We make motion™
Xarkin Motion is a patent-pending platform that automates the generation of physics-based motion, simulation, and control for any articulated assembly. Whether you are producing 3D character animation, developing immersive game environments, or programming complex robotics, Xarkin streamlines your pipeline by delivering high-fidelity, physically accurate motion in less time and at a lower cost than traditional workflows.
Xarkin Motion 2.0
Welcome to motion engineering.
Key Platform Capabilities
Xarkin Motion 2.0 provides a platform for motion engineering. Using Xarkin Motion Models or using Xarkin Motion Extract to create models from your existing motion assets is just the start, Parameterization within models creates limitless possibilities. Motion Script takes this further; providing programmatic control of your characters.
Targeted Value Props
Architected for physical precision and real-time generation.
For Animation Studios
Elevate your storytelling with physics-based motion that respects character physiology. Xarkin automates the retargeting of complex motion assets, ensuring perfect surface contact and balance, allowing your creative team to focus on performance and expression rather than manual technical corrections.
- Universal Motion Models
- Automated Retargeting
- Physics-Based Accuracy
Game Studios
Whether you are creating motion for NPCs or playable characters in a virtual space, Xarkin provides the granular control you need. Our Motion Script markup language and server-side physics ensure your characters move naturally and react dynamically in real-time, reducing development cycles and production costs.
- Real-Time Motion Generation
- Granular Scripted Control
- Parameterized Motion Models
For Robotics PMs
Move your articulated assemblies with precision and ease. Xarkin's proprietary algorithms compute complex force and torque data automatically, providing a powerful simulation and control platform for everything from bipeds to multi-limbed robots, optimized to run even on edge hardware.
- Automated Physics & Simulation
- Computed Forces and Torques
- Edge-Ready Deployment