Overview

How do you architect systems that are not just fast, but mathematically proven to be memory-safe in the most unforgiving environments? The era of compromising between performance and reliability is over. As autonomous vehicles, industrial robotics, and smart infrastructure evolve, the demand for fault-tolerant, real-time connectivity has eclipsed the capabilities of legacy languages. Engineering Cyber-Physical Systems with Rust is your definitive blueprint for mastering the intersection of hardware, software, and distributed networks. This guide empowers you to harness the raw power of Rust to build the next generation of Cyber-Physical Systems (CPS). It bridges the gap between low-level hardware control and high-level distributed networking, ensuring your robotics and automotive software are resilient by design, not just by testing. By the end of this book, you will: Unlock Asynchronous Power: Master Async Rust to handle massive streams of sensor data and complex control loops without blocking the execution pipeline. Revolutionize Connectivity: Implement Zenoh to create zero-overhead, geo-distributed communication fabrics that outperform legacy MQTT and DDS standards in scale and speed. Dominate Robotics: Seamlessly integrate Rust with ROS 2 nodes to deploy autonomous fleets that are immune to common memory safety errors and data races. Secure the Edge: Design automotive and IoT networks that are inherently resistant to concurrency bugs, ensuring safety-critical compliance. Don't let legacy code hold back your innovation. Secure your copy today and start engineering the systems of tomorrow.

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