The transformations that occurred in the Industrial Revolutions represent well the advance of the technological processes of humanity. The invention of electricity, the advent of information technology, the internet and automated and digital systems, all of these have a very important role in the modernization of production, mainly in the Industrial Revolution 4.0 .

Therefore, when we deal with the Industrial Revolution 4.0 , we observe the highest level ever achieved of industrial automation and a visible increase in production efficiency.

The theme, besides being interesting, helps to understand the human technological advances and the technical and productive improvement of the large industrial centers. Check out this full article and learn more.

Understanding The Industrial Revolution 4.0

Among all the significant revolutions that occurred in the production cycle, without a doubt, the one known as advanced manufacturing, or rather, Industry 4.0, is the most representative and transformational, unlike any phase that humanity has ever experienced. And it is marked by the connection of several digital, physical and biological technologies.

Some of them are:

  • Internet of things : Or IoT, connects physical objects with digital devices, exchanging and collecting data and performing a specific function in a coordinated manner. Wearable applications (human-wearable technologies) will significantly increase data capture for various purposes;
  • Additive manufacturing : Or 3D printing, it is focused on the manufacture of unique objects, by depositing materials, allowing the industry, for example, to meet specific demands such as prototyping or low-scale production, within feasible costs.
  • Artificial intelligence : Or AI, intends to approach an intelligence similar to human related to reasoning, decision making, task production and problem solving and is present in software, tsn technology, mechanisms and robots. Machine learning will allow “machines” to learn in an accelerated way, so that they can solve focused problems with large amounts of data.
  • Cyber-physical systems : Or CPS will allow the interaction of the computational world, such as Artificial Intelligence, for example, directly in the physical world from devices, machines or robots. Industrial automation, building automation or embedded technology applications will enable computational decisions to generate physical activities.

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