Move AI

Move AI is a software tool dedicated to turning standard 2D video footage into accurate, robust 3D motion data by using artificial intelligence and advanced biomechanical modeling. Unlike traditional systems, it requires no specialized suits or physical markers, significantly streamlining the workflow for those needing motion capture. Users simply record videos with smartphones or conventional cameras and the tool reconstructs detailed body, hand, and finger movement for use in 3D projects.

Its flexible setup accommodates both single and multi-camera arrangements, handling everything from compact studios to larger capture spaces. The output files integrate easily with major 3D animation software, supporting formats like FBX and USD. For professionals seeking nuanced animation, Move AI offers high-definition motion data suitable for a range of creative and technical uses.

Whether for film pre-visualization, animating game characters, developing immersive VR experiences, or teaching motion capture principles, Move AI enables flexible, markerless motion capture for varied environments and projects. It is designed to be approachable for individual creators, scalable for teams, and robust enough for use by large production studios.

Move AI is designed for 3D animators, technical artists, and developers in industries such as animation studios, game development companies, and VR content creation firms. Teams and individuals responsible for bringing animated characters or digital humans to life will find this tool especially valuable. It reduces the complexity and logistical costs associated with traditional motion capture, making it suitable for educational environments, indie filmmaking, and pre-visualization for film production.

Typical users include motion capture specialists, creative leads, and technical directors in growing or established creative teams as well as solo creators looking for accessible, high-quality motion data. Game studios can employ Move AI to animate characters more efficiently, while VR and AR developers can enhance realism in their experiences without setting up elaborate capture environments. Choreographers and educators may also benefit by digitizing movement for analysis, instruction, or research.