Why this matters now The days of automation systems being completely isolated from the outside world are long gone. While some assets may remain air-gapped, most critical OT systems increasingly require connectivity to external systems to remain competitive. The rise...
Why this matters now One of the consequences of a vast improvement in the capability and affordability of sensing devices over the last few years has been a significantly increased risk of overwhelming operational technology (OT) teams with too much data. Data is...
Life sciences may be the ideal industry for the implementation of AI technologies. After all, bringing a treatment all the way through the drug development process is an extremely complicated undertaking, with tremendous amounts of data and a wide array of...
Why this matters now As detailed in his recent article in Control Engineering, Emerson’s Brian LaMothe, a recognized industry expert, explains that operators can no longer rely on plant‑level improvements alone. The most competitive organizations are modernizing...
For years, digital transformation seemed to stagnate. Operational technology (OT) teams were implementing new sensing devices and software, and collecting massive amounts of data, but they had trouble turning that data into actionable information. In some cases, that...
It is becoming increasingly clear that no organization is safe from cybersecurity risk. Operational technology (OT) assets are increasingly proving to be appealing targets for malicious entities, evidenced by many high-profile attacks in recent years. Further...
For as little attention as it gets, hydro generation is a surprisingly important part of global power infrastructure. Many of the most critical sites around the world have been in operation for decades, reliably generating energy and supplying water management for...
What happens in industrial automation when control is no longer enough? It’s highly likely we will soon find out. After all, the rigid, siloed control structures of the past—built to implement deterministic boundaries—no longer serve the needs of an increasingly...
Continuous manufacturing was a game-changer for the ability to deliver life-improving and life-saving biopharmaceutical treatments to patients as quickly as possible. Automation made it possible to make manufacturing significantly more efficient, helping teams to...
The industrial edge is changing. For years—maybe decades—the industrial edge has been defined as the site where operations happen. The hardware and computing systems closest to assets are critical, but they are not everything the edge can be. As Claudio Fayad explains...
In the last couple of years, software-defined control has rapidly gained a lot of attention in the marketplace. That’s no surprise. It’s set to upend the way we see and use automation in the years ahead. In a recent interview in Control Design, Emerson’s Sean Saul...
If there’s one thing that has been repeatedly proven true in the life sciences industry, it’s that automation drives success. After all, automation leads to repeatability, fewer mistakes, higher safety, and faster outcomes. This high success rate for automation in...
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This blog features expert perspectives from Emerson's automation professionals on industry trends, technologies, and best practices. The information shared here is intended to inform and educate our global community of users and partners.