Mobile Characters

Shared Intelligence. Controlled Performance. No Compromise.

Mobile platforms impose strict constraints on memory, file size, and runtime stability. RigX addresses these limitations at the architectural level rather than by reducing deformation quality.

Instead of duplicating heavy rig systems per character, RigX centralizes deformation intelligence into a shared DNA-driven logic layer that multiple characters reference simultaneously. The behavioral framework exists once, while each character expresses it through its own custom geometry. This significantly reduces memory overhead, particularly in scenes where dozens of characters operate at the same time.

Because the system is fully topology-agnostic, geometry remains entirely adjustable. High-density, high-polygon characters can run seamlessly within RigX without structural limitations. Deformation logic is not tied to mesh resolution, allowing studios to define visual fidelity first and optimize based on platform requirements later.

When topology density is scaled down for performance targets, file size decreases proportionally. The system does not retain unnecessary deformation weight, creating additional memory headroom for higher-resolution textures, advanced lighting, simulation layers, or expanded gameplay systems. Optimization becomes a controlled parameter, not a structural downgrade.

The result is a rig architecture that scales intelligently across hardware tiers. Cinematic assets, real-time characters, and mobile deployments can operate within the same unified framework, ensuring visual consistency while maintaining strict control over runtime performance.

RigX does not create separate “light” versions of characters. It enables strategic scalability — preserving expressive depth while adapting precisely to the technical ceiling of each platform.