The Role of Software Defined Automation for Scalable Software Solutions
Roy Krans, Software Development Manager at ACS, shares his insights on the growing impact of Software Defined Automation (SDA). As a leader in equipment, testing, process systems, and automation, ACS is at the forefront of this cutting-edge approach to automation.
Software defined automation moves automation logic from traditional hardware, like PLCs, to cloud and edge platforms, providing greater flexibility and scalability. In the Control Design article “Software Defined Automation Expands its Range and Penetration,” Roy Krans explains that this shift allows for quicker deployments, easier updates, and remote monitoring, reducing reliance on proprietary hardware. It also supports advanced technologies such as machine learning and predictive maintenance, making SDA a key player in the convergence of IT and OT systems.
Roy also highlights how software defined automation simplifies hardware management by enabling network-based signals instead of analog outputs, giving machine builders more flexibility and reducing the need for extensive hardware compatibility. ACS’ own Acselerant™, a scalable software, exemplifies this by linking remote and local data sources and providing dynamic configuration for diverse applications.
“Our scalable software, Acselerant, provides configuration-based automation running on a Linux RT-based computer. Acselerant links remote and local data sources while supporting most OT communication protocols through IT infrastructure,” said Roy Krans. “By utilizing dynamic configuration files, Acselerant empowers users to easily reconfigure their test systems to accommodate a variety of applications. Additionally, Acselerant can be configured to support cloud-based servers to receive and send commands and data.”
With software defined automation, the future of automation lies in adaptability, efficiency, and integration, all supported by familiar IT and OT infrastructure. As Roy explains, machine builders who embrace this technology will be better equipped to meet evolving industry demands.
Read more in the Control Design article.
