Emerson: Improved Cloud-Hosted Industrial Control Platform Supports Sustainability
Zedi Cloud SCADA platform moves to Microsoft Azure for superior scalability and tighter security to help industries meet sustainability goals.
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Edited by Margo Ellis
Emerson, a global software, technology and engineering leader, has improved the scalability, data protection and threat intelligence of its Zedi Cloud SCADA software-as-a-service control platform by moving it to the Microsoft Azure cloud platform. The more robust cloud host enables customers to securely scale their supervisory control and data acquisition (SCADA) systems quickly and easily to achieve environmental, social, and governance (ESG) commitments, better safeguard critical business assets, and empower users to adapt their operations to changing requirements while mitigating risks and operational costs.
Most industrial operations are challenged to efficiently meet cost reduction targets and demonstrate actions to attain sustainability goals. Emerson’s Zedi Cloud SCADA platform uses advanced automation and software, including proven machine learning algorithms and artificial intelligence to build predictive models that lead to autonomous operations over time, helping support sustainability efforts in oil and gas, water/wastewater and other data-intensive industries. Critical data from those predictive models can then be stored in an operation’s data historian to more easily track and trend performance and emissions and demonstrate compliance to regulators.
The Zedi Cloud SCADA platform helps personnel manage advanced analytics in formats that present authorized end users with clear, easily understood data accessible in the cloud anytime from anywhere. This improved access to intuitive data enables easy remote monitoring of assets, helping users improve operational performance even in rugged, dangerous, or distant locations. Increased layers of cybersecurity and the more robust network afforded by the Azure platform enable customers to further protect data for advanced continuity of operations.
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