Overview

Book Description In today's hyperconnected digital age, speed is everything-and mastering it separates good engineers from great ones. Mastering Low-Latency Systems in Modern C++ is the ultimate guide for professionals who want to push performance to the limits and design systems that run with precision, reliability, and speed. This book goes far beyond surface-level optimization tricks. It gives you a complete, inside-out understanding of how to architect, implement, and maintain ultra-fast, high-performance systems using modern C++ standards and real-world engineering practices. From lock-free programming and cache-efficient design to message-passing architectures and deterministic testing, every chapter is built around principles used in the world's most demanding environments-financial trading, IoT, AI, and real-time analytics. You'll learn how to diagnose and eliminate performance bottlenecks, optimize network and memory behavior, and design event-driven systems that perform flawlessly under load. More importantly, you'll develop the mindset of a true performance engineer-one who understands not just how to make code faster, but how to make systems predictably efficient across threads, cores, and distributed networks. Each concept is explained clearly and reinforced with practical insights, tested strategies, and code-level guidance. By the time you finish this book, you won't just know how to build faster systems-you'll know how to think like a low-latency expert. If you're a developer, systems architect, or performance engineer striving to master the craft of speed, precision, and control, this book is your essential guide. Turn knowledge into measurable performance. Turn milliseconds into competitive advantage. Your evolution into a world-class low-latency engineer starts here.

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