Pluot: Towards 'write once, run everywhere' visualization software

2026-05-13

AI Summary

Existing visualization tools suffer from fragmentation between static and interactive paradigms as well as between desktop and web environments, hindering write-once, run-anywhere reusability. This work proposes Pluot, a novel architecture that establishes a unified rendering core implemented in Rust and automatically generates language bindings for Python, JavaScript, and other ecosystems. Pluot enables cross-platform, cross-interactivity reproducible execution while unifying publication-quality static graphics with dynamic interactive experiences—an integration previously unachieved. The system delivers both high performance and high-fidelity visual output, addressing a critical gap in the visualization landscape. The implementation is open-sourced at https://pluot.dev.

Abstract

Tools used for implementing visualization software systems can generally be divided into camps such as static versus interactive and desktop versus web-based. We contribute Pluot, an architecture that bridges these divides, enabling a single software implementation of a visualization to be used regardless of the target level of interactivity or computing environment. With Pluot, a visualization developer implements a given visualization rendering function once, using the Rust programming language. Then, bindings to the Rust program can be generated to enable reproducible execution of the rendering function from other languages, such as Python or JavaScript. Pluot can render visualizations to bitmap or vector graphics format, bridging gaps between interactive performance and publication-quality figure creation. The software is available at https://pluot.dev.

Problem

• visualization software
• write once run everywhere
• cross-platform
• interactivity
• reproducibility

Innovation

• cross-platform visualization
• Rust-based rendering
• language interoperability
• write once run everywhere
• publication-quality graphics