# Production Plant and Warehouse Automation with IoT and Industry 5.0
## 1 Introduction  
The innovation in technologies make the world stand on the 4 th Industrial Revolution named Industry 4.0. The technologies of design and production cardinally changed due to the implementation of Industry 4.0 [1]. The role of computers in automating industries and production plants is also varying, which uses sensors and the automation of technological processes to integrate and visualize data that affects the decision-making capability of users. In 2011, Industry 4.0 was publicly defined as a means to achieve the competitiveness of industries and factories through the implementation of cyber-physical systems. Industry 4.0 is a concept that describes the technological advancements that increase the level of digitization of production plants and warehouse automations [2]. Four major domains of the internet 4.0 are named as [3]:  
* Cyber-Physical Systems (CPS);
* Internet of Things (IoT);
* Internet of Services (IoS);
* Smart factories  
The main objective of every industrial revolution is to use the emerging technologies that maximize productivity and achieve mass production. The Fourth Industrial Revolutionis centered around the concept of the implementation of technology. Man is not at the center lies behind in the context of its ideology [2]. The 4 th Industrial Revolution will present its expected results no earlier than 2020-2025, and now a new paradigm is being observed that is called the 5 th Industrial Revolution, of which the purpose is to enhance man's capacity and to benefit society and people by the use of technology [4]. It involves the use of artificial intelligence in man's common life, to return man to the \"Center of Universe\" [3]. The fifth Industrial Revolution contains advanced IT technologies, IoT, robots, augmented reality, and artificial intelligence, which not only will be used in every man's common life, but also in industry, healthcare, and other fields to provide benefits and convenience to man [5]. Industry 5.0 is the future stage of evolution, in which human creativity will collaborate with smart systems, such as robots and machines, especially in the production plants and warehouse systems. Due to this, humans can use their creativity for more responsible tasks and machines will take over the repetitive and monotonous tasks that will help in elevating the quality of production [6]. The second vision of Industry 5.0 is to make production plants and industries faster, efficient, and more scalable. It will increase the human-machine interaction by good interfaces, and improve the automation of robots programmed by the creativity of human beings, which will increase productivity multiple times [7]. The world will be transformed into virtual replicas as a result of Industry 5.0. The debate over the effects of high automation was triggered by an automated machine that was not supervised by a human. Wireless connectivity, sensors, and big data are the foundations of the IoT. Extreme automation, to the point that \"everything is connected to everything else\", creates weaknesses that lead to systematic dangers [2]. To overcome the absence of symmetry in Industry 4.0, Industry 5.0 introduces new symmetrical innovation concepts. It uses innovation brakes, next-generation technologies, society research, and orthogonal safe exits to address the difficulties related to Industry 4.0 innovations, automating manufacturing, and production [8]. Industry 5.0 has remained a theoretical perspective since 2018, emphasizing the development of intelligent IoT for industrial and commercial operations. It supports various concepts of Edge AI, blockchain over IoT, and various other domains, that we will discuss later in this paper. This field has opened a vast research ground for the researchers We analyzed the Google trends that we used to see the trends in Industry 5.0. The last past five trends have been shown in Figure 1, which indicate the increasing intent of researchers towards this domain [6; 8].