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Tracking Protocols & Lens Profiles

Tracking and Lens Profiles

Accurate camera tracking and calibrated lens profiles are essential for realistic AR and virtual studio production. Reality 5 allows teams to create automatic lens profiles by combining lens calibration with any FreeD-compatible tracking system, then export those profiles to NODOS for use with supported tracking devices that deliver FreeD data. NODOS matches physical camera movement, lens behavior, focus and zoom values, and video delay with the virtual scene, helping live video, tracked talent, AR graphics, and virtual environments remain aligned in real time.

Instead of treating tracking, lens profiling, distortion correction, and delay compensation as separate technical steps, Reality 5 brings them into one connected production pipeline. This helps teams maintain visual accuracy during camera movement, zoom and focus operations, compositing, and live output.

Traxis Tracking & Lens Profiling

What it enables

  • Industry-standard tracking support Use tracking and lens protocols such as FreeD, Xync, MoSys, Stype, Telemetrics, and Traxis Hub to connect physical camera systems with the virtual production environment.
  • Real-time camera alignment Synchronize physical camera position, rotation, zoom, and lens behavior with the virtual camera so AR graphics and virtual environments stay aligned with the live camera feed.
  • Traxis Hub lens profiles with FreeD protocol Use lens profiles created with Traxis Hub automatic lens profiling to match the optical behavior of real broadcast lenses inside the virtual scene.
  • Real-time lens distortion and undistortion Apply lens distort and un-distort tools in real time to enable live video, rendered graphics, and composited elements match correctly.
  • Center-shifted zoom lens support Support broadcast zoom lens workflows with center-shifted rendering through the Reality 5 camera pipeline, reducing the need for traditional overscan-based workarounds while helping preserve image quality.
  • Realistic AR graphics Keep AR elements visually connected to the physical studio by maintaining accurate camera, lens, and perspective matching during live operation.
  • Clean virtual studio compositing Blend live talent, keyed video, camera tracking, lens correction, and virtual environments for a coherent final composite.
  • Production-ready profiling workflow Give engineers and technical artists the tools needed to prepare camera and lens behavior for live broadcast, while keeping the result predictable for designers and operators.