Professional Embedded Systems with Rust: Designing Safe, Concurrent, and Real-Time Firmware with Embassy, RTIC, and no_std

Do you believe that writing high-performance bare-metal firmware shouldn’t require sacrificing safety for speed?
For decades, embedded engineers have accepted a painful trade-off: the raw power of C and C++ comes at the cost of obscure memory bugs, race conditions, and debugging nightmares.1 But the landscape has shifted. ＂Professional Embedded Systems with Rust＂ is your definitive blueprint for a new era of firmware engineering-one where memory safety, concurrency, and real-time performance coexist without compromise.
This book moves beyond simple syntax to the architectural heart of modern embedded systems. It is a comprehensive guide to building robust, production-grade firmware in no_std environments, proving that Rust’s zero-cost abstractions are the most powerful tool for hardware control today.
Inside, you will master the tools that define the future of the industry:
Master no_std Development: tear down the reliance on standard libraries to build efficient, standalone binaries for resource-constrained microcontrollers.
Revolutionize Concurrency: Discover how to write complex, multitasking firmware where data races are mathematically impossible at compile time.
Harness Async on Bare Metal: Unlock the power of the Embassy framework to write readable, non-blocking code for peripherals without the overhead of an RTOS.
Guarantee Real-Time Performance: Leverage the RTIC (Real-Time Interrupt-driven Concurrency) framework to handle hard real-time constraints with hardware-backed priority scheduling.2
Architect for Reliability: Learn to design safe hardware abstraction layers (HALs), manage direct memory access (DMA), and debug effectively using professional tooling.
The embedded revolution is not coming; it is already here. Stop fighting the compiler and start building systems that work the first time.
Secure your copy today and engineer the next generation of fail-safe embedded systems.