Direct Render Transfer is a lightweight data specification and transfer framework for moving high-dimensional biological datasets from analytical environments into real-time visualization engines.
iDRT was created to bridge the gap between computational biology workflows and modern rendering platforms.
Single-cell, spatial, and proteomics datasets often originate in environments such as R, Python, Seurat, Scanpy, or Bioconductor.
While these ecosystems excel at statistical analysis, they are not designed around high-performance real-time rendering.
iDRT provides a simple, standardized pathway for exporting biological data into visualization environments without tightly coupling analysis code to a specific rendering engine.
iDRT is intentionally renderer-agnostic.
The goal is not to build a visualization platform.
The goal is to move data efficiently from analysis pipelines into visualization platforms.
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