Platform
End-to-end stack for immersive, GPU-first analytics
The system is organized as a small number of clear layers — not so much a microservice as a self-contained powerhouse, allowing security and performance to be built out as first class citizens in our evolving ecosystem.
Reference architecture
Data flows from governed storage through distributed processing into a GPU visualization engine, then into collaborative VR for immersive analysis with shared session state.
Spatial navigation, direct manipulation, shared cursors in 3D, and annotation—implemented across headsets.
Real-time shading, level-of-detail, and progressive refinement paths tuned for analytical geometry—not only game assets.
Parallel transforms, embeddings, clustering, and query execution across nodes—with streaming contracts that keep the UI responsive.
Object stores, parallel filesystems, and governed enterprise lakes; access patterns optimized for large scans and selective replay.
Core capabilities
What teams get when the stack is used as a whole—not a single charting widget, but an exploration environment.
Immersive data exploration
Walk through embeddings, trajectories, and multivariate fields. Preserve spatial context that flat plots collapse away.
Scalable rendering
GPU-centric pipelines with progressive updates—aimed at sustained interactivity on very large point sets, subject to hardware and data layout.
Interactive filtering & clustering
Drive partitions, density regions, and model-assisted groupings from the same session—linked to compute jobs you can measure and reproduce.
Collaborative analysis
Shared session state for distributed teams: reviewers, operators, and specialists aligned on the same spatial frame of reference.