“Rust brings real advantages to automotive software, particularly memory safety, but safety-critical development requires more than the right language. You also need a qualified toolchain and the evidence that goes with it. Ferrocene provides that qualification work, reducing the effort customers would otherwise have to take on themselves. Our work with Red Hat helps make Rust a viable choice for safety-critical automotive software,” said Florian Gilcher, Managing Director, Ferrous Systems.

As the automotive industry transitions to software-defined vehicles (SDVs), engineering teams increasingly seek memory-safe programming languages to replace legacy codebases. Rust is gaining interest across the automotive industry as OEMs and suppliers look to improve memory safety, software robustness and developer productivity while retaining the performance required for embedded and safety-related systems. However, deploying Rust in safety-critical electronic control units (ECUs) requires strict functional safety qualifications, rigorous toolchain verification and end-to-end traceability.

Red Hat and Ferrous Systems are addressing these requirements by enabling the integration of Ferrocene’s qualified Rust tooling with Red Hat In-Vehicle Operating System, bridging open source language innovation with enterprise-grade automotive functional safety standards.

Initial use cases include safety-related applications and mixed Rust and C/C++ environments, giving development teams a way to introduce Rust into existing automotive software architectures.