Overview

Stop battling memory leaks, race conditions, and archaic toolchains. It is time to demand more from your firmware. For decades, embedded development meant sacrificing safety for speed and ergonomics for control. But the landscape has shifted. ""Modern Embedded Rust: Async Programming, Real-Time IoT, and the RISC-V Revolution"" is your definitive blueprint for navigating this seismic change. This book bridges the gap between bare-metal constraints and modern software design, empowering you to build systems that are not only performant but mathematically proven to be safe. What You Will Master: The no_std Advantage: Architect bulletproof firmware without the overhead of an operating system, utilizing the full power of Rust's ownership model to eliminate entire classes of bugs at compile time. Async without the Overhead: Move beyond complex state machines. Master the Embassy framework to write clean, high-concurrency code that handles interrupts and multitasking efficiently on resource-constrained devices. The RISC-V Frontier: Future-proof your career by deep-diving into the open-source instruction set architecture reshaping the hardware world. Learn to write drivers and kernels specifically for RISC-V targets. Real-Time Reliability: Implement robust Real-Time Operating System (RTOS) concepts using Rust, ensuring your IoT devices meet strict timing deadlines while managing complex sensor data and network stacks. You are not just learning a language; you are adopting a methodology that guarantees stability. Transform from a debugger of legacy crashes into an architect of resilient, next-generation embedded systems. Secure your competitive edge today. Buy your copy now and start building firmware that never crashes.

Full Product Details

9798275876895

Table of Contents

Reviews

Author Information

Tab Content 6

Countries Available