Cyber-manufacturing Systems (CMS) have been growing in popularity. Transitioning from conventional manufacturing to an innovative paradigm that emphasizes innovation, automation, better customer service, and intelligent systems. A new manufacturing model can improve efficiency and productivity, and provide better customer service and response times. In addition, it may revolutionize the way products are produced, from design to completion. Thus, it is likely that this new manufacturing model will become increasingly popular shortly. By building new technologies on top of existing CMS, these systems ensure that data exchange and integration between decentralized systems are reliable and secure. Recently published case studies from industry and the literature support this claim. There are still some challenges to overcome, such as ensuring data reliability, but these can be overcome with further research and development. In summary, the use of CMS can revolutionize the manufacturing industry. This paper comprehensively analyses these systems and their potential applications and implications. The article gives an overview of the field and then explores the various aspects of CMS in greater detail. A taxonomy of the most common and current approaches to cyber-manufacturing systems is presented, including networked cyber-manufacturing systems, distributed cyber-manufacturing systems, cloud-based cyber-manufacturing systems, and cyber-physical systems (CPS). Furthermore, the paper identifies several popular open-source software and datasets and discusses how these resources can reduce barriers to CMS research. In addition, the paper identifies several important issues and research opportunities associated with CMS, including better integration between hardware and software, improved security and privacy protocols, communication protocols, and improved data management systems. The paper provides a comprehensive overview of current technology and valuable insights into the potential impact of the technology on society and industry.
