Wi-Fi, GPS, smartphone, Business Intelligence (BI),Big Data Analyticsand cloud storage. These are just some of the many concepts that make up the Internet of Things (IoT), a digital phenomenon responsible for the next industrial revolution: Industry 4.0.
This historic advancement happens as new technological resources are created and improved, impacting everything from production lines to the way final products are consumed.
However, the definitive consolidation of Industry 4.0 has not yet happened. Therefore, there is still a lot to be seen in the future. In any case, executives and scientists are already quite optimistic about the current achievements.
Do you want to understand what this industrial revolution represents in industrial production? Its advantages and what is already highlighted today? Then, keep reading!
What is Industry 4.0?
The phenomenon can be explained as the result of several australia whatsapp users advances commercially introduced in the last two decades. In short, the fourth industrial revolution (industry 4.0) establishes new possibilities for mass production, without the need for supervision or active human involvement in the production chain.
This was only possible through a new idea recently introduced to the world: the Cyber-Physical System (CPS). This system is capable of monitoring, evaluating production rates, making strategic decisions and executing them autonomously.
Thus, from this new perspective, virtualized mechanisms function and interact like people, with the bonus of being faster in identifying and correcting industrial and commercial problems, such as falling stocks, unexpected interruption of operational machines, etc.
Impact on industrial and commercial production
The consequences of Industry 4.0 are gradually being felt in large companies around the world, which have recently decided to integrate the Cyber-Physical System (CPS) into industrial or commercial production.
At a comparative level, unlike the results previously obtained with the incorporation of machines and computers capable only of performing mechanical tasks (industry 3.0), the current results and future prospects are exponentially more satisfactory from a productive perspective.
This is because integrated electronic systems and devices are already being developed and launched onto the market so that, in the very near future, each item inserted into the production line can be precisely measured.mapped, monitored and adapted to expected standards.
In this way, the quality and technical precision of the products that reach the end consumer are taken to previously unimaginable levels.
Advantages of Industry 4.0
The implementation of CPS offers a range of benefits, both for the industrial scenario and for other segments. After all, the crossing of corporate data via IoT increases the possibilities for solving problems in a more agile, effective and safe way.
Understand in detail the main advantages of Industry 4.0 below.
Modularity (decentralization) of processes
The creation of flexible production modules has been a major challenge for programmers and scientists since the beginning of Industry 3.0. However, its applications have already been tested all over the world, as is the case inMassachusetts University of Technology.
It is expected that process modularity, when effectively finalized and implemented, will allow production chains to be monitored and shaped according to the requirements of each buyer.
In other words, machines — integrated into these systems — will be able to follow diverse standards, without this adaptation implying greater expenditure of time, energy and logistics in production.
The final aim is that such coupling and decoupling mechanisms can be performed automatically, without human intervention.
Real-time control
In Industry 4.0, the Internet is the main channel for transmitting and updating management data. The trend towards scalable storage will increasingly be through the use of cloud computing.
In this way, as new qualitative and quantitative management data in companies are generated and stored by the CPSs themselves, directors and managers are provided with broader, more constant and efficient control over production and sales.
In that regard, predictive analyticsbased on corporate data constantly updated by intelligent software, for example, are a reality in today's corporate scenario. Therefore, the use of automation has already become a great ally in making strategic and tactical decisions about the future of companies.
What used to require considerable time from employees to update and analyze data, technology can now offset these costs. As a result, by obtaining faster and more accurate management responses, corporate results are improved.
Industry 4.0 and the Internet of Things: innovation in processes and data analysis
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