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The book Roadmap for DevOps in Cyber-physical Systems: Challenges and Future Directions offers a holistic discussion of DevOps practices tailored specifically for cyber-physical systems (CPS). Each of the chapters focuses on going beyond conventional DevOps considerations, with the specific focus of meticulously examining the complexity, challenges, and needs of integrating software development (Dev) and operations (Ops) within CPS contexts. Through practical insights from real-world examples and case studies, the book takes readers through the challenges across the DevOps lifecycle in CPS, offering tangible solutions to bridge theory and practice. Key DevOps phases and topics include process automation, configuration management, automated testing, and operations deployment. Furthermore, the book provides a path forward, outlining and anticipating emerging trends such as runtime verification, uncertainty-aware DevOps, and responsible DevOps practices for CPS. By emphasizing standardization and providing a forward-looking perspective, this book provides readers with the background on the state-of-the-art of DevOps for the dynamic context of CPS.

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Introduction

  • 章节

  • 发表日期：

    2026年

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  • Sebastiano Panichella,
  • Paolo Arcaini,
  • Myra B. Cohen,
  • Aitor Arrieta

摘要

The book Roadmap for DevOps in Cyber-physical Systems: Challenges and Future Directions offers a holistic discussion of DevOps practices tailored specifically for cyber-physical systems (CPS). Each of the chapters focuses on going beyond conventional DevOps considerations, with the specific focus of meticulously examining the complexity, challenges, and needs of integrating software development (Dev) and operations (Ops) within CPS contexts. Through practical insights from real-world examples and case studies, the book takes readers through the challenges across the DevOps lifecycle in CPS, offering tangible solutions to bridge theory and practice. Key DevOps phases and topics include process automation, configuration management, automated testing, and operations deployment. Furthermore, the book provides a path forward, outlining and anticipating emerging trends such as runtime verification, uncertainty-aware DevOps, and responsible DevOps practices for CPS. By emphasizing standardization and providing a forward-looking perspective, this book provides readers with the background on the state-of-the-art of DevOps for the dynamic context of CPS.