The digital transformation of industries is becoming an increasingly present reality, and new technologies are causing major transformations in this sector.
The trend is that these advances continue to increase worldwide. This transformation brought the so-called Fourth Industrial Revolution to the industry, and along with it, numerous technologies emerged, aiming to optimize processes and facilitate routine.
And it is about the digital transformation of industries that we will deal with in this article. Discover how these technologies can be applied in the routine of an industry.
What Is Digital Transformation?
With the advancement of modernity, digital transformation has reached various sectors of the economy, including industry. It concerns using technological solutions to optimize routines and processes within a company.
This modernization makes the company achieve a better strategic position in the market and increasingly positive results. This process became known as the Fourth Industrial Revolution, or Industry 4.0.
This transformation is marked by meeting the most modern technologies and tools that aim to optimize processes. We can mention some solutions, such as 3D printing, Big Data, and Cloud Computing. We will discuss each of them in more detail below.
Technologies Used In The Digital Transformation Of Industries
As we mentioned earlier, this digital transformation was marked by new technologies applied to optimize activities and processes within an industry. But which of these technologies can facilitate the transition process to this new era of digital modernization?
This transformation aims to optimize and automate the largest possible number of processes and steps in the industry to guarantee better performance and a competitive advantage in the market, from the implantation of sensors in equipment to the logistics of products in post-production. Digital transformation seeks to facilitate and establish communication between all the processes that make up the industry.
To facilitate adaptation to this digital revolution, we have separated the four main technologies that can be implemented in the industry:
Internet Of Things
Much is said about this technology, but many people still need to learn about this feature. The Internet of Things refers to connecting objects, such as equipment, machines, or other resources, to collect and exchange information. This resource is considered the basis of this new Industry 4.0, as it enables the effective connection of the factory floor.
This connection occurs through sensors installed in the equipment, which can inform through alerts when there is an atypical behavior or a failure in its operation. These sensors can also be used to monitor the movement of employees, equipment, and products within the factory. This information is very important to facilitate the management and logistics process within the industry.
Artificial Intelligence
As important as the Internet of Things, artificial intelligence is responsible for much of the technological transformation within the industry. Through it, it is possible to make systems more autonomous and independent, learning, making decisions, and solving problems without the help of humans. All this using collected and shared information.
It is already possible to find several examples of artificial intelligence in the industry, such as using robots in the production line and inspection of machinery, and autonomous vehicles, among others.
Big Data Analytics
This resource analyzes and interprets the collected information through a complex structure that captures and manages the collected data.
It is an improved analysis of a large volume of data, which seeks to create insights for the industry. Big Data helps to establish more efficient management, anticipating needs through analysis. It directly contributes to improving customer relations and a more assertive market strategy.
3D Printing
3D printing has brought a new range of possibilities to the industry since it allows the creation of three-dimensional models. This allows products to be customized, increasing the industry’s competitive advantage over its competitors. This technology is widely applied in creating parts, prototypes, and tools to be used in manufacturing, even in the composition of the final product.
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