ARBE AtlasBridge is a reference-based analysis interface for research, teaching, and industrial workflows that need reproducible access to measured spectral structure.
The system does not invent, interpolate, or optimize colors. It works only with existing atlas references and their measured attributes.
Every scan follows the same deterministic sequence: input, snap, scan, rank, and compare. This keeps the workflow interpretable and repeatable.
The analysis stays inside the atlas and reveals structure among measured samples instead of exploring a synthetic mixing space.
The interface is built around a simple operational chain. Queries enter the system as requests; results leave the system as measured atlas references and ranked comparisons.
Use either a known atlas reference or a Lab query as the starting point.
The input is matched to one atlas reference before any comparison begins.
The atlas is scanned over existing measured samples using GPU or CPU execution.
References are ordered by the comparison score so local structure becomes visible.
Top matches can be inspected as compact rankings, charts, and reference-level details.
ARBE AtlasBridge is useful wherever measured references matter more than synthetic palette generation.
Inspect local neighborhoods in the atlas, compare reference clusters, and make similarity structure visible.
Show students how a query is grounded in one measured reference and how related references can be ranked and explored.
Use the tool as a compact bridge from incoming specifications to measured atlas references and comparable alternatives.
Open the embedded atlas, enter a reference ID or Lab query, and run a reference-first scan over existing measured samples.
| # | Reference | Score | λ*_V2 | Δλ* | Lab | HEX |
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