it will focus on providing consumers with a unique experience and will replace the traditional model of corporate marketing. Virtual reality companies generally focus on complex and non-intuitive VR experiences, disregarding that most consumers are not familiar with electronic products. Simple and clear business solutions are innovative technologies with low hurdles that anyone can easily try.

All images are screenshots of the actual cases we have completed previously.

Creativity + art + technology + practice = future

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5 ways immersive visualization can improve your design process

Immersive visualization is an ideal technology for transforming AEC projects into a compelling visual experience that users can explore on a 1: 1 scale.
This technology allows you to quickly understand the strengths and needs of your client's projects from the absence of ideas, and learn how cyberspace technology can improve the design process.