Google Migrates Core C and C++ Codebases to Rust for Memory Safety
Google is incrementally transitioning its performance-critical C and C++ systems to Rust to leverage compile-time memory safety guarantees without sacrificing performance.
Google is conducting large-scale migrations to transition parts of its existing C and C++ codebases to Rust. This transition focuses on improving memory safety and modernizing core systems.
Rust uses compile-time memory safety guarantees. These features allow you to manage memory without a garbage collector. Performance levels remain comparable to C and C++.
Technical teams must ensure interoperability between legacy C++ code and new Rust implementations functions within production environments.
These migrations involve the incremental replacement of individual modules instead of a complete system rewrite. You can use this process as a reference to manage technical debt while incorporating memory-safe alternatives into performance-critical codebases.