How SCADA is Helping Speed and Ease Digital Transformation for Users and OEMs

 SCADA is as useful a tool to end users and OEMs as ever – but it’s not your grandfather’s SCADA. In a recent interview in Control Engineering Europe, Rich Carpenter, general manager of product management for automation and control systems at Emerson, explained what SCADA must deliver to users today in order to speed their digital transformation journey.

Rich says that first and foremost, SCADA systems must help the customer to improve operations by optimizing the plant, identifying issues and areas of potential improvement, and helping it run more smoothly. To achieve those goals, end users are demanding greater functionality and the opportunity to maximize use of the available data. SCADA must help companies target rapid improvements to boost profitability. Also, it’s essential that existing systems and equipment can be integrated into the SCADA system, which requires communication with legacy hardware, usually with OPC UA connectivity and native drivers that support older equipment. End users also require greater flexibility from SCADA systems, with the ability to implement projects in phases and expand and add equipment, systems and functions in the future as well as to minimize investment risk, which means looking beyond the initial software price and considering the longer term.

How does modern SCADA accomplish these goals and what can it do in your applications? Check out this article here.

How are you employing SCADA today?

1 Reply

  • I started replacing purely pneumatic safety systems in the Gulf of Mexico with PLC Based Safety Systems in 1988. I was involved the beginning of the Oil and Gas Production Safety Systems Original Digitization transition.
    The SCADA systems may be relatively simple or very complex, depending of the dimension and complexity of the process monitored. These systems operate in real-time using a database system named Real Time Data Base (RTDB), which can be found on one of the several servers with reliable security.

    I found that SCADA Systems had two basic levels:
    1. Customer Level, which will be performed with the Human Machine Interaction.
    2. Data Server Level which will control the entire process.


    The SCADA systems may be relatively simple or very complex, depending of the dimension and complexity of the process monitored. These systems operate in real-time using a database system named Real Time Data Base (RTDB), which can be found on one of the several servers with reliable security. The data is structured using a man-machine interface (HMI) in a convenient format for the operator in order to be able to make any decisions that would optimize the communication between the equipment.
    I am using SCADA to operate remote unmanned and main manned platforms providing critical data for analysis and trending to provide reliable Predictive Analysis and Problem Identification.