# Production Plant and Warehouse Automation with IoT and Industry 5.0
## 10 Conclusions  
Industry 5.0 has taken a step forward, it emphasizes the objective to strengthen the collaboration between creative productions of human beings and advanced, improved machinery and new technologies, such as IoT. It means that an automation system facilitates humans for faster and more efficient development. Numerous production plants and warehouse management have adopted new technologies to increase the overall performance of their employees. This combination of new technologies and human efficiency and intelligence clears the way for multiple benefits in manufacturing. The aim of Industry 5.0 is not the replacement of human beings; instead, its main goal is to empower humans. Robots can cope with different tasks repeatedly with more accuracy, but they are not able to point out the issues and solve them on their own. Industry 5.0 highlights the need for the cooperation of robots with humans. It empowers humans to control the robots to perform numerous tasks. The intelligence of human beings is required in Industry 5.0 to resolve the problems, and robots are needed to fix them accurately and quickly. This pairing of machines and humans provides multiple unique advantages for the manufacturers.  
The research was based upon the advancement of IoT and its impact upon the supply chain architecture, and the authors discussed the origins of the SCM, its manual and automation model, how IoT impacted the supply chain cycle. Essentially, the world is evolving fast and people are living in the world of digitalization where IoT blockchain and big data technologies that automate human work in all sectors especially in the industry are common. For the integration of IoT in the supply chain, the authors had to consider several key indicators and analyzed strong architectures, and discussed both its pros and cons while discussing the side effects and the hardware that are used or should be used [36]. From our research, it is found that the IoT (IIoT) is an important feature that industries must adapt to improve efficiency and revenues. This would benefit consumers by lowering prices and ensuring a consistent supply [59; 60]. The incorporation of IoT technology in the industrial sector is thoroughly addressed in our research. Industrial IoT is the basis of Industry 4.0. The authors have presented the evolution of this disruptive industrial advancement along with the objectives of its adoption. The widely used and emerging applications of IIoT are also represented in our research. The related challenges in adopting IIoT are also discussed. Our research concludes that IIoT is a revolutionary technology that is transforming the course of the work of some of the major industries, such as the manufacturing industry, transportation industry, and power and energy-related industries. IIoT aims to efficiently connect resources that can work as a system, eventually leading to smart industrial sectors.  
Conceptualization, Z.F., L.F.N. and M.H.T.; methodology, Z.F., W. and S.Z.; software, H.K.; validation, Z.F., L.F.N., M.T. and N.A.; formal analysis, Z.F. and H.K.; investigation, N.A. and M.T.; resources, L.F.N. and H.K.; data curation, M.T.; writing--original draft preparation, Z.F., M.T. and N.A.; writing--review and editing, N.A., H.K., L.F.N., Z.F. and M.T.; visualization, H.K.; supervision, Z.F.; project administration, Z.F. All authors have read and agreed to the published version of the manuscript.  
This research received no external funding.  
Not applicable.  
The authors declare no conflict of interest. The funders had no role in the design of the study; in the collection, analyses, or interpretation of data; in the writing of the manuscript; or in the decision to publish the results.