Modern Embedded Systems Design with C++20 and C++23

Building embedded software today is no longer just about writing low-level code that "works." Modern firmware systems must be fast, deterministic, scalable, memory-efficient, secure, and maintainable under real production constraints. Yet many developers still rely on outdated techniques that make embedded systems harder to test, optimize, and expand.
How do professional firmware engineers build reliable embedded systems using modern C++ without sacrificing performance or hardware-level control?
Modern Embedded Systems Design with C++20 and C++23 provides the answer.
This practical, engineering-focused guide shows you how to design production-ready embedded software using modern C++20 and C++23 techniques tailored specifically for constrained hardware environments. Instead of generic C++ theory or hobby-level microcontroller examples, this book focuses on real embedded architecture, deterministic programming, memory-conscious design, and professional firmware development workflows used in modern embedded systems engineering.
Inside this book, you will learn how to:

• Apply C++20 and C++23 features effectively in embedded systems
• Build scalable firmware architectures with reusable hardware abstraction layers
• Write deterministic, low-overhead, high-performance embedded code
• Use compile-time programming and zero-cost abstractions safely
• Design interrupt-safe and RTOS-friendly embedded applications
• Implement robust communication systems using UART, SPI, I2C, and CAN
• Optimize memory usage, binary size, runtime speed, and power efficiency
• Test, debug, profile, and validate embedded software professionally
• Create CI/CD workflows and automated embedded development pipelines
• Develop production-ready firmware projects using modern engineering practices