Our Projects

We implemented a proof of concept for a dynamic, customizable, and scalable 3D map rendering system specifically designed for embedded devices in next-generation vehicles. The solution leverages Vulkan's high-performance graphics API to deliver real-time navigation with photorealistic terrain, building details, and traffic information on resource-constrained automotive hardware.

In collaboration with Cesium, we developed a seamless 3ds Max plugin that enables artists and designers to upload 3D assets directly to Cesium ion using the glTF format. This integration streamlines the workflow for geospatial visualization, allowing users to convert complex 3D models into optimized, cloud-ready formats for web-based mapping and virtual globe applications.

We developed an innovative automotive dashboard that demonstrates autostereoscopic 3D vision capabilities for next-generation digital clusters. This glasses-free 3D display system provides drivers with depth perception for critical information like navigation, safety alerts, and vehicle diagnostics, creating a more intuitive and immersive driving experience without requiring special eyewear.

As co-specifiers of the glTF standard since 2017, we've contributed to the development and evolution of the industry's leading 3D transmission format. Our work includes creating custom glTF extensions for specialized use cases, optimizing workflows for e-commerce, AR/VR applications, and implementing best practices for real-time 3D asset delivery across web and native platforms.

Collaborated with Google to develop efficient content creation pipelines for AR/VR applications. We built tools and workflows that enable rapid prototyping and deployment of 3D content across ARCore, WebXR, and related platforms, helping brands and developers create immersive experiences that work seamlessly across mobile and web environments.

Built an interactive 3D product configurator for a major e-commerce platform, allowing customers to customize products in real-time with photorealistic rendering. The solution increased conversion rates by 35% and reduced return rates by providing accurate visual representation of customization options including materials, colors, and accessories.