Why Python to Rust?
Python is loved for its simplicity, but Rust offers the performance and safety modern applications demand. Oxidize bridges this gap.
Python to Rust Translation
Automatically translate Python codebases to idiomatic Rust code while preserving functionality and readability.
Performance Gains
Achieve significant speed improvements by moving from interpreted Python to compiled Rust with zero-cost abstractions.
Memory Safety
Eliminate common Python runtime errors with Rust's compile-time checks and ownership model.
Gradual Migration
Incrementally modernize your Python codebase with Rust bindings that allow both languages to work together seamlessly.
Community-Driven
Built by the community, for the community. Contribute to shape the future of Python-to-Rust translation.
Beyond AI Workloads
Applicable to all Python domains: web backends, data processing, scientific computing, and more.
The Python-to-Rust Advantage
Companies worldwide are moving from Python to Rust for critical workloads. Here's why.
10-100x
Performance Improvement
5,000+
Community Contributors
70%
Code Size Reduction
Zero
Runtime Exceptions
Join the Community
Oxidize is an open-source project that thrives on community contributions. Whether you're a Python expert, Rust enthusiast, or just interested in language translation, there's a place for you.
Core Translation Engine
Help improve the Python AST parsing and Rust code generation.
Type Inference
Work on advanced type inference to generate more idiomatic Rust code.
Documentation
Improve guides, examples, and API documentation.
Community Support
Help other developers with their Python-to-Rust migration journey.
GitHub Repository
Our codebase is open and welcoming. Star the repo, fork it, or submit your first pull request today.
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