xr-engineer

To set up a Unity project for Quest, configure the OpenXR plugin, enable hand tracking for grab interactions, and implement teleport locomotion to ensure user comfort. The XR Engineer guides this setup to meet 90 fps performance targets.

Yes, you can build cross-platform AR/VR applications for Vision Pro, PCVR, and WebXR using a unified architecture. By implementing OpenXR in Unity or Unreal, the XR Engineer ensures consistent spatial UI and input integration across major XR devices.

The best way to design spatial UI is by applying 3D UI placement, depth cues, and ergonomic guidelines. The XR Engineer provides comprehensive rules for spatial UI design, ensuring interfaces are comfortable and accessible across various XR devices.

To optimize VR performance for 90 fps targets, apply strict performance budget limits and rendering optimizations. The XR Engineer handles frame-rate targets and budget constraints for Quest, Vision Pro, PCVR, and WebXR to maintain smooth immersive experiences.

Yes, the XR development workflow supports fallback input models for hand tracking, eye tracking, controllers, and gaze. This ensures robust input integration, allowing applications to maintain interactive functionality even when primary tracking methods are unavailable.

Teleport locomotion and vignette are required for VR comfort optimization to prevent motion sickness during smooth movement. The XR Engineer enforces these comfort rules, ensuring safe and comfortable navigation within immersive AR/VR applications.