Supervisory control and data acquisition (SCADA) systems are essentially industrial control systems with real-time processes and distributed intelligence. They handle data processing, make it easier to control, and keep an eye on corporate processes. The needs of the industry are always evolving due to developments in machine learning and data transfer, as well as the availability of inexpensive sensors, Wi-Fi-enabled buildings, open-source software, and hardware that can process enormous amounts of data. The idealised SCADA universe appears to be straight out of science fiction. A system-wide control loop uses real-time method responses and high-level operational set points to continuously adjust itself in response to alerts. Users have the opportunity to focus on broad innovations rather than typical operational duties such as establishing new power potency models, calibrating the SCADA’s decision-making criteria, and working with the planning team on strategic projects.
The next phase in the evolution of SCADA is new SCADA software technology, an important turning point in which outdated technology has been welcomed into the Internet age and given new life. The goal of the new SCADA is to create SCADA software fit for the twenty-first century, even though its constituent parts are complex.
As more and more companies adopt new SCADA software solutions, they face fewer challenges, discover better methods to run and grow their businesses, and become part of a worldwide movement that is forever changing the course of industrial automation and control.
SCADA systems have already been used in several industries in the Americas and Europe. As such, there are fewer prospects for new SCADA system implementation. But there are an immense number of alternatives when it comes to changing SCADA systems. Organisations must properly modify and maintain SCADA systems after they are installed for the duration of their lives. When adjusting or changing SCADA systems, service offerings—particularly cybersecurity—are taken into account.
Further, many key players in the SCADA market aim to improve its design capability, global manufacturing footprint, and global distribution, which have been driving growth. The company seeks to maintain or improve our relative competitive position in SCADA solutions areas and pursue markets that provide clients with additional long-term growth opportunities. Following are the industry developments in the SCADA market.
In September 2022, Schneider Electric completed its acquisition of AVEVA, a global leader in industrial software that supports digital transformation for industrial organisations managing complex operational processes. The acquisition would facilitate the company’s acceleration of its hybrid cloud-based subscription model and software growth strategy.
In June 2022, Siemens completed its acquisition of Senseye. The business offers artificial intelligence-powered solutions to improve the dependability and performance of industrial machinery. Siemens will be able to broaden their offering in the areas of asset intelligence and predictive maintenance thanks to this acquisition.
In May 2022, Rockwell Automation released FactoryTalk View Site software version 13, which includes more functionality. The new technology allows for more interaction with the Logix controller and can be used with FactoryTalk ViewPoint web clients to drive HMI animation for automatic diagnostics.
