The transition from “physical-to-digital-to-physical”, that’s what Industry 4.0 is about. It is a state in which manufacturing systems connect, communicate and use the information of physical systems to drive actionable intelligence executable digitally.
The opportunities that you as a manufacturing leader have today to improve operational efficiency depend on the technologies you decide to adopt at various points in the value chain. Different types of digital technologies are adopted in the manufacturing sector, from robotics, additive manufacturing, artificial intelligence and augmented reality.
Across the manufacturing value chain - from design, development, manufacturing, sale, and service - integration and convergence of information technology (IT) and operational technology (OT) network devices are one of the key enablers in “smart manufacturing”. Using data from the industrial internet of things (IIoT) and with emerging technology you can seamlessly steer processes and systems towards Industry 4.0.
The core principle of smart manufacturing revolves around connecting people, machines, devices, systems, and processes. Rapid application development has become the essence of driving this connection across the enterprise from the production floor to the customer site.
For instance, by using field service applications your workforce can access information offline when offsite, improving their productivity. By adopting microservices and generating APIs, you can develop applications with data analytics and dashboards enabling the onsite workforce to achieve faster, data-driven planning, production, and service.
To develop and deploy applications at a speed aligned to enterprise demands manufacturers are widely adopting rapid application development platform. Here’s how low-code platforms empower manufacturing leaders in mastering the fourth industrial revolution:
Low-code platforms are increasingly becoming popular among manufacturers as they offer modernization of processes, customization of digital solutions, flexibility and extensibility for scalable implementation, and effective digital transformation. Take for example this success story about a large textile manufacturer in South Asia. They had an Order Management System that was built using Oracle Forms and Reports. With the need to modernize their existing forms and report applications, a new core business application was developed to help scale and meet business demands for the next decade. Here’s the gist of how they benefited:
Take a look at the success story to know more about how this textile manufacturing company used low-code to modernize its legacy systems.
Industry 4.0 is defined by intensive digitalization and technological disruption. The next level is Industry 5.0 which will be a transformation of how humans interact with new technologies. It will be about contextualization and inculcating a collective perspective about industrial technology. It will be about how humans and machines will collaborate and work together like the cobots (collaborative robots) observed in many manufacturing units already. As the relationship between man and machine intensifies and becomes more interconnected, digitalization in the Industry 4.0 era will need to be strong to usher in the Industry 5.0 era; an era that will be defined by collaboration between humans and technology and how they will master the art of working together with efficiency and accuracy.