DeepMotion Animate 3D vs mimem.ai

DeepMotion Animate 3D turns video into 3D animation using markerless AI motion capture. It tracks body movement, facial expressions and hand gestures, including multiple subjects—up to eight people in a single video. Users can choose default characters, upload FBX, GLB or VRM characters, or create avatars with Ready Player Me and Avaturn. Tools include physics simulation, foot locking, hand-to-ground contact, motion smoothing and a Rotoscope Pose Editor. The service accepts MP4, MOV and AVI video; exports include FBX, BVH, MP4 and GLB, with GLB export available for custom characters. One credit covers one second of animation or one 3D pose; face and hand tracking each add 0.5 credit per second or pose. Monthly credits reset without carrying forward. The free account is for personal, non-commercial use; licensed animation requires a premium subscription. The maker says uploaded videos are private to the account holder. An API and real-time SDK are available, with pricing by contacting sales.

mimem.ai turns recorded video into 3D skeleton animation through a cloud-based, markerless motion-capture workflow. It accepts footage from cameras such as DSLRs, webcams, and smartphones; its maker says calibration is unnecessary. Users record with the companion app or another device, upload video for processing, then preview animation online and download FBX files for tools including Unity, Unreal Engine, Blender, Maya, MotionBuilder, and Cascadeur. Users can upload a character and retarget a take, with IK retargeting for foot and hand placement included in paid plans. Every plan includes commercial usage, finger tracking, synchronized video, and calibration-free tracking. A 30-second clip typically processes in 2–5 minutes, with priority processing for Pro users. The companion app pairs iOS and Android phones as synchronized cameras. Free includes 50 daily tokens, 2 GB storage, three cameras, and three monthly FBX exports; retargeting is preview-only. Essential costs €25/mo. Uploaded videos and derived motion data may be used to improve AI models; users can opt out for future submissions in account settings. Real-time output is not available.