Move AI

Move AI: Revolutionizing 3D Animation with Markerless Motion Capture

Move AI is at the forefront of revolutionizing the way 3D animations are created, offering a suite of markerless motion capture products that enable anyone to capture and create high-quality 3D animations from 2D video. This technology leverages advanced AI, computer vision, biomechanics, and physics to bring realistic human motion to animated characters, making it accessible for both indie and AAA studios.

Key Features

• Markerless Motion Capture: No suits or markers required, simplifying the capture process.
• Single and Multi-Camera Options: Utilizes phones and standard cameras for flexibility.
• Capture Anywhere: Supports up to 22 people simultaneously in any environment.
• High-Quality Motion Data: Advanced AI and physics models ensure detailed motion data, including finger tracking.
• Large Volume Capture: Capable of capturing in both small and large spaces (5m x 5m to 20m x 20m).
• Real-Time Motion Tracking: Offers real-time capture with post-processing capabilities.
• Easy Retargeting: Exports to FBX and USD formats for integration with preferred 3D animation software.

Main Use Cases

Move AI is widely adopted in various sectors, including game development, music video production, and brand activations. Notable users include Electronic Arts (EA), Eye Garden for MGMT's "Mother Nature" music video, and OMM for Nike Euro 2024 activations.

User Experience

Users praise Move AI for its ease of use and the quality of motion data it captures, streamlining the animation process and enhancing the realism of 3D characters.

How to Use

To get started with Move AI, users can try Move One for free and explore the various plans available. The platform supports both single and multi-camera setups, allowing for flexible capture options in any environment. Exporting motion data to popular 3D animation software is straightforward, thanks to the support for FBX and USD formats.

Potential Limitations

While Move AI offers a groundbreaking approach to motion capture, it may require a learning curve for users unfamiliar with AI and computer vision technologies. Additionally, the quality of the capture may depend on the lighting and environment, which users need to consider for optimal results.