DeepMotion

What is DeepMotion?

DeepMotion is a pioneering platform in motion intelligence, leveraging artificial intelligence to simplify and democratize the creation of 3D animations and digital human motion. Founded in 2014, the company aims to make advanced motion capture technology accessible to creators, from independent artists to large studios, without the need for specialized hardware. Its flagship products, Animate 3D and SayMotion, enable users to generate animations from videos or text prompts, respectively, streamlining workflows in gaming, film, VR/AR, and more. By combining deep learning, physics simulation, and computer vision, DeepMotion bridges the gap between physical and digital realms, empowering users to bring virtual characters to life with realistic movements. The platform is designed to be user-friendly, requiring no programming expertise, and supports a wide range of applications, including entertainment and the metaverse.

DeepMotion's Core Features

• Animate 3D converts 2D video footage into realistic 3D animations using AI-driven motion capture, eliminating the need for physical markers or suits.
• SayMotion generates detailed 3D animations from text prompts, allowing users to create complex human motions with simple descriptions.
• Inpainting Motion Editing enables users to merge, insert, or extend animations, offering flexibility for dynamic visual storytelling.
• Real-time body tracking provides instant feedback on motion capture, enhancing efficiency for creators working on time-sensitive projects.
• Export options in FBX, BVH, GLB, and MP4 formats ensure compatibility with popular 3D tools like Unity, Unreal Engine, and Blender.
• Multi-person capture supports tracking multiple individuals in a single video, ideal for complex scenes in gaming or film production.
• Browser-based accessibility allows users to create animations without installing software, using only a web browser and internet connection.
• Physics-based simulation enhances animation realism by incorporating natural movement dynamics and environmental interactions.