Science and technology are in a rapid development stage as a result of the advancement and progress of the times, and it is clear that the contemporary civilization has entered the era of Artificial Intelligence (AI). This research focuses on AI applications in the context of Industry 4.0 concept. This current work discusses AI acceptance in the manufacturing industry and its promotion in intelligence optimization. The Virtual model concept is presented to improve the rationale of various interfaces. The communication and information intelligence AI algorithms are examined in depth. The concept of a smart city and AI applications, as well as how AI plays a role in its implementation have been discussed.

The way energy is used in the modern world is changing. Solar energy is outpacing other energy sources in this race for exploration for a variety of reasons. As a result, both the energy and the parameters of a solar Photovoltaic (PV) system must be constantly monitored. This study looks into several Internet of Things (IoT) based electronic modules for data processing that are used to monitor solar PV system parameters (electrical and environmental). Each technology is thoroughly examined, including its introduction, design features, communication, and limitations. Furthermore, the article analyzed several common elements of each IoT-based module, such as data processing, size, and cost, and made recommendations based on the results.

The development of industrial robots, as a carrier of artificial intelligence, has played an important role in promoting the popularisation of artificial intelligence super automation technology. The paper introduces the system structure, hardware structure, and software system of the mobile robot climber based on computer big data technology, based on this research background. At the same time, the paper focuses on the climber robot's mechanism compound method and obstacle avoidance control algorithm. Smart home computing focuses on “home” and brings together related peripheral industries to promote smart home services such as smart appliances, home entertainment, home health care, and security monitoring in order to create a safe, secure, energy-efficient, sustainable, and comfortable residential living environment. It's been twenty years. There is still no clear definition of “intelligence at home,” according to Philips Inc., a leading consumer electronics manufacturer, which once stated that intelligence should comprise sensing, connectedness, learning, adaption, and ease of interaction. S mart applications and services are still in the early stages of development, and not all of them can yet exhibit these five intelligent traits.

IoT is the necessary revolution in every industry. Any task is made simple when it can be observed and managed remotely. Every technical advancement should be undertaken in agriculture because it is such an important subject. The demand for agriculture has dramatically expanded due to the expansion in global population, but sadly, farmers are unable to meet the unending demand. IoT will be a better option than expanding the scale of agriculture.By cutting down on waste, precision agriculture can increase the output of any crop. The proposed work accomplishes this by keeping an eye on environmental factors that influence crop growth, such as temperature, humidity, soil moisture, etc. It also assists farmers in selecting an idle crop that will work best for them based on the information gathered and the environmental circumstances. The danger of crop failure, low yield, excessive water consumption, excessive fertiliser and pesticide use, etc. can be greatly decreased with this model, making it more effective than previous methods.The information gathered by the network nodes placed across the field is transmitted to the cloud, where it is evaluated and displayed for farmers' use. Farmers may make accurate and effective decisions that will affect their crops with the use of displayed data.