In the last century and during the first decade of the 21st century, Automation and process control was used primarily in manufacturing environments.. Some innovative companies also used it to maximize and improve business models. But in the modern era of Big Data, the Automation and process control and data has taken on a new meaning.
Automation and control of processes in IoT and Systems Engineering
For systems engineers, Automation and control of processes and data is nothing new, has actually been used for decades in operations. to:
- Monitor
- Supervise
- Report on the operations of your integrated systems.
But the lack of communication standards, along with poor connections between connected equipment and process control systems, made optimization efforts relatively futile. What's worse, The data produced throughout the course of the equipment's operations was intended to be used solely for monitoring and control purposes., and subsequently discarded immediately.
The lack of effectiveness and the limitations imposed by the automation and process control systems were a drag on the industry.
Despite this, advances in information and communication technologies led to the emergence of the internet of things. This technology led to a root transformation, marked by changes as important as the following:
- Each machine in a system can be connected to the rest, as well as other devices.
- All system components can be accessed and controlled via the Internet.
- Communications are enabled in real time.
In the same way that big data technologies like Apache Hadoop have made it possible for institutions to store large volumes of data, What is revolutionary about the new automation and process control systems is being able to use the data generated to make the most of network operations and also improve the performance of the individual computers that comprise it..
This phenomenon is also known as industry 4.0, an environment where all this makes it possible to reduce manufacturing complexity while increasing productivity.
The data demonstrate the potential of the new Automation and process control, capable of delivering in industrial environments where results such as the following are implemented:
- An increase in 10% in performance.
- A decrease in 16% on labeling defects.
- An increase in 24% in team effectiveness.
Process automation and control technology is considered a disruptive technology in the business sector that, thanks to big data, has managed to overcome limitations associated with the first enterprise resource planning software.
It is up to companies to select the most appropriate solutions for their needs, to help them achieve their goals and expand their skill set with new ones, more in keeping with agility, efficiency and autonomy required by today's markets.
Is your organization ready to take advantage of all the possibilities that arise from automation and process control on the industry stage? 4.0?
