The data layer for physical reality and virtual worlds
The next generation of computing is becoming spatial.
AI is learning to understand the physical world, while digital experiences are becoming richer, more dynamic, and more simulation-driven.
Spatial data is outgrowing the infrastructure built to carry it
3D and 4D datasets are 1,000–10,000× larger than conventional media, turning storage, transfer, and processing into a fundamental infrastructure challenge.
Compression is the enabling layer
Zibra builds the GPU-native data layer that makes spatial data practical at scale. Zibra's core technology keeps complex 3D and 4D data compact, streamable, and directly usable by GPU applications.
Smaller data means faster workflows, lower infrastructure costs, and entirely new real-time use cases.
Explore our technology →Papers behind the data layer
Random-access compression for unstructured meshes
How compressed pages are laid out so that spatial regions, fields, and timesteps can be addressed independently without decompressing the whole dataset.
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Streaming 4D simulation data from object storage
Progressive loading strategies that make the first required timestep available before the rest of a time-varying dataset has transferred.
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Training point-based physics models on compressed data
Reading point attributes out of full mesh datasets without fetching topology, and what that changes for data-loading throughput.
Read more →Data layer for physical reality
Physics AI is emerging as a new foundation for industrial computing, enabling machines to learn how real physical systems behave across fluids, structures, materials, motion, and interaction.
ZibraXYZ removes the data bottleneck.
ZibraXYZ provides the data layer for this transition, making massive simulation and sensor datasets faster to store, move, visualize, and feed into AI workflows.
Explore ZibraXYZ →Data layer for virtual worlds
Virtual worlds are becoming richer, more dynamic, and more simulation-driven. High-quality volumetric effects and animated geometry are increasingly limited by the cost of storing, moving, and playing back the underlying data.
ZibraVDB and ZibraGDS remove that constraint.
Our technology enables studios and real-time creators to use more complex 3D content, move it through production faster, and bring simulation-quality assets into interactive experiences that were previously impractical.
Three products, one compression core
Licensed to studios and engineering teams today.
Trusted by leading enterprises worldwide
Backed by
Supported by
Recognised by the industry
We take part in the biggest industry events every year, where our work has been recognised with the VDS Growth Stage award, a live demo at SIGGRAPH Real-Time Live! and an Epic MegaGrant.
- SIGGRAPH
- GDC
- SXSW
- GamesBeat NEXT
- VDS Valencia
ACM SIGGRAPHReal-Time Live! demo
Epic GamesEpic MegaGrant
VDSGrowth Stage winner- The Pitch by DeelShortlisted from 50,000 global startups
Built by engineers who shipped this problem before
Our core team comes from AMD, Ubisoft, Nokia, Gameloft, Blackwood Games, Pingle and Arcadiium, where they worked on rendering, simulation and large-scale data infrastructure.
Inside Zibra
the studio, the events, the work
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