AI software for cinematic 3D scientific animation built from real molecular structures
Free online tool to animate photos and videos using AI motion control
Stage
Startup
Not given
Founded
2026
Not given
Based in
BG
Not given
Pricing model
Freemium
Freemium
Pricing
Free manual editor with limited storage. Starter: $2.99 trial (7 days, then $19/month for 5 AI generations); Plus: $49/month for 15 generations; Studio: $99/month for 35 generations. Custom studio animations from $999. Academic and annual discounts available.
Free tier with credits (amount not specified). One-time credit packs: Starter Pack $9.90 (110 credits), Creator Pack $29.90 (350 credits), Pro Pack $59.90 (580 credits). Standard quality uses 3 credits per second, Pro quality uses 4 credits per second.
Key features
AI generation of 3D animations from written descriptions
Real molecular structures from Protein Data Bank
Editable 3D scenes with full control
Cloud rendering on GPU
Manual 3D editor
MP4 video and PNG still exports
AlphaFold and PDB structure search
Molecular dynamics trajectory playback
Interactive 3D share links
Works on any device via web browser
Motion transfer from 3-30 second reference videos
Full-body motion accuracy including hand gestures and facial expressions
Character orientation modes for image or video framing
Audio preservation from source videos
Prompt-guided refinement for backgrounds and lighting
Consistent character identity preservation across frames
HD export without watermarks
Motion Brush for localized motion control
Element Binding for multi-element facial alignment
Camera control for pan, tilt, dolly and zoom
What makes it different
Fast turnaround from description to animation
Editable animations you can keep and iterate on
No 3D modeling or animation expertise required
Cloud-based, works on any device
Explicit motion extraction for predictable results instead of probabilistic generation
Professional animations created in 2-10 minutes instead of days or weeks
No motion-capture hardware or equipment required
Reduced trial-and-error through predictable motion control
Animiotics
Animot