Rokoko Video

Analyzes video footage to automatically detect and track human skeletal joints across frames, creating a digital skeleton representation of the performer's movements. Uses AI-driven motion capture to identify body positions without requiring specialized mocap suits or markers.

Automatically generates a 3D character rig and applies the tracked skeletal motion data to create an animatable 3D character model. Handles the technical rigging process that would normally require manual setup by a rigging artist.

Converts tracked motion data and rigged character into a complete 3D animation sequence that can be played back and edited. Transforms raw motion capture data into production-ready animation files.

Exports generated 3D animations in formats compatible with major 3D software and game engines including Maya, Blender, and Unreal Engine. Enables seamless integration into existing production pipelines.

Processes video-to-animation conversion on cloud servers, delivering results in minutes rather than requiring local rendering or days of processing time. Eliminates need for expensive local hardware.

Eliminates the need for expensive motion capture suits, markers, and dedicated studio setups by working directly from standard video files. Reduces infrastructure costs and complexity of traditional mocap pipelines.

Focuses on tracking and animating a single character per video processing pass, with capability to process multiple passes for multi-character scenes. Optimizes accuracy for individual performer tracking.

Generates animation data that can be imported into 3D software for manual cleanup and refinement. Provides a solid foundation that animators can polish to remove jitter and fix joint misalignments.