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Embedded Software with Rust

Free

Build safe, efficient embedded firmware with Rust

FreeFree tier
Type
Open Source
Company
Manning Publications

About Embedded Software with Rust

Embedded Software with Rust is a practical introduction to building firmware that is fast, efficient, and far safer than traditional embedded software written in C or C++. Authored by Dr. David Cabanis, this Manning book guides readers through essential embedded concepts alongside Rust features that provide memory safety, data race prevention, and modern error handling. Designed for both firmware beginners and experienced embedded developers, the book builds from foundational ideas toward real hardware-focused development. It covers how Rust delivers the performance and hardware access expected in embedded work while reducing defects traditionally considered unavoidable. The book is part of the Manning Early Access Program with 6 of 10 chapters available as of July 2026.

Key Features

Practical introduction to Rust for embedded systems
Step-by-step progression from foundations to hardware-focused development
Focus on memory safety, data race prevention, and error handling
Covers performance and low-level hardware access expected in embedded work
Suitable for firmware beginners and experienced embedded developers
Part of Manning Early Access Program with ongoing chapter releases

Pros & Cons

Pros
  • Provides modern safety guarantees (memory safety, data race prevention) missing in C/C++
  • Practical, hands-on approach with real hardware focus
  • Reduces entire categories of defects considered unavoidable in traditional embedded development
  • Suitable for both beginners and experienced embedded engineers
  • Authored by Dr. David Cabanis, a knowledgeable practitioner
Cons
  • Book is currently in Early Access (MEAP) with only 6 of 10 chapters available as of July 2026
  • Requires either purchase or a Manning subscription to access full content
  • May require some prior programming experience to get the most out of it

Best For

Consumer electronics firmware developmentIndustrial control systems programmingMedical device softwareVehicle embedded systemsRobotics programmingEdge computing platform developmentLearning Rust for resource-constrained devices