Product
Digital Twins
Interactive 3D replicas of AI infrastructure, factories, and data centers. Navigate from the full facility down to individual components, inspect live specs, and run guided tours in the browser.
Interactive demos
Six live twins running entirely in the browser, no installs, no backend. Each one is a self-hosted static app we can adapt to your hardware.
New
Vera Rubin Superchip Twin
Explode a Vera Rubin module down to the die: two reticle-scale Rubin GPUs, 88-core Vera CPU, HBM4 stacks, and NVLink-C2C bridges — then zoom out to a liquid-cooled NVL144 compute tray.
- Exploded package view
- Die floorplan overlay
- Clickable hotspots
- Guided tour
Transformer Pipeline
A decoder-only Transformer rendered as a live data-flow machine, tokens stream through embeddings, multi-head self-attention, feed-forward blocks, and the softmax output head.
- Token flow animation
- Attention arcs
- 2–8 block configs
- Stage inspector
New
Desktop AI Exploded Twin
Pull a GB10-class desktop AI supercomputer apart layer by layer, superchip, 128 GB unified memory, vapor-chamber thermals, and rear I/O, modeled from upstream hardware references.
- Explode / assemble slider
- Dimension callouts
- X-ray shell
- Part isolation
NVIDIA Rack Explorer
Explore GB200, GB300, and Vera Rubin NVL72 racks down to the chip level, with guided tours and switchable presentation styles.
- GB200 / GB300 / Vera Rubin
- Guided tours
- Schematic & photoreal
- Chip-level drill-down
New
Oxide Rack Explorer
Explore the Oxide Cloud Computer rack, half-width EPYC compute sleds, Tofino 2 Sidecar switches, and 54.5 V DC power shelves down to the CPU package.
- Oxide Cloud Computer
- Sled-level drill-down
- Guided tours
- Data hall scenes
Nemotron 3.5 Lightning Explorer
Walk 52 layers of a hybrid Mamba·MoE·Attention LLM, 128 experts, BF16 vs NVFP4 footprints, byte-true weights.
- 52-layer walkthrough
- BF16 vs NVFP4
- 128 experts
- Byte-true weights
Capabilities
Multi-level inspection
Zoom from facility or rack level down to trays, boards, chips, and memory. Click any component for specs and double-click to drill deeper.
Schematic & photoreal modes
Switch between a clean schematic view for documentation and a PBR photoreal view for stakeholder presentations.
Guided tours
Walk customers and operators through a system with step-by-step camera moves and highlighted callouts.
Live data binding
Connect the twin to telemetry, metrics, or simulation output so the visualization reflects real-world state.
Open source stack
Built with Three.js, OpenUSD-friendly workflows, and no proprietary viewer lock-in. Host it on your own infrastructure.
Custom architectures
We model your actual racks, lines, robots, or facilities, not just reference diagrams, so the twin matches your deployment.
How it works
We start with your CAD, PLM, or inventory data and build a procedural 3D scene that runs in any modern browser. The result is a self-hosted static app that can be dropped into a product page, operations dashboard, or customer portal.
- Discovery: we map the components, levels, and data sources you want visualized.
- Modeling: procedural geometry, materials, and interaction are authored as code.
- Integration: the twin is wired to your telemetry or exposed as a standalone embed.
- Delivery: deploy to Cloudflare Pages, S3, or your own CDN with no backend required.
Common use cases
AI factory sales demos
Let prospects explore rack-level AI infrastructure as an interactive product configurator.
Operations dashboards
Show health, capacity, and alerts on the actual physical layout instead of spreadsheet rows.
Training & onboarding
Run guided tours through complex equipment for new technicians and customers.
Virtual commissioning
Validate layouts and workflows in simulation before physical build-out begins.
Ready to build your twin?
Tell us what system you want to visualize. We will scope the architecture, data sources, and delivery format.