samuelkriegerbonini-dev

samuelkriegerbonini-dev / AstroBurst

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This is the first astronomical image processor built on the Rust/Tauri/WebGPU stack, delivering near-native performance with a fraction of the memory footprint of legacy tools.

30
0
100% credibility
Found Mar 02, 2026 at 27 stars -- GitGems finds repos before they trend. Get early access to the next one.
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AI Analysis
Rust
AI Summary

AstroBurst is a desktop app that processes astronomical FITS images from telescopes like JWST and Hubble, offering fast batch handling, RGB compositing, drizzle stacking, analysis tools, and exports.

How It Works

1
🌌 Discover AstroBurst

You find this free app for turning raw telescope photos into stunning space images.

2
📥 Download and install

Grab the ready-to-run file for your computer (Mac, Windows, or Linux) and launch it with one click.

3
📁 Drop your photos

Drag your star-filled FITS files from telescope or space archive right into the window.

4
⚡ See magic happen

Files process super fast in parallel — previews, stats, and details pop up instantly.

5
🔍 Explore and tweak

Zoom into details, adjust brightness with easy sliders, check star info and image data.

6
🎨 Create color masterpieces

Mix red/green/blue channels or stack frames for sharper, colorful cosmic views.

⭐ Share your galaxy art

Download PNG previews or full files — ready for websites, prints, or science papers!

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Star Growth

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AI-Generated Review

What is AstroBurst?

AstroBurst is a desktop app for processing astronomical FITS images, like the first astronomical image processor built on Rust, Tauri, and WebGPU for near-native speed with minimal memory. Drag in JWST or Hubble files for batch resampling, drizzle stacking, RGB compositing with auto-filter detection, and tools like FFT spectra, histograms, and header explorers. It exports preserved FITS with WCS metadata, handling multi-extension cubes and spectroscopy extraction.

Why is it gaining traction?

It blasts through 20GB JWST batches at 118MB/s on laptops, with real-time GPU STF previews and sub-pixel alignment – a fraction of legacy tools' footprint. The modern React UI feels snappy, auto-detects narrowband filters for Hubble palettes, and supports one-click plate-solving via astrometry.net. As the first astronomical velocity processor on this stack, it hooks users tired of bloated Electron apps.

Who should use this?

Astrophotographers stacking narrowband HST data into SHO composites, astronomers wrangling JWST NIRCam SW/LW mismatches, or researchers extracting spectra from IFU cubes. Ideal for those with public MAST/ESA archives needing fast analysis without server farms.

Verdict

Grab it for FITS workflows – prebuilt binaries across platforms make testing easy (17 stars, 1.0% credibility signals early days). Docs shine with screenshots and benchmarks, but expect v0.3+ for deconvolution; solid bet for the first GitHub project delivering this performance.

(198 words)

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