ABSTRACT
The Fourth Industrial Revolution (Industry 4.0) represents a significant change in how we live and interact. A new era of human development has begun due to massive technological developments similar to the Industrial Revolution. These advances are integrating the physical and digital worlds in a way that also carries significant risks. Revolutions are driving us to rethink how nations evolve. Industry 4.0 offers opportunities for all citizens from all socioeconomic levels and countries. There is real hope in going outside of technology and creating a method to enable it. It takes a large number of people to have a positive influence on an individual, organization, and community. Achieving resource-efficient and user-friendly production solutions require intelligent and precise equipment. Industry 4.0 is expected to benefit from new technologies and applications by increasing production and providing customized products on demand. The term “Industry 4.0” first appeared a few years ago in response to the concept of Industry 4.0. This has become a concern for policymakers and organizations due to the impact of the pandemic, a focus on topics such as sustainability and resilience, and a renewed focus on human needs. Major industries around the world are looking for headlines about cutting-edge technologies that can help them streamline operations and reduce expenses. Executives at logistics companies do the same to better prepare their companies for the future. After all, the logistics business has traditionally relied on manual operations and data storage, and new technological solutions help it a lot. Cutting-edge technology refers to technical equipment and processes. We will discuss cutting-edge technology and how it fits into Industry 4.0. We present challenges and solutions to enabling cutting-edge technologies that support Industry 4.0. We focus on an open problem and many research questions that have been developed to enable cutting-edge technologies that support Industrial Revolution 4.0.
