Spixord is a deeptech ecosystem redefining how 3D content is created, rendered, versioned, and collaborated on. It fuses a cloud-native ray-tracing engine with a full browser-based DCC workspace, allowing creators, studios, and enterprises to work on high-fidelity scenes without local GPUs.

Its core breakthrough is a purpose-built version control system for 3D. Scenes behave like software repositories: every modification becomes a structured commit. Branching, merging, and rollbacks function natively on geometry, materials, animations, and simulations. A visual merge-conflict system lets users resolve differences directly in the viewport, something no traditional DCC pipeline offers.

Spixord is fully procedural. Everything, modeling operations, materials, animations, simulations, pipelines, is represented as editable nodes. Any step can be rearranged or modified at any time, enabling non-destructive workflows across the entire production process.

The platform functions as an end-to-end pipeline: modeling, animation, materials, UVs, texture painting, compositing, sculpting, and simulation, streamed from a renderer designed for high concurrency on GPUs. Project management, asset libraries, cloud storage, and workflow automation are built into a unified workspace. External DCC formats are ingested into a structured scene graph optimized for incremental updates.

A marketplace connects artists, studios, and organizations. Creators can monetize assets, materials, rigs, animations, and procedural toolsets. Studios gain collaboration spaces and revenue infrastructure. AI and GenAI drive intelligent scene assistance, automated rigging, procedural generation, and production acceleration.

The architecture is microservice-driven, API-first, and built for scale, supporting enterprise-grade access control, identity verification, and cross-service communication.

Spixord

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